From 22e4081c73ab7eec3c9f0841fcb1f247a85b5265 Mon Sep 17 00:00:00 2001 From: YRabbit Date: Sat, 29 Jan 2022 14:45:17 +1000 Subject: [PATCH] gowin: Add GUI. * Items such as LUT, DFF, MUX, ALU, IOB are displayed; * Local wires, 1-2-4-8 wires are displayed; * The clock spines, taps and branches are displayed with some caveats. For now, you can not create a project in the GUI because of possible conflict with another PR (about GW1NR-9C support), but you can specify the board in the command line and load .JSON and .CST in the GUI. Although ALUs are displayed, but the CIN and COUT wires are not. This is still an unsolved problem. Signed-off-by: YRabbit --- common/nextpnr_base_types.h | 2 + common/svg.cc | 2 + gowin/arch.cc | 232 +- gowin/arch.h | 29 +- gowin/constids.inc | 342 +++ gowin/cst.cc | 40 + gowin/cst.h | 34 + gowin/gfx.cc | 932 ++++++ gowin/gfx.h | 4935 ++++++++++++++++++++++++++++++ gowin/main.cc | 1 + gui/designwidget.cc | 6 + gui/fpgaviewwidget.cc | 81 +- gui/gowin/mainwindow.cc | 60 +- gui/gowin/mainwindow.h | 12 + gui/gowin/nextpnr.qrc | 3 + gui/gowin/resources/open_cst.png | Bin 0 -> 9399 bytes 16 files changed, 6655 insertions(+), 56 deletions(-) create mode 100644 gowin/cst.cc create mode 100644 gowin/cst.h create mode 100644 gowin/gfx.cc create mode 100644 gowin/gfx.h create mode 100644 gui/gowin/resources/open_cst.png diff --git a/common/nextpnr_base_types.h b/common/nextpnr_base_types.h index 2f114bf8..944bf0b8 100644 --- a/common/nextpnr_base_types.h +++ b/common/nextpnr_base_types.h @@ -46,6 +46,8 @@ struct GraphicElement TYPE_BOX, TYPE_CIRCLE, TYPE_LABEL, + TYPE_LOCAL_ARROW, // Located entirely within the cell boundaries, coordinates in the range [0., 1.] + TYPE_LOCAL_LINE, TYPE_MAX } type = TYPE_NONE; diff --git a/common/svg.cc b/common/svg.cc index d2050843..c5e2ea36 100644 --- a/common/svg.cc +++ b/common/svg.cc @@ -57,6 +57,8 @@ struct SVGWriter switch (el.type) { case GraphicElement::TYPE_LINE: case GraphicElement::TYPE_ARROW: + case GraphicElement::TYPE_LOCAL_LINE: + case GraphicElement::TYPE_LOCAL_ARROW: out << stringf("", (el.x1 + dxy.x) * scale, (el.y1 + dxy.y) * scale, (el.x2 + dxy.x) * scale, (el.y2 + dxy.y) * scale, get_stroke_colour(el.style)) diff --git a/gowin/arch.cc b/gowin/arch.cc index 8c654b2e..c55d4a71 100644 --- a/gowin/arch.cc +++ b/gowin/arch.cc @@ -23,6 +23,7 @@ #include #include #include "embed.h" +#include "gfx.h" #include "nextpnr.h" #include "placer1.h" #include "placer_heap.h" @@ -32,6 +33,148 @@ NEXTPNR_NAMESPACE_BEGIN +// GUI +void Arch::fixClockSpineDecals(void) +{ + for (auto sp : clockSpinesCache) { + // row: (#of spine cells, wire_id) + dict> rows; + IdString min_x, max_x; + min_x = max_x = *sp.second.begin(); + for (auto wire : sp.second) { + WireInfo &wi = wire_info(wire); + std::pair &row = rows[wi.y]; + ++row.first; + row.second = wire; + if (wi.x < wire_info(min_x).x) { + min_x = wire; + } else { + if (wi.x > wire_info(max_x).x) { + max_x = wire; + } + } + } + // central mux row owns the global decal + int mux_row = -1; + for (auto row : rows) { + if (row.second.first == 1) { + mux_row = row.first; + break; + } + } + // if there is no separate central mux than all decals are the same + if (mux_row == -1) { + mux_row = rows.begin()->first; + WireInfo &wi = wire_info(rows.at(mux_row).second); + GraphicElement &el_active = decal_graphics.at(wi.decalxy_active.decal).at(0); + GraphicElement &el_inactive = decal_graphics.at(wi.decalxy_inactive.decal).at(0); + el_active.y1 -= wi.y; + el_active.y2 -= wi.y; + el_inactive.y1 -= wi.y; + el_inactive.y2 -= wi.y; + el_active.x1 += wire_info(min_x).x; + el_active.x2 += wire_info(max_x).x; + el_inactive.x1 += wire_info(min_x).x; + el_inactive.x2 += wire_info(max_x).x; + } else { + // change the global decal + WireInfo &wi = wire_info(rows.at(mux_row).second); + // clear spine decals + float y = 0.; + for (auto wire : sp.second) { + if (wire == wi.name) { + continue; + } + wire_info(wire).decalxy_active = DecalXY(); + wire_info(wire).decalxy_inactive = DecalXY(); + y = wire_info(wire).y; + } + GraphicElement &el_active = decal_graphics.at(wi.decalxy_active.decal).at(0); + GraphicElement &el_inactive = decal_graphics.at(wi.decalxy_inactive.decal).at(0); + el_active.y1 -= y; + el_active.y2 -= y; + el_inactive.y1 -= y; + el_inactive.y2 -= y; + el_active.x1 += wire_info(min_x).x; + el_active.x2 += wire_info(max_x).x; + el_inactive.x1 += wire_info(min_x).x; + el_inactive.x2 += wire_info(max_x).x; + } + refreshUi(); + } +} + +void Arch::updateClockSpinesCache(IdString spine_id, IdString wire_id) +{ + std::vector &sp = clockSpinesCache[spine_id]; + if (std::find(sp.begin(), sp.end(), wire_id) == sp.end()) { + sp.push_back(wire_id); + } +} + +DecalXY Arch::getBelDecal(BelId bel) const +{ + CellInfo *ci = getBoundBelCell(bel); + if (ci == nullptr) { + return bels.at(bel).decalxy_inactive; + } else { + // LUT + used/unused DFF + if (bels.at(bel).type == id_SLICE) { + DecalXY decalxy = bels.at(bel).decalxy_active; + if (!ci->params.at(id_FF_USED).as_bool()) { + decalxy.decal = id_DECAL_LUT_UNUSED_DFF_ACTIVE; + if (ci->params.count(id_ALU_MODE) != 0) { + decalxy.decal = id_DECAL_ALU_ACTIVE; + } + } + return decalxy; + } + } + return bels.at(bel).decalxy_active; +} + +DecalXY Arch::getGroupDecal(GroupId grp) const { return groups.at(grp).decalxy; } + +DecalXY Arch::getPipDecal(PipId pip) const +{ + if (getBoundPipNet(pip) == nullptr) { + return pips.at(pip).decalxy_inactive; + } + return pips.at(pip).decalxy_active; +} + +DecalXY Arch::getWireDecal(WireId wire) const +{ + static std::vector clk_wires = {id_GB00, id_GB10, id_GB20, id_GB30, id_GB40, id_GB50, id_GB60, id_GB70}; + static std::vector pip_dst = {id_CLK0, id_CLK1, id_CLK2, id_EW10, id_EW20, id_SN10, id_SN20}; + if (getBoundWireNet(wire) == nullptr) { + if (std::find(clk_wires.begin(), clk_wires.end(), wires.at(wire).type) != clk_wires.end()) { + for (auto dst : pip_dst) { + // check if pip is used + char pip_name[20]; + snprintf(pip_name, sizeof(pip_name), "%s_%s", wire.c_str(this), dst.c_str(this)); + if (pips.count(id(pip_name)) != 0) { + if (getBoundPipNet(id(pip_name)) != nullptr) { + return wires.at(wire).decalxy_active; + } + } + } + } else { + // spines + if (clockSpinesCache.count(wires.at(wire).type) != 0) { + std::vector const &sp = clockSpinesCache.at(wires.at(wire).type); + for (auto w : sp) { + if (getBoundWireNet(w) != nullptr) { + return wires.at(wire).decalxy_active; + } + } + } + } + return wires.at(wire).decalxy_inactive; + } + return wires.at(wire).decalxy_active; +} + WireInfo &Arch::wire_info(IdString wire) { auto w = wires.find(wire); @@ -58,7 +201,6 @@ BelInfo &Arch::bel_info(IdString bel) void Arch::addWire(IdString name, IdString type, int x, int y) { - // std::cout << name.str(this) << std::endl; NPNR_ASSERT(wires.count(name) == 0); WireInfo &wi = wires[name]; wi.name = name; @@ -105,6 +247,13 @@ void Arch::addPip(IdString name, IdString type, IdString srcWire, IdString dstWi tilePipDimZ[loc.x][loc.y] = std::max(tilePipDimZ[loc.x][loc.y], loc.z + 1); } +void Arch::addGroup(IdString name) +{ + NPNR_ASSERT(groups.count(name) == 0); + GroupInfo &gi = groups[name]; + gi.name = name; +} + void Arch::addBel(IdString name, IdString type, Loc loc, bool gb) { NPNR_ASSERT(bels.count(name) == 0); @@ -189,24 +338,41 @@ void Arch::addDecalGraphic(DecalId decal, const GraphicElement &graphic) refreshUi(); } -void Arch::setWireDecal(WireId wire, DecalXY decalxy) +void Arch::setWireDecal(WireId wire, DecalXY active, DecalXY inactive) { - wire_info(wire).decalxy = decalxy; + wire_info(wire).decalxy_active = active; + wire_info(wire).decalxy_inactive = inactive; refreshUiWire(wire); } -void Arch::setPipDecal(PipId pip, DecalXY decalxy) +void Arch::setPipDecal(PipId pip, DecalXY active, DecalXY inactive) { - pip_info(pip).decalxy = decalxy; + pip_info(pip).decalxy_active = active; + pip_info(pip).decalxy_inactive = inactive; refreshUiPip(pip); } -void Arch::setBelDecal(BelId bel, DecalXY decalxy) +void Arch::setBelDecal(BelId bel, DecalXY active, DecalXY inactive) { - bel_info(bel).decalxy = decalxy; + bel_info(bel).decalxy_active = active; + bel_info(bel).decalxy_inactive = inactive; refreshUiBel(bel); } +void Arch::setDefaultDecals(void) +{ + for (BelId bel : getBels()) { + gfxSetBelDefaultDecal(this, bel_info(bel)); + } + for (PipId pip : getPips()) { + gfxSetPipDefaultDecal(this, pip_info(pip)); + } + for (WireId wire : getWires()) { + gfxSetWireDefaultDecal(this, wire_info(wire)); + } + fixClockSpineDecals(); +} + void Arch::setGroupDecal(GroupId group, DecalXY decalxy) { groups[group].decalxy = decalxy; @@ -519,6 +685,7 @@ void Arch::read_cst(std::istream &in) insloc } cst_type; + settings.erase(id("cst")); while (!in.eof()) { std::getline(in, line); cst_type = ioloc; @@ -584,6 +751,7 @@ void Arch::read_cst(std::istream &in) } } } + settings[id("cst")] = 1; } // Add all MUXes for the cell @@ -689,6 +857,14 @@ Arch::Arch(ArchArgs args) : args(args) IdString::initialize_add(this, db->id_strs[i].get(), uint32_t(i) + db->num_constids); } + // Empty decal + addDecalGraphic(IdString(), GraphicElement()); + + if (args.gui) { + // decals + gfxCreateBelDecals(this); + } + // setup package IdString package_name; IdString device_id; @@ -762,9 +938,17 @@ Arch::Arch(ArchArgs args) : args(args) // The reverse order of the enumeration simplifies the creation // of MUX2_LUT8s: they need the existence of the wire on the right. for (int i = db->rows * db->cols - 1; i >= 0; --i) { + IdString grpname; int row = i / db->cols; int col = i % db->cols; const TilePOD *tile = db->grid[i].get(); + if (args.gui) { + // CRU decal + snprintf(buf, 32, "R%dC%d_CRU", row + 1, col + 1); + grpname = id(buf); + addGroup(grpname); + setGroupDecal(grpname, gfxGetCruGroupDecalXY(col, row)); + } // setup wires const PairPOD *pips[2] = {tile->pips.get(), tile->clock_pips.get()}; unsigned int num_pips[2] = {tile->num_pips, tile->num_clock_pips}; @@ -837,6 +1021,14 @@ Arch::Arch(ArchArgs args) : args(args) if (z == 0) { addMuxBels(db, row, col); } + if (z % 2 == 0) { + snprintf(buf, 32, "R%dC%d_LUT_GRP%d", row + 1, col + 1, z); + grpname = id(buf); + if (args.gui) { + addGroup(grpname); + setGroupDecal(grpname, gfxGetLutGroupDecalXY(col, row, z >> 1)); + } + } break; case ID_IOBJ: z++; /* fall-through*/ @@ -933,7 +1125,6 @@ Arch::Arch(ArchArgs args) : args(args) DelayQuad delay = getWireTypeDelay(destid); // local alias auto local_alias = pairLookup(tile->aliases.get(), tile->num_aliases, srcid.index); - // std::cout << "srcid " << srcid.str(this) << std::endl; if (local_alias != nullptr) { srcid = IdString(local_alias->src_id); gsrcname = wireToGlobal(srcrow, srccol, db, srcid); @@ -950,12 +1141,14 @@ Arch::Arch(ArchArgs args) : args(args) srcrow = alias_src->src_row; srcid = IdString(alias_src->src_id); gsrcname = wireToGlobal(srcrow, srccol, db, srcid); - // std::cout << buf << std::endl; } addPip(pipname, destid, gsrcname, gdestname, delay, Loc(col, row, j)); } } } + if (args.gui) { + setDefaultDecals(); + } // Permissible combinations of modes in a single slice dff_comp_mode[id_DFF] = id_DFF; @@ -1015,6 +1208,17 @@ BelId Arch::getBelByLocation(Loc loc) const const std::vector &Arch::getBelsByTile(int x, int y) const { return bels_by_tile.at(x).at(y); } +bool Arch::haveBelType(int x, int y, IdString bel_type) +{ + for (auto bel : getBelsByTile(x, y)) { + BelInfo bi = bel_info(bel); + if (bi.type == bel_type) { + return true; + } + } + return false; +} + bool Arch::getBelGlobalBuf(BelId bel) const { return bels.at(bel).gb; } void Arch::bindBel(BelId bel, CellInfo *cell, PlaceStrength strength) @@ -1303,6 +1507,16 @@ bool Arch::route() return result; } +// --------------------------------------------------------------- +std::vector Arch::getDecalGraphics(DecalId decal) const +{ + if (!decal_graphics.count(decal)) { + // XXX + return std::vector(); + } + return decal_graphics.at(decal); +} + // --------------------------------------------------------------- bool Arch::getCellDelay(const CellInfo *cell, IdString fromPort, IdString toPort, DelayQuad &delay) const diff --git a/gowin/arch.h b/gowin/arch.h index 9f969f54..9ce3bd1c 100644 --- a/gowin/arch.h +++ b/gowin/arch.h @@ -176,6 +176,7 @@ struct ArchArgs // y = mx + c relationship between distance and delay for interconnect // delay estimates double delayScale = 0.4, delayOffset = 0.4; + bool gui; }; struct WireInfo; @@ -187,7 +188,7 @@ struct PipInfo NetInfo *bound_net; WireId srcWire, dstWire; DelayQuad delay; - DecalXY decalxy; + DecalXY decalxy_active, decalxy_inactive; Loc loc; }; @@ -200,7 +201,7 @@ struct WireInfo BelPin uphill_bel_pin; std::vector downhill_bel_pins; std::vector bel_pins; - DecalXY decalxy; + DecalXY decalxy_active, decalxy_inactive; int x, y; }; @@ -217,7 +218,7 @@ struct BelInfo std::map attrs; CellInfo *bound_cell; dict pins; - DecalXY decalxy; + DecalXY decalxy_active, decalxy_inactive; int x, y, z; bool gb; }; @@ -270,8 +271,6 @@ struct ArchRanges : BaseArchRanges using GroupWiresRangeT = const std::vector &; using GroupPipsRangeT = const std::vector &; using GroupGroupsRangeT = const std::vector &; - // Decals - using DecalGfxRangeT = const std::vector &; }; struct Arch : BaseArch @@ -312,16 +311,23 @@ struct Arch : BaseArch void addBelOutput(IdString bel, IdString name, IdString wire); void addBelInout(IdString bel, IdString name, IdString wire); + void addGroup(IdString name); void addGroupBel(IdString group, IdString bel); void addGroupWire(IdString group, IdString wire); void addGroupPip(IdString group, IdString pip); void addGroupGroup(IdString group, IdString grp); void addDecalGraphic(DecalId decal, const GraphicElement &graphic); - void setWireDecal(WireId wire, DecalXY decalxy); - void setPipDecal(PipId pip, DecalXY decalxy); - void setBelDecal(BelId bel, DecalXY decalxy); + void setWireDecal(WireId wire, DecalXY active, DecalXY inactive); + void setPipDecal(PipId pip, DecalXY active, DecalXY inactive); + void setBelDecal(BelId bel, DecalXY active, DecalXY inactive); + void setDefaultDecals(void); void setGroupDecal(GroupId group, DecalXY decalxy); + std::vector getDecalGraphics(DecalId decal) const override; + DecalXY getBelDecal(BelId bel) const override; + DecalXY getGroupDecal(GroupId grp) const override; + DecalXY getPipDecal(PipId pip) const override; + DecalXY getWireDecal(WireId pip) const override; void setWireAttr(IdString wire, IdString key, const std::string &value); void setPipAttr(IdString pip, IdString key, const std::string &value); @@ -452,6 +458,7 @@ struct Arch : BaseArch // Internal usage void assignArchInfo() override; bool cellsCompatible(const CellInfo **cells, int count) const; + bool haveBelType(int x, int y, IdString bel_type); // start Z for the MUX2LUT5 bels int const mux_0_z = 10; // chip db version @@ -459,6 +466,12 @@ struct Arch : BaseArch std::vector cell_types; + // clock spines cache + // spine_id : [wire_id, wire_id, ...] + dict> clockSpinesCache; + void updateClockSpinesCache(IdString spine_id, IdString wire_id); + void fixClockSpineDecals(void); + // Permissible combinations of modes in a single slice std::map dff_comp_mode; }; diff --git a/gowin/constids.inc b/gowin/constids.inc index 6a730d5d..82d0bb11 100644 --- a/gowin/constids.inc +++ b/gowin/constids.inc @@ -313,6 +313,312 @@ X(COUT2) X(COUT3) X(COUT4) X(COUT5) + +// wires +// SN +X(S10) +X(S10_loop0) +X(S13) +X(S13_loop0) +X(N10) +X(N10_loop0) +X(N13) +X(N13_loop0) +X(SN10_loop_n) +X(SN10_loop_s) +X(SN20_loop_n) +X(SN20_loop_s) +X(S20) +X(S20_loop0) +X(S20_loop1) +X(S21) +X(S21_loop0) +X(S21_loop1) +X(S22) +X(S22_loop0) +X(S22_loop1) +X(S23) +X(S23_loop0) +X(S23_loop1) +X(S24) +X(S24_loop0) +X(S24_loop1) +X(S25) +X(S25_loop0) +X(S25_loop1) +X(S26) +X(S26_loop0) +X(S26_loop1) +X(S27) +X(S27_loop0) +X(S27_loop1) +X(N20) +X(N20_loop0) +X(N20_loop1) +X(N21) +X(N21_loop0) +X(N21_loop1) +X(N22) +X(N22_loop0) +X(N22_loop1) +X(N23) +X(N23_loop0) +X(N23_loop1) +X(N24) +X(N24_loop0) +X(N24_loop1) +X(N25) +X(N25_loop0) +X(N25_loop1) +X(N26) +X(N26_loop0) +X(N26_loop1) +X(N27) +X(N27_loop0) +X(N27_loop1) +X(S80) +X(S80_loop0) +X(S80_loop1) +X(S80_loop2) +X(S80_loop3) +X(S80_loop4) +X(S80_loop5) +X(S80_loop6) +X(S80_loop7) +X(N80) +X(N80_loop0) +X(N80_loop1) +X(N80_loop2) +X(N80_loop3) +X(N80_loop4) +X(N80_loop5) +X(N80_loop6) +X(N80_loop7) +X(S81) +X(S81_loop0) +X(S81_loop1) +X(S81_loop2) +X(S81_loop3) +X(S81_loop4) +X(S81_loop5) +X(S81_loop6) +X(S81_loop7) +X(N81) +X(N81_loop0) +X(N81_loop1) +X(N81_loop2) +X(N81_loop3) +X(N81_loop4) +X(N81_loop5) +X(N81_loop6) +X(N81_loop7) +X(S82) +X(S82_loop0) +X(S82_loop1) +X(S82_loop2) +X(S82_loop3) +X(S82_loop4) +X(S82_loop5) +X(S82_loop6) +X(S82_loop7) +X(N82) +X(N82_loop0) +X(N82_loop1) +X(N82_loop2) +X(N82_loop3) +X(N82_loop4) +X(N82_loop5) +X(N82_loop6) +X(N82_loop7) +X(S83) +X(S83_loop0) +X(S83_loop1) +X(S83_loop2) +X(S83_loop3) +X(S83_loop4) +X(S83_loop5) +X(S83_loop6) +X(S83_loop7) +X(N83) +X(N83_loop0) +X(N83_loop1) +X(N83_loop2) +X(N83_loop3) +X(N83_loop4) +X(N83_loop5) +X(N83_loop6) +X(N83_loop7) + +// WE +X(E10) +X(E10_loop0) +X(E13) +X(E13_loop0) +X(W10) +X(W10_loop0) +X(W13) +X(W13_loop0) +X(EW10_loop_w) +X(EW10_loop_e) +X(EW20_loop_w) +X(EW20_loop_e) +// +X(E20) +X(E20_loop0) +X(E20_loop1) +X(E21) +X(E21_loop0) +X(E21_loop1) +X(E22) +X(E22_loop0) +X(E22_loop1) +X(E23) +X(E23_loop0) +X(E23_loop1) +X(E24) +X(E24_loop0) +X(E24_loop1) +X(E25) +X(E25_loop0) +X(E25_loop1) +X(E26) +X(E26_loop0) +X(E26_loop1) +X(E27) +X(E27_loop0) +X(E27_loop1) +X(W20) +X(W20_loop0) +X(W20_loop1) +X(W21) +X(W21_loop0) +X(W21_loop1) +X(W22) +X(W22_loop0) +X(W22_loop1) +X(W23) +X(W23_loop0) +X(W23_loop1) +X(W24) +X(W24_loop0) +X(W24_loop1) +X(W25) +X(W25_loop0) +X(W25_loop1) +X(W26) +X(W26_loop0) +X(W26_loop1) +X(W27) +X(W27_loop0) +X(W27_loop1) +// +X(E80) +X(E80_loop0) +X(E80_loop1) +X(E80_loop2) +X(E80_loop3) +X(E80_loop4) +X(E80_loop5) +X(E80_loop6) +X(E80_loop7) +X(W80) +X(W80_loop0) +X(W80_loop1) +X(W80_loop2) +X(W80_loop3) +X(W80_loop4) +X(W80_loop5) +X(W80_loop6) +X(W80_loop7) +X(E81) +X(E81_loop0) +X(E81_loop1) +X(E81_loop2) +X(E81_loop3) +X(E81_loop4) +X(E81_loop5) +X(E81_loop6) +X(E81_loop7) +X(W81) +X(W81_loop0) +X(W81_loop1) +X(W81_loop2) +X(W81_loop3) +X(W81_loop4) +X(W81_loop5) +X(W81_loop6) +X(W81_loop7) +X(E82) +X(E82_loop0) +X(E82_loop1) +X(E82_loop2) +X(E82_loop3) +X(E82_loop4) +X(E82_loop5) +X(E82_loop6) +X(E82_loop7) +X(W82) +X(W82_loop0) +X(W82_loop1) +X(W82_loop2) +X(W82_loop3) +X(W82_loop4) +X(W82_loop5) +X(W82_loop6) +X(W82_loop7) +X(E83) +X(E83_loop0) +X(E83_loop1) +X(E83_loop2) +X(E83_loop3) +X(E83_loop4) +X(E83_loop5) +X(E83_loop6) +X(E83_loop7) +X(W83) +X(W83_loop0) +X(W83_loop1) +X(W83_loop2) +X(W83_loop3) +X(W83_loop4) +X(W83_loop5) +X(W83_loop6) +X(W83_loop7) + +// spines +X(SPINE0) +X(SPINE1) +X(SPINE2) +X(SPINE3) +X(SPINE4) +X(SPINE5) +X(SPINE6) +X(SPINE7) +X(SPINE8) +X(SPINE9) +X(SPINE10) +X(SPINE11) +X(SPINE12) +X(SPINE13) +X(SPINE14) +X(SPINE15) +X(SPINE16) +X(SPINE17) +X(SPINE18) +X(SPINE19) +X(SPINE20) +X(SPINE21) +X(SPINE22) +X(SPINE23) +X(SPINE24) +X(SPINE25) +X(SPINE26) +X(SPINE27) +X(SPINE28) +X(SPINE29) +X(SPINE30) +X(SPINE31) + // slice items X(SLICE) X(CLK) @@ -380,6 +686,22 @@ X(GW_MUX2_LUT5) X(GW_MUX2_LUT6) X(GW_MUX2_LUT7) X(GW_MUX2_LUT8) +X(I0MUX0) +X(I1MUX0) +X(I0MUX1) +X(I1MUX1) +X(I0MUX2) +X(I1MUX2) +X(I0MUX3) +X(I1MUX3) +X(I0MUX4) +X(I1MUX4) +X(I0MUX5) +X(I1MUX5) +X(I0MUX6) +X(I1MUX6) +X(I0MUX7) +X(I1MUX7) // ALU X(ALU) @@ -464,3 +786,23 @@ X(d_f) X(fx_ofx1) X(I01) +// GUI +X(DECAL_LUT_ACTIVE) +X(DECAL_LUT_INACTIVE) +X(DECAL_LUTDFF_ACTIVE) +X(DECAL_LUTDFF_INACTIVE) +X(DECAL_LUT_UNUSED_DFF_ACTIVE) +X(DECAL_GRP_LUT) +X(DECAL_CRU) +X(DECAL_MUXUPPER_INACTIVE) +X(DECAL_MUXUPPER_ACTIVE) +X(DECAL_MUXLOWER_INACTIVE) +X(DECAL_MUXLOWER_ACTIVE) +X(DECAL_IOB_INACTIVE) +X(DECAL_IOB_ACTIVE) +X(DECAL_IOBS_INACTIVE) +X(DECAL_IOBS_ACTIVE) +X(DECAL_ALU_ACTIVE) + + + diff --git a/gowin/cst.cc b/gowin/cst.cc new file mode 100644 index 00000000..7ed74c6c --- /dev/null +++ b/gowin/cst.cc @@ -0,0 +1,40 @@ +/* + * nextpnr -- Next Generation Place and Route + * + * Copyright (C) 2018 Claire Xenia Wolf + * Copyright (C) 2018 gatecat + * + * Permission to use, copy, modify, and/or distribute this software for any + * purpose with or without fee is hereby granted, provided that the above + * copyright notice and this permission notice appear in all copies. + * + * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES + * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF + * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR + * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN + * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF + * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + * + */ + +#include "cst.h" +#include +#include +#include "arch.h" +#include "log.h" +#include "util.h" + +NEXTPNR_NAMESPACE_BEGIN + +bool read_cst(Context *ctx, std::istream &in) +{ + try { + ctx->read_cst(in); + return true; + } catch (log_execution_error_exception) { + return false; + } +} + +NEXTPNR_NAMESPACE_END diff --git a/gowin/cst.h b/gowin/cst.h new file mode 100644 index 00000000..3fcfd663 --- /dev/null +++ b/gowin/cst.h @@ -0,0 +1,34 @@ +/* + * nextpnr -- Next Generation Place and Route + * + * Copyright (C) 2018 Claire Xenia Wolf + * Copyright (C) 2018 gatecat + * + * Permission to use, copy, modify, and/or distribute this software for any + * purpose with or without fee is hereby granted, provided that the above + * copyright notice and this permission notice appear in all copies. + * + * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES + * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF + * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR + * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN + * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF + * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + * + */ + +#ifndef CST_H +#define CST_H + +#include +#include "nextpnr.h" + +NEXTPNR_NAMESPACE_BEGIN + +// Read the constraints file +bool read_cst(Context *ctx, std::istream &in); + +NEXTPNR_NAMESPACE_END + +#endif diff --git a/gowin/gfx.cc b/gowin/gfx.cc new file mode 100644 index 00000000..ad2c7ead --- /dev/null +++ b/gowin/gfx.cc @@ -0,0 +1,932 @@ +/* + * nextpnr -- Next Generation Place and Route + * + * Copyright (C) 2018 Claire Xenia Wolf + * + * Permission to use, copy, modify, and/or distribute this software for any + * purpose with or without fee is hereby granted, provided that the above + * copyright notice and this permission notice appear in all copies. + * + * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES + * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF + * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR + * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN + * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF + * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + * + */ + +#include +#include + +#include "gfx.h" + +NEXTPNR_NAMESPACE_BEGIN + +const int PIP_SRC_DST_LEN = 20; + +static void get_pip_xy(CruSide side, float &off, float &x, float &y) +{ + switch (side) { + case Top: + x = off; + y = cru_y + cru_h; + break; + case Bottom: + x = off; + y = cru_y; + break; + case Left: + x = cru_x; + y = off; + break; + case Right: + x = cru_x + cru_w; + y = off; + break; + case Center: + x = cru_x + cru_w / 2.f; + y = off; + break; + } +} + +void gfxSetPipDefaultDecal(Arch *arch, PipInfo &pip) +{ + DecalXY active, inactive; + std::vector split_res; + IdString src_loc_id, dst_loc_id; + char buf[PIP_SRC_DST_LEN]; + + active.x = inactive.x = pip.loc.x; + active.y = inactive.y = arch->gridDimY - 1. - pip.loc.y; + boost::split(split_res, pip.name.str(arch), [](char c) { return c == '_'; }); + src_loc_id = arch->id(split_res.at(1)); + dst_loc_id = arch->id(split_res.at(2)); + snprintf(buf, PIP_SRC_DST_LEN, "%s_%s_active", src_loc_id.c_str(arch), dst_loc_id.c_str(arch)); + IdString active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, PIP_SRC_DST_LEN, "%s_%s_inactive", src_loc_id.c_str(arch), dst_loc_id.c_str(arch)); + IdString inactive_id = arch->id(buf); + inactive.decal = inactive_id; + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + // clock? + if (dst_loc_id == id_GT00 || dst_loc_id == id_GT10) { + WireInfo &wi = arch->wire_info(pip.srcWire); + if (wi.type.str(arch).substr(0, 3) != "UNK") { + // create pip + GraphicElement el; + el.type = GraphicElement::TYPE_LOCAL_LINE; + el.style = GraphicElement::STYLE_ACTIVE; + if (dst_loc_id == id_GT00) { + el.x1 = WIRE_X(CLK_GT00_X); + } else { + el.x1 = WIRE_X(CLK_GT10_X); + } + el.x2 = el.x1 + spine_pip_off; + el.y2 = spineY.at(arch->wire_info(pip.srcWire).type); + el.y1 = el.y2 - spine_pip_off; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + } else { + // XXX + if (pipPoint.count(src_loc_id) == 0 || pipPoint.count(dst_loc_id) == 0) { + // std::cout << "*R" << pip.loc.y + 1 << "C" << pip.loc.x + 1 << " no " << pip.name.str(arch) << " " << + // buf << std::endl; + } else { + GraphicElement el; + el.type = GraphicElement::TYPE_LOCAL_ARROW; + el.style = GraphicElement::STYLE_ACTIVE; + CruSide srcSide = pipPoint.at(src_loc_id).first; + float srcOff = pipPoint.at(src_loc_id).second; + CruSide dstSide = pipPoint.at(dst_loc_id).first; + float dstOff = pipPoint.at(dst_loc_id).second; + if (srcSide != dstSide) { + get_pip_xy(srcSide, srcOff, el.x1, el.y1); + get_pip_xy(dstSide, dstOff, el.x2, el.y2); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + } else { + get_pip_xy(srcSide, srcOff, el.x1, el.y1); + float dst_x = 0, dst_y = 0, m_x = 0, m_y = 0; + get_pip_xy(dstSide, dstOff, dst_x, dst_y); + switch (dstSide) { + case Top: + m_x = el.x1 + (dst_x - el.x1) / 2.f; + m_y = dst_y - std::max(cru_h * 0.1f, std::min(cru_h * 0.4f, std::abs(el.x1 - dst_x))); + break; + case Bottom: + m_x = el.x1 + (dst_x - el.x1) / 2.f; + m_y = dst_y + std::max(cru_h * 0.1f, std::min(cru_h * 0.4f, std::abs(el.x1 - dst_x))); + break; + case Right: + m_x = dst_x - std::max(cru_w * 0.1f, std::min(cru_w * 0.4f, std::abs(el.y1 - dst_y))); + m_y = el.y1 + (dst_y - el.y1) / 2.f; + break; + case Left: + m_x = dst_x + std::max(cru_w * 0.1f, std::min(cru_w * 0.4f, std::abs(el.y1 - dst_y))); + m_y = el.y1 + (dst_y - el.y1) / 2.f; + break; + default: // unreachable + break; + } + el.x2 = m_x; + el.y2 = m_y; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = m_x; + el.y1 = m_y; + el.x2 = dst_x; + el.y2 = dst_y; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + } + } + } + } + arch->setPipDecal(pip.name, active, inactive); +} + +const int WIRE_ID_LEN = 30; + +void gfxSetWireDefaultDecal(Arch *arch, WireInfo &wire) +{ + DecalXY active, inactive; + IdString active_id, inactive_id; + GraphicElement el; + std::vector split_res; + char buf[WIRE_ID_LEN]; + + if (std::find(decalless_wires.begin(), decalless_wires.end(), wire.name) != decalless_wires.end()) { + arch->setWireDecal(wire.type, DecalXY(), DecalXY()); + return; + } + // local to cell + if (arch->haveBelType(wire.x, wire.y, id_SLICE) && sliceLocalWires.count(wire.type) != 0) { + snprintf(buf, sizeof(buf), "%s_active", wire.type.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "%s_inactive", wire.type.c_str(arch)); + inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = wire.x; + active.y = inactive.y = arch->gridDimY - 1. - wire.y; + + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LOCAL_LINE; + for (auto seg : sliceLocalWires.at(wire.type)) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = std::get<0>(seg); + el.y1 = std::get<1>(seg); + el.x2 = std::get<2>(seg); + el.y2 = std::get<3>(seg); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + } + arch->setWireDecal(wire.name, active, inactive); + return; + } + // spines + if (spineY.count(wire.type) != 0) { + snprintf(buf, sizeof(buf), "%s_active", wire.type.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "%s_inactive", wire.type.c_str(arch)); + inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = 0.; + active.y = inactive.y = 0.; + + // update clock spines cache + arch->updateClockSpinesCache(wire.type, wire.name); + + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = 0.2; // cell's x will be added later in fixClockSpineDecals + el.x2 = 0.7; // cell's x will be added later in fixClockSpineDecals + el.y1 = spineY.at(wire.type) + arch->gridDimY - 1.; // cell's y will be added later in fixClockSpineDecals + el.y2 = el.y1; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + } + arch->setWireDecal(wire.name, active, inactive); + return; + } + + // global simple wires like IMUX + if (globalSimpleWires.count(wire.type) != 0) { + snprintf(buf, sizeof(buf), "%s_active", wire.name.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "%s_inactive", wire.name.c_str(arch)); + inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = 0; + active.y = inactive.y = 0; + + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LINE; + for (auto seg : globalSimpleWires.at(wire.type)) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = std::get<0>(seg) + wire.x; + el.y1 = std::get<1>(seg) + arch->gridDimY - 1. - wire.y; + el.x2 = std::get<2>(seg) + wire.x; + el.y2 = std::get<3>(seg) + arch->gridDimY - 1. - wire.y; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + } + arch->setWireDecal(wire.name, active, inactive); + return; + } + + // global + boost::split(split_res, wire.name.str(arch), [](char c) { return c == '_'; }); + if (split_res.size() >= 2) { + IdString wire_id = arch->id(split_res.at(1)); + // wrap + if ((wire.y == (arch->gridDimY - 1) && split_res.at(1).at(0) == 'S') || + (wire.y == 0 && split_res.at(1).at(0) == 'N')) { + wire_id = arch->id(split_res.at(1) + "_loop0"); + } + if ((wire.x == (arch->gridDimX - 1) && split_res.at(1).at(0) == 'E') || + (wire.x == 0 && split_res.at(1).at(0) == 'W')) { + wire_id = arch->id(split_res.at(1) + "_loop0"); + } + // SN wires + if (split_res.at(1).substr(0, 2) == "SN") { + if (wire.y == 0) { + wire_id = arch->id(split_res.at(1) + "_loop_n"); + } else { + if (wire.y == (arch->gridDimY - 1)) { + wire_id = arch->id(split_res.at(1) + "_loop_s"); + } + } + } else { + // wrap 2 hop + if ((wire.y == (arch->gridDimY - 2) && split_res.at(1).substr(0, 2) == "S2") || + (wire.y == 1 && split_res.at(1).substr(0, 2) == "N2")) { + wire_id = arch->id(split_res.at(1) + "_loop1"); + } + // wrap 4 hop + if (split_res.at(1).substr(0, 2) == "S8" || split_res.at(1).substr(0, 2) == "N8") { + char loop_buf[5 + 2]; + if (split_res.at(1).substr(0, 2) == "N8") { + if (wire.y < 8) { + snprintf(loop_buf, sizeof(loop_buf), "_loop%1u", wire.y); + wire_id = arch->id(split_res.at(1) + loop_buf); + } + } else { + if (arch->gridDimY - 1 - wire.y < 8) { + snprintf(loop_buf, sizeof(loop_buf), "_loop%1u", arch->gridDimY - 1 - wire.y); + wire_id = arch->id(split_res.at(1) + loop_buf); + } + } + } + } + // EW wires + if (split_res.at(1).substr(0, 2) == "EW") { + if (wire.x == 0) { + wire_id = arch->id(split_res.at(1) + "_loop_w"); + } else { + if (wire.x == (arch->gridDimX - 1)) { + wire_id = arch->id(split_res.at(1) + "_loop_e"); + } + } + } else { + // wrap 2 hop + if ((wire.x == (arch->gridDimX - 2) && split_res.at(1).substr(0, 2) == "E2") || + (wire.x == 1 && split_res.at(1).substr(0, 2) == "W2")) { + wire_id = arch->id(split_res.at(1) + "_loop1"); + } + // wrap 4 hop + if (split_res.at(1).substr(0, 2) == "E8" || split_res.at(1).substr(0, 2) == "W8") { + char loop_buf[5 + 2]; + if (split_res.at(1).substr(0, 2) == "W8") { + if (wire.x < 8) { + snprintf(loop_buf, sizeof(loop_buf), "_loop%1u", wire.x); + wire_id = arch->id(split_res.at(1) + loop_buf); + } + } else { + if (arch->gridDimX - 1 - wire.x < 8) { + snprintf(loop_buf, sizeof(loop_buf), "_loop%1u", arch->gridDimX - 1 - wire.x); + wire_id = arch->id(split_res.at(1) + loop_buf); + } + } + } + } + // really create decal + if (globalWires.count(wire_id) != 0) { + snprintf(buf, sizeof(buf), "%s_active", wire.name.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "%s_inactive", wire.name.c_str(arch)); + inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = 0; + active.y = inactive.y = 0; + + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LINE; + for (auto seg : globalWires.at(wire_id)) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = std::get<0>(seg) + wire.x; + el.y1 = std::get<1>(seg) + arch->gridDimY - 1. - wire.y; + el.x2 = std::get<2>(seg) + wire.x; + el.y2 = std::get<3>(seg) + arch->gridDimY - 1. - wire.y; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + } + arch->setWireDecal(wire.name, active, inactive); + return; + } + // clock branches + // # of rows is unknown so generate wire ids at runtime + if (split_res.at(1).substr(0, 3) == "GBO") { + snprintf(buf, sizeof(buf), "%s_active", wire.name.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + inactive_id = IdString(); + inactive.decal = inactive_id; + active.x = inactive.x = 0; + active.y = inactive.y = 0; + + float pip_x = PIP_X(id_GBO0); + float line_y = WIRE_Y(CLK_GBO0_Y) + arch->gridDimY - 1. - wire.y; + float line_0 = WIRE_Y(0) + arch->gridDimY - 1. - wire.y; + if (split_res.at(1).at(3) == '1') { + pip_x = PIP_X(id_GBO1); + line_y = WIRE_Y(CLK_GBO1_Y) + arch->gridDimY - 1. - wire.y; + } + + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = wire.x + pip_x; + el.y1 = line_y; + el.x2 = el.x1; + el.y2 = line_0; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = pip_x; + el.y1 = line_y; + el.x2 = pip_x + arch->gridDimX - 1.; + el.y2 = el.y1; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + } + arch->setWireDecal(wire.name, active, inactive); + return; + } else { + if (split_res.at(1).substr(0, 2) == "GT") { + snprintf(buf, sizeof(buf), "%s_active", wire.name.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + // snprintf(buf, sizeof(buf), "%s_inactive", wire.name.c_str(arch)); + // inactive_id = arch->id(buf); + inactive_id = IdString(); + inactive.decal = inactive_id; + active.x = inactive.x = 0; + active.y = inactive.y = 0; + + float pip_y = PIP_Y(id_GT00); + float line_x = WIRE_X(CLK_GT00_X) + wire.x; + float line_0 = WIRE_X(0) + wire.x; + if (split_res.at(1).at(2) == '1') { + pip_y = PIP_Y(id_GT10); + line_x = WIRE_X(CLK_GT10_X) + wire.x; + } + + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = line_x; + el.y1 = pip_y + arch->gridDimY - 1.; + el.x2 = el.x1; + el.y2 = pip_y; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + + for (int i = 0; i <= arch->gridDimY - 1; ++i) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = line_x; + el.y1 = pip_y + arch->gridDimY - 1. - i; + el.x2 = line_0; + el.y2 = el.y1; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_HIDDEN; + arch->addDecalGraphic(inactive_id, el); + } + } + arch->setWireDecal(wire.name, active, inactive); + return; + } else { + if (split_res.at(1).substr(0, 2) == "GB") { + snprintf(buf, sizeof(buf), "%s_active", wire.name.c_str(arch)); + active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "%s_inactive", wire.name.c_str(arch)); + inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = 0; + active.y = inactive.y = 0; + + float line_y = WIRE_Y(CLK_GBO0_Y) + arch->gridDimY - 1. - wire.y; + float line_0 = WIRE_Y(0) + arch->gridDimY - 1. - wire.y; + float pip_x = PIP_X(arch->id(split_res.at(1))); + if (split_res.at(1).at(2) >= '4') { + line_y = WIRE_Y(CLK_GBO1_Y) + arch->gridDimY - 1. - wire.y; + } + + // create if absent + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = wire.x + pip_x; + el.y1 = line_y; + el.x2 = el.x1; + el.y2 = line_0; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + arch->setWireDecal(wire.name, active, inactive); + return; + } + } + } + } + // std::cout << wire.name.str(arch) << ":" << wire.type.str(arch) << " R" << wire.y + 1 << "C" << wire.x + 1 << + // std::endl; +} + +void gfxCreateBelDecals(Arch *arch) +{ + GraphicElement el; + // LUTs + el.type = GraphicElement::TYPE_BOX; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = lut_x; + el.x2 = el.x1 + lut_w; + el.y1 = 0.; + el.y2 = el.y1 + lut_h; + arch->addDecalGraphic(id_DECAL_LUT_ACTIVE, el); + arch->addDecalGraphic(id_DECAL_LUTDFF_ACTIVE, el); + arch->addDecalGraphic(id_DECAL_LUT_UNUSED_DFF_ACTIVE, el); + arch->addDecalGraphic(id_DECAL_ALU_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(id_DECAL_LUT_INACTIVE, el); + arch->addDecalGraphic(id_DECAL_LUTDFF_INACTIVE, el); + el.x1 = dff_x; + el.x2 = el.x1 + dff_w; + el.y1 = 0.; + el.y2 = el.y1 + lut_h; + arch->addDecalGraphic(id_DECAL_LUTDFF_INACTIVE, el); + arch->addDecalGraphic(id_DECAL_LUT_UNUSED_DFF_ACTIVE, el); + arch->addDecalGraphic(id_DECAL_ALU_ACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_LUTDFF_ACTIVE, el); + el.type = GraphicElement::TYPE_LOCAL_LINE; + el.x1 = lut_x + 0.33f * lut_w; + el.x2 = el.x1 + 0.33f * lut_w; + el.y1 = 0.66f * lut_h; + el.y2 = el.y1; + arch->addDecalGraphic(id_DECAL_ALU_ACTIVE, el); + el.y1 = 0.3f * lut_h; + el.y2 = el.y1; + arch->addDecalGraphic(id_DECAL_ALU_ACTIVE, el); + el.x1 = lut_x + 0.5f * lut_w; + el.x2 = el.x1; + el.y1 = 0.5f * lut_h; + el.y2 = el.y1 + 0.33f * lut_h; + arch->addDecalGraphic(id_DECAL_ALU_ACTIVE, el); + + // LUT group + el.type = GraphicElement::TYPE_BOX; + el.style = GraphicElement::STYLE_FRAME; + el.x1 = grp_lut_x; + el.x2 = el.x1 + grp_lut_w; + el.y1 = 0.; + el.y2 = el.y1 + grp_lut_h; + arch->addDecalGraphic(id_DECAL_GRP_LUT, el); + + // CRU group + el.type = GraphicElement::TYPE_BOX; + el.style = GraphicElement::STYLE_FRAME; + el.x1 = cru_x; + el.x2 = el.x1 + cru_w; + el.y1 = cru_y; + el.y2 = el.y1 + cru_h; + arch->addDecalGraphic(id_DECAL_CRU, el); + + // Mux with upper 1 input + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.; + el.x2 = mux_w; + el.y1 = 0.; + el.y2 = mux_f; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = el.x2; + el.y1 = el.y2; + el.y2 = mux_h - mux_f; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x2 = 0.; + el.y1 = el.y2; + el.y2 = mux_h; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = el.x2; + el.y1 = mux_h; + el.y2 = 0.; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + // 1 + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.0038; + el.x2 = 0.0118; + el.y1 = el.y2 = 0.0598; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = (el.x1 + el.x2) / 2.; + el.x2 = el.x1; + el.y2 = 0.0808; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x2 = 0.0038; + el.y1 = el.y2; + el.y2 = 0.0797; + arch->addDecalGraphic(id_DECAL_MUXUPPER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXUPPER_ACTIVE, el); + + // Mux with lower 1 input + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.; + el.x2 = mux_w; + el.y1 = 0.; + el.y2 = mux_f; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = el.x2; + el.y1 = el.y2; + el.y2 = mux_h - mux_f; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x2 = 0.; + el.y1 = el.y2; + el.y2 = mux_h; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = el.x2; + el.y1 = mux_h; + el.y2 = 0.; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + // 1 + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.0038; + el.x2 = 0.0118; + el.y1 = el.y2 = 0.0140; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = (el.x1 + el.x2) / 2.; + el.x2 = el.x1; + el.y2 = 0.0352; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x2 = 0.0038; + el.y1 = el.y2; + el.y2 = 0.0341; + arch->addDecalGraphic(id_DECAL_MUXLOWER_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_MUXLOWER_ACTIVE, el); + + // IOB + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.; + el.x2 = io_w; + el.y1 = 0.; + el.y2 = el.y1; + arch->addDecalGraphic(id_DECAL_IOB_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOB_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = el.x2; + el.y2 = io_h; + arch->addDecalGraphic(id_DECAL_IOB_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOB_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.; + el.y1 = el.y2; + arch->addDecalGraphic(id_DECAL_IOB_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOB_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x2 = el.x1; + el.y2 = 0.; + arch->addDecalGraphic(id_DECAL_IOB_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOB_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = io_w; + el.x2 = io_w * 1.3f; + el.y2 = el.y1 = io_h / 2.f; + arch->addDecalGraphic(id_DECAL_IOB_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOB_ACTIVE, el); + + // IOBS + el.type = GraphicElement::TYPE_LINE; + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.; + el.x2 = ios_w; + el.y1 = 0.; + el.y2 = el.y1; + arch->addDecalGraphic(id_DECAL_IOBS_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOBS_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = el.x2; + el.y2 = ios_h; + arch->addDecalGraphic(id_DECAL_IOBS_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOBS_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = 0.; + el.y1 = el.y2; + arch->addDecalGraphic(id_DECAL_IOBS_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOBS_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x2 = el.x1; + el.y2 = 0.; + arch->addDecalGraphic(id_DECAL_IOBS_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOBS_ACTIVE, el); + el.style = GraphicElement::STYLE_INACTIVE; + el.x1 = ios_w; + el.x2 = ios_w * 1.3f; + el.y2 = el.y1 = ios_h / 2.f; + arch->addDecalGraphic(id_DECAL_IOBS_INACTIVE, el); + el.style = GraphicElement::STYLE_ACTIVE; + arch->addDecalGraphic(id_DECAL_IOBS_ACTIVE, el); +} + +void gfxSetBelDefaultDecal(Arch *arch, BelInfo &bel) +{ + DecalXY active, inactive; + switch (bel.type.hash()) { + case ID_SLICE: + active.x = inactive.x = bel.x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y + lut_y[bel.z]; + if (bel.z < 6) { + active.decal = id_DECAL_LUTDFF_ACTIVE; + inactive.decal = id_DECAL_LUTDFF_INACTIVE; + } else { + active.decal = id_DECAL_LUT_ACTIVE; + inactive.decal = id_DECAL_LUT_INACTIVE; + } + arch->setBelDecal(bel.name, active, inactive); + break; + case ID_GW_MUX2_LUT5: + active.x = inactive.x = bel.x + mux2lut5_x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y + mux2lut5_y[(bel.z - arch->mux_0_z) >> 1]; + active.decal = id_DECAL_MUXUPPER_ACTIVE; + inactive.decal = id_DECAL_MUXUPPER_INACTIVE; + arch->setBelDecal(bel.name, active, inactive); + break; + case ID_GW_MUX2_LUT6: + active.x = inactive.x = bel.x + mux2lut6_x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y + mux2lut6_y[(bel.z - arch->mux_0_z) / 5]; + active.decal = id_DECAL_MUXLOWER_ACTIVE; + inactive.decal = id_DECAL_MUXLOWER_INACTIVE; + arch->setBelDecal(bel.name, active, inactive); + break; + case ID_GW_MUX2_LUT7: + active.x = inactive.x = bel.x + mux2lut7_x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y + mux2lut7_y; + active.decal = id_DECAL_MUXLOWER_ACTIVE; + inactive.decal = id_DECAL_MUXLOWER_INACTIVE; + arch->setBelDecal(bel.name, active, inactive); + break; + case ID_GW_MUX2_LUT8: + active.x = inactive.x = bel.x + mux2lut8_x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y + mux2lut8_y; + active.decal = id_DECAL_MUXUPPER_ACTIVE; + inactive.decal = id_DECAL_MUXUPPER_INACTIVE; + arch->setBelDecal(bel.name, active, inactive); + break; + case ID_IOB: + active.x = inactive.x = bel.x + io_x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y + io_y + bel.z * (2 * io_gap + io_h); + active.decal = id_DECAL_IOB_ACTIVE; + inactive.decal = id_DECAL_IOB_INACTIVE; + arch->setBelDecal(bel.name, active, inactive); + gfxSetIOBWireDecals(arch, bel); + break; + case ID_IOBS: + active.x = inactive.x = bel.x + ios_x + (ios_w + ios_gap_x) * (bel.z % 3); + active.y = inactive.y = arch->gridDimY - 1. - bel.y + ios_y + (ios_h + ios_gap_y) * (bel.z / 3); + active.decal = id_DECAL_IOBS_ACTIVE; + inactive.decal = id_DECAL_IOBS_INACTIVE; + arch->setBelDecal(bel.name, active, inactive); + gfxSetIOBSWireDecals(arch, bel); + break; + default: + break; + } +} + +void gfxSetIOBWireDecals(Arch *arch, BelInfo &bel) +{ + DecalXY active, inactive; + GraphicElement el; + char buf[20]; + + // set decals for I, O and OE input wires + for (auto pi : bel.pins) { + WireInfo &wi = arch->wire_info(pi.second.wire); + // decal name: wire_port_z_active|inactive + snprintf(buf, sizeof(buf), "%s_%s_%u_active", wi.type.c_str(arch), pi.first.c_str(arch), bel.z); + IdString active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "%s_%s_%u_inactive", wi.type.c_str(arch), pi.first.c_str(arch), bel.z); + IdString inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = bel.x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y; + if (arch->decal_graphics.count(active_id) == 0) { + el.type = GraphicElement::TYPE_LOCAL_LINE; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = cru_x + cru_w; + el.y1 = pipPoint.at(wi.type).second; + el.x2 = io_x; + el.y2 = portPoint.at(pi.first) + io_y + bel.z * (2 * io_gap + io_h); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + for (auto seg : portSign.at(pi.first)) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = std::get<0>(seg) + io_x; + el.y1 = std::get<1>(seg) + io_y + bel.z * (2 * io_gap + io_h); + el.x2 = std::get<2>(seg) + io_x; + el.y2 = std::get<3>(seg) + io_y + bel.z * (2 * io_gap + io_h); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + } + arch->setWireDecal(wi.name, active, inactive); + } +} + +void gfxSetIOBSWireDecals(Arch *arch, BelInfo &bel) +{ + DecalXY active, inactive; + GraphicElement el; + char buf[20]; + + // set decals for I, O and OE input wires + for (auto pi : bel.pins) { + WireInfo &wi = arch->wire_info(pi.second.wire); + // decal name: ios_wire_port_z_active|inactive + snprintf(buf, sizeof(buf), "ios_%s_%s_%u_active", wi.type.c_str(arch), pi.first.c_str(arch), bel.z); + IdString active_id = arch->id(buf); + active.decal = active_id; + snprintf(buf, sizeof(buf), "ios_%s_%s_%u_inactive", wi.type.c_str(arch), pi.first.c_str(arch), bel.z); + IdString inactive_id = arch->id(buf); + inactive.decal = inactive_id; + active.x = inactive.x = bel.x; + active.y = inactive.y = arch->gridDimY - 1. - bel.y; + if (arch->decal_graphics.count(active_id) == 0) { + // leftmost wires + el.type = GraphicElement::TYPE_LOCAL_LINE; + if (bel.z % 3 == 0) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = cru_x + cru_w; + el.y1 = pipPoint.at(wi.type).second; + el.x2 = ios_x; + el.y2 = ios_scl * portPoint.at(pi.first) + ios_y + (ios_h + ios_gap_y) * (bel.z / 3); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } else { + float col = (bel.z % 3) - 1; + float rel_port = portPoint.at(pi.first) / io_h; + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = cru_x + cru_w; + el.y1 = pipPoint.at(wi.type).second; + el.x2 = ios_x * (0.97 - 0.02 * col); + el.y2 = (rel_port + col) * 0.5 * ios_gap_y + ios_y + ios_h + (ios_h + ios_gap_y) * (bel.z / 3); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = ios_x + (ios_w + ios_gap_x) * (col + 1) - ios_gap_x + ios_w * 0.3 + + rel_port * (ios_gap_x - 0.3 * ios_w); + el.y1 = el.y2; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + el.style = GraphicElement::STYLE_ACTIVE; + el.x2 = el.x1; + el.y2 = ios_scl * portPoint.at(pi.first) + ios_y + (ios_h + ios_gap_y) * (bel.z / 3); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = ios_x + (ios_w + ios_gap_x) * (col + 1); + el.y1 = el.y2; + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + el.style = GraphicElement::STYLE_ACTIVE; + } + // signs + for (auto seg : portSign.at(pi.first)) { + el.style = GraphicElement::STYLE_ACTIVE; + el.x1 = ios_scl * std::get<0>(seg) + ios_x + (ios_w + ios_gap_x) * (bel.z % 3); + el.y1 = ios_scl * std::get<1>(seg) + ios_y + (ios_h + ios_gap_y) * (bel.z / 3); + el.x2 = ios_scl * std::get<2>(seg) + ios_x + (ios_w + ios_gap_x) * (bel.z % 3); + el.y2 = ios_scl * std::get<3>(seg) + ios_y + (ios_h + ios_gap_y) * (bel.z / 3); + arch->addDecalGraphic(active_id, el); + el.style = GraphicElement::STYLE_INACTIVE; + arch->addDecalGraphic(inactive_id, el); + } + } + arch->setWireDecal(wi.name, active, inactive); + } +} + +DecalXY gfxGetLutGroupDecalXY(int x, int y, int z) +{ + DecalXY decalxy; + decalxy.decal = id_DECAL_GRP_LUT; + decalxy.x = x; + decalxy.y = y + grp_lut_y[z]; + return decalxy; +} + +DecalXY gfxGetCruGroupDecalXY(int x, int y) +{ + DecalXY decalxy; + decalxy.decal = id_DECAL_CRU; + decalxy.x = x; + decalxy.y = y; + return decalxy; +} + +NEXTPNR_NAMESPACE_END diff --git a/gowin/gfx.h b/gowin/gfx.h new file mode 100644 index 00000000..574d7310 --- /dev/null +++ b/gowin/gfx.h @@ -0,0 +1,4935 @@ +/* + * nextpnr -- Next Generation Place and Route + * + * Copyright (C) 2018 Claire Xenia Wolf + * + * Permission to use, copy, modify, and/or distribute this software for any + * purpose with or without fee is hereby granted, provided that the above + * copyright notice and this permission notice appear in all copies. + * + * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES + * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF + * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR + * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN + * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF + * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + * + */ + +#ifndef GFX_H +#define GFX_H + +#include "nextpnr.h" + +NEXTPNR_NAMESPACE_BEGIN + +// LUTs +const float lut_w = 0.6732 - 0.6386; +const float lut_h = 0.9392 - 0.9074; +const float lut_x = 0.6386; +const float lut_y[] = {1. - 0.9392, 1. - 0.8870, 1. - 0.7864, 1. - 0.7321, + 1. - 0.6399, 1. - 0.5847, 1. - 0.5068, 1. - 0.4503}; +const float dff_w = 0.0580; +const float dff_x = 0.6821; +const float grp_lut_w = 0.1399; +const float grp_lut_h = 0.0954; +const float grp_lut_x = 0.6284; +const float grp_lut_y[] = {1. - 0.9440, 1. - 0.7915, 1. - 0.6442, 1. - 0.5101}; + +// mux +const float mux_w = 0.8134 - 0.7899; +const float mux_f = 0.9450 - 0.9358; +const float mux_h = grp_lut_h; + +const float mux2lut5_x = 0.7900; +const float mux2lut5_y[] = {grp_lut_y[0], grp_lut_y[1], grp_lut_y[2], grp_lut_y[3]}; +const float mux2lut6_x = 0.8378; +const float mux2lut6_y[] = {1. - 0.9261, 1. - 0.6205}; +const float mux2lut7_x = 0.8859; +const float mux2lut7_y = 1. - 0.7870; +const float mux2lut8_x = 0.9337; +const float mux2lut8_y = 1. - 0.8098; + +// pip +enum CruSide +{ + Top, + Bottom, + Left, + Right, + Center +}; +const float cru_x = 0.2568; +const float cru_y = 1. - 0.9783; +const float cru_w = 0.6010 - cru_x; +const float cru_h = 1. - cru_y - 0.3742; + +const float lut_A_off = 1. - 0.9107 - lut_y[0]; +const float lut_D_off = lut_h - lut_A_off; +const float lut_B_off = lut_A_off - (lut_h - lut_D_off) / 3.; +const float lut_C_off = lut_D_off + (lut_h - lut_D_off) / 3.; + +const float right_wire_dist = (grp_lut_y[1] - grp_lut_y[0] - grp_lut_h) / 11.; +const float left_wire_dist = cru_h / 100.; +const float top_wire_dist = cru_w / 100.; +const float clk_ce_set_vdist = (lut_y[1] - lut_y[0] - lut_h) / 4.; + +const float sn_dist = cru_x / 125.; +const float ew_dist = (1. - cru_y - cru_h) / 130.; +const float wrap_len = 0.02f; +const float spine_pip_off = 0.11f; + +const float io_x = cru_x + cru_w + 0.1; +const float io_w = (1. - io_x) / 3.; +const float io_gap = 0.03; +const float io_h = (cru_h - 4. * io_gap) / 2.; +const float io_y = cru_y + io_gap; + +const float ios_scl = 0.5; +const float ios_h = ios_scl * io_h; +const float ios_w = ios_scl * io_w; +const float ios_gap_y = io_gap; +const float ios_gap_x = io_gap * 1.4; +const float ios_x = io_x; +const float ios_y = ios_scl * io_y; + +const dict portPoint = { + {id_O, 3. * io_h / 4.}, + {id_I, 2. * io_h / 4.}, + {id_OEN, 1. * io_h / 4.}, +}; + +const dict>> portSign = { + {id_O, + {{io_h / 14. * 1.33, portPoint.at(id_O) + io_h / 14., io_h / 14. * 1.66, portPoint.at(id_O) + io_h / 14.}, + {io_h / 14. * 1.66, portPoint.at(id_O) + io_h / 14., io_h / 14. * 2., portPoint.at(id_O) + io_h / 14. * 0.6}, + {io_h / 14. * 2., portPoint.at(id_O) + io_h / 14. * 0.6, io_h / 14. * 2., + portPoint.at(id_O) - io_h / 14. * 0.6}, + {io_h / 14. * 2., portPoint.at(id_O) - io_h / 14. * 0.6, io_h / 14. * 1.66, portPoint.at(id_O) - io_h / 14.}, + {io_h / 14. * 1.66, portPoint.at(id_O) - io_h / 14., io_h / 14. * 1.33, portPoint.at(id_O) - io_h / 14.}, + {io_h / 14. * 1.33, portPoint.at(id_O) - io_h / 14., io_h / 14. * 1., portPoint.at(id_O) - io_h / 14. * 0.6}, + {io_h / 14. * 1., portPoint.at(id_O) - io_h / 14. * 0.6, io_h / 14. * 1., + portPoint.at(id_O) + io_h / 14. * 0.6}, + {io_h / 14. * 1., portPoint.at(id_O) + io_h / 14. * 0.6, io_h / 14. * 1.33, + portPoint.at(id_O) + io_h / 14.}}}, + {id_I, + {{io_h / 14., portPoint.at(id_I) + io_h / 14., 2. * io_h / 14., portPoint.at(id_I) + io_h / 14.}, + {io_h / 14. * 1.5, portPoint.at(id_I) + io_h / 14., 1. * io_h / 14. * 1.5, portPoint.at(id_I) - io_h / 14.}, + {io_h / 14., portPoint.at(id_I) - io_h / 14., 2. * io_h / 14., portPoint.at(id_I) - io_h / 14.}}}, + {id_OEN, + {{io_h / 14. * 1.33, portPoint.at(id_OEN) + io_h / 14., io_h / 14. * 1.66, portPoint.at(id_OEN) + io_h / 14.}, + {io_h / 14. * 1.66, portPoint.at(id_OEN) + io_h / 14., io_h / 14. * 2., + portPoint.at(id_OEN) + io_h / 14. * 0.6}, + {io_h / 14. * 2., portPoint.at(id_OEN) + io_h / 14. * 0.6, io_h / 14. * 2., + portPoint.at(id_OEN) - io_h / 14. * 0.6}, + {io_h / 14. * 2., portPoint.at(id_OEN) - io_h / 14. * 0.6, io_h / 14. * 1.66, + portPoint.at(id_OEN) - io_h / 14.}, + {io_h / 14. * 1.66, portPoint.at(id_OEN) - io_h / 14., io_h / 14. * 1.33, portPoint.at(id_OEN) - io_h / 14.}, + {io_h / 14. * 1.33, portPoint.at(id_OEN) - io_h / 14., io_h / 14. * 1., + portPoint.at(id_OEN) - io_h / 14. * 0.6}, + {io_h / 14. * 1., portPoint.at(id_OEN) - io_h / 14. * 0.6, io_h / 14. * 1., + portPoint.at(id_OEN) + io_h / 14. * 0.6}, + {io_h / 14. * 1., portPoint.at(id_OEN) + io_h / 14. * 0.6, io_h / 14. * 1.33, + portPoint.at(id_OEN) + io_h / 14.}, + {io_h / 14. * 2.2, portPoint.at(id_OEN) + io_h / 14., io_h / 14. * 3.2, portPoint.at(id_OEN) + io_h / 14.}, + {io_h / 14. * 2.2, portPoint.at(id_OEN) + 0., io_h / 14. * 3.2, portPoint.at(id_OEN) + 0.}, + {io_h / 14. * 2.2, portPoint.at(id_OEN) - io_h / 14., io_h / 14. * 3.2, portPoint.at(id_OEN) - io_h / 14.}, + {io_h / 14. * 2.2, portPoint.at(id_OEN) + io_h / 14., io_h / 14. * 2.2, portPoint.at(id_OEN) - io_h / 14.}}}, +}; + +const dict spineY = { + {id_SPINE0, 1. - 1. * ew_dist}, {id_SPINE1, 1. - 2. * ew_dist}, {id_SPINE2, 1. - 3. * ew_dist}, + {id_SPINE3, 1. - 4. * ew_dist}, {id_SPINE4, 1. - 5. * ew_dist}, {id_SPINE5, 1. - 6. * ew_dist}, + {id_SPINE6, 1. - 7. * ew_dist}, {id_SPINE7, 1. - 8. * ew_dist}, {id_SPINE8, 1. - 1. * ew_dist}, + {id_SPINE9, 1. - 2. * ew_dist}, {id_SPINE10, 1. - 3. * ew_dist}, {id_SPINE11, 1. - 4. * ew_dist}, + {id_SPINE12, 1. - 5. * ew_dist}, {id_SPINE13, 1. - 6. * ew_dist}, {id_SPINE14, 1. - 7. * ew_dist}, + {id_SPINE15, 1. - 8. * ew_dist}, {id_SPINE16, 1. - 1. * ew_dist}, {id_SPINE17, 1. - 2. * ew_dist}, + {id_SPINE18, 1. - 3. * ew_dist}, {id_SPINE19, 1. - 4. * ew_dist}, {id_SPINE20, 1. - 5. * ew_dist}, + {id_SPINE21, 1. - 6. * ew_dist}, {id_SPINE22, 1. - 7. * ew_dist}, {id_SPINE23, 1. - 8. * ew_dist}, + {id_SPINE24, 1. - 1. * ew_dist}, {id_SPINE25, 1. - 2. * ew_dist}, {id_SPINE26, 1. - 3. * ew_dist}, + {id_SPINE27, 1. - 4. * ew_dist}, {id_SPINE28, 1. - 5. * ew_dist}, {id_SPINE29, 1. - 6. * ew_dist}, + {id_SPINE30, 1. - 7. * ew_dist}, {id_SPINE31, 1. - 8. * ew_dist}, +}; + +const dict> pipPoint = { + {id_X01, {Center, cru_y + 1. * cru_h / 9.}}, + {id_X02, {Center, cru_y + 2. * cru_h / 9.}}, + {id_X03, {Center, cru_y + 3. * cru_h / 9.}}, + {id_X04, {Center, cru_y + 4. * cru_h / 9.}}, + {id_X05, {Center, cru_y + 5. * cru_h / 9.}}, + {id_X06, {Center, cru_y + 6. * cru_h / 9.}}, + {id_X07, {Center, cru_y + 7. * cru_h / 9.}}, + {id_X08, {Center, cru_y + 8. * cru_h / 9.}}, + // LUT inputs + {id_A0, {Right, lut_y[0] + lut_A_off}}, + {id_B0, {Right, lut_y[0] + lut_B_off}}, + {id_C0, {Right, lut_y[0] + lut_C_off}}, + {id_D0, {Right, lut_y[0] + lut_D_off}}, + {id_A1, {Right, lut_y[1] + lut_A_off}}, + {id_B1, {Right, lut_y[1] + lut_B_off}}, + {id_C1, {Right, lut_y[1] + lut_C_off}}, + {id_D1, {Right, lut_y[1] + lut_D_off}}, + {id_A2, {Right, lut_y[2] + lut_A_off}}, + {id_B2, {Right, lut_y[2] + lut_B_off}}, + {id_C2, {Right, lut_y[2] + lut_C_off}}, + {id_D2, {Right, lut_y[2] + lut_D_off}}, + {id_A3, {Right, lut_y[3] + lut_A_off}}, + {id_B3, {Right, lut_y[3] + lut_B_off}}, + {id_C3, {Right, lut_y[3] + lut_C_off}}, + {id_D3, {Right, lut_y[3] + lut_D_off}}, + {id_A4, {Right, lut_y[4] + lut_A_off}}, + {id_B4, {Right, lut_y[4] + lut_B_off}}, + {id_C4, {Right, lut_y[4] + lut_C_off}}, + {id_D4, {Right, lut_y[4] + lut_D_off}}, + {id_A5, {Right, lut_y[5] + lut_A_off}}, + {id_B5, {Right, lut_y[5] + lut_B_off}}, + {id_C5, {Right, lut_y[5] + lut_C_off}}, + {id_D5, {Right, lut_y[5] + lut_D_off}}, + {id_A6, {Right, lut_y[6] + lut_A_off}}, + {id_B6, {Right, lut_y[6] + lut_B_off}}, + {id_C6, {Right, lut_y[6] + lut_C_off}}, + {id_D6, {Right, lut_y[6] + lut_D_off}}, + {id_A7, {Right, lut_y[7] + lut_A_off}}, + {id_B7, {Right, lut_y[7] + lut_B_off}}, + {id_C7, {Right, lut_y[7] + lut_C_off}}, + {id_D7, {Right, lut_y[7] + lut_D_off}}, + // wires below LUT0 + {id_Q0, {Right, grp_lut_y[0] - right_wire_dist}}, + {id_F0, {Right, grp_lut_y[0] - 2. * right_wire_dist}}, + {id_OF3, {Right, grp_lut_y[0] - 3. * right_wire_dist}}, + // wires between LUT1 and LUT2 + {id_Q2, {Right, grp_lut_y[1] - right_wire_dist}}, + {id_F2, {Right, grp_lut_y[1] - 2. * right_wire_dist}}, + {id_OF2, {Right, grp_lut_y[1] - 3. * right_wire_dist}}, + {id_OF1, {Right, grp_lut_y[1] - 4. * right_wire_dist}}, + {id_OF0, {Right, grp_lut_y[1] - 5. * right_wire_dist}}, + {id_SEL1, {Right, grp_lut_y[1] - 6. * right_wire_dist}}, + {id_OF7, {Right, grp_lut_y[1] - 7. * right_wire_dist}}, + {id_SEL0, {Right, grp_lut_y[1] - 8. * right_wire_dist}}, + {id_F1, {Right, grp_lut_y[1] - 9. * right_wire_dist}}, + {id_Q1, {Right, grp_lut_y[1] - 10. * right_wire_dist}}, + // wires between LUT3 and LUT4 + {id_Q4, {Right, grp_lut_y[2] - right_wire_dist}}, + {id_F4, {Right, grp_lut_y[2] - 2. * right_wire_dist}}, + {id_OF4, {Right, grp_lut_y[2] - 3. * right_wire_dist}}, + {id_OF5, {Right, grp_lut_y[2] - 4. * right_wire_dist}}, + {id_SEL7, {Right, grp_lut_y[2] - 5. * right_wire_dist}}, + {id_SEL3, {Right, grp_lut_y[2] - 6. * right_wire_dist}}, + {id_SEL2, {Right, grp_lut_y[2] - 7. * right_wire_dist}}, + {id_F3, {Right, grp_lut_y[2] - 8. * right_wire_dist}}, + {id_Q3, {Right, grp_lut_y[2] - 9. * right_wire_dist}}, + // wires between LUT5 and LUT6 + {id_F6, {Right, grp_lut_y[3] - right_wire_dist}}, + {id_SEL5, {Right, grp_lut_y[3] - 2. * right_wire_dist}}, + {id_SEL4, {Right, grp_lut_y[3] - 4. * right_wire_dist}}, + {id_F5, {Right, grp_lut_y[3] - 5. * right_wire_dist}}, + {id_Q5, {Right, grp_lut_y[3] - 6. * right_wire_dist}}, + // Q6, Q7 --- IOB + {id_Q6, {Right, grp_lut_y[3] + grp_lut_h * 0.33}}, + {id_Q7, {Right, grp_lut_y[3] + grp_lut_h * 0.66}}, + // wires above LUT7 + {id_F7, {Right, grp_lut_y[3] + grp_lut_h + right_wire_dist}}, + {id_SEL6, {Right, grp_lut_y[3] + grp_lut_h + 2. * right_wire_dist}}, + {id_OF6, {Right, grp_lut_y[3] + grp_lut_h + 3. * right_wire_dist}}, + // DI0-5 + {id_DI5, {Right, cru_y + cru_h - 0.5 * right_wire_dist}}, + {id_DI4, {Right, cru_y + cru_h - 1. * right_wire_dist}}, + {id_DI3, {Right, cru_y + cru_h - 1.5 * right_wire_dist}}, + {id_DI2, {Right, cru_y + cru_h - 2. * right_wire_dist}}, + {id_DI1, {Right, cru_y + cru_h - 2.5 * right_wire_dist}}, + {id_DI0, {Right, cru_y + cru_h - 3. * right_wire_dist}}, + // Q6 + // CLK, CE, SET-RESET + {id_CLK0, {Right, lut_y[1] - clk_ce_set_vdist}}, + {id_CE0, {Right, lut_y[1] - 2. * clk_ce_set_vdist}}, + {id_LSR0, {Right, lut_y[1] - 3. * clk_ce_set_vdist}}, + {id_CLK1, {Right, lut_y[3] - clk_ce_set_vdist}}, + {id_CE1, {Right, lut_y[3] - 2. * clk_ce_set_vdist}}, + {id_LSR1, {Right, lut_y[3] - 3. * clk_ce_set_vdist}}, + {id_CLK2, {Right, lut_y[5] - clk_ce_set_vdist}}, + {id_CE2, {Right, lut_y[5] - 2. * clk_ce_set_vdist}}, + {id_LSR2, {Right, lut_y[5] - 3. * clk_ce_set_vdist}}, + // SN + // 1 hop + {id_S100, {Left, cru_y + 1. * left_wire_dist}}, + {id_S101, {Left, cru_y + 2. * left_wire_dist}}, + {id_S130, {Left, cru_y + 3. * left_wire_dist}}, + {id_S131, {Left, cru_y + 4. * left_wire_dist}}, + {id_N101, {Left, cru_y + 5. * left_wire_dist}}, + {id_N100, {Left, cru_y + 6. * left_wire_dist}}, + {id_N131, {Left, cru_y + 7. * left_wire_dist}}, + {id_N130, {Left, cru_y + 8. * left_wire_dist}}, + // 1 hop SN + {id_N111, {Left, cru_y + 9. * left_wire_dist}}, + {id_SN10, {Left, cru_y + 10. * left_wire_dist}}, + {id_S111, {Left, cru_y + 11. * left_wire_dist}}, + {id_N121, {Left, cru_y + 12. * left_wire_dist}}, + {id_SN20, {Left, cru_y + 13. * left_wire_dist}}, + {id_S121, {Left, cru_y + 14. * left_wire_dist}}, + // 2 hop + {id_S200, {Left, cru_y + 15. * left_wire_dist}}, + {id_S201, {Left, cru_y + 16. * left_wire_dist}}, + {id_N202, {Left, cru_y + 17. * left_wire_dist}}, + {id_S202, {Left, cru_y + 18. * left_wire_dist}}, + {id_N201, {Left, cru_y + 19. * left_wire_dist}}, + {id_N200, {Left, cru_y + 20. * left_wire_dist}}, + + {id_S210, {Left, cru_y + 21. * left_wire_dist}}, + {id_S211, {Left, cru_y + 22. * left_wire_dist}}, + {id_N212, {Left, cru_y + 23. * left_wire_dist}}, + {id_S212, {Left, cru_y + 24. * left_wire_dist}}, + {id_N211, {Left, cru_y + 25. * left_wire_dist}}, + {id_N210, {Left, cru_y + 26. * left_wire_dist}}, + + {id_S220, {Left, cru_y + 27. * left_wire_dist}}, + {id_S221, {Left, cru_y + 28. * left_wire_dist}}, + {id_N222, {Left, cru_y + 29. * left_wire_dist}}, + {id_S222, {Left, cru_y + 30. * left_wire_dist}}, + {id_N221, {Left, cru_y + 31. * left_wire_dist}}, + {id_N220, {Left, cru_y + 32. * left_wire_dist}}, + + {id_S230, {Left, cru_y + 33. * left_wire_dist}}, + {id_S231, {Left, cru_y + 34. * left_wire_dist}}, + {id_N232, {Left, cru_y + 35. * left_wire_dist}}, + {id_S232, {Left, cru_y + 36. * left_wire_dist}}, + {id_N231, {Left, cru_y + 37. * left_wire_dist}}, + {id_N230, {Left, cru_y + 38. * left_wire_dist}}, + + {id_S240, {Left, cru_y + 39. * left_wire_dist}}, + {id_S241, {Left, cru_y + 40. * left_wire_dist}}, + {id_N242, {Left, cru_y + 41. * left_wire_dist}}, + {id_S242, {Left, cru_y + 42. * left_wire_dist}}, + {id_N241, {Left, cru_y + 43. * left_wire_dist}}, + {id_N240, {Left, cru_y + 44. * left_wire_dist}}, + + {id_S250, {Left, cru_y + 45. * left_wire_dist}}, + {id_S251, {Left, cru_y + 46. * left_wire_dist}}, + {id_N252, {Left, cru_y + 47. * left_wire_dist}}, + {id_S252, {Left, cru_y + 48. * left_wire_dist}}, + {id_N251, {Left, cru_y + 49. * left_wire_dist}}, + {id_N250, {Left, cru_y + 50. * left_wire_dist}}, + + {id_S260, {Left, cru_y + 51. * left_wire_dist}}, + {id_S261, {Left, cru_y + 52. * left_wire_dist}}, + {id_N262, {Left, cru_y + 53. * left_wire_dist}}, + {id_S262, {Left, cru_y + 54. * left_wire_dist}}, + {id_N261, {Left, cru_y + 55. * left_wire_dist}}, + {id_N260, {Left, cru_y + 56. * left_wire_dist}}, + + {id_S270, {Left, cru_y + 57. * left_wire_dist}}, + {id_S271, {Left, cru_y + 58. * left_wire_dist}}, + {id_N272, {Left, cru_y + 59. * left_wire_dist}}, + {id_S272, {Left, cru_y + 60. * left_wire_dist}}, + {id_N271, {Left, cru_y + 61. * left_wire_dist}}, + {id_N270, {Left, cru_y + 62. * left_wire_dist}}, + + // Clocks + {id_GT10, {Left, cru_y + 63. * left_wire_dist}}, + {id_GT00, {Left, cru_y + 68. * left_wire_dist}}, + + // 4 hop + {id_N808, {Left, cru_y + 73. * left_wire_dist}}, + {id_S800, {Left, cru_y + 74. * left_wire_dist}}, + {id_S804, {Left, cru_y + 75. * left_wire_dist}}, + {id_N804, {Left, cru_y + 76. * left_wire_dist}}, + {id_N800, {Left, cru_y + 77. * left_wire_dist}}, + {id_S808, {Left, cru_y + 78. * left_wire_dist}}, + + {id_N818, {Left, cru_y + 79. * left_wire_dist}}, + {id_S810, {Left, cru_y + 80. * left_wire_dist}}, + {id_S814, {Left, cru_y + 81. * left_wire_dist}}, + {id_N814, {Left, cru_y + 82. * left_wire_dist}}, + {id_N810, {Left, cru_y + 83. * left_wire_dist}}, + {id_S818, {Left, cru_y + 84. * left_wire_dist}}, + + {id_N828, {Left, cru_y + 85. * left_wire_dist}}, + {id_S820, {Left, cru_y + 86. * left_wire_dist}}, + {id_S824, {Left, cru_y + 87. * left_wire_dist}}, + {id_N824, {Left, cru_y + 88. * left_wire_dist}}, + {id_N820, {Left, cru_y + 89. * left_wire_dist}}, + {id_S828, {Left, cru_y + 90. * left_wire_dist}}, + + {id_N838, {Left, cru_y + 91. * left_wire_dist}}, + {id_S830, {Left, cru_y + 92. * left_wire_dist}}, + {id_S834, {Left, cru_y + 93. * left_wire_dist}}, + {id_N834, {Left, cru_y + 94. * left_wire_dist}}, + {id_N830, {Left, cru_y + 95. * left_wire_dist}}, + {id_S838, {Left, cru_y + 96. * left_wire_dist}}, + + // EW + // 1 hop + {id_E101, {Top, cru_x + 1. * top_wire_dist}}, + {id_E100, {Top, cru_x + 2. * top_wire_dist}}, + {id_E131, {Top, cru_x + 3. * top_wire_dist}}, + {id_E130, {Top, cru_x + 4. * top_wire_dist}}, + {id_W100, {Top, cru_x + 5. * top_wire_dist}}, + {id_W101, {Top, cru_x + 6. * top_wire_dist}}, + {id_W130, {Top, cru_x + 7. * top_wire_dist}}, + {id_W131, {Top, cru_x + 8. * top_wire_dist}}, + // 1 hop EW + {id_E111, {Top, cru_x + 9. * top_wire_dist}}, + {id_EW10, {Top, cru_x + 10. * top_wire_dist}}, + {id_W111, {Top, cru_x + 11. * top_wire_dist}}, + {id_E121, {Top, cru_x + 12. * top_wire_dist}}, + {id_EW20, {Top, cru_x + 13. * top_wire_dist}}, + {id_W121, {Top, cru_x + 14. * top_wire_dist}}, + // 2 hop + {id_E202, {Top, cru_x + 15. * top_wire_dist}}, + {id_E201, {Top, cru_x + 16. * top_wire_dist}}, + {id_W200, {Top, cru_x + 17. * top_wire_dist}}, + {id_E200, {Top, cru_x + 18. * top_wire_dist}}, + {id_W201, {Top, cru_x + 19. * top_wire_dist}}, + {id_W202, {Top, cru_x + 20. * top_wire_dist}}, + + {id_E212, {Top, cru_x + 21. * top_wire_dist}}, + {id_E211, {Top, cru_x + 22. * top_wire_dist}}, + {id_W210, {Top, cru_x + 23. * top_wire_dist}}, + {id_E210, {Top, cru_x + 24. * top_wire_dist}}, + {id_W211, {Top, cru_x + 25. * top_wire_dist}}, + {id_W212, {Top, cru_x + 26. * top_wire_dist}}, + + {id_E222, {Top, cru_x + 27. * top_wire_dist}}, + {id_E221, {Top, cru_x + 28. * top_wire_dist}}, + {id_W220, {Top, cru_x + 29. * top_wire_dist}}, + {id_E220, {Top, cru_x + 30. * top_wire_dist}}, + {id_W221, {Top, cru_x + 31. * top_wire_dist}}, + {id_W222, {Top, cru_x + 32. * top_wire_dist}}, + + {id_E232, {Top, cru_x + 33. * top_wire_dist}}, + {id_E231, {Top, cru_x + 34. * top_wire_dist}}, + {id_W230, {Top, cru_x + 35. * top_wire_dist}}, + {id_E230, {Top, cru_x + 36. * top_wire_dist}}, + {id_W231, {Top, cru_x + 37. * top_wire_dist}}, + {id_W232, {Top, cru_x + 38. * top_wire_dist}}, + + {id_E242, {Top, cru_x + 39. * top_wire_dist}}, + {id_E241, {Top, cru_x + 40. * top_wire_dist}}, + {id_W240, {Top, cru_x + 41. * top_wire_dist}}, + {id_E240, {Top, cru_x + 42. * top_wire_dist}}, + {id_W241, {Top, cru_x + 43. * top_wire_dist}}, + {id_W242, {Top, cru_x + 44. * top_wire_dist}}, + + {id_E252, {Top, cru_x + 45. * top_wire_dist}}, + {id_E251, {Top, cru_x + 46. * top_wire_dist}}, + {id_W250, {Top, cru_x + 47. * top_wire_dist}}, + {id_E250, {Top, cru_x + 48. * top_wire_dist}}, + {id_W251, {Top, cru_x + 49. * top_wire_dist}}, + {id_W252, {Top, cru_x + 50. * top_wire_dist}}, + + {id_E262, {Top, cru_x + 51. * top_wire_dist}}, + {id_E261, {Top, cru_x + 52. * top_wire_dist}}, + {id_W260, {Top, cru_x + 53. * top_wire_dist}}, + {id_E260, {Top, cru_x + 54. * top_wire_dist}}, + {id_W261, {Top, cru_x + 55. * top_wire_dist}}, + {id_W262, {Top, cru_x + 56. * top_wire_dist}}, + + {id_E272, {Top, cru_x + 57. * top_wire_dist}}, + {id_E271, {Top, cru_x + 58. * top_wire_dist}}, + {id_W270, {Top, cru_x + 59. * top_wire_dist}}, + {id_E270, {Top, cru_x + 60. * top_wire_dist}}, + {id_W271, {Top, cru_x + 61. * top_wire_dist}}, + {id_W272, {Top, cru_x + 62. * top_wire_dist}}, + + // Global taps -> bracnhes + {id_GBO0, {Top, cru_x + 63. * top_wire_dist}}, + {id_GB00, {Top, cru_x + 64. * top_wire_dist}}, + {id_GB10, {Top, cru_x + 65. * top_wire_dist}}, + {id_GB20, {Top, cru_x + 66. * top_wire_dist}}, + {id_GB30, {Top, cru_x + 67. * top_wire_dist}}, + {id_GBO1, {Top, cru_x + 68. * top_wire_dist}}, + {id_GB40, {Top, cru_x + 68. * top_wire_dist}}, + {id_GB50, {Top, cru_x + 69. * top_wire_dist}}, + {id_GB60, {Top, cru_x + 70. * top_wire_dist}}, + {id_GB70, {Top, cru_x + 71. * top_wire_dist}}, + + // 4 hop + {id_E808, {Top, cru_x + 72. * top_wire_dist}}, + {id_W800, {Top, cru_x + 73. * top_wire_dist}}, + {id_W804, {Top, cru_x + 74. * top_wire_dist}}, + {id_E804, {Top, cru_x + 75. * top_wire_dist}}, + {id_E800, {Top, cru_x + 76. * top_wire_dist}}, + {id_W808, {Top, cru_x + 77. * top_wire_dist}}, + + {id_E818, {Top, cru_x + 78. * top_wire_dist}}, + {id_W810, {Top, cru_x + 79. * top_wire_dist}}, + {id_W814, {Top, cru_x + 80. * top_wire_dist}}, + {id_E814, {Top, cru_x + 81. * top_wire_dist}}, + {id_E810, {Top, cru_x + 82. * top_wire_dist}}, + {id_W818, {Top, cru_x + 83. * top_wire_dist}}, + + {id_E828, {Top, cru_x + 84. * top_wire_dist}}, + {id_W820, {Top, cru_x + 85. * top_wire_dist}}, + {id_W824, {Top, cru_x + 86. * top_wire_dist}}, + {id_E824, {Top, cru_x + 87. * top_wire_dist}}, + {id_E820, {Top, cru_x + 88. * top_wire_dist}}, + {id_W828, {Top, cru_x + 89. * top_wire_dist}}, + + {id_E838, {Top, cru_x + 90. * top_wire_dist}}, + {id_W830, {Top, cru_x + 91. * top_wire_dist}}, + {id_W834, {Top, cru_x + 92. * top_wire_dist}}, + {id_E834, {Top, cru_x + 93. * top_wire_dist}}, + {id_E830, {Top, cru_x + 94. * top_wire_dist}}, + {id_W838, {Top, cru_x + 95. * top_wire_dist}}, + +}; + +// wire +const std::vector decalless_wires = {id_X01, id_X02, id_X03, id_X04, id_X05, id_X06, id_X07}; + +const float clk_ce_set_hdist = dff_w / 4.; +const float dff_f_x = (grp_lut_x + grp_lut_w + dff_x + dff_w) / 2.; +const float mux5i_x = (grp_lut_x + grp_lut_w + mux2lut5_x) / 2.; + +// id, {x1, y1, x2, y2} +const dict>> sliceLocalWires = { + // dff + {id_CLK0, + {{cru_x + cru_w, pipPoint.at(id_CLK0).second, dff_x + clk_ce_set_hdist, pipPoint.at(id_CLK0).second}, + {dff_x + clk_ce_set_hdist, lut_y[1], dff_x + clk_ce_set_hdist, lut_y[0] + lut_h}}}, + {id_CE0, + {{cru_x + cru_w, pipPoint.at(id_CE0).second, dff_x + 2. * clk_ce_set_hdist, pipPoint.at(id_CE0).second}, + {dff_x + 2 * clk_ce_set_hdist, lut_y[1], dff_x + 2. * clk_ce_set_hdist, lut_y[0] + lut_h}}}, + {id_LSR0, + {{cru_x + cru_w, pipPoint.at(id_LSR0).second, dff_x + 3. * clk_ce_set_hdist, pipPoint.at(id_LSR0).second}, + {dff_x + 3 * clk_ce_set_hdist, lut_y[1], dff_x + 3. * clk_ce_set_hdist, lut_y[0] + lut_h}}}, + {id_CLK1, + {{cru_x + cru_w, pipPoint.at(id_CLK1).second, dff_x + clk_ce_set_hdist, pipPoint.at(id_CLK1).second}, + {dff_x + clk_ce_set_hdist, lut_y[3], dff_x + clk_ce_set_hdist, lut_y[2] + lut_h}}}, + {id_CE1, + {{cru_x + cru_w, pipPoint.at(id_CE1).second, dff_x + 2. * clk_ce_set_hdist, pipPoint.at(id_CE1).second}, + {dff_x + 2 * clk_ce_set_hdist, lut_y[3], dff_x + 2. * clk_ce_set_hdist, lut_y[2] + lut_h}}}, + {id_LSR1, + {{cru_x + cru_w, pipPoint.at(id_LSR1).second, dff_x + 3. * clk_ce_set_hdist, pipPoint.at(id_LSR1).second}, + {dff_x + 3 * clk_ce_set_hdist, lut_y[3], dff_x + 3. * clk_ce_set_hdist, lut_y[2] + lut_h}}}, + {id_CLK2, + {{cru_x + cru_w, pipPoint.at(id_CLK2).second, dff_x + clk_ce_set_hdist, pipPoint.at(id_CLK2).second}, + {dff_x + clk_ce_set_hdist, lut_y[5], dff_x + clk_ce_set_hdist, lut_y[4] + lut_h}}}, + {id_CE2, + {{cru_x + cru_w, pipPoint.at(id_CE2).second, dff_x + 2. * clk_ce_set_hdist, pipPoint.at(id_CE2).second}, + {dff_x + 2 * clk_ce_set_hdist, lut_y[5], dff_x + 2. * clk_ce_set_hdist, lut_y[4] + lut_h}}}, + {id_LSR2, + {{cru_x + cru_w, pipPoint.at(id_LSR2).second, dff_x + 3 * clk_ce_set_hdist, pipPoint.at(id_LSR2).second}, + {dff_x + 3 * clk_ce_set_hdist, lut_y[5], dff_x + 3. * clk_ce_set_hdist, lut_y[4] + lut_h}}}, + // lut + {id_A0, {{cru_x + cru_w, lut_y[0] + lut_A_off, lut_x, lut_y[0] + lut_A_off}}}, + {id_B0, {{cru_x + cru_w, lut_y[0] + lut_B_off, lut_x, lut_y[0] + lut_B_off}}}, + {id_C0, {{cru_x + cru_w, lut_y[0] + lut_C_off, lut_x, lut_y[0] + lut_C_off}}}, + {id_D0, {{cru_x + cru_w, lut_y[0] + lut_D_off, lut_x, lut_y[0] + lut_D_off}}}, + {id_A1, {{cru_x + cru_w, lut_y[1] + lut_A_off, lut_x, lut_y[1] + lut_A_off}}}, + {id_B1, {{cru_x + cru_w, lut_y[1] + lut_B_off, lut_x, lut_y[1] + lut_B_off}}}, + {id_C1, {{cru_x + cru_w, lut_y[1] + lut_C_off, lut_x, lut_y[1] + lut_C_off}}}, + {id_D1, {{cru_x + cru_w, lut_y[1] + lut_D_off, lut_x, lut_y[1] + lut_D_off}}}, + {id_A2, {{cru_x + cru_w, lut_y[2] + lut_A_off, lut_x, lut_y[2] + lut_A_off}}}, + {id_B2, {{cru_x + cru_w, lut_y[2] + lut_B_off, lut_x, lut_y[2] + lut_B_off}}}, + {id_C2, {{cru_x + cru_w, lut_y[2] + lut_C_off, lut_x, lut_y[2] + lut_C_off}}}, + {id_D2, {{cru_x + cru_w, lut_y[2] + lut_D_off, lut_x, lut_y[2] + lut_D_off}}}, + {id_A3, {{cru_x + cru_w, lut_y[3] + lut_A_off, lut_x, lut_y[3] + lut_A_off}}}, + {id_B3, {{cru_x + cru_w, lut_y[3] + lut_B_off, lut_x, lut_y[3] + lut_B_off}}}, + {id_C3, {{cru_x + cru_w, lut_y[3] + lut_C_off, lut_x, lut_y[3] + lut_C_off}}}, + {id_D3, {{cru_x + cru_w, lut_y[3] + lut_D_off, lut_x, lut_y[3] + lut_D_off}}}, + {id_A4, {{cru_x + cru_w, lut_y[4] + lut_A_off, lut_x, lut_y[4] + lut_A_off}}}, + {id_B4, {{cru_x + cru_w, lut_y[4] + lut_B_off, lut_x, lut_y[4] + lut_B_off}}}, + {id_C4, {{cru_x + cru_w, lut_y[4] + lut_C_off, lut_x, lut_y[4] + lut_C_off}}}, + {id_D4, {{cru_x + cru_w, lut_y[4] + lut_D_off, lut_x, lut_y[4] + lut_D_off}}}, + {id_A5, {{cru_x + cru_w, lut_y[5] + lut_A_off, lut_x, lut_y[5] + lut_A_off}}}, + {id_B5, {{cru_x + cru_w, lut_y[5] + lut_B_off, lut_x, lut_y[5] + lut_B_off}}}, + {id_C5, {{cru_x + cru_w, lut_y[5] + lut_C_off, lut_x, lut_y[5] + lut_C_off}}}, + {id_D5, {{cru_x + cru_w, lut_y[5] + lut_D_off, lut_x, lut_y[5] + lut_D_off}}}, + {id_A6, {{cru_x + cru_w, lut_y[6] + lut_A_off, lut_x, lut_y[6] + lut_A_off}}}, + {id_B6, {{cru_x + cru_w, lut_y[6] + lut_B_off, lut_x, lut_y[6] + lut_B_off}}}, + {id_C6, {{cru_x + cru_w, lut_y[6] + lut_C_off, lut_x, lut_y[6] + lut_C_off}}}, + {id_D6, {{cru_x + cru_w, lut_y[6] + lut_D_off, lut_x, lut_y[6] + lut_D_off}}}, + {id_A7, {{cru_x + cru_w, lut_y[7] + lut_A_off, lut_x, lut_y[7] + lut_A_off}}}, + {id_B7, {{cru_x + cru_w, lut_y[7] + lut_B_off, lut_x, lut_y[7] + lut_B_off}}}, + {id_C7, {{cru_x + cru_w, lut_y[7] + lut_C_off, lut_x, lut_y[7] + lut_C_off}}}, + {id_D7, {{cru_x + cru_w, lut_y[7] + lut_D_off, lut_x, lut_y[7] + lut_D_off}}}, + // wires below LUT0 + {id_Q0, + {{cru_x + cru_w, grp_lut_y[0] - right_wire_dist, dff_f_x, grp_lut_y[0] - right_wire_dist}, + {dff_f_x, grp_lut_y[0] - right_wire_dist, dff_f_x, lut_y[0] + lut_h / 2.}, + {dff_f_x, lut_y[0] + lut_h / 2., dff_x + dff_w, lut_y[0] + lut_h / 2.}}}, + {id_F0, + {{cru_x + cru_w, grp_lut_y[0] - 2. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[0] - 2. * right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[0] - 2. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[0] + lut_h / 2.}, + {lut_x + lut_w, lut_y[0] + lut_h / 2., dff_x, lut_y[0] + lut_h / 2.}}}, + {id_I0MUX0, + {{(lut_x + lut_w + dff_x) / 2., grp_lut_y[0] - 2. * right_wire_dist, mux5i_x, + grp_lut_y[0] - 2. * right_wire_dist}, + {mux5i_x, grp_lut_y[0] - 2. * right_wire_dist, mux5i_x, lut_y[0] + lut_h / 2.}, + {mux5i_x, lut_y[0] + lut_h / 2., mux2lut5_x, lut_y[0] + lut_h / 2.}}}, + {id_OF3, + {{cru_x + cru_w, grp_lut_y[0] - 3. * right_wire_dist, mux2lut7_x + 4. / 3. * mux_w, + grp_lut_y[0] - 3. * right_wire_dist}, + {mux2lut7_x + 4. / 3. * mux_w, grp_lut_y[0] - 3. * right_wire_dist, mux2lut7_x + 4. / 3. * mux_w, + mux2lut7_y + mux_h / 2.}, + {mux2lut7_x + 4. / 3. * mux_w, mux2lut7_y + mux_h / 2., mux2lut7_x + mux_w, mux2lut7_y + mux_h / 2.}}}, + {id_I1MUX7, {{mux2lut7_x + 4. / 3. * mux_w, mux2lut7_y + mux_h / 2., mux2lut8_x, mux2lut7_y + mux_h / 2.}}}, + // wires between LUT1 and LUT2 + {id_Q1, + {{cru_x + cru_w, grp_lut_y[1] - 10. * right_wire_dist, dff_f_x, grp_lut_y[1] - 10. * right_wire_dist}, + {dff_f_x, grp_lut_y[1] - 10. * right_wire_dist, dff_f_x, lut_y[1] + lut_h / 2.}, + {dff_f_x, lut_y[1] + lut_h / 2., dff_x + dff_w, lut_y[1] + lut_h / 2.}}}, + {id_F1, + {{cru_x + cru_w, grp_lut_y[1] - 9. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[1] - 9. * right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[1] - 9. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[1] + lut_h / 2.}, + {lut_x + lut_w, lut_y[1] + lut_h / 2., dff_x, lut_y[1] + lut_h / 2.}}}, + {id_I1MUX0, + {{(lut_x + lut_w + dff_x) / 2., grp_lut_y[1] - 9. * right_wire_dist, mux5i_x, + grp_lut_y[1] - 9. * right_wire_dist}, + {mux5i_x, grp_lut_y[1] - 9. * right_wire_dist, mux5i_x, lut_y[1] + lut_h / 2.}, + {mux5i_x, lut_y[1] + lut_h / 2., mux2lut5_x, lut_y[1] + lut_h / 2.}}}, + {id_SEL0, + {{cru_x + cru_w, grp_lut_y[1] - 8. * right_wire_dist, mux2lut5_x + mux_w / 2., + grp_lut_y[1] - 8. * right_wire_dist}, + {mux2lut5_x + mux_w / 2., grp_lut_y[1] - 8. * right_wire_dist, mux2lut5_x + mux_w / 2., + mux2lut5_y[0] + mux_h - mux_f / 2.}}}, + {id_OF7, + {{cru_x + cru_w, grp_lut_y[1] - 7. * right_wire_dist, mux2lut8_x + 4. / 3. * mux_w, + grp_lut_y[1] - 7. * right_wire_dist}, + {mux2lut8_x + 4. / 3. * mux_w, grp_lut_y[1] - 7. * right_wire_dist, mux2lut8_x + 4. / 3. * mux_w, + mux2lut8_y + mux_h / 2.}, + {mux2lut8_x + 4. / 3. * mux_w, mux2lut8_y + mux_h / 2., mux2lut8_x + mux_w, mux2lut8_y + mux_h / 2.}}}, + {id_SEL1, + {{cru_x + cru_w, grp_lut_y[1] - 6. * right_wire_dist, mux2lut6_x + mux_w / 2., + grp_lut_y[1] - 6. * right_wire_dist}, + {mux2lut6_x + mux_w / 2., grp_lut_y[1] - 6. * right_wire_dist, mux2lut6_x + mux_w / 2., + mux2lut6_y[0] + mux_h - mux_f / 2.}}}, + {id_OF0, + {{cru_x + cru_w, grp_lut_y[1] - 5. * right_wire_dist, mux2lut5_x + 4. / 3. * mux_w, + grp_lut_y[1] - 5. * right_wire_dist}, + {mux2lut5_x + 4. / 3. * mux_w, grp_lut_y[1] - 5. * right_wire_dist, mux2lut5_x + 4. / 3. * mux_w, + mux2lut5_y[0] + mux_h / 2.}, + {mux2lut5_x + 4. / 3. * mux_w, mux2lut5_y[0] + mux_h / 2., mux2lut5_x + mux_w, mux2lut5_y[0] + mux_h / 2.}}}, + {id_I1MUX1, + {{mux2lut5_x + 4. / 3. * mux_w, mux2lut5_y[0] + mux_h / 2., mux2lut6_x, mux2lut5_y[0] + mux_h / 2.}}}, + {id_OF1, + {{cru_x + cru_w, grp_lut_y[1] - 4. * right_wire_dist, mux2lut6_x + 4. / 3. * mux_w, + grp_lut_y[1] - 4. * right_wire_dist}, + {mux2lut6_x + 4. / 3. * mux_w, grp_lut_y[1] - 4. * right_wire_dist, mux2lut6_x + 4. / 3. * mux_w, + mux2lut6_y[0] + mux_h / 2.}, + {mux2lut6_x + 4. / 3. * mux_w, mux2lut6_y[0] + mux_h / 2., mux2lut6_x + mux_w, mux2lut6_y[0] + mux_h / 2.}}}, + {id_I1MUX3, + {{mux2lut6_x + 4. / 3. * mux_w, grp_lut_y[1] - 4. * right_wire_dist, mux2lut6_x + 4. / 3. * mux_w, + mux2lut7_y + mux_h * 1. / 4.}, + {mux2lut6_x + 4. / 3. * mux_w, mux2lut7_y + mux_h * 1. / 4., mux2lut7_x, mux2lut7_y + mux_h * 1. / 4.}}}, + {id_OF2, + {{cru_x + cru_w, grp_lut_y[1] - 3. * right_wire_dist, mux2lut5_x + 5. / 3. * mux_w, + grp_lut_y[1] - 3. * right_wire_dist}, + {mux2lut5_x + 5. / 3. * mux_w, grp_lut_y[1] - 3. * right_wire_dist, mux2lut5_x + 5. / 3. * mux_w, + mux2lut5_y[1] + mux_h / 2.}, + {mux2lut5_x + 5. / 3. * mux_w, mux2lut5_y[1] + mux_h / 2., mux2lut5_x + mux_w, mux2lut5_y[1] + mux_h / 2.}}}, + {id_I0MUX1, + {{mux2lut5_x + 5. / 3. * mux_w, grp_lut_y[1] - 3. * right_wire_dist, mux2lut5_x + 5. / 3. * mux_w, + mux2lut6_y[0] + mux_h * 3. / 4.}, + {mux2lut5_x + 5. / 3. * mux_w, mux2lut6_y[0] + mux_h * 3. / 4., mux2lut6_x, + mux2lut6_y[0] + mux_h * 3. / 4.}}}, + {id_F2, + {{cru_x + cru_w, grp_lut_y[1] - 2. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[1] - 2. * right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[1] - 2. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[2] + lut_h / 2.}, + {lut_x + lut_w, lut_y[2] + lut_h / 2., dff_x, lut_y[2] + lut_h / 2.}}}, + {id_I0MUX2, + {{(lut_x + lut_w + dff_x) / 2., grp_lut_y[1] - 2. * right_wire_dist, mux5i_x, + grp_lut_y[1] - 2. * right_wire_dist}, + {mux5i_x, grp_lut_y[1] - 2. * right_wire_dist, mux5i_x, lut_y[2] + lut_h / 2.}, + {mux5i_x, lut_y[2] + lut_h / 2., mux2lut5_x, lut_y[2] + lut_h / 2.}}}, + {id_Q2, + {{cru_x + cru_w, grp_lut_y[1] - right_wire_dist, dff_f_x, grp_lut_y[1] - right_wire_dist}, + {dff_f_x, grp_lut_y[1] - right_wire_dist, dff_f_x, lut_y[2] + lut_h / 2.}, + {dff_f_x, lut_y[2] + lut_h / 2., dff_x + dff_w, lut_y[2] + lut_h / 2.}}}, + // wires between LUT3 and LUT4 + {id_Q3, + {{cru_x + cru_w, grp_lut_y[2] - 9. * right_wire_dist, dff_f_x, grp_lut_y[2] - 9. * right_wire_dist}, + {dff_f_x, grp_lut_y[2] - 9. * right_wire_dist, dff_f_x, lut_y[3] + lut_h / 2.}, + {dff_f_x, lut_y[3] + lut_h / 2., dff_x + dff_w, lut_y[3] + lut_h / 2.}}}, + {id_F3, + {{cru_x + cru_w, grp_lut_y[2] - 8. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[2] - 8. * right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[2] - 8. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[3] + lut_h / 2.}, + {lut_x + lut_w, lut_y[3] + lut_h / 2., dff_x, lut_y[3] + lut_h / 2.}}}, + {id_I1MUX2, + {{(lut_x + lut_w + dff_x) / 2., grp_lut_y[2] - 8. * right_wire_dist, mux5i_x, + grp_lut_y[2] - 8. * right_wire_dist}, + {mux5i_x, grp_lut_y[2] - 8. * right_wire_dist, mux5i_x, lut_y[3] + lut_h / 2.}, + {mux5i_x, lut_y[3] + lut_h / 2., mux2lut5_x, lut_y[3] + lut_h / 2.}}}, + {id_SEL2, + {{cru_x + cru_w, grp_lut_y[2] - 7. * right_wire_dist, mux2lut5_x + mux_w / 2., + grp_lut_y[2] - 7. * right_wire_dist}, + {mux2lut5_x + mux_w / 2., grp_lut_y[2] - 7. * right_wire_dist, mux2lut5_x + mux_w / 2., + mux2lut5_y[1] + mux_h - mux_f / 2.}}}, + {id_SEL3, + {{cru_x + cru_w, grp_lut_y[2] - 6. * right_wire_dist, mux2lut7_x + mux_w / 2., + grp_lut_y[2] - 6. * right_wire_dist}, + {mux2lut7_x + mux_w / 2., grp_lut_y[2] - 6. * right_wire_dist, mux2lut7_x + mux_w / 2., + mux2lut7_y + mux_h - mux_f / 2.}}}, + {id_SEL7, + {{cru_x + cru_w, grp_lut_y[2] - 5. * right_wire_dist, mux2lut8_x + mux_w / 2., + grp_lut_y[2] - 5. * right_wire_dist}, + {mux2lut8_x + mux_w / 2., grp_lut_y[2] - 5. * right_wire_dist, mux2lut8_x + mux_w / 2., + mux2lut8_y + mux_h - mux_f / 2.}}}, + {id_OF5, + {{cru_x + cru_w, grp_lut_y[2] - 4. * right_wire_dist, mux2lut6_x + 4. / 3. * mux_w, + grp_lut_y[2] - 4. * right_wire_dist}, + {mux2lut6_x + 4. / 3. * mux_w, grp_lut_y[2] - 4. * right_wire_dist, mux2lut6_x + 4. / 3. * mux_w, + mux2lut6_y[1] + mux_h / 2.}, + {mux2lut6_x + 4. / 3. * mux_w, mux2lut6_y[1] + mux_h / 2., mux2lut6_x + mux_w, mux2lut6_y[1] + mux_h / 2.}}}, + {id_I0MUX3, + {{mux2lut6_x + 4. / 3. * mux_w, grp_lut_y[2] - 4. * right_wire_dist, mux2lut6_x + 4. / 3. * mux_w, + mux2lut7_y + mux_h * 3. / 4.}, + {mux2lut6_x + 4. / 3. * mux_w, mux2lut7_y + mux_h * 3. / 4., mux2lut7_x, mux2lut7_y + mux_h * 3. / 4.}}}, + {id_OF4, + {{cru_x + cru_w, grp_lut_y[2] - 3. * right_wire_dist, mux2lut5_x + 4. / 3. * mux_w, + grp_lut_y[2] - 3. * right_wire_dist}, + {mux2lut5_x + 4. / 3. * mux_w, grp_lut_y[2] - 3. * right_wire_dist, mux2lut5_x + 4. / 3. * mux_w, + mux2lut5_y[2] + mux_h / 2.}, + {mux2lut5_x + 4. / 3. * mux_w, mux2lut5_y[2] + mux_h / 2., mux2lut5_x + mux_w, mux2lut5_y[2] + mux_h / 2.}}}, + {id_I1MUX5, + {{mux2lut5_x + 4. / 3. * mux_w, mux2lut5_y[2] + mux_h / 2., mux2lut6_x, mux2lut5_y[2] + mux_h / 2.}}}, + {id_F4, + {{cru_x + cru_w, grp_lut_y[2] - 2. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[2] - 2. * right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[2] - 2. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[4] + lut_h / 2.}, + {lut_x + lut_w, lut_y[4] + lut_h / 2., dff_x, lut_y[4] + lut_h / 2.}}}, + {id_I0MUX4, + {{(lut_x + lut_w + dff_x) / 2., grp_lut_y[2] - 2. * right_wire_dist, mux5i_x, + grp_lut_y[2] - 2. * right_wire_dist}, + {mux5i_x, grp_lut_y[2] - 2. * right_wire_dist, mux5i_x, lut_y[4] + lut_h / 2.}, + {mux5i_x, lut_y[4] + lut_h / 2., mux2lut5_x, lut_y[4] + lut_h / 2.}}}, + {id_Q4, + {{cru_x + cru_w, grp_lut_y[2] - right_wire_dist, dff_f_x, grp_lut_y[2] - right_wire_dist}, + {dff_f_x, grp_lut_y[2] - right_wire_dist, dff_f_x, lut_y[4] + lut_h / 2.}, + {dff_f_x, lut_y[4] + lut_h / 2., dff_x + dff_w, lut_y[4] + lut_h / 2.}}}, + // wires between LUT5 and LUT6 + {id_Q5, + {{cru_x + cru_w, grp_lut_y[3] - 6. * right_wire_dist, dff_f_x, grp_lut_y[3] - 6. * right_wire_dist}, + {dff_f_x, grp_lut_y[3] - 6. * right_wire_dist, dff_f_x, lut_y[5] + lut_h / 2.}, + {dff_f_x, lut_y[5] + lut_h / 2., dff_x + dff_w, lut_y[5] + lut_h / 2.}}}, + {id_F5, + {{cru_x + cru_w, grp_lut_y[3] - 5. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[3] - 5. * right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[3] - 5. * right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[5] + lut_h / 2.}, + {lut_x + lut_w, lut_y[5] + lut_h / 2., dff_x, lut_y[5] + lut_h / 2.}}}, + {id_I1MUX4, + {{(lut_x + lut_w + dff_x) / 2., grp_lut_y[3] - 5. * right_wire_dist, mux5i_x, + grp_lut_y[3] - 5. * right_wire_dist}, + {mux5i_x, grp_lut_y[3] - 5. * right_wire_dist, mux5i_x, lut_y[5] + lut_h / 2.}, + {mux5i_x, lut_y[5] + lut_h / 2., mux2lut5_x, lut_y[5] + lut_h / 2.}}}, + {id_SEL4, + {{cru_x + cru_w, grp_lut_y[3] - 4. * right_wire_dist, mux2lut5_x + mux_w / 2., + grp_lut_y[3] - 4. * right_wire_dist}, + {mux2lut5_x + mux_w / 2., grp_lut_y[3] - 4. * right_wire_dist, mux2lut5_x + mux_w / 2., + mux2lut5_y[2] + mux_h - mux_f / 2.}}}, + {id_SEL5, + {{cru_x + cru_w, grp_lut_y[3] - 2. * right_wire_dist, mux2lut6_x + mux_w / 2., + grp_lut_y[3] - 2. * right_wire_dist}, + {mux2lut6_x + mux_w / 2., grp_lut_y[3] - 2. * right_wire_dist, mux2lut6_x + mux_w / 2., + mux2lut6_y[1] + mux_h - mux_f / 2.}}}, + {id_F6, + {{cru_x + cru_w, grp_lut_y[3] - right_wire_dist, (lut_x + lut_w + dff_x) / 2., grp_lut_y[3] - right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[3] - right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[6] + lut_h / 2.}, + {lut_x + lut_w, lut_y[6] + lut_h / 2., (lut_x + lut_w + dff_x) / 2., lut_y[6] + lut_h / 2.}}}, + {id_I0MUX6, {{(lut_x + lut_w + dff_x) / 2., lut_y[6] + lut_h / 2., mux2lut5_x, lut_y[6] + lut_h / 2.}}}, + // wires above LUT7 + {id_F7, + {{cru_x + cru_w, grp_lut_y[3] + grp_lut_h + right_wire_dist, (lut_x + lut_w + dff_x) / 2., + grp_lut_y[3] + grp_lut_h + right_wire_dist}, + {(lut_x + lut_w + dff_x) / 2., grp_lut_y[3] + grp_lut_h + right_wire_dist, (lut_x + lut_w + dff_x) / 2., + lut_y[7] + lut_h / 2.}, + {lut_x + lut_w, lut_y[7] + lut_h / 2., (lut_x + lut_w + dff_x) / 2., lut_y[7] + lut_h / 2.}}}, + {id_I1MUX6, {{(lut_x + lut_w + dff_x) / 2., lut_y[7] + lut_h / 2., mux2lut5_x, lut_y[7] + lut_h / 2.}}}, + {id_SEL6, + {{cru_x + cru_w, grp_lut_y[3] + grp_lut_h + 2. * right_wire_dist, mux2lut5_x + mux_w / 2., + grp_lut_y[3] + grp_lut_h + 2. * right_wire_dist}, + {mux2lut5_x + mux_w / 2., grp_lut_y[3] + grp_lut_h + 2. * right_wire_dist, mux2lut5_x + mux_w / 2., + mux2lut5_y[3] + mux_h - mux_f / 2.}}}, + {id_OF6, + {{cru_x + cru_w, grp_lut_y[3] + grp_lut_h + 3. * right_wire_dist, mux2lut5_x + 4. / 3. * mux_w, + grp_lut_y[3] + grp_lut_h + 3. * right_wire_dist}, + {mux2lut5_x + 4. / 3. * mux_w, grp_lut_y[3] + grp_lut_h + 3. * right_wire_dist, mux2lut5_x + 4. / 3. * mux_w, + mux2lut5_y[3] + mux_h / 2.}, + {mux2lut5_x + 4. / 3. * mux_w, mux2lut5_y[3] + mux_h / 2., mux2lut5_x + mux_w, mux2lut5_y[3] + mux_h / 2.}}}, + {id_I0MUX5, + {{mux2lut5_x + 4. / 3. * mux_w, mux2lut5_y[3] + mux_h / 2., mux2lut5_x + 4. / 3. * mux_w, + mux2lut6_y[1] + mux_h * 3. / 4.}, + {mux2lut5_x + 4. / 3. * mux_w, mux2lut6_y[1] + mux_h * 3. / 4., mux2lut6_x, + mux2lut6_y[1] + mux_h * 3. / 4.}}}, +}; + +const dict>> globalSimpleWires = { + {id_I0MUX7, + {{mux2lut8_x, mux2lut8_y + mux_h / 4., mux2lut8_x - 1. / 3. * mux_w, mux2lut8_y + mux_h / 4.}, + {mux2lut8_x - 1. / 3. * mux_w, mux2lut8_y + mux_h / 4., mux2lut8_x - 1. / 3. * mux_w, + cru_y - 2. * right_wire_dist}, + {mux2lut8_x - 1. / 3. * mux_w, cru_y - 2. * right_wire_dist, 1. + mux2lut7_x + 4. / 3. * mux_w, + cru_y - 2. * right_wire_dist}, + {1. + mux2lut7_x + 4. / 3. * mux_w, cru_y - 2. * right_wire_dist, 1. + mux2lut7_x + 4. / 3. * mux_w, + grp_lut_y[0] - 3. * right_wire_dist}}}, +}; + +dict>> const globalWires = { +#define PIP_Y(pip_id) (pipPoint.at(pip_id).second) +#define WIRE_X(offset) (cru_x - ((float)offset) * sn_dist) + // 1 hop + {id_S10, + {{WIRE_X(0), PIP_Y(id_S100), WIRE_X(1), PIP_Y(id_S100)}, + {WIRE_X(1), PIP_Y(id_S100), WIRE_X(1), -1. + PIP_Y(id_S101)}, + {WIRE_X(1), -1. + PIP_Y(id_S101), WIRE_X(0), -1. + PIP_Y(id_S101)}}}, + {id_N10, + {{WIRE_X(0), PIP_Y(id_N100), WIRE_X(2), PIP_Y(id_N100)}, + {WIRE_X(2), PIP_Y(id_N100), WIRE_X(2), 1. + PIP_Y(id_N101)}, + {WIRE_X(2), 1. + PIP_Y(id_N101), WIRE_X(0), 1. + PIP_Y(id_N101)}}}, + {id_S10_loop0, + {{WIRE_X(0), PIP_Y(id_S100), WIRE_X(1), PIP_Y(id_S100)}, + {WIRE_X(1), PIP_Y(id_S100), WIRE_X(1), -1. * wrap_len}, + {WIRE_X(1), -1. * wrap_len, WIRE_X(2), -1. * wrap_len}, + {WIRE_X(2), -1. * wrap_len, WIRE_X(2), PIP_Y(id_N101)}, + {WIRE_X(2), PIP_Y(id_N101), WIRE_X(0), PIP_Y(id_N101)}}}, + {id_N10_loop0, + {{WIRE_X(0), PIP_Y(id_N100), WIRE_X(2), PIP_Y(id_N100)}, + {WIRE_X(2), PIP_Y(id_N100), WIRE_X(2), 1. + 1. * wrap_len}, + {WIRE_X(2), 1. + 1. * wrap_len, WIRE_X(1), 1. + 1. * wrap_len}, + {WIRE_X(1), 1. + 1. * wrap_len, WIRE_X(1), PIP_Y(id_S101)}, + {WIRE_X(1), PIP_Y(id_S101), WIRE_X(0), PIP_Y(id_S101)}}}, + {id_S13, + {{WIRE_X(0), PIP_Y(id_S130), WIRE_X(3), PIP_Y(id_S130)}, + {WIRE_X(3), PIP_Y(id_S130), WIRE_X(3), -1. + PIP_Y(id_S131)}, + {WIRE_X(3), -1. + PIP_Y(id_S131), WIRE_X(0), -1. + PIP_Y(id_S131)}}}, + {id_N13, + {{WIRE_X(0), PIP_Y(id_N130), WIRE_X(4), PIP_Y(id_N130)}, + {WIRE_X(4), PIP_Y(id_N130), WIRE_X(4), 1. + PIP_Y(id_N131)}, + {WIRE_X(4), 1. + PIP_Y(id_N131), WIRE_X(0), 1. + PIP_Y(id_N131)}}}, + {id_S13_loop0, + {{WIRE_X(0), PIP_Y(id_S130), WIRE_X(3), PIP_Y(id_S130)}, + {WIRE_X(3), PIP_Y(id_S130), WIRE_X(3), -1. * wrap_len}, + {WIRE_X(3), -1. * wrap_len, WIRE_X(4), -1. * wrap_len}, + {WIRE_X(4), -1. * wrap_len, WIRE_X(4), PIP_Y(id_N131)}, + {WIRE_X(4), PIP_Y(id_N131), WIRE_X(0), PIP_Y(id_N131)}}}, + {id_N13_loop0, + {{WIRE_X(0), PIP_Y(id_N130), WIRE_X(4), PIP_Y(id_N130)}, + {WIRE_X(4), PIP_Y(id_N130), WIRE_X(4), 1. + 1. * wrap_len}, + {WIRE_X(4), 1. + 1. * wrap_len, WIRE_X(3), 1. + 1. * wrap_len}, + {WIRE_X(3), 1. + 1. * wrap_len, WIRE_X(3), PIP_Y(id_S131)}, + {WIRE_X(3), PIP_Y(id_S131), WIRE_X(0), PIP_Y(id_S131)}}}, + // 1 hop SN + {id_SN10, + {{WIRE_X(0), PIP_Y(id_SN10), WIRE_X(6), PIP_Y(id_SN10)}, + {WIRE_X(6), PIP_Y(id_SN10), WIRE_X(6), 1. + PIP_Y(id_N111)}, + {WIRE_X(6), 1. + PIP_Y(id_N111), WIRE_X(0), 1. + PIP_Y(id_N111)}, + {WIRE_X(5), PIP_Y(id_SN10), WIRE_X(5), -1. + PIP_Y(id_S111)}, + {WIRE_X(5), -1. + PIP_Y(id_S111), WIRE_X(0), -1. + PIP_Y(id_S111)}}}, + {id_SN10_loop_n, + {{WIRE_X(0), PIP_Y(id_SN10), WIRE_X(6), PIP_Y(id_SN10)}, + {WIRE_X(6), PIP_Y(id_SN10), WIRE_X(6), 1. + 1. * wrap_len}, + {WIRE_X(6), 1. + 1. * wrap_len, WIRE_X(5), 1. + 1. * wrap_len}, + {WIRE_X(5), 1. + 1. * wrap_len, WIRE_X(5), PIP_Y(id_SN10)}, + {WIRE_X(5), PIP_Y(id_SN10), WIRE_X(5), -1. + PIP_Y(id_S111)}, + {WIRE_X(5), -1. + PIP_Y(id_S111), WIRE_X(0), -1. + PIP_Y(id_S111)}}}, + {id_SN10_loop_s, + {{WIRE_X(0), PIP_Y(id_SN10), WIRE_X(6), PIP_Y(id_SN10)}, + {WIRE_X(6), PIP_Y(id_SN10), WIRE_X(6), 1. + PIP_Y(id_N111)}, + {WIRE_X(6), 1. + PIP_Y(id_N111), WIRE_X(0), 1. + PIP_Y(id_N111)}, + {WIRE_X(5), PIP_Y(id_SN10), WIRE_X(5), -1. * wrap_len}, + {WIRE_X(5), -1. * wrap_len, WIRE_X(6), -1. * wrap_len}, + {WIRE_X(6), -1. * wrap_len, WIRE_X(6), PIP_Y(id_N111)}, + {WIRE_X(6), PIP_Y(id_N111), WIRE_X(0), PIP_Y(id_N111)}}}, + {id_SN20, + {{WIRE_X(0), PIP_Y(id_SN20), WIRE_X(8), PIP_Y(id_SN20)}, + {WIRE_X(8), PIP_Y(id_SN20), WIRE_X(8), 1. + PIP_Y(id_N121)}, + {WIRE_X(8), 1. + PIP_Y(id_N121), WIRE_X(0), 1. + PIP_Y(id_N121)}, + {WIRE_X(7), PIP_Y(id_SN20), WIRE_X(7), -1. + PIP_Y(id_S121)}, + {WIRE_X(7), -1. + PIP_Y(id_S121), WIRE_X(0), -1. + PIP_Y(id_S121)}}}, + {id_SN20_loop_n, + {{WIRE_X(0), PIP_Y(id_SN20), WIRE_X(8), PIP_Y(id_SN20)}, + {WIRE_X(8), PIP_Y(id_SN20), WIRE_X(8), 1. + 1. * wrap_len}, + {WIRE_X(8), 1. + 1. * wrap_len, WIRE_X(7), 1. + 1. * wrap_len}, + {WIRE_X(7), 1. + 1. * wrap_len, WIRE_X(7), PIP_Y(id_SN10)}, + {WIRE_X(7), PIP_Y(id_SN20), WIRE_X(7), -1. + PIP_Y(id_S121)}, + {WIRE_X(7), -1. + PIP_Y(id_S121), WIRE_X(0), -1. + PIP_Y(id_S121)}}}, + {id_SN20_loop_s, + {{WIRE_X(0), PIP_Y(id_SN20), WIRE_X(8), PIP_Y(id_SN20)}, + {WIRE_X(8), PIP_Y(id_SN20), WIRE_X(8), 1. + PIP_Y(id_N121)}, + {WIRE_X(8), 1. + PIP_Y(id_N121), WIRE_X(0), 1. + PIP_Y(id_N121)}, + {WIRE_X(7), PIP_Y(id_SN20), WIRE_X(7), -1. * wrap_len}, + {WIRE_X(7), -1. * wrap_len, WIRE_X(8), -1. * wrap_len}, + {WIRE_X(8), -1. * wrap_len, WIRE_X(8), PIP_Y(id_N121)}, + {WIRE_X(8), PIP_Y(id_N121), WIRE_X(0), PIP_Y(id_N121)}}}, + // 2 hop + {id_S20, + {{WIRE_X(0), PIP_Y(id_S200), WIRE_X(11), PIP_Y(id_S200)}, + {WIRE_X(11), PIP_Y(id_S200), WIRE_X(11), -1. + PIP_Y(id_S201)}, + {WIRE_X(11), -1. + PIP_Y(id_S201), WIRE_X(0), -1. + PIP_Y(id_S201)}, + {WIRE_X(9), -1. + PIP_Y(id_S201), WIRE_X(9), -2. + PIP_Y(id_S202)}, + {WIRE_X(9), -2. + PIP_Y(id_S202), WIRE_X(0), -2. + PIP_Y(id_S202)}}}, + {id_N20, + {{WIRE_X(0), PIP_Y(id_N200), WIRE_X(12), PIP_Y(id_N200)}, + {WIRE_X(12), PIP_Y(id_N200), WIRE_X(12), 1. + PIP_Y(id_N201)}, + {WIRE_X(12), 1. + PIP_Y(id_N201), WIRE_X(0), 1. + PIP_Y(id_N201)}, + {WIRE_X(10), 1. + PIP_Y(id_N201), WIRE_X(10), 2. + PIP_Y(id_N202)}, + {WIRE_X(10), 2. + PIP_Y(id_N202), WIRE_X(0), 2. + PIP_Y(id_N202)}}}, + {id_S20_loop0, + {{WIRE_X(0), PIP_Y(id_S200), WIRE_X(11), PIP_Y(id_S200)}, + {WIRE_X(11), PIP_Y(id_S200), WIRE_X(11), -1. * wrap_len}, + {WIRE_X(11), -1. * wrap_len, WIRE_X(12), -1. * wrap_len}, + {WIRE_X(12), -1. * wrap_len, WIRE_X(12), PIP_Y(id_N201)}, + {WIRE_X(12), PIP_Y(id_N201), WIRE_X(0), PIP_Y(id_N201)}, + {WIRE_X(10), PIP_Y(id_N201), WIRE_X(10), 1. + PIP_Y(id_N202)}, + {WIRE_X(10), 1. + PIP_Y(id_N202), WIRE_X(0), 1. + PIP_Y(id_N202)}}}, + {id_N20_loop0, + {{WIRE_X(0), PIP_Y(id_N200), WIRE_X(12), PIP_Y(id_N200)}, + {WIRE_X(12), PIP_Y(id_N200), WIRE_X(12), 1. + 1. * wrap_len}, + {WIRE_X(12), 1. + 1. * wrap_len, WIRE_X(11), 1. + 1. * wrap_len}, + {WIRE_X(11), 1. + 1. * wrap_len, WIRE_X(11), PIP_Y(id_S201)}, + {WIRE_X(11), PIP_Y(id_S201), WIRE_X(0), PIP_Y(id_S201)}, + {WIRE_X(9), PIP_Y(id_S201), WIRE_X(9), -1. + PIP_Y(id_S202)}, + {WIRE_X(9), -1. + PIP_Y(id_S202), WIRE_X(0), -1. + PIP_Y(id_S202)}}}, + {id_S20_loop1, + {{WIRE_X(0), PIP_Y(id_S200), WIRE_X(11), PIP_Y(id_S200)}, + {WIRE_X(11), PIP_Y(id_S200), WIRE_X(11), -1. + PIP_Y(id_S201)}, + {WIRE_X(11), -1. + PIP_Y(id_S201), WIRE_X(0), -1. + PIP_Y(id_S201)}, + {WIRE_X(9), -1. + PIP_Y(id_S201), WIRE_X(9), -1. + -1. * wrap_len}, + {WIRE_X(9), -1. + -1. * wrap_len, WIRE_X(10), -1. + -1. * wrap_len}, + {WIRE_X(10), -1. + -1. * wrap_len, WIRE_X(10), -1. + PIP_Y(id_N202)}, + {WIRE_X(10), -1. + PIP_Y(id_N202), WIRE_X(0), -1. + PIP_Y(id_N202)}}}, + {id_N20_loop1, + {{WIRE_X(0), PIP_Y(id_N200), WIRE_X(12), PIP_Y(id_N200)}, + {WIRE_X(12), PIP_Y(id_N200), WIRE_X(12), 1. + PIP_Y(id_N201)}, + {WIRE_X(12), 1. + PIP_Y(id_N201), WIRE_X(0), 1. + PIP_Y(id_N201)}, + {WIRE_X(10), 1. + PIP_Y(id_N201), WIRE_X(10), 2. + 1. * wrap_len}, + {WIRE_X(10), 2. + 1. * wrap_len, WIRE_X(9), 2. + 1. * wrap_len}, + {WIRE_X(9), 2. + 1. * wrap_len, WIRE_X(9), 1. + PIP_Y(id_S202)}, + {WIRE_X(9), 1. + PIP_Y(id_S202), WIRE_X(0), 1. + PIP_Y(id_S202)}}}, + {id_S21, + {{WIRE_X(0), PIP_Y(id_S210), WIRE_X(15), PIP_Y(id_S210)}, + {WIRE_X(15), PIP_Y(id_S210), WIRE_X(15), -1. + PIP_Y(id_S211)}, + {WIRE_X(15), -1. + PIP_Y(id_S211), WIRE_X(0), -1. + PIP_Y(id_S211)}, + {WIRE_X(13), -1. + PIP_Y(id_S211), WIRE_X(13), -2. + PIP_Y(id_S212)}, + {WIRE_X(13), -2. + PIP_Y(id_S212), WIRE_X(0), -2. + PIP_Y(id_S212)}}}, + {id_N21, + {{WIRE_X(0), PIP_Y(id_N210), WIRE_X(16), PIP_Y(id_N210)}, + {WIRE_X(16), PIP_Y(id_N210), WIRE_X(16), 1. + PIP_Y(id_N211)}, + {WIRE_X(16), 1. + PIP_Y(id_N211), WIRE_X(0), 1. + PIP_Y(id_N211)}, + {WIRE_X(14), 1. + PIP_Y(id_N211), WIRE_X(14), 2. + PIP_Y(id_N212)}, + {WIRE_X(14), 2. + PIP_Y(id_N212), WIRE_X(0), 2. + PIP_Y(id_N212)}}}, + {id_S21_loop0, + {{WIRE_X(0), PIP_Y(id_S210), WIRE_X(15), PIP_Y(id_S210)}, + {WIRE_X(15), PIP_Y(id_S210), WIRE_X(15), -1. * wrap_len}, + {WIRE_X(15), -1. * wrap_len, WIRE_X(16), -1. * wrap_len}, + {WIRE_X(16), -1. * wrap_len, WIRE_X(16), PIP_Y(id_N211)}, + {WIRE_X(16), PIP_Y(id_N211), WIRE_X(0), PIP_Y(id_N211)}, + {WIRE_X(14), PIP_Y(id_N211), WIRE_X(14), 1. + PIP_Y(id_N212)}, + {WIRE_X(14), 1. + PIP_Y(id_N212), WIRE_X(0), 1. + PIP_Y(id_N212)}}}, + {id_N21_loop0, + {{WIRE_X(0), PIP_Y(id_N210), WIRE_X(16), PIP_Y(id_N210)}, + {WIRE_X(16), PIP_Y(id_N210), WIRE_X(16), 1. + 1. * wrap_len}, + {WIRE_X(16), 1. + 1. * wrap_len, WIRE_X(15), 1. + 1. * wrap_len}, + {WIRE_X(15), 1. + 1. * wrap_len, WIRE_X(15), PIP_Y(id_S211)}, + {WIRE_X(15), PIP_Y(id_S211), WIRE_X(0), PIP_Y(id_S211)}, + {WIRE_X(13), PIP_Y(id_S211), WIRE_X(13), -1. + PIP_Y(id_S212)}, + {WIRE_X(13), -1. + PIP_Y(id_S212), WIRE_X(0), -1. + PIP_Y(id_S212)}}}, + {id_S21_loop1, + {{WIRE_X(0), PIP_Y(id_S210), WIRE_X(15), PIP_Y(id_S210)}, + {WIRE_X(15), PIP_Y(id_S210), WIRE_X(15), -1. + PIP_Y(id_S211)}, + {WIRE_X(15), -1. + PIP_Y(id_S211), WIRE_X(0), -1. + PIP_Y(id_S211)}, + {WIRE_X(13), -1. + PIP_Y(id_S211), WIRE_X(13), -1. + -1. * wrap_len}, + {WIRE_X(13), -1. + -1. * wrap_len, WIRE_X(14), -1. + -1. * wrap_len}, + {WIRE_X(14), -1. + -1. * wrap_len, WIRE_X(14), -1. + PIP_Y(id_N212)}, + {WIRE_X(14), -1. + PIP_Y(id_N212), WIRE_X(0), -1. + PIP_Y(id_N212)}}}, + {id_N21_loop1, + {{WIRE_X(0), PIP_Y(id_N210), WIRE_X(16), PIP_Y(id_N210)}, + {WIRE_X(16), PIP_Y(id_N210), WIRE_X(16), 1. + PIP_Y(id_N211)}, + {WIRE_X(16), 1. + PIP_Y(id_N211), WIRE_X(0), 1. + PIP_Y(id_N211)}, + {WIRE_X(14), 1. + PIP_Y(id_N211), WIRE_X(14), 2. + 1. * wrap_len}, + {WIRE_X(14), 2. + 1. * wrap_len, WIRE_X(13), 2. + 1. * wrap_len}, + {WIRE_X(13), 2. + 1. * wrap_len, WIRE_X(13), 1. + PIP_Y(id_S212)}, + {WIRE_X(13), 1. + PIP_Y(id_S212), WIRE_X(0), 1. + PIP_Y(id_S212)}}}, + {id_S22, + {{WIRE_X(0), PIP_Y(id_S220), WIRE_X(19), PIP_Y(id_S220)}, + {WIRE_X(19), PIP_Y(id_S220), WIRE_X(19), -1. + PIP_Y(id_S221)}, + {WIRE_X(19), -1. + PIP_Y(id_S221), WIRE_X(0), -1. + PIP_Y(id_S221)}, + {WIRE_X(17), -1. + PIP_Y(id_S221), WIRE_X(17), -2. + PIP_Y(id_S222)}, + {WIRE_X(17), -2. + PIP_Y(id_S222), WIRE_X(0), -2. + PIP_Y(id_S222)}}}, + {id_N22, + {{WIRE_X(0), PIP_Y(id_N220), WIRE_X(20), PIP_Y(id_N220)}, + {WIRE_X(20), PIP_Y(id_N220), WIRE_X(20), 1. + PIP_Y(id_N221)}, + {WIRE_X(20), 1. + PIP_Y(id_N221), WIRE_X(0), 1. + PIP_Y(id_N221)}, + {WIRE_X(18), 1. + PIP_Y(id_N221), WIRE_X(18), 2. + PIP_Y(id_N222)}, + {WIRE_X(18), 2. + PIP_Y(id_N222), WIRE_X(0), 2. + PIP_Y(id_N222)}}}, + {id_S22_loop0, + {{WIRE_X(0), PIP_Y(id_S220), WIRE_X(19), PIP_Y(id_S220)}, + {WIRE_X(19), PIP_Y(id_S220), WIRE_X(19), -1. * wrap_len}, + {WIRE_X(19), -1. * wrap_len, WIRE_X(20), -1. * wrap_len}, + {WIRE_X(20), -1. * wrap_len, WIRE_X(20), PIP_Y(id_N221)}, + {WIRE_X(20), PIP_Y(id_N221), WIRE_X(0), PIP_Y(id_N221)}, + {WIRE_X(18), PIP_Y(id_N221), WIRE_X(18), 1. + PIP_Y(id_N222)}, + {WIRE_X(18), 1. + PIP_Y(id_N222), WIRE_X(0), 1. + PIP_Y(id_N222)}}}, + {id_N22_loop0, + {{WIRE_X(0), PIP_Y(id_N220), WIRE_X(20), PIP_Y(id_N220)}, + {WIRE_X(20), PIP_Y(id_N220), WIRE_X(20), 1. + 1. * wrap_len}, + {WIRE_X(20), 1. + 1. * wrap_len, WIRE_X(19), 1. + 1. * wrap_len}, + {WIRE_X(19), 1. + 1. * wrap_len, WIRE_X(19), PIP_Y(id_S221)}, + {WIRE_X(19), PIP_Y(id_S221), WIRE_X(0), PIP_Y(id_S221)}, + {WIRE_X(17), PIP_Y(id_S221), WIRE_X(17), -1. + PIP_Y(id_S222)}, + {WIRE_X(17), -1. + PIP_Y(id_S222), WIRE_X(0), -1. + PIP_Y(id_S222)}}}, + {id_S22_loop1, + {{WIRE_X(0), PIP_Y(id_S220), WIRE_X(19), PIP_Y(id_S220)}, + {WIRE_X(19), PIP_Y(id_S220), WIRE_X(19), -1. + PIP_Y(id_S221)}, + {WIRE_X(19), -1. + PIP_Y(id_S221), WIRE_X(0), -1. + PIP_Y(id_S221)}, + {WIRE_X(17), -1. + PIP_Y(id_S221), WIRE_X(17), -1. + -1. * wrap_len}, + {WIRE_X(17), -1. + -1. * wrap_len, WIRE_X(18), -1. + -1. * wrap_len}, + {WIRE_X(18), -1. + -1. * wrap_len, WIRE_X(18), -1. + PIP_Y(id_N222)}, + {WIRE_X(18), -1. + PIP_Y(id_N222), WIRE_X(0), -1. + PIP_Y(id_N222)}}}, + {id_N22_loop1, + {{WIRE_X(0), PIP_Y(id_N220), WIRE_X(20), PIP_Y(id_N220)}, + {WIRE_X(20), PIP_Y(id_N220), WIRE_X(20), 1. + PIP_Y(id_N221)}, + {WIRE_X(20), 1. + PIP_Y(id_N221), WIRE_X(0), 1. + PIP_Y(id_N221)}, + {WIRE_X(18), 1. + PIP_Y(id_N221), WIRE_X(18), 2. + 1. * wrap_len}, + {WIRE_X(18), 2. + 1. * wrap_len, WIRE_X(17), 2. + 1. * wrap_len}, + {WIRE_X(17), 2. + 1. * wrap_len, WIRE_X(17), 1. + PIP_Y(id_S222)}, + {WIRE_X(17), 1. + PIP_Y(id_S222), WIRE_X(0), 1. + PIP_Y(id_S222)}}}, + {id_S23, + {{WIRE_X(0), PIP_Y(id_S230), WIRE_X(23), PIP_Y(id_S230)}, + {WIRE_X(23), PIP_Y(id_S230), WIRE_X(23), -1. + PIP_Y(id_S231)}, + {WIRE_X(23), -1. + PIP_Y(id_S231), WIRE_X(0), -1. + PIP_Y(id_S231)}, + {WIRE_X(21), -1. + PIP_Y(id_S231), WIRE_X(21), -2. + PIP_Y(id_S232)}, + {WIRE_X(21), -2. + PIP_Y(id_S232), WIRE_X(0), -2. + PIP_Y(id_S232)}}}, + {id_N23, + {{WIRE_X(0), PIP_Y(id_N230), WIRE_X(24), PIP_Y(id_N230)}, + {WIRE_X(24), PIP_Y(id_N230), WIRE_X(24), 1. + PIP_Y(id_N231)}, + {WIRE_X(24), 1. + PIP_Y(id_N231), WIRE_X(0), 1. + PIP_Y(id_N231)}, + {WIRE_X(22), 1. + PIP_Y(id_N231), WIRE_X(22), 2. + PIP_Y(id_N232)}, + {WIRE_X(22), 2. + PIP_Y(id_N232), WIRE_X(0), 2. + PIP_Y(id_N232)}}}, + {id_S23_loop0, + {{WIRE_X(0), PIP_Y(id_S230), WIRE_X(23), PIP_Y(id_S230)}, + {WIRE_X(23), PIP_Y(id_S230), WIRE_X(23), -1. * wrap_len}, + {WIRE_X(23), -1. * wrap_len, WIRE_X(24), -1. * wrap_len}, + {WIRE_X(24), -1. * wrap_len, WIRE_X(24), PIP_Y(id_N231)}, + {WIRE_X(24), PIP_Y(id_N231), WIRE_X(0), PIP_Y(id_N231)}, + {WIRE_X(22), PIP_Y(id_N231), WIRE_X(22), 1. + PIP_Y(id_N232)}, + {WIRE_X(22), 1. + PIP_Y(id_N232), WIRE_X(0), 1. + PIP_Y(id_N232)}}}, + {id_N23_loop0, + {{WIRE_X(0), PIP_Y(id_N230), WIRE_X(24), PIP_Y(id_N230)}, + {WIRE_X(24), PIP_Y(id_N230), WIRE_X(24), 1. + 1. * wrap_len}, + {WIRE_X(24), 1. + 1. * wrap_len, WIRE_X(23), 1. + 1. * wrap_len}, + {WIRE_X(23), 1. + 1. * wrap_len, WIRE_X(23), PIP_Y(id_S231)}, + {WIRE_X(23), PIP_Y(id_S231), WIRE_X(0), PIP_Y(id_S231)}, + {WIRE_X(21), PIP_Y(id_S231), WIRE_X(21), -1. + PIP_Y(id_S232)}, + {WIRE_X(21), -1. + PIP_Y(id_S232), WIRE_X(0), -1. + PIP_Y(id_S232)}}}, + {id_S23_loop1, + {{WIRE_X(0), PIP_Y(id_S230), WIRE_X(23), PIP_Y(id_S230)}, + {WIRE_X(23), PIP_Y(id_S230), WIRE_X(23), -1. + PIP_Y(id_S231)}, + {WIRE_X(23), -1. + PIP_Y(id_S231), WIRE_X(0), -1. + PIP_Y(id_S231)}, + {WIRE_X(21), -1. + PIP_Y(id_S231), WIRE_X(21), -1. + -1. * wrap_len}, + {WIRE_X(21), -1. + -1. * wrap_len, WIRE_X(22), -1. + -1. * wrap_len}, + {WIRE_X(22), -1. + -1. * wrap_len, WIRE_X(22), -1. + PIP_Y(id_N232)}, + {WIRE_X(22), -1. + PIP_Y(id_N232), WIRE_X(0), -1. + PIP_Y(id_N232)}}}, + {id_N23_loop1, + {{WIRE_X(0), PIP_Y(id_N230), WIRE_X(24), PIP_Y(id_N230)}, + {WIRE_X(24), PIP_Y(id_N230), WIRE_X(24), 1. + PIP_Y(id_N231)}, + {WIRE_X(24), 1. + PIP_Y(id_N231), WIRE_X(0), 1. + PIP_Y(id_N231)}, + {WIRE_X(22), 1. + PIP_Y(id_N231), WIRE_X(22), 2. + 1. * wrap_len}, + {WIRE_X(22), 2. + 1. * wrap_len, WIRE_X(21), 2. + 1. * wrap_len}, + {WIRE_X(21), 2. + 1. * wrap_len, WIRE_X(21), 1. + PIP_Y(id_S232)}, + {WIRE_X(21), 1. + PIP_Y(id_S232), WIRE_X(0), 1. + PIP_Y(id_S232)}}}, + {id_S24, + {{WIRE_X(0), PIP_Y(id_S240), WIRE_X(27), PIP_Y(id_S240)}, + {WIRE_X(27), PIP_Y(id_S240), WIRE_X(27), -1. + PIP_Y(id_S241)}, + {WIRE_X(27), -1. + PIP_Y(id_S241), WIRE_X(0), -1. + PIP_Y(id_S241)}, + {WIRE_X(25), -1. + PIP_Y(id_S241), WIRE_X(25), -2. + PIP_Y(id_S242)}, + {WIRE_X(25), -2. + PIP_Y(id_S242), WIRE_X(0), -2. + PIP_Y(id_S242)}}}, + {id_N24, + {{WIRE_X(0), PIP_Y(id_N240), WIRE_X(28), PIP_Y(id_N240)}, + {WIRE_X(28), PIP_Y(id_N240), WIRE_X(28), 1. + PIP_Y(id_N241)}, + {WIRE_X(28), 1. + PIP_Y(id_N241), WIRE_X(0), 1. + PIP_Y(id_N241)}, + {WIRE_X(26), 1. + PIP_Y(id_N241), WIRE_X(26), 2. + PIP_Y(id_N242)}, + {WIRE_X(26), 2. + PIP_Y(id_N242), WIRE_X(0), 2. + PIP_Y(id_N242)}}}, + {id_S24_loop0, + {{WIRE_X(0), PIP_Y(id_S240), WIRE_X(27), PIP_Y(id_S240)}, + {WIRE_X(27), PIP_Y(id_S240), WIRE_X(27), -1. * wrap_len}, + {WIRE_X(27), -1. * wrap_len, WIRE_X(28), -1. * wrap_len}, + {WIRE_X(28), -1. * wrap_len, WIRE_X(28), PIP_Y(id_N241)}, + {WIRE_X(28), PIP_Y(id_N241), WIRE_X(0), PIP_Y(id_N241)}, + {WIRE_X(26), PIP_Y(id_N241), WIRE_X(26), 1. + PIP_Y(id_N242)}, + {WIRE_X(26), 1. + PIP_Y(id_N242), WIRE_X(0), 1. + PIP_Y(id_N242)}}}, + {id_N24_loop0, + {{WIRE_X(0), PIP_Y(id_N240), WIRE_X(28), PIP_Y(id_N240)}, + {WIRE_X(28), PIP_Y(id_N240), WIRE_X(28), 1. + 1. * wrap_len}, + {WIRE_X(28), 1. + 1. * wrap_len, WIRE_X(27), 1. + 1. * wrap_len}, + {WIRE_X(27), 1. + 1. * wrap_len, WIRE_X(27), PIP_Y(id_S241)}, + {WIRE_X(27), PIP_Y(id_S241), WIRE_X(0), PIP_Y(id_S241)}, + {WIRE_X(25), PIP_Y(id_S241), WIRE_X(25), -1. + PIP_Y(id_S242)}, + {WIRE_X(25), -1. + PIP_Y(id_S242), WIRE_X(0), -1. + PIP_Y(id_S242)}}}, + {id_S24_loop1, + {{WIRE_X(0), PIP_Y(id_S240), WIRE_X(27), PIP_Y(id_S240)}, + {WIRE_X(27), PIP_Y(id_S240), WIRE_X(27), -1. + PIP_Y(id_S241)}, + {WIRE_X(27), -1. + PIP_Y(id_S241), WIRE_X(0), -1. + PIP_Y(id_S241)}, + {WIRE_X(25), -1. + PIP_Y(id_S241), WIRE_X(25), -1. + -1. * wrap_len}, + {WIRE_X(25), -1. + -1. * wrap_len, WIRE_X(26), -1. + -1. * wrap_len}, + {WIRE_X(26), -1. + -1. * wrap_len, WIRE_X(26), -1. + PIP_Y(id_N242)}, + {WIRE_X(26), -1. + PIP_Y(id_N242), WIRE_X(0), -1. + PIP_Y(id_N242)}}}, + {id_N24_loop1, + {{WIRE_X(0), PIP_Y(id_N240), WIRE_X(28), PIP_Y(id_N240)}, + {WIRE_X(28), PIP_Y(id_N240), WIRE_X(28), 1. + PIP_Y(id_N241)}, + {WIRE_X(28), 1. + PIP_Y(id_N241), WIRE_X(0), 1. + PIP_Y(id_N241)}, + {WIRE_X(26), 1. + PIP_Y(id_N241), WIRE_X(26), 2. + 1. * wrap_len}, + {WIRE_X(26), 2. + 1. * wrap_len, WIRE_X(25), 2. + 1. * wrap_len}, + {WIRE_X(25), 2. + 1. * wrap_len, WIRE_X(25), 1. + PIP_Y(id_S242)}, + {WIRE_X(25), 1. + PIP_Y(id_S242), WIRE_X(0), 1. + PIP_Y(id_S242)}}}, + {id_S25, + {{WIRE_X(0), PIP_Y(id_S250), WIRE_X(31), PIP_Y(id_S250)}, + {WIRE_X(31), PIP_Y(id_S250), WIRE_X(31), -1. + PIP_Y(id_S251)}, + {WIRE_X(31), -1. + PIP_Y(id_S251), WIRE_X(0), -1. + PIP_Y(id_S251)}, + {WIRE_X(29), -1. + PIP_Y(id_S251), WIRE_X(29), -2. + PIP_Y(id_S252)}, + {WIRE_X(29), -2. + PIP_Y(id_S252), WIRE_X(0), -2. + PIP_Y(id_S252)}}}, + {id_N25, + {{WIRE_X(0), PIP_Y(id_N250), WIRE_X(32), PIP_Y(id_N250)}, + {WIRE_X(32), PIP_Y(id_N250), WIRE_X(32), 1. + PIP_Y(id_N251)}, + {WIRE_X(32), 1. + PIP_Y(id_N251), WIRE_X(0), 1. + PIP_Y(id_N251)}, + {WIRE_X(30), 1. + PIP_Y(id_N251), WIRE_X(30), 2. + PIP_Y(id_N252)}, + {WIRE_X(30), 2. + PIP_Y(id_N252), WIRE_X(0), 2. + PIP_Y(id_N252)}}}, + {id_S25_loop0, + {{WIRE_X(0), PIP_Y(id_S250), WIRE_X(31), PIP_Y(id_S250)}, + {WIRE_X(31), PIP_Y(id_S250), WIRE_X(31), -1. * wrap_len}, + {WIRE_X(31), -1. * wrap_len, WIRE_X(32), -1. * wrap_len}, + {WIRE_X(32), -1. * wrap_len, WIRE_X(32), PIP_Y(id_N251)}, + {WIRE_X(32), PIP_Y(id_N251), WIRE_X(0), PIP_Y(id_N251)}, + {WIRE_X(30), PIP_Y(id_N251), WIRE_X(30), 1. + PIP_Y(id_N252)}, + {WIRE_X(30), 1. + PIP_Y(id_N252), WIRE_X(0), 1. + PIP_Y(id_N252)}}}, + {id_N25_loop0, + {{WIRE_X(0), PIP_Y(id_N250), WIRE_X(32), PIP_Y(id_N250)}, + {WIRE_X(32), PIP_Y(id_N250), WIRE_X(32), 1. + 1. * wrap_len}, + {WIRE_X(32), 1. + 1. * wrap_len, WIRE_X(31), 1. + 1. * wrap_len}, + {WIRE_X(31), 1. + 1. * wrap_len, WIRE_X(31), PIP_Y(id_S251)}, + {WIRE_X(31), PIP_Y(id_S251), WIRE_X(0), PIP_Y(id_S251)}, + {WIRE_X(29), PIP_Y(id_S251), WIRE_X(29), -1. + PIP_Y(id_S252)}, + {WIRE_X(29), -1. + PIP_Y(id_S252), WIRE_X(0), -1. + PIP_Y(id_S252)}}}, + {id_S25_loop1, + {{WIRE_X(0), PIP_Y(id_S250), WIRE_X(31), PIP_Y(id_S250)}, + {WIRE_X(31), PIP_Y(id_S250), WIRE_X(31), -1. + PIP_Y(id_S251)}, + {WIRE_X(31), -1. + PIP_Y(id_S251), WIRE_X(0), -1. + PIP_Y(id_S251)}, + {WIRE_X(29), -1. + PIP_Y(id_S251), WIRE_X(29), -1. + -1. * wrap_len}, + {WIRE_X(29), -1. + -1. * wrap_len, WIRE_X(30), -1. + -1. * wrap_len}, + {WIRE_X(30), -1. + -1. * wrap_len, WIRE_X(30), -1. + PIP_Y(id_N252)}, + {WIRE_X(30), -1. + PIP_Y(id_N252), WIRE_X(0), -1. + PIP_Y(id_N252)}}}, + {id_N25_loop1, + {{WIRE_X(0), PIP_Y(id_N250), WIRE_X(32), PIP_Y(id_N250)}, + {WIRE_X(32), PIP_Y(id_N250), WIRE_X(32), 1. + PIP_Y(id_N251)}, + {WIRE_X(32), 1. + PIP_Y(id_N251), WIRE_X(0), 1. + PIP_Y(id_N251)}, + {WIRE_X(30), 1. + PIP_Y(id_N251), WIRE_X(30), 2. + 1. * wrap_len}, + {WIRE_X(30), 2. + 1. * wrap_len, WIRE_X(29), 2. + 1. * wrap_len}, + {WIRE_X(29), 2. + 1. * wrap_len, WIRE_X(29), 1. + PIP_Y(id_S252)}, + {WIRE_X(29), 1. + PIP_Y(id_S252), WIRE_X(0), 1. + PIP_Y(id_S252)}}}, + {id_S26, + {{WIRE_X(0), PIP_Y(id_S260), WIRE_X(35), PIP_Y(id_S260)}, + {WIRE_X(35), PIP_Y(id_S260), WIRE_X(35), -1. + PIP_Y(id_S261)}, + {WIRE_X(35), -1. + PIP_Y(id_S261), WIRE_X(0), -1. + PIP_Y(id_S261)}, + {WIRE_X(33), -1. + PIP_Y(id_S261), WIRE_X(33), -2. + PIP_Y(id_S262)}, + {WIRE_X(33), -2. + PIP_Y(id_S262), WIRE_X(0), -2. + PIP_Y(id_S262)}}}, + {id_N26, + {{WIRE_X(0), PIP_Y(id_N260), WIRE_X(36), PIP_Y(id_N260)}, + {WIRE_X(36), PIP_Y(id_N260), WIRE_X(36), 1. + PIP_Y(id_N261)}, + {WIRE_X(36), 1. + PIP_Y(id_N261), WIRE_X(0), 1. + PIP_Y(id_N261)}, + {WIRE_X(34), 1. + PIP_Y(id_N261), WIRE_X(34), 2. + PIP_Y(id_N262)}, + {WIRE_X(34), 2. + PIP_Y(id_N262), WIRE_X(0), 2. + PIP_Y(id_N262)}}}, + {id_S26_loop0, + {{WIRE_X(0), PIP_Y(id_S260), WIRE_X(35), PIP_Y(id_S260)}, + {WIRE_X(35), PIP_Y(id_S260), WIRE_X(35), -1. * wrap_len}, + {WIRE_X(35), -1. * wrap_len, WIRE_X(36), -1. * wrap_len}, + {WIRE_X(36), -1. * wrap_len, WIRE_X(36), PIP_Y(id_N261)}, + {WIRE_X(36), PIP_Y(id_N261), WIRE_X(0), PIP_Y(id_N261)}, + {WIRE_X(34), PIP_Y(id_N261), WIRE_X(34), 1. + PIP_Y(id_N262)}, + {WIRE_X(34), 1. + PIP_Y(id_N262), WIRE_X(0), 1. + PIP_Y(id_N262)}}}, + {id_N26_loop0, + {{WIRE_X(0), PIP_Y(id_N260), WIRE_X(36), PIP_Y(id_N260)}, + {WIRE_X(36), PIP_Y(id_N260), WIRE_X(36), 1. + 1. * wrap_len}, + {WIRE_X(36), 1. + 1. * wrap_len, WIRE_X(35), 1. + 1. * wrap_len}, + {WIRE_X(35), 1. + 1. * wrap_len, WIRE_X(35), PIP_Y(id_S261)}, + {WIRE_X(35), PIP_Y(id_S261), WIRE_X(0), PIP_Y(id_S261)}, + {WIRE_X(33), PIP_Y(id_S261), WIRE_X(33), -1. + PIP_Y(id_S262)}, + {WIRE_X(33), -1. + PIP_Y(id_S262), WIRE_X(0), -1. + PIP_Y(id_S262)}}}, + {id_S26_loop1, + {{WIRE_X(0), PIP_Y(id_S260), WIRE_X(35), PIP_Y(id_S260)}, + {WIRE_X(35), PIP_Y(id_S260), WIRE_X(35), -1. + PIP_Y(id_S261)}, + {WIRE_X(35), -1. + PIP_Y(id_S261), WIRE_X(0), -1. + PIP_Y(id_S261)}, + {WIRE_X(33), -1. + PIP_Y(id_S261), WIRE_X(33), -1. + -1. * wrap_len}, + {WIRE_X(33), -1. + -1. * wrap_len, WIRE_X(34), -1. + -1. * wrap_len}, + {WIRE_X(34), -1. + -1. * wrap_len, WIRE_X(34), -1. + PIP_Y(id_N262)}, + {WIRE_X(34), -1. + PIP_Y(id_N262), WIRE_X(0), -1. + PIP_Y(id_N262)}}}, + {id_N26_loop1, + {{WIRE_X(0), PIP_Y(id_N260), WIRE_X(36), PIP_Y(id_N260)}, + {WIRE_X(36), PIP_Y(id_N260), WIRE_X(36), 1. + PIP_Y(id_N261)}, + {WIRE_X(36), 1. + PIP_Y(id_N261), WIRE_X(0), 1. + PIP_Y(id_N261)}, + {WIRE_X(34), 1. + PIP_Y(id_N261), WIRE_X(34), 2. + 1. * wrap_len}, + {WIRE_X(34), 2. + 1. * wrap_len, WIRE_X(33), 2. + 1. * wrap_len}, + {WIRE_X(33), 2. + 1. * wrap_len, WIRE_X(33), 1. + PIP_Y(id_S262)}, + {WIRE_X(33), 1. + PIP_Y(id_S262), WIRE_X(0), 1. + PIP_Y(id_S262)}}}, + {id_S27, + {{WIRE_X(0), PIP_Y(id_S270), WIRE_X(39), PIP_Y(id_S270)}, + {WIRE_X(39), PIP_Y(id_S270), WIRE_X(39), -1. + PIP_Y(id_S271)}, + {WIRE_X(39), -1. + PIP_Y(id_S271), WIRE_X(0), -1. + PIP_Y(id_S271)}, + {WIRE_X(37), -1. + PIP_Y(id_S271), WIRE_X(37), -2. + PIP_Y(id_S272)}, + {WIRE_X(37), -2. + PIP_Y(id_S272), WIRE_X(0), -2. + PIP_Y(id_S272)}}}, + {id_N27, + {{WIRE_X(0), PIP_Y(id_N270), WIRE_X(40), PIP_Y(id_N270)}, + {WIRE_X(40), PIP_Y(id_N270), WIRE_X(40), 1. + PIP_Y(id_N271)}, + {WIRE_X(40), 1. + PIP_Y(id_N271), WIRE_X(0), 1. + PIP_Y(id_N271)}, + {WIRE_X(38), 1. + PIP_Y(id_N271), WIRE_X(38), 2. + PIP_Y(id_N272)}, + {WIRE_X(38), 2. + PIP_Y(id_N272), WIRE_X(0), 2. + PIP_Y(id_N272)}}}, + {id_S27_loop0, + {{WIRE_X(0), PIP_Y(id_S270), WIRE_X(39), PIP_Y(id_S270)}, + {WIRE_X(39), PIP_Y(id_S270), WIRE_X(39), -1. * wrap_len}, + {WIRE_X(39), -1. * wrap_len, WIRE_X(40), -1. * wrap_len}, + {WIRE_X(40), -1. * wrap_len, WIRE_X(40), PIP_Y(id_N271)}, + {WIRE_X(40), PIP_Y(id_N271), WIRE_X(0), PIP_Y(id_N271)}, + {WIRE_X(38), PIP_Y(id_N271), WIRE_X(38), 1. + PIP_Y(id_N272)}, + {WIRE_X(38), 1. + PIP_Y(id_N272), WIRE_X(0), 1. + PIP_Y(id_N272)}}}, + {id_N27_loop0, + {{WIRE_X(0), PIP_Y(id_N270), WIRE_X(40), PIP_Y(id_N270)}, + {WIRE_X(40), PIP_Y(id_N270), WIRE_X(40), 1. + 1. * wrap_len}, + {WIRE_X(40), 1. + 1. * wrap_len, WIRE_X(39), 1. + 1. * wrap_len}, + {WIRE_X(39), 1. + 1. * wrap_len, WIRE_X(39), PIP_Y(id_S271)}, + {WIRE_X(39), PIP_Y(id_S271), WIRE_X(0), PIP_Y(id_S271)}, + {WIRE_X(37), PIP_Y(id_S271), WIRE_X(37), -1. + PIP_Y(id_S272)}, + {WIRE_X(37), -1. + PIP_Y(id_S272), WIRE_X(0), -1. + PIP_Y(id_S272)}}}, + {id_S27_loop1, + {{WIRE_X(0), PIP_Y(id_S270), WIRE_X(39), PIP_Y(id_S270)}, + {WIRE_X(39), PIP_Y(id_S270), WIRE_X(39), -1. + PIP_Y(id_S271)}, + {WIRE_X(39), -1. + PIP_Y(id_S271), WIRE_X(0), -1. + PIP_Y(id_S271)}, + {WIRE_X(37), -1. + PIP_Y(id_S271), WIRE_X(37), -1. + -1. * wrap_len}, + {WIRE_X(37), -1. + -1. * wrap_len, WIRE_X(38), -1. + -1. * wrap_len}, + {WIRE_X(38), -1. + -1. * wrap_len, WIRE_X(38), -1. + PIP_Y(id_N272)}, + {WIRE_X(38), -1. + PIP_Y(id_N272), WIRE_X(0), -1. + PIP_Y(id_N272)}}}, + {id_N27_loop1, + {{WIRE_X(0), PIP_Y(id_N270), WIRE_X(40), PIP_Y(id_N270)}, + {WIRE_X(40), PIP_Y(id_N270), WIRE_X(40), 1. + PIP_Y(id_N271)}, + {WIRE_X(40), 1. + PIP_Y(id_N271), WIRE_X(0), 1. + PIP_Y(id_N271)}, + {WIRE_X(38), 1. + PIP_Y(id_N271), WIRE_X(38), 2. + 1. * wrap_len}, + {WIRE_X(38), 2. + 1. * wrap_len, WIRE_X(37), 2. + 1. * wrap_len}, + {WIRE_X(37), 2. + 1. * wrap_len, WIRE_X(37), 1. + PIP_Y(id_S272)}, + {WIRE_X(37), 1. + PIP_Y(id_S272), WIRE_X(0), 1. + PIP_Y(id_S272)}}}, +// clock taps +#define CLK_GT00_X 41.f +#define CLK_GT10_X 46.f +// 4 hop +#define HOP4X_START (CLK_GT00_X + 10.f) +#define HOP4X(offset) WIRE_X((float)offset + HOP4X_START) + {id_S80, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N808) - 3.}, + {HOP4X(10), PIP_Y(id_N808) - 3., HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N808) - 4.}, + {HOP4X(8), PIP_Y(id_S804) - 4., WIRE_X(0), PIP_Y(id_S804) - 4.}, + {HOP4X(8), PIP_Y(id_N808) - 4., HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N808) - 5.}, + {HOP4X(6), PIP_Y(id_N808) - 5., HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N808) - 6.}, + {HOP4X(4), PIP_Y(id_N808) - 6., HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N808) - 7.}, + {HOP4X(2), PIP_Y(id_N808) - 7., HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 7., HOP4X(0), PIP_Y(id_S808) - 8.}, + {HOP4X(0), PIP_Y(id_S808) - 8., WIRE_X(0), PIP_Y(id_S808) - 8.}}}, + {id_N80, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N800) + 3.}, + {HOP4X(11), PIP_Y(id_N800) + 3., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N800) + 4.}, + {HOP4X(9), PIP_Y(id_N804) + 4., WIRE_X(0), PIP_Y(id_N804) + 4.}, + {HOP4X(9), PIP_Y(id_N800) + 4., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N800) + 5.}, + {HOP4X(7), PIP_Y(id_N800) + 5., HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N800) + 6.}, + {HOP4X(5), PIP_Y(id_N800) + 6., HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N800) + 7.}, + {HOP4X(3), PIP_Y(id_N800) + 7., HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 7., HOP4X(1), PIP_Y(id_N808) + 8.}, + {HOP4X(1), PIP_Y(id_N808) + 8., WIRE_X(0), PIP_Y(id_N808) + 8.}}}, + {id_S80_loop0, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), -wrap_len - 0.}, + {HOP4X(14), -wrap_len - 0., HOP4X(15), -wrap_len - 0.}, + {HOP4X(15), -wrap_len - 0., HOP4X(15), PIP_Y(id_N800) - 0.}, + {HOP4X(15), PIP_Y(id_N800) - 0., HOP4X(13), PIP_Y(id_N800) + left_wire_dist - 0.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist - 0., HOP4X(13), PIP_Y(id_N800) + 1.}, + {HOP4X(13), PIP_Y(id_N800) + 1., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(11), PIP_Y(id_N800) + 2.}, + {HOP4X(11), PIP_Y(id_N800) + 2., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(9), PIP_Y(id_N800) + 3.}, + {HOP4X(9), PIP_Y(id_N800) + 3., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N804) + 3., WIRE_X(0), PIP_Y(id_N804) + 3.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(7), PIP_Y(id_N800) + 4.}, + {HOP4X(7), PIP_Y(id_N800) + 4., HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(5), PIP_Y(id_N800) + 5.}, + {HOP4X(5), PIP_Y(id_N800) + 5., HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 5.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 5., HOP4X(3), PIP_Y(id_N800) + 6.}, + {HOP4X(3), PIP_Y(id_N800) + 6., HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 6.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 6., HOP4X(1), PIP_Y(id_N808) + 7.}, + {HOP4X(1), PIP_Y(id_N808) + 7., WIRE_X(0), PIP_Y(id_N808) + 7.}}}, + {id_S80_loop1, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), -wrap_len - 1.}, + {HOP4X(12), -wrap_len - 1., HOP4X(13), -wrap_len - 1.}, + {HOP4X(13), -wrap_len - 1., HOP4X(13), PIP_Y(id_N800) - 1.}, + {HOP4X(13), PIP_Y(id_N800) - 1., HOP4X(11), PIP_Y(id_N800) + left_wire_dist - 1.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist - 1., HOP4X(11), PIP_Y(id_N800) - 0.}, + {HOP4X(11), PIP_Y(id_N800) - 0., HOP4X(9), PIP_Y(id_N800) + left_wire_dist - 0.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist - 0., HOP4X(9), PIP_Y(id_N800) + 1.}, + {HOP4X(9), PIP_Y(id_N800) + 1., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(9), PIP_Y(id_N804) + 1., WIRE_X(0), PIP_Y(id_N804) + 1.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(7), PIP_Y(id_N800) + 2.}, + {HOP4X(7), PIP_Y(id_N800) + 2., HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(5), PIP_Y(id_N800) + 3.}, + {HOP4X(5), PIP_Y(id_N800) + 3., HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(3), PIP_Y(id_N800) + 4.}, + {HOP4X(3), PIP_Y(id_N800) + 4., HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(1), PIP_Y(id_N808) + 5.}, + {HOP4X(1), PIP_Y(id_N808) + 5., WIRE_X(0), PIP_Y(id_N808) + 5.}}}, + {id_S80_loop2, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), -wrap_len - 2.}, + {HOP4X(10), -wrap_len - 2., HOP4X(11), -wrap_len - 2.}, + {HOP4X(11), -wrap_len - 2., HOP4X(11), PIP_Y(id_N800) - 2.}, + {HOP4X(11), PIP_Y(id_N800) - 2., HOP4X(9), PIP_Y(id_N800) + left_wire_dist - 2.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist - 2., HOP4X(9), PIP_Y(id_N800) - 1.}, + {HOP4X(9), PIP_Y(id_N800) - 1., HOP4X(7), PIP_Y(id_N800) + left_wire_dist - 1.}, + {HOP4X(9), PIP_Y(id_N804) - 1., WIRE_X(0), PIP_Y(id_N804) - 1.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist - 1., HOP4X(7), PIP_Y(id_N800) - 0.}, + {HOP4X(7), PIP_Y(id_N800) - 0., HOP4X(5), PIP_Y(id_N800) + left_wire_dist - 0.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist - 0., HOP4X(5), PIP_Y(id_N800) + 1.}, + {HOP4X(5), PIP_Y(id_N800) + 1., HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(3), PIP_Y(id_N800) + 2.}, + {HOP4X(3), PIP_Y(id_N800) + 2., HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(1), PIP_Y(id_N808) + 3.}, + {HOP4X(1), PIP_Y(id_N808) + 3., WIRE_X(0), PIP_Y(id_N808) + 3.}}}, + {id_S80_loop3, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N808) - 3.}, + {HOP4X(10), PIP_Y(id_N808) - 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PIP_Y(id_N808) + 1., WIRE_X(0), PIP_Y(id_N808) + 1.}}}, + {id_S80_loop4, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N808) - 3.}, + {HOP4X(10), PIP_Y(id_N808) - 3., HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N808) - 4.}, + {HOP4X(8), PIP_Y(id_S804) - 4., WIRE_X(0), PIP_Y(id_S804) - 4.}, + {HOP4X(8), PIP_Y(id_N808) - 4., HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4., HOP4X(6), -wrap_len - 4.}, + {HOP4X(6), -wrap_len - 4., HOP4X(7), -wrap_len - 4.}, + {HOP4X(7), -wrap_len - 4., HOP4X(7), PIP_Y(id_N800) - 4.}, + {HOP4X(7), PIP_Y(id_N800) - 4., HOP4X(5), PIP_Y(id_N800) + left_wire_dist - 4.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist - 4., HOP4X(5), PIP_Y(id_N800) - 3.}, + {HOP4X(5), PIP_Y(id_N800) - 3., HOP4X(3), PIP_Y(id_N800) + left_wire_dist - 3.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist - 3., HOP4X(3), PIP_Y(id_N800) - 2.}, + {HOP4X(3), PIP_Y(id_N800) - 2., HOP4X(1), PIP_Y(id_N800) + left_wire_dist - 2.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist - 2., HOP4X(1), PIP_Y(id_N808) - 1.}, + {HOP4X(1), PIP_Y(id_N808) - 1., WIRE_X(0), PIP_Y(id_N808) - 1.}}}, + {id_S80_loop5, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N808) - 3.}, + {HOP4X(10), PIP_Y(id_N808) - 3., HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N808) - 4.}, + {HOP4X(8), PIP_Y(id_S804) - 4., WIRE_X(0), PIP_Y(id_S804) - 4.}, + {HOP4X(8), PIP_Y(id_N808) - 4., HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N808) - 5.}, + {HOP4X(6), PIP_Y(id_N808) - 5., HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 5., HOP4X(4), -wrap_len - 5.}, + {HOP4X(4), -wrap_len - 5., HOP4X(5), -wrap_len - 5.}, + {HOP4X(5), -wrap_len - 5., HOP4X(5), PIP_Y(id_N800) - 5.}, + {HOP4X(5), PIP_Y(id_N800) - 5., HOP4X(3), PIP_Y(id_N800) + left_wire_dist - 5.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist - 5., HOP4X(3), PIP_Y(id_N800) - 4.}, + {HOP4X(3), PIP_Y(id_N800) - 4., HOP4X(1), PIP_Y(id_N800) + left_wire_dist - 4.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist - 4., HOP4X(1), PIP_Y(id_N808) - 3.}, + {HOP4X(1), PIP_Y(id_N808) - 3., WIRE_X(0), PIP_Y(id_N808) - 3.}}}, + {id_S80_loop6, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N808) - 3.}, + {HOP4X(10), PIP_Y(id_N808) - 3., HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N808) - 4.}, + {HOP4X(8), PIP_Y(id_S804) - 4., WIRE_X(0), PIP_Y(id_S804) - 4.}, + {HOP4X(8), PIP_Y(id_N808) - 4., HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N808) - 5.}, + {HOP4X(6), PIP_Y(id_N808) - 5., HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N808) - 6.}, + {HOP4X(4), PIP_Y(id_N808) - 6., HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 6., HOP4X(2), -wrap_len - 6.}, + {HOP4X(2), -wrap_len - 6., HOP4X(3), -wrap_len - 6.}, + {HOP4X(3), -wrap_len - 6., HOP4X(3), PIP_Y(id_N800) - 6.}, + {HOP4X(3), PIP_Y(id_N800) - 6., HOP4X(1), PIP_Y(id_N800) + left_wire_dist - 6.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist - 6., HOP4X(1), PIP_Y(id_N808) - 5.}, + {HOP4X(1), PIP_Y(id_N808) - 5., WIRE_X(0), PIP_Y(id_N808) - 5.}}}, + {id_S80_loop7, + {{WIRE_X(0), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_S800)}, + {HOP4X(16), PIP_Y(id_S800), HOP4X(16), PIP_Y(id_N808)}, + {HOP4X(16), PIP_Y(id_N808) - 0., HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N808) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N808) - 1.}, + {HOP4X(14), PIP_Y(id_N808) - 1., HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N808) - 2.}, + {HOP4X(12), PIP_Y(id_N808) - 2., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N808) - 3.}, + {HOP4X(10), PIP_Y(id_N808) - 3., HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(8), 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{{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), wrap_len + 1.}, + {HOP4X(15), wrap_len + 1., HOP4X(14), wrap_len + 1.}, + {HOP4X(14), wrap_len + 1., HOP4X(14), PIP_Y(id_N808) + 0.}, + {HOP4X(14), PIP_Y(id_N808) + 0., HOP4X(12), PIP_Y(id_N808) - left_wire_dist + 0.}, + {HOP4X(12), PIP_Y(id_N808) - left_wire_dist + 0., HOP4X(12), PIP_Y(id_N808) - 1.}, + {HOP4X(12), PIP_Y(id_N808) - 1., HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(10), PIP_Y(id_N808) - 2.}, + {HOP4X(10), PIP_Y(id_N808) - 2., HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(8), PIP_Y(id_N808) - 3.}, + {HOP4X(8), PIP_Y(id_S804) - 3., WIRE_X(0), PIP_Y(id_S804) - 3.}, + {HOP4X(8), PIP_Y(id_N808) - 3., HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 3., HOP4X(6), PIP_Y(id_N808) - 4.}, + {HOP4X(6), PIP_Y(id_N808) - 4., HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 4.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 4., HOP4X(4), PIP_Y(id_N808) - 5.}, + {HOP4X(4), PIP_Y(id_N808) - 5., HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 5.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 5., HOP4X(2), PIP_Y(id_N808) - 6.}, + {HOP4X(2), PIP_Y(id_N808) - 6., HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 6.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 6., HOP4X(0), PIP_Y(id_S808) - 7.}, + {HOP4X(0), PIP_Y(id_S808) - 7., WIRE_X(0), PIP_Y(id_S808) - 7.}}}, + {id_N80_loop1, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), wrap_len + 2.}, + {HOP4X(13), wrap_len + 2., HOP4X(12), wrap_len + 2.}, + {HOP4X(12), wrap_len + 2., HOP4X(12), PIP_Y(id_N808) + 1.}, + {HOP4X(12), PIP_Y(id_N808) + 1., HOP4X(10), PIP_Y(id_N808) - left_wire_dist + 1.}, + {HOP4X(10), PIP_Y(id_N808) - left_wire_dist + 1., HOP4X(10), PIP_Y(id_N808) + 0.}, + {HOP4X(10), PIP_Y(id_N808) + 0., HOP4X(8), PIP_Y(id_N808) - left_wire_dist + 0.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist + 0., HOP4X(8), PIP_Y(id_N808) - 1.}, + {HOP4X(8), PIP_Y(id_S804) - 1., WIRE_X(0), PIP_Y(id_S804) - 1.}, + {HOP4X(8), PIP_Y(id_N808) - 1., HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(6), PIP_Y(id_N808) - 2.}, + {HOP4X(6), PIP_Y(id_N808) - 2., HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(4), PIP_Y(id_N808) - 3.}, + {HOP4X(4), PIP_Y(id_N808) - 3., HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 3.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 3., HOP4X(2), PIP_Y(id_N808) - 4.}, + {HOP4X(2), PIP_Y(id_N808) - 4., HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 4.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 4., HOP4X(0), PIP_Y(id_S808) - 5.}, + {HOP4X(0), PIP_Y(id_S808) - 5., WIRE_X(0), PIP_Y(id_S808) - 5.}}}, + {id_N80_loop2, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), wrap_len + 3.}, + {HOP4X(11), wrap_len + 3., HOP4X(10), wrap_len + 3.}, + {HOP4X(10), wrap_len + 3., HOP4X(10), PIP_Y(id_N808) + 2.}, + {HOP4X(10), PIP_Y(id_N808) + 2., HOP4X(8), PIP_Y(id_N808) - left_wire_dist + 2.}, + {HOP4X(8), PIP_Y(id_N808) - left_wire_dist + 2., HOP4X(8), PIP_Y(id_N808) + 1.}, + {HOP4X(8), PIP_Y(id_S804) + 1., WIRE_X(0), PIP_Y(id_S804) + 1.}, + {HOP4X(8), PIP_Y(id_N808) + 1., HOP4X(6), PIP_Y(id_N808) - left_wire_dist + 1.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist + 1., HOP4X(6), PIP_Y(id_N808) + 0.}, + {HOP4X(6), PIP_Y(id_N808) + 0., HOP4X(4), PIP_Y(id_N808) - left_wire_dist + 0.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist + 0., HOP4X(4), PIP_Y(id_N808) - 1.}, + {HOP4X(4), PIP_Y(id_N808) - 1., HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 1.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist - 1., HOP4X(2), PIP_Y(id_N808) - 2.}, + {HOP4X(2), PIP_Y(id_N808) - 2., HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 2.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist - 2., HOP4X(0), PIP_Y(id_S808) - 3.}, + {HOP4X(0), PIP_Y(id_S808) - 3., WIRE_X(0), PIP_Y(id_S808) - 3.}}}, + {id_N80_loop3, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N800) + 3.}, + {HOP4X(11), PIP_Y(id_N800) + 3., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(9), wrap_len + 4.}, + {HOP4X(9), wrap_len + 4., HOP4X(8), wrap_len + 4.}, + {HOP4X(8), wrap_len + 4., HOP4X(8), PIP_Y(id_N808) + 3.}, + {HOP4X(8), PIP_Y(id_S804) + 3., WIRE_X(0), PIP_Y(id_S804) + 3.}, + {HOP4X(8), PIP_Y(id_N808) + 3., HOP4X(6), PIP_Y(id_N808) - left_wire_dist + 3.}, + {HOP4X(6), PIP_Y(id_N808) - left_wire_dist + 3., HOP4X(6), PIP_Y(id_N808) + 2.}, + {HOP4X(6), PIP_Y(id_N808) + 2., HOP4X(4), PIP_Y(id_N808) - left_wire_dist + 2.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist + 2., HOP4X(4), PIP_Y(id_N808) + 1.}, + {HOP4X(4), PIP_Y(id_N808) + 1., HOP4X(2), PIP_Y(id_N808) - left_wire_dist + 1.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist + 1., HOP4X(2), PIP_Y(id_N808) + 0.}, + {HOP4X(2), PIP_Y(id_N808) + 0., HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 0.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 0., HOP4X(0), PIP_Y(id_S808) - 1.}, + {HOP4X(0), PIP_Y(id_S808) - 1., WIRE_X(0), PIP_Y(id_S808) - 1.}}}, + {id_N80_loop4, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N800) + 3.}, + {HOP4X(11), PIP_Y(id_N800) + 3., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N800) + 4.}, + {HOP4X(9), PIP_Y(id_N804) + 4., WIRE_X(0), PIP_Y(id_N804) + 4.}, + {HOP4X(9), PIP_Y(id_N800) + 4., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(7), wrap_len + 5.}, + {HOP4X(7), wrap_len + 5., HOP4X(6), wrap_len + 5.}, + {HOP4X(6), wrap_len + 5., HOP4X(6), PIP_Y(id_N808) + 4.}, + {HOP4X(6), PIP_Y(id_N808) + 4., HOP4X(4), PIP_Y(id_N808) - left_wire_dist + 4.}, + {HOP4X(4), PIP_Y(id_N808) - left_wire_dist + 4., HOP4X(4), PIP_Y(id_N808) + 3.}, + {HOP4X(4), PIP_Y(id_N808) + 3., HOP4X(2), PIP_Y(id_N808) - left_wire_dist + 3.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist + 3., HOP4X(2), PIP_Y(id_N808) + 2.}, + {HOP4X(2), PIP_Y(id_N808) + 2., HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 2.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 2., HOP4X(0), PIP_Y(id_S808) + 1.}, + {HOP4X(0), PIP_Y(id_S808) + 1., WIRE_X(0), PIP_Y(id_S808) + 1.}}}, + {id_N80_loop5, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N800) + 3.}, + {HOP4X(11), PIP_Y(id_N800) + 3., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N800) + 4.}, + {HOP4X(9), PIP_Y(id_N804) + 4., WIRE_X(0), PIP_Y(id_N804) + 4.}, + {HOP4X(9), PIP_Y(id_N800) + 4., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N800) + 5.}, + {HOP4X(7), PIP_Y(id_N800) + 5., HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5., HOP4X(5), wrap_len + 6.}, + {HOP4X(5), wrap_len + 6., HOP4X(4), wrap_len + 6.}, + {HOP4X(4), wrap_len + 6., HOP4X(4), PIP_Y(id_N808) + 5.}, + {HOP4X(4), PIP_Y(id_N808) + 5., HOP4X(2), PIP_Y(id_N808) - left_wire_dist + 5.}, + {HOP4X(2), PIP_Y(id_N808) - left_wire_dist + 5., HOP4X(2), PIP_Y(id_N808) + 4.}, + {HOP4X(2), PIP_Y(id_N808) + 4., HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 4.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 4., HOP4X(0), PIP_Y(id_S808) + 3.}, + {HOP4X(0), PIP_Y(id_S808) + 3., WIRE_X(0), PIP_Y(id_S808) + 3.}}}, + {id_N80_loop6, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N800) + 3.}, + {HOP4X(11), PIP_Y(id_N800) + 3., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N800) + 4.}, + {HOP4X(9), PIP_Y(id_N804) + 4., WIRE_X(0), PIP_Y(id_N804) + 4.}, + {HOP4X(9), PIP_Y(id_N800) + 4., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N800) + 5.}, + {HOP4X(7), PIP_Y(id_N800) + 5., HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N800) + 6.}, + {HOP4X(5), PIP_Y(id_N800) + 6., HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 6., HOP4X(3), wrap_len + 7.}, + {HOP4X(3), wrap_len + 7., HOP4X(2), wrap_len + 7.}, + {HOP4X(2), wrap_len + 7., HOP4X(2), PIP_Y(id_N808) + 6.}, + {HOP4X(2), PIP_Y(id_N808) + 6., HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 6.}, + {HOP4X(0), PIP_Y(id_N808) - left_wire_dist + 6., HOP4X(0), PIP_Y(id_S808) + 5.}, + {HOP4X(0), PIP_Y(id_S808) + 5., WIRE_X(0), PIP_Y(id_S808) + 5.}}}, + {id_N80_loop7, + {{WIRE_X(0), PIP_Y(id_N800), HOP4X(17), PIP_Y(id_N800)}, + {HOP4X(17), PIP_Y(id_N800) + 0., HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N800) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N800) + 1.}, + {HOP4X(15), PIP_Y(id_N800) + 1., HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N800) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N800) + 2.}, + {HOP4X(13), PIP_Y(id_N800) + 2., HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N800) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N800) + 3.}, + {HOP4X(11), PIP_Y(id_N800) + 3., HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N800) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N800) + 4.}, + {HOP4X(9), PIP_Y(id_N804) + 4., WIRE_X(0), PIP_Y(id_N804) + 4.}, + {HOP4X(9), PIP_Y(id_N800) + 4., HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N800) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N800) + 5.}, + {HOP4X(7), PIP_Y(id_N800) + 5., HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N800) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N800) + 6.}, + {HOP4X(5), PIP_Y(id_N800) + 6., HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N800) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N800) + 7.}, + {HOP4X(3), PIP_Y(id_N800) + 7., HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N800) + left_wire_dist + 7., HOP4X(1), wrap_len + 8.}, + {HOP4X(1), wrap_len + 8., HOP4X(0), wrap_len + 8.}, + {HOP4X(0), wrap_len + 8., HOP4X(0), PIP_Y(id_S808) + 7.}, + {HOP4X(0), PIP_Y(id_S808) + 7., WIRE_X(0), PIP_Y(id_S808) + 7.}}}, + +#undef HOP4X +#define HOP4X(offset) WIRE_X((float)offset + HOP4X_START + 18.f) + {id_S81, + {{WIRE_X(0), PIP_Y(id_S810), HOP4X(16), PIP_Y(id_S810)}, + {HOP4X(16), PIP_Y(id_S810), HOP4X(16), PIP_Y(id_N818)}, + {HOP4X(16), PIP_Y(id_N818) - 0., HOP4X(14), PIP_Y(id_N818) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N818) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N818) - 1.}, + {HOP4X(14), PIP_Y(id_N818) - 1., HOP4X(12), PIP_Y(id_N818) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N818) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N818) - 2.}, + {HOP4X(12), PIP_Y(id_N818) - 2., HOP4X(10), PIP_Y(id_N818) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N818) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N818) - 3.}, + {HOP4X(10), PIP_Y(id_N818) - 3., HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N818) - 4.}, + {HOP4X(8), PIP_Y(id_S814) - 4., WIRE_X(0), PIP_Y(id_S814) - 4.}, + {HOP4X(8), PIP_Y(id_N818) - 4., HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N818) - 5.}, + {HOP4X(6), PIP_Y(id_N818) - 5., HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N818) - 6.}, + {HOP4X(4), PIP_Y(id_N818) - 6., HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N818) - 7.}, + {HOP4X(2), PIP_Y(id_N818) - 7., HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 7., HOP4X(0), PIP_Y(id_S818) - 8.}, + {HOP4X(0), PIP_Y(id_S818) - 8., WIRE_X(0), PIP_Y(id_S818) - 8.}}}, + {id_N81, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N810) + 2.}, + {HOP4X(13), PIP_Y(id_N810) + 2., HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N810) + 3.}, + {HOP4X(11), PIP_Y(id_N810) + 3., HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N810) + 4.}, + {HOP4X(9), PIP_Y(id_N814) + 4., WIRE_X(0), PIP_Y(id_N814) + 4.}, + {HOP4X(9), PIP_Y(id_N810) + 4., HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N810) + 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left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N818) - 4.}, + {HOP4X(8), PIP_Y(id_S814) - 4., WIRE_X(0), PIP_Y(id_S814) - 4.}, + {HOP4X(8), PIP_Y(id_N818) - 4., HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N818) - 5.}, + {HOP4X(6), PIP_Y(id_N818) - 5., HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 5., HOP4X(4), -wrap_len - 5.}, + {HOP4X(4), -wrap_len - 5., HOP4X(5), -wrap_len - 5.}, + {HOP4X(5), -wrap_len - 5., HOP4X(5), PIP_Y(id_N810) - 5.}, + {HOP4X(5), PIP_Y(id_N810) - 5., HOP4X(3), PIP_Y(id_N810) + left_wire_dist - 5.}, + {HOP4X(3), PIP_Y(id_N810) + left_wire_dist - 5., HOP4X(3), PIP_Y(id_N810) - 4.}, + {HOP4X(3), PIP_Y(id_N810) - 4., HOP4X(1), PIP_Y(id_N810) + left_wire_dist - 4.}, + {HOP4X(1), PIP_Y(id_N810) + left_wire_dist - 4., HOP4X(1), PIP_Y(id_N818) - 3.}, + {HOP4X(1), PIP_Y(id_N818) - 3., WIRE_X(0), PIP_Y(id_N818) - 3.}}}, + {id_S81_loop6, + {{WIRE_X(0), PIP_Y(id_S810), HOP4X(16), PIP_Y(id_S810)}, + {HOP4X(16), PIP_Y(id_S810), HOP4X(16), PIP_Y(id_N818)}, + {HOP4X(16), PIP_Y(id_N818) - 0., HOP4X(14), PIP_Y(id_N818) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N818) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N818) - 1.}, + {HOP4X(14), PIP_Y(id_N818) - 1., HOP4X(12), PIP_Y(id_N818) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N818) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N818) - 2.}, + {HOP4X(12), PIP_Y(id_N818) - 2., HOP4X(10), PIP_Y(id_N818) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N818) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N818) - 3.}, + {HOP4X(10), PIP_Y(id_N818) - 3., HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N818) - 4.}, + {HOP4X(8), PIP_Y(id_S814) - 4., WIRE_X(0), PIP_Y(id_S814) - 4.}, + {HOP4X(8), PIP_Y(id_N818) - 4., HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4.}, + {HOP4X(6), 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left_wire_dist - 0., HOP4X(14), PIP_Y(id_N818) - 1.}, + {HOP4X(14), PIP_Y(id_N818) - 1., HOP4X(12), PIP_Y(id_N818) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N818) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N818) - 2.}, + {HOP4X(12), PIP_Y(id_N818) - 2., HOP4X(10), PIP_Y(id_N818) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N818) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N818) - 3.}, + {HOP4X(10), PIP_Y(id_N818) - 3., HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N818) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N818) - 4.}, + {HOP4X(8), PIP_Y(id_S814) - 4., WIRE_X(0), PIP_Y(id_S814) - 4.}, + {HOP4X(8), PIP_Y(id_N818) - 4., HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N818) - 5.}, + {HOP4X(6), PIP_Y(id_N818) - 5., HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N818) - 6.}, + {HOP4X(4), PIP_Y(id_N818) - 6., HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N818) - 7.}, + {HOP4X(2), PIP_Y(id_N818) - 7., HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 7., HOP4X(0), -wrap_len - 7.}, + {HOP4X(0), -wrap_len - 7., HOP4X(1), -wrap_len - 7.}, + {HOP4X(1), -wrap_len - 7., HOP4X(1), PIP_Y(id_N818) - 7.}, + {HOP4X(1), PIP_Y(id_N818) - 7., WIRE_X(0), PIP_Y(id_N818) - 7.}}}, + {id_N81_loop0, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), wrap_len + 1.}, + {HOP4X(15), wrap_len + 1., HOP4X(14), wrap_len + 1.}, + {HOP4X(14), wrap_len + 1., HOP4X(14), PIP_Y(id_N818) + 0.}, + {HOP4X(14), PIP_Y(id_N818) + 0., HOP4X(12), PIP_Y(id_N818) - left_wire_dist + 0.}, + {HOP4X(12), PIP_Y(id_N818) - left_wire_dist + 0., HOP4X(12), PIP_Y(id_N818) 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{HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 6., HOP4X(0), PIP_Y(id_S818) - 7.}, + {HOP4X(0), PIP_Y(id_S818) - 7., WIRE_X(0), PIP_Y(id_S818) - 7.}}}, + {id_N81_loop1, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), wrap_len + 2.}, + {HOP4X(13), wrap_len + 2., HOP4X(12), wrap_len + 2.}, + {HOP4X(12), wrap_len + 2., HOP4X(12), PIP_Y(id_N818) + 1.}, + {HOP4X(12), PIP_Y(id_N818) + 1., HOP4X(10), PIP_Y(id_N818) - left_wire_dist + 1.}, + {HOP4X(10), PIP_Y(id_N818) - left_wire_dist + 1., HOP4X(10), PIP_Y(id_N818) + 0.}, + {HOP4X(10), PIP_Y(id_N818) + 0., HOP4X(8), PIP_Y(id_N818) - left_wire_dist + 0.}, + {HOP4X(8), PIP_Y(id_N818) - left_wire_dist + 0., HOP4X(8), PIP_Y(id_N818) - 1.}, + {HOP4X(8), PIP_Y(id_S814) - 1., WIRE_X(0), PIP_Y(id_S814) - 1.}, + {HOP4X(8), PIP_Y(id_N818) - 1., HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 1.}, + {HOP4X(6), PIP_Y(id_N818) - left_wire_dist - 1., HOP4X(6), PIP_Y(id_N818) - 2.}, + {HOP4X(6), PIP_Y(id_N818) - 2., HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 2.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist - 2., HOP4X(4), PIP_Y(id_N818) - 3.}, + {HOP4X(4), PIP_Y(id_N818) - 3., HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 3.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 3., HOP4X(2), PIP_Y(id_N818) - 4.}, + {HOP4X(2), PIP_Y(id_N818) - 4., HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 4.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 4., HOP4X(0), PIP_Y(id_S818) - 5.}, + {HOP4X(0), PIP_Y(id_S818) - 5., WIRE_X(0), PIP_Y(id_S818) - 5.}}}, + {id_N81_loop2, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), 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0.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist + 0., HOP4X(4), PIP_Y(id_N818) - 1.}, + {HOP4X(4), PIP_Y(id_N818) - 1., HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 1.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist - 1., HOP4X(2), PIP_Y(id_N818) - 2.}, + {HOP4X(2), PIP_Y(id_N818) - 2., HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 2.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist - 2., HOP4X(0), PIP_Y(id_S818) - 3.}, + {HOP4X(0), PIP_Y(id_S818) - 3., WIRE_X(0), PIP_Y(id_S818) - 3.}}}, + {id_N81_loop3, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N810) + 2.}, + {HOP4X(13), PIP_Y(id_N810) + 2., HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N810) + 3.}, + {HOP4X(11), PIP_Y(id_N810) + 3., HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3., HOP4X(9), wrap_len + 4.}, + {HOP4X(9), wrap_len + 4., HOP4X(8), wrap_len + 4.}, + {HOP4X(8), wrap_len + 4., HOP4X(8), PIP_Y(id_N818) + 3.}, + {HOP4X(8), PIP_Y(id_S814) + 3., WIRE_X(0), PIP_Y(id_S814) + 3.}, + {HOP4X(8), PIP_Y(id_N818) + 3., HOP4X(6), PIP_Y(id_N818) - left_wire_dist + 3.}, + {HOP4X(6), PIP_Y(id_N818) - left_wire_dist + 3., HOP4X(6), PIP_Y(id_N818) + 2.}, + {HOP4X(6), PIP_Y(id_N818) + 2., HOP4X(4), PIP_Y(id_N818) - left_wire_dist + 2.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist + 2., HOP4X(4), PIP_Y(id_N818) + 1.}, + {HOP4X(4), PIP_Y(id_N818) + 1., HOP4X(2), PIP_Y(id_N818) - left_wire_dist + 1.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist + 1., HOP4X(2), PIP_Y(id_N818) + 0.}, + {HOP4X(2), PIP_Y(id_N818) + 0., HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 0.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 0., HOP4X(0), PIP_Y(id_S818) - 1.}, + {HOP4X(0), PIP_Y(id_S818) - 1., WIRE_X(0), PIP_Y(id_S818) - 1.}}}, + {id_N81_loop4, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N810) + 2.}, + {HOP4X(13), PIP_Y(id_N810) + 2., HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N810) + 3.}, + {HOP4X(11), PIP_Y(id_N810) + 3., HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N810) + 4.}, + {HOP4X(9), PIP_Y(id_N814) + 4., WIRE_X(0), PIP_Y(id_N814) + 4.}, + {HOP4X(9), PIP_Y(id_N810) + 4., HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4., HOP4X(7), wrap_len + 5.}, + {HOP4X(7), wrap_len + 5., HOP4X(6), wrap_len + 5.}, + {HOP4X(6), wrap_len + 5., HOP4X(6), PIP_Y(id_N818) + 4.}, + {HOP4X(6), PIP_Y(id_N818) + 4., HOP4X(4), PIP_Y(id_N818) - left_wire_dist + 4.}, + {HOP4X(4), PIP_Y(id_N818) - left_wire_dist + 4., HOP4X(4), PIP_Y(id_N818) + 3.}, + {HOP4X(4), PIP_Y(id_N818) + 3., HOP4X(2), PIP_Y(id_N818) - left_wire_dist + 3.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist + 3., HOP4X(2), PIP_Y(id_N818) + 2.}, + {HOP4X(2), PIP_Y(id_N818) + 2., HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 2.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 2., HOP4X(0), PIP_Y(id_S818) + 1.}, + {HOP4X(0), PIP_Y(id_S818) + 1., WIRE_X(0), PIP_Y(id_S818) + 1.}}}, + {id_N81_loop5, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N810) + 2.}, + {HOP4X(13), PIP_Y(id_N810) + 2., HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N810) + 3.}, + {HOP4X(11), PIP_Y(id_N810) + 3., HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N810) + 4.}, + {HOP4X(9), PIP_Y(id_N814) + 4., WIRE_X(0), PIP_Y(id_N814) + 4.}, + {HOP4X(9), PIP_Y(id_N810) + 4., HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N810) + 5.}, + {HOP4X(7), PIP_Y(id_N810) + 5., HOP4X(5), PIP_Y(id_N810) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N810) + left_wire_dist + 5., HOP4X(5), wrap_len + 6.}, + {HOP4X(5), wrap_len + 6., HOP4X(4), wrap_len + 6.}, + {HOP4X(4), wrap_len + 6., HOP4X(4), PIP_Y(id_N818) + 5.}, + {HOP4X(4), PIP_Y(id_N818) + 5., HOP4X(2), PIP_Y(id_N818) - left_wire_dist + 5.}, + {HOP4X(2), PIP_Y(id_N818) - left_wire_dist + 5., HOP4X(2), PIP_Y(id_N818) + 4.}, + {HOP4X(2), PIP_Y(id_N818) + 4., HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 4.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 4., HOP4X(0), PIP_Y(id_S818) + 3.}, + {HOP4X(0), PIP_Y(id_S818) + 3., WIRE_X(0), PIP_Y(id_S818) + 3.}}}, + {id_N81_loop6, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N810) + 2.}, + {HOP4X(13), PIP_Y(id_N810) + 2., HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N810) + 3.}, + {HOP4X(11), PIP_Y(id_N810) + 3., HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N810) + 4.}, + {HOP4X(9), PIP_Y(id_N814) + 4., WIRE_X(0), PIP_Y(id_N814) + 4.}, + {HOP4X(9), PIP_Y(id_N810) + 4., HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N810) + 5.}, + {HOP4X(7), PIP_Y(id_N810) + 5., HOP4X(5), PIP_Y(id_N810) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N810) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N810) + 6.}, + {HOP4X(5), PIP_Y(id_N810) + 6., HOP4X(3), PIP_Y(id_N810) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N810) + left_wire_dist + 6., HOP4X(3), wrap_len + 7.}, + {HOP4X(3), wrap_len + 7., HOP4X(2), wrap_len + 7.}, + {HOP4X(2), wrap_len + 7., HOP4X(2), PIP_Y(id_N818) + 6.}, + {HOP4X(2), PIP_Y(id_N818) + 6., HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 6.}, + {HOP4X(0), PIP_Y(id_N818) - left_wire_dist + 6., HOP4X(0), PIP_Y(id_S818) + 5.}, + {HOP4X(0), PIP_Y(id_S818) + 5., WIRE_X(0), PIP_Y(id_S818) + 5.}}}, + {id_N81_loop7, + {{WIRE_X(0), PIP_Y(id_N810), HOP4X(17), PIP_Y(id_N810)}, + {HOP4X(17), PIP_Y(id_N810) + 0., HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N810) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N810) + 1.}, + {HOP4X(15), PIP_Y(id_N810) + 1., HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N810) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N810) + 2.}, + {HOP4X(13), PIP_Y(id_N810) + 2., HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N810) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N810) + 3.}, + {HOP4X(11), PIP_Y(id_N810) + 3., HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N810) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N810) + 4.}, + {HOP4X(9), PIP_Y(id_N814) + 4., WIRE_X(0), PIP_Y(id_N814) + 4.}, + {HOP4X(9), PIP_Y(id_N810) + 4., HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N810) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N810) + 5.}, + {HOP4X(7), PIP_Y(id_N810) + 5., HOP4X(5), PIP_Y(id_N810) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N810) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N810) + 6.}, + {HOP4X(5), PIP_Y(id_N810) + 6., HOP4X(3), PIP_Y(id_N810) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N810) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N810) + 7.}, + {HOP4X(3), PIP_Y(id_N810) + 7., HOP4X(1), PIP_Y(id_N810) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N810) + left_wire_dist + 7., HOP4X(1), wrap_len + 8.}, + {HOP4X(1), wrap_len + 8., HOP4X(0), wrap_len + 8.}, + {HOP4X(0), wrap_len + 8., HOP4X(0), PIP_Y(id_S818) + 7.}, + {HOP4X(0), PIP_Y(id_S818) + 7., WIRE_X(0), PIP_Y(id_S818) + 7.}}}, + +#undef HOP4X +#define HOP4X(offset) WIRE_X((float)offset + HOP4X_START + 18.f + 18.f) + {id_S82, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N828) - 3.}, + {HOP4X(10), PIP_Y(id_N828) - 3., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N828) - 4.}, + {HOP4X(8), PIP_Y(id_S824) - 4., WIRE_X(0), PIP_Y(id_S824) - 4.}, + {HOP4X(8), PIP_Y(id_N828) - 4., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N828) - 5.}, + {HOP4X(6), PIP_Y(id_N828) - 5., HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N828) - 6.}, + {HOP4X(4), PIP_Y(id_N828) - 6., HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N828) - 7.}, + {HOP4X(2), PIP_Y(id_N828) - 7., HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 7., HOP4X(0), PIP_Y(id_S828) - 8.}, + {HOP4X(0), PIP_Y(id_S828) - 8., WIRE_X(0), PIP_Y(id_S828) - 8.}}}, + {id_N82, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N820) + 3.}, + {HOP4X(11), PIP_Y(id_N820) + 3., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N820) + 4.}, + {HOP4X(9), PIP_Y(id_N824) + 4., WIRE_X(0), PIP_Y(id_N824) + 4.}, + {HOP4X(9), PIP_Y(id_N820) + 4., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N820) + 5.}, + {HOP4X(7), PIP_Y(id_N820) + 5., HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N820) + 6.}, + {HOP4X(5), PIP_Y(id_N820) + 6., HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N820) + 7.}, + {HOP4X(3), PIP_Y(id_N820) + 7., HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 7., HOP4X(1), PIP_Y(id_N828) + 8.}, + {HOP4X(1), PIP_Y(id_N828) + 8., WIRE_X(0), PIP_Y(id_N828) + 8.}}}, + {id_S82_loop0, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), -wrap_len - 0.}, + {HOP4X(14), -wrap_len - 0., HOP4X(15), -wrap_len - 0.}, + {HOP4X(15), -wrap_len - 0., HOP4X(15), PIP_Y(id_N820) - 0.}, + {HOP4X(15), PIP_Y(id_N820) - 0., HOP4X(13), PIP_Y(id_N820) + left_wire_dist - 0.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist - 0., HOP4X(13), PIP_Y(id_N820) + 1.}, + {HOP4X(13), PIP_Y(id_N820) + 1., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(11), PIP_Y(id_N820) + 2.}, + {HOP4X(11), PIP_Y(id_N820) + 2., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(9), PIP_Y(id_N820) + 3.}, + {HOP4X(9), PIP_Y(id_N820) + 3., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N824) + 3., WIRE_X(0), PIP_Y(id_N824) + 3.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(7), PIP_Y(id_N820) + 4.}, + {HOP4X(7), PIP_Y(id_N820) + 4., HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(5), PIP_Y(id_N820) + 5.}, + {HOP4X(5), PIP_Y(id_N820) + 5., HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 5.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 5., HOP4X(3), PIP_Y(id_N820) + 6.}, + {HOP4X(3), PIP_Y(id_N820) + 6., HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 6.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 6., HOP4X(1), PIP_Y(id_N828) + 7.}, + {HOP4X(1), PIP_Y(id_N828) + 7., WIRE_X(0), PIP_Y(id_N828) + 7.}}}, + {id_S82_loop1, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), -wrap_len - 1.}, + {HOP4X(12), -wrap_len - 1., HOP4X(13), -wrap_len - 1.}, + {HOP4X(13), -wrap_len - 1., HOP4X(13), PIP_Y(id_N820) - 1.}, + {HOP4X(13), PIP_Y(id_N820) - 1., HOP4X(11), PIP_Y(id_N820) + left_wire_dist - 1.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist - 1., HOP4X(11), PIP_Y(id_N820) - 0.}, + {HOP4X(11), PIP_Y(id_N820) - 0., HOP4X(9), PIP_Y(id_N820) + left_wire_dist - 0.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist - 0., HOP4X(9), PIP_Y(id_N820) + 1.}, + {HOP4X(9), PIP_Y(id_N820) + 1., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(9), PIP_Y(id_N824) + 1., WIRE_X(0), PIP_Y(id_N824) + 1.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(7), PIP_Y(id_N820) + 2.}, + {HOP4X(7), PIP_Y(id_N820) + 2., HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(5), PIP_Y(id_N820) + 3.}, + {HOP4X(5), PIP_Y(id_N820) + 3., HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(3), PIP_Y(id_N820) + 4.}, + {HOP4X(3), PIP_Y(id_N820) + 4., HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(1), PIP_Y(id_N828) + 5.}, + {HOP4X(1), PIP_Y(id_N828) + 5., WIRE_X(0), PIP_Y(id_N828) + 5.}}}, + {id_S82_loop2, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), -wrap_len - 2.}, + {HOP4X(10), -wrap_len - 2., HOP4X(11), -wrap_len - 2.}, + {HOP4X(11), -wrap_len - 2., HOP4X(11), PIP_Y(id_N820) - 2.}, + {HOP4X(11), PIP_Y(id_N820) - 2., HOP4X(9), PIP_Y(id_N820) + left_wire_dist - 2.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist - 2., HOP4X(9), PIP_Y(id_N820) - 1.}, + {HOP4X(9), PIP_Y(id_N820) - 1., HOP4X(7), PIP_Y(id_N820) + left_wire_dist - 1.}, + {HOP4X(9), PIP_Y(id_N824) - 1., WIRE_X(0), PIP_Y(id_N824) - 1.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist - 1., HOP4X(7), PIP_Y(id_N820) - 0.}, + {HOP4X(7), PIP_Y(id_N820) - 0., HOP4X(5), PIP_Y(id_N820) + left_wire_dist - 0.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist - 0., HOP4X(5), PIP_Y(id_N820) + 1.}, + {HOP4X(5), PIP_Y(id_N820) + 1., HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(3), PIP_Y(id_N820) + 2.}, + {HOP4X(3), PIP_Y(id_N820) + 2., HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(1), PIP_Y(id_N828) + 3.}, + {HOP4X(1), PIP_Y(id_N828) + 3., WIRE_X(0), PIP_Y(id_N828) + 3.}}}, + {id_S82_loop3, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N828) - 3.}, + {HOP4X(10), PIP_Y(id_N828) - 3., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(8), -wrap_len - 3.}, + {HOP4X(8), -wrap_len - 3., HOP4X(9), -wrap_len - 3.}, + {HOP4X(9), -wrap_len - 3., HOP4X(9), PIP_Y(id_N820) - 3.}, + {HOP4X(9), PIP_Y(id_N824) - 3., WIRE_X(0), PIP_Y(id_N824) - 3.}, + {HOP4X(9), PIP_Y(id_N820) - 3., HOP4X(7), PIP_Y(id_N820) + left_wire_dist - 3.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist - 3., HOP4X(7), PIP_Y(id_N820) - 2.}, + {HOP4X(7), PIP_Y(id_N820) - 2., HOP4X(5), PIP_Y(id_N820) + left_wire_dist - 2.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist - 2., HOP4X(5), PIP_Y(id_N820) - 1.}, + {HOP4X(5), PIP_Y(id_N820) - 1., HOP4X(3), PIP_Y(id_N820) + left_wire_dist - 1.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist - 1., HOP4X(3), PIP_Y(id_N820) - 0.}, + {HOP4X(3), PIP_Y(id_N820) - 0., HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 0.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 0., HOP4X(1), PIP_Y(id_N828) + 1.}, + {HOP4X(1), PIP_Y(id_N828) + 1., WIRE_X(0), PIP_Y(id_N828) + 1.}}}, + {id_S82_loop4, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N828) - 3.}, + {HOP4X(10), PIP_Y(id_N828) - 3., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N828) - 4.}, + {HOP4X(8), PIP_Y(id_S824) - 4., WIRE_X(0), PIP_Y(id_S824) - 4.}, + {HOP4X(8), PIP_Y(id_N828) - 4., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(6), -wrap_len - 4.}, + {HOP4X(6), -wrap_len - 4., HOP4X(7), -wrap_len - 4.}, + {HOP4X(7), -wrap_len - 4., HOP4X(7), PIP_Y(id_N820) - 4.}, + {HOP4X(7), PIP_Y(id_N820) - 4., HOP4X(5), PIP_Y(id_N820) + left_wire_dist - 4.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist - 4., HOP4X(5), PIP_Y(id_N820) - 3.}, + {HOP4X(5), PIP_Y(id_N820) - 3., HOP4X(3), PIP_Y(id_N820) + left_wire_dist - 3.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist - 3., HOP4X(3), PIP_Y(id_N820) - 2.}, + {HOP4X(3), PIP_Y(id_N820) - 2., HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 2.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 2., HOP4X(1), PIP_Y(id_N828) - 1.}, + {HOP4X(1), PIP_Y(id_N828) - 1., WIRE_X(0), PIP_Y(id_N828) - 1.}}}, + {id_S82_loop5, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N828) - 3.}, + {HOP4X(10), PIP_Y(id_N828) - 3., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N828) - 4.}, + {HOP4X(8), PIP_Y(id_S824) - 4., WIRE_X(0), PIP_Y(id_S824) - 4.}, + {HOP4X(8), PIP_Y(id_N828) - 4., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N828) - 5.}, + {HOP4X(6), PIP_Y(id_N828) - 5., HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5., HOP4X(4), -wrap_len - 5.}, + {HOP4X(4), -wrap_len - 5., HOP4X(5), -wrap_len - 5.}, + {HOP4X(5), -wrap_len - 5., HOP4X(5), PIP_Y(id_N820) - 5.}, + {HOP4X(5), PIP_Y(id_N820) - 5., HOP4X(3), PIP_Y(id_N820) + left_wire_dist - 5.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist - 5., HOP4X(3), PIP_Y(id_N820) - 4.}, + {HOP4X(3), PIP_Y(id_N820) - 4., HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 4.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 4., HOP4X(1), PIP_Y(id_N828) - 3.}, + {HOP4X(1), PIP_Y(id_N828) - 3., WIRE_X(0), PIP_Y(id_N828) - 3.}}}, + {id_S82_loop6, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N828) - 3.}, + {HOP4X(10), PIP_Y(id_N828) - 3., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N828) - 4.}, + {HOP4X(8), PIP_Y(id_S824) - 4., WIRE_X(0), PIP_Y(id_S824) - 4.}, + {HOP4X(8), PIP_Y(id_N828) - 4., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N828) - 5.}, + {HOP4X(6), PIP_Y(id_N828) - 5., HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N828) - 6.}, + {HOP4X(4), PIP_Y(id_N828) - 6., HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 6., HOP4X(2), -wrap_len - 6.}, + {HOP4X(2), -wrap_len - 6., HOP4X(3), -wrap_len - 6.}, + {HOP4X(3), -wrap_len - 6., HOP4X(3), PIP_Y(id_N820) - 6.}, + {HOP4X(3), PIP_Y(id_N820) - 6., HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 6.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist - 6., HOP4X(1), PIP_Y(id_N828) - 5.}, + {HOP4X(1), PIP_Y(id_N828) - 5., WIRE_X(0), PIP_Y(id_N828) - 5.}}}, + {id_S82_loop7, + {{WIRE_X(0), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_S820)}, + {HOP4X(16), PIP_Y(id_S820), HOP4X(16), PIP_Y(id_N828)}, + {HOP4X(16), PIP_Y(id_N828) - 0., HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N828) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N828) - 1.}, + {HOP4X(14), PIP_Y(id_N828) - 1., HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N828) - 2.}, + {HOP4X(12), PIP_Y(id_N828) - 2., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N828) - 3.}, + {HOP4X(10), PIP_Y(id_N828) - 3., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N828) - 4.}, + {HOP4X(8), PIP_Y(id_S824) - 4., WIRE_X(0), PIP_Y(id_S824) - 4.}, + {HOP4X(8), PIP_Y(id_N828) - 4., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N828) - 5.}, + {HOP4X(6), PIP_Y(id_N828) - 5., HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N828) - 6.}, + {HOP4X(4), PIP_Y(id_N828) - 6., HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N828) - 7.}, + {HOP4X(2), PIP_Y(id_N828) - 7., HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 7., HOP4X(0), -wrap_len - 7.}, + {HOP4X(0), -wrap_len - 7., HOP4X(1), -wrap_len - 7.}, + {HOP4X(1), -wrap_len - 7., HOP4X(1), PIP_Y(id_N828) - 7.}, + {HOP4X(1), PIP_Y(id_N828) - 7., WIRE_X(0), PIP_Y(id_N828) - 7.}}}, + {id_N82_loop0, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), wrap_len + 1.}, + {HOP4X(15), wrap_len + 1., HOP4X(14), wrap_len + 1.}, + {HOP4X(14), wrap_len + 1., HOP4X(14), PIP_Y(id_N828) + 0.}, + {HOP4X(14), PIP_Y(id_N828) + 0., HOP4X(12), PIP_Y(id_N828) - left_wire_dist + 0.}, + {HOP4X(12), PIP_Y(id_N828) - left_wire_dist + 0., HOP4X(12), PIP_Y(id_N828) - 1.}, + {HOP4X(12), PIP_Y(id_N828) - 1., HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(10), PIP_Y(id_N828) - 2.}, + {HOP4X(10), PIP_Y(id_N828) - 2., HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(8), PIP_Y(id_N828) - 3.}, + {HOP4X(8), PIP_Y(id_S824) - 3., WIRE_X(0), PIP_Y(id_S824) - 3.}, + {HOP4X(8), PIP_Y(id_N828) - 3., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(6), PIP_Y(id_N828) - 4.}, + {HOP4X(6), PIP_Y(id_N828) - 4., HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(4), PIP_Y(id_N828) - 5.}, + {HOP4X(4), PIP_Y(id_N828) - 5., HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 5.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 5., HOP4X(2), PIP_Y(id_N828) - 6.}, + {HOP4X(2), PIP_Y(id_N828) - 6., HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 6.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 6., HOP4X(0), PIP_Y(id_S828) - 7.}, + {HOP4X(0), PIP_Y(id_S828) - 7., WIRE_X(0), PIP_Y(id_S828) - 7.}}}, + {id_N82_loop1, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), wrap_len + 2.}, + {HOP4X(13), wrap_len + 2., HOP4X(12), wrap_len + 2.}, + {HOP4X(12), wrap_len + 2., HOP4X(12), PIP_Y(id_N828) + 1.}, + {HOP4X(12), PIP_Y(id_N828) + 1., HOP4X(10), PIP_Y(id_N828) - left_wire_dist + 1.}, + {HOP4X(10), PIP_Y(id_N828) - left_wire_dist + 1., HOP4X(10), PIP_Y(id_N828) + 0.}, + {HOP4X(10), PIP_Y(id_N828) + 0., HOP4X(8), PIP_Y(id_N828) - left_wire_dist + 0.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist + 0., HOP4X(8), PIP_Y(id_N828) - 1.}, + {HOP4X(8), PIP_Y(id_S824) - 1., WIRE_X(0), PIP_Y(id_S824) - 1.}, + {HOP4X(8), PIP_Y(id_N828) - 1., HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(6), PIP_Y(id_N828) - 2.}, + {HOP4X(6), PIP_Y(id_N828) - 2., HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(4), PIP_Y(id_N828) - 3.}, + {HOP4X(4), PIP_Y(id_N828) - 3., HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 3.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 3., HOP4X(2), PIP_Y(id_N828) - 4.}, + {HOP4X(2), PIP_Y(id_N828) - 4., HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 4.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 4., HOP4X(0), PIP_Y(id_S828) - 5.}, + {HOP4X(0), PIP_Y(id_S828) - 5., WIRE_X(0), PIP_Y(id_S828) - 5.}}}, + {id_N82_loop2, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), wrap_len + 3.}, + {HOP4X(11), wrap_len + 3., HOP4X(10), wrap_len + 3.}, + {HOP4X(10), wrap_len + 3., HOP4X(10), PIP_Y(id_N828) + 2.}, + {HOP4X(10), PIP_Y(id_N828) + 2., HOP4X(8), PIP_Y(id_N828) - left_wire_dist + 2.}, + {HOP4X(8), PIP_Y(id_N828) - left_wire_dist + 2., HOP4X(8), PIP_Y(id_N828) + 1.}, + {HOP4X(8), PIP_Y(id_S824) + 1., WIRE_X(0), PIP_Y(id_S824) + 1.}, + {HOP4X(8), PIP_Y(id_N828) + 1., HOP4X(6), PIP_Y(id_N828) - left_wire_dist + 1.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist + 1., HOP4X(6), PIP_Y(id_N828) + 0.}, + {HOP4X(6), PIP_Y(id_N828) + 0., HOP4X(4), PIP_Y(id_N828) - left_wire_dist + 0.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist + 0., HOP4X(4), PIP_Y(id_N828) - 1.}, + {HOP4X(4), PIP_Y(id_N828) - 1., HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 1.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist - 1., HOP4X(2), PIP_Y(id_N828) - 2.}, + {HOP4X(2), PIP_Y(id_N828) - 2., HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 2.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist - 2., HOP4X(0), PIP_Y(id_S828) - 3.}, + {HOP4X(0), PIP_Y(id_S828) - 3., WIRE_X(0), PIP_Y(id_S828) - 3.}}}, + {id_N82_loop3, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N820) + 3.}, + {HOP4X(11), PIP_Y(id_N820) + 3., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(9), wrap_len + 4.}, + {HOP4X(9), wrap_len + 4., HOP4X(8), wrap_len + 4.}, + {HOP4X(8), wrap_len + 4., HOP4X(8), PIP_Y(id_N828) + 3.}, + {HOP4X(8), PIP_Y(id_S824) + 3., WIRE_X(0), PIP_Y(id_S824) + 3.}, + {HOP4X(8), PIP_Y(id_N828) + 3., HOP4X(6), PIP_Y(id_N828) - left_wire_dist + 3.}, + {HOP4X(6), PIP_Y(id_N828) - left_wire_dist + 3., HOP4X(6), PIP_Y(id_N828) + 2.}, + {HOP4X(6), PIP_Y(id_N828) + 2., HOP4X(4), PIP_Y(id_N828) - left_wire_dist + 2.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist + 2., HOP4X(4), PIP_Y(id_N828) + 1.}, + {HOP4X(4), PIP_Y(id_N828) + 1., HOP4X(2), PIP_Y(id_N828) - left_wire_dist + 1.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist + 1., HOP4X(2), PIP_Y(id_N828) + 0.}, + {HOP4X(2), PIP_Y(id_N828) + 0., HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 0.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 0., HOP4X(0), PIP_Y(id_S828) - 1.}, + {HOP4X(0), PIP_Y(id_S828) - 1., WIRE_X(0), PIP_Y(id_S828) - 1.}}}, + {id_N82_loop4, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N820) + 3.}, + {HOP4X(11), PIP_Y(id_N820) + 3., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N820) + 4.}, + {HOP4X(9), PIP_Y(id_N824) + 4., WIRE_X(0), PIP_Y(id_N824) + 4.}, + {HOP4X(9), PIP_Y(id_N820) + 4., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(7), wrap_len + 5.}, + {HOP4X(7), wrap_len + 5., HOP4X(6), wrap_len + 5.}, + {HOP4X(6), wrap_len + 5., HOP4X(6), PIP_Y(id_N828) + 4.}, + {HOP4X(6), PIP_Y(id_N828) + 4., HOP4X(4), PIP_Y(id_N828) - left_wire_dist + 4.}, + {HOP4X(4), PIP_Y(id_N828) - left_wire_dist + 4., HOP4X(4), PIP_Y(id_N828) + 3.}, + {HOP4X(4), PIP_Y(id_N828) + 3., HOP4X(2), PIP_Y(id_N828) - left_wire_dist + 3.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist + 3., HOP4X(2), PIP_Y(id_N828) + 2.}, + {HOP4X(2), PIP_Y(id_N828) + 2., HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 2.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 2., HOP4X(0), PIP_Y(id_S828) + 1.}, + {HOP4X(0), PIP_Y(id_S828) + 1., WIRE_X(0), PIP_Y(id_S828) + 1.}}}, + {id_N82_loop5, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N820) + 3.}, + {HOP4X(11), PIP_Y(id_N820) + 3., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N820) + 4.}, + {HOP4X(9), PIP_Y(id_N824) + 4., WIRE_X(0), PIP_Y(id_N824) + 4.}, + {HOP4X(9), PIP_Y(id_N820) + 4., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N820) + 5.}, + {HOP4X(7), PIP_Y(id_N820) + 5., HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5., HOP4X(5), wrap_len + 6.}, + {HOP4X(5), wrap_len + 6., HOP4X(4), wrap_len + 6.}, + {HOP4X(4), wrap_len + 6., HOP4X(4), PIP_Y(id_N828) + 5.}, + {HOP4X(4), PIP_Y(id_N828) + 5., HOP4X(2), PIP_Y(id_N828) - left_wire_dist + 5.}, + {HOP4X(2), PIP_Y(id_N828) - left_wire_dist + 5., HOP4X(2), PIP_Y(id_N828) + 4.}, + {HOP4X(2), PIP_Y(id_N828) + 4., HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 4.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 4., HOP4X(0), PIP_Y(id_S828) + 3.}, + {HOP4X(0), PIP_Y(id_S828) + 3., WIRE_X(0), PIP_Y(id_S828) + 3.}}}, + {id_N82_loop6, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N820) + 3.}, + {HOP4X(11), PIP_Y(id_N820) + 3., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N820) + 4.}, + {HOP4X(9), PIP_Y(id_N824) + 4., WIRE_X(0), PIP_Y(id_N824) + 4.}, + {HOP4X(9), PIP_Y(id_N820) + 4., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N820) + 5.}, + {HOP4X(7), PIP_Y(id_N820) + 5., HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N820) + 6.}, + {HOP4X(5), PIP_Y(id_N820) + 6., HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 6., HOP4X(3), wrap_len + 7.}, + {HOP4X(3), wrap_len + 7., HOP4X(2), wrap_len + 7.}, + {HOP4X(2), wrap_len + 7., HOP4X(2), PIP_Y(id_N828) + 6.}, + {HOP4X(2), PIP_Y(id_N828) + 6., HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 6.}, + {HOP4X(0), PIP_Y(id_N828) - left_wire_dist + 6., HOP4X(0), PIP_Y(id_S828) + 5.}, + {HOP4X(0), PIP_Y(id_S828) + 5., WIRE_X(0), PIP_Y(id_S828) + 5.}}}, + {id_N82_loop7, + {{WIRE_X(0), PIP_Y(id_N820), HOP4X(17), PIP_Y(id_N820)}, + {HOP4X(17), PIP_Y(id_N820) + 0., HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N820) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N820) + 1.}, + {HOP4X(15), PIP_Y(id_N820) + 1., HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N820) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N820) + 2.}, + {HOP4X(13), PIP_Y(id_N820) + 2., HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N820) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N820) + 3.}, + {HOP4X(11), PIP_Y(id_N820) + 3., HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N820) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N820) + 4.}, + {HOP4X(9), PIP_Y(id_N824) + 4., WIRE_X(0), PIP_Y(id_N824) + 4.}, + {HOP4X(9), PIP_Y(id_N820) + 4., HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N820) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N820) + 5.}, + {HOP4X(7), PIP_Y(id_N820) + 5., HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N820) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N820) + 6.}, + {HOP4X(5), PIP_Y(id_N820) + 6., HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N820) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N820) + 7.}, + {HOP4X(3), PIP_Y(id_N820) + 7., HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N820) + left_wire_dist + 7., HOP4X(1), wrap_len + 8.}, + {HOP4X(1), wrap_len + 8., HOP4X(0), wrap_len + 8.}, + {HOP4X(0), wrap_len + 8., HOP4X(0), PIP_Y(id_S828) + 7.}, + {HOP4X(0), PIP_Y(id_S828) + 7., WIRE_X(0), PIP_Y(id_S828) + 7.}}}, + +#undef HOP4X +#define HOP4X(offset) WIRE_X((float)offset + HOP4X_START + 18.f + 18.f + 18.f) + {id_S83, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N838) - 3.}, + {HOP4X(10), PIP_Y(id_N838) - 3., HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N838) - 4.}, + {HOP4X(8), PIP_Y(id_S834) - 4., WIRE_X(0), PIP_Y(id_S834) - 4.}, + {HOP4X(8), PIP_Y(id_N838) - 4., HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N838) - 5.}, + {HOP4X(6), PIP_Y(id_N838) - 5., HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N838) - 6.}, + {HOP4X(4), PIP_Y(id_N838) - 6., HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N838) - 7.}, + {HOP4X(2), PIP_Y(id_N838) - 7., HOP4X(0), PIP_Y(id_N838) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N838) - left_wire_dist - 7., HOP4X(0), PIP_Y(id_S838) - 8.}, + {HOP4X(0), PIP_Y(id_S838) - 8., WIRE_X(0), PIP_Y(id_S838) - 8.}}}, + {id_N83, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N830) + 1.}, + {HOP4X(15), PIP_Y(id_N830) + 1., HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N830) + 2.}, + {HOP4X(13), PIP_Y(id_N830) + 2., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N830) + 3.}, + {HOP4X(11), PIP_Y(id_N830) + 3., HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N830) + 4.}, + {HOP4X(9), PIP_Y(id_N834) + 4., WIRE_X(0), PIP_Y(id_N834) + 4.}, + {HOP4X(9), PIP_Y(id_N830) + 4., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N830) + 5.}, + {HOP4X(7), PIP_Y(id_N830) + 5., HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N830) + 6.}, + {HOP4X(5), PIP_Y(id_N830) + 6., HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N830) + 7.}, + {HOP4X(3), PIP_Y(id_N830) + 7., HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 7., HOP4X(1), PIP_Y(id_N838) + 8.}, + {HOP4X(1), PIP_Y(id_N838) + 8., WIRE_X(0), PIP_Y(id_N838) + 8.}}}, + {id_S83_loop0, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), -wrap_len - 0.}, + {HOP4X(14), -wrap_len - 0., HOP4X(15), -wrap_len - 0.}, + {HOP4X(15), -wrap_len - 0., HOP4X(15), PIP_Y(id_N830) - 0.}, + {HOP4X(15), PIP_Y(id_N830) - 0., HOP4X(13), PIP_Y(id_N830) + left_wire_dist - 0.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist - 0., HOP4X(13), PIP_Y(id_N830) + 1.}, + {HOP4X(13), PIP_Y(id_N830) + 1., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(11), PIP_Y(id_N830) + 2.}, + {HOP4X(11), PIP_Y(id_N830) + 2., HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(9), PIP_Y(id_N830) + 3.}, + {HOP4X(9), PIP_Y(id_N830) + 3., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N834) + 3., WIRE_X(0), PIP_Y(id_N834) + 3.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(7), PIP_Y(id_N830) + 4.}, + {HOP4X(7), PIP_Y(id_N830) + 4., HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(5), PIP_Y(id_N830) + 5.}, + {HOP4X(5), PIP_Y(id_N830) + 5., HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 5.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 5., HOP4X(3), PIP_Y(id_N830) + 6.}, + {HOP4X(3), PIP_Y(id_N830) + 6., HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 6.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 6., HOP4X(1), PIP_Y(id_N838) + 7.}, + {HOP4X(1), PIP_Y(id_N838) + 7., WIRE_X(0), PIP_Y(id_N838) + 7.}}}, + {id_S83_loop1, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), -wrap_len - 1.}, + {HOP4X(12), -wrap_len - 1., HOP4X(13), -wrap_len - 1.}, + {HOP4X(13), -wrap_len - 1., HOP4X(13), PIP_Y(id_N830) - 1.}, + {HOP4X(13), PIP_Y(id_N830) - 1., HOP4X(11), PIP_Y(id_N830) + left_wire_dist - 1.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist - 1., HOP4X(11), PIP_Y(id_N830) - 0.}, + {HOP4X(11), PIP_Y(id_N830) - 0., HOP4X(9), PIP_Y(id_N830) + left_wire_dist - 0.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist - 0., HOP4X(9), PIP_Y(id_N830) + 1.}, + {HOP4X(9), PIP_Y(id_N830) + 1., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(9), PIP_Y(id_N834) + 1., WIRE_X(0), PIP_Y(id_N834) + 1.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(7), PIP_Y(id_N830) + 2.}, + {HOP4X(7), PIP_Y(id_N830) + 2., HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(5), PIP_Y(id_N830) + 3.}, + {HOP4X(5), PIP_Y(id_N830) + 3., HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(3), PIP_Y(id_N830) + 4.}, + {HOP4X(3), PIP_Y(id_N830) + 4., HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(1), PIP_Y(id_N838) + 5.}, + {HOP4X(1), PIP_Y(id_N838) + 5., WIRE_X(0), PIP_Y(id_N838) + 5.}}}, + {id_S83_loop2, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), -wrap_len - 2.}, + {HOP4X(10), -wrap_len - 2., HOP4X(11), -wrap_len - 2.}, + {HOP4X(11), -wrap_len - 2., HOP4X(11), PIP_Y(id_N830) - 2.}, + {HOP4X(11), PIP_Y(id_N830) - 2., HOP4X(9), PIP_Y(id_N830) + left_wire_dist - 2.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist - 2., HOP4X(9), PIP_Y(id_N830) - 1.}, + {HOP4X(9), PIP_Y(id_N830) - 1., HOP4X(7), PIP_Y(id_N830) + left_wire_dist - 1.}, + {HOP4X(9), PIP_Y(id_N834) - 1., WIRE_X(0), PIP_Y(id_N834) - 1.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist - 1., HOP4X(7), PIP_Y(id_N830) - 0.}, + {HOP4X(7), PIP_Y(id_N830) - 0., HOP4X(5), PIP_Y(id_N830) + left_wire_dist - 0.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist - 0., HOP4X(5), PIP_Y(id_N830) + 1.}, + {HOP4X(5), PIP_Y(id_N830) + 1., HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(3), PIP_Y(id_N830) + 2.}, + {HOP4X(3), PIP_Y(id_N830) + 2., HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(1), PIP_Y(id_N838) + 3.}, + {HOP4X(1), PIP_Y(id_N838) + 3., WIRE_X(0), PIP_Y(id_N838) + 3.}}}, + {id_S83_loop3, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N838) - 3.}, + {HOP4X(10), PIP_Y(id_N838) - 3., HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3., HOP4X(8), -wrap_len - 3.}, + {HOP4X(8), -wrap_len - 3., HOP4X(9), -wrap_len - 3.}, + {HOP4X(9), -wrap_len - 3., HOP4X(9), PIP_Y(id_N830) - 3.}, + {HOP4X(9), PIP_Y(id_N834) - 3., WIRE_X(0), PIP_Y(id_N834) - 3.}, + {HOP4X(9), PIP_Y(id_N830) - 3., HOP4X(7), PIP_Y(id_N830) + left_wire_dist - 3.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist - 3., HOP4X(7), PIP_Y(id_N830) - 2.}, + {HOP4X(7), PIP_Y(id_N830) - 2., HOP4X(5), PIP_Y(id_N830) + left_wire_dist - 2.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist - 2., HOP4X(5), PIP_Y(id_N830) - 1.}, + {HOP4X(5), PIP_Y(id_N830) - 1., HOP4X(3), PIP_Y(id_N830) + left_wire_dist - 1.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist - 1., HOP4X(3), PIP_Y(id_N830) - 0.}, + {HOP4X(3), PIP_Y(id_N830) - 0., HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 0.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 0., HOP4X(1), PIP_Y(id_N838) + 1.}, + {HOP4X(1), PIP_Y(id_N838) + 1., WIRE_X(0), PIP_Y(id_N838) + 1.}}}, + {id_S83_loop4, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N838) - 3.}, + {HOP4X(10), PIP_Y(id_N838) - 3., HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N838) - 4.}, + {HOP4X(8), PIP_Y(id_S834) - 4., WIRE_X(0), PIP_Y(id_S834) - 4.}, + {HOP4X(8), PIP_Y(id_N838) - 4., HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4., HOP4X(6), -wrap_len - 4.}, + {HOP4X(6), -wrap_len - 4., HOP4X(7), -wrap_len - 4.}, + {HOP4X(7), -wrap_len - 4., HOP4X(7), PIP_Y(id_N830) - 4.}, + {HOP4X(7), PIP_Y(id_N830) - 4., HOP4X(5), PIP_Y(id_N830) + left_wire_dist - 4.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist - 4., HOP4X(5), PIP_Y(id_N830) - 3.}, + {HOP4X(5), PIP_Y(id_N830) - 3., HOP4X(3), PIP_Y(id_N830) + left_wire_dist - 3.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist - 3., HOP4X(3), PIP_Y(id_N830) - 2.}, + {HOP4X(3), PIP_Y(id_N830) - 2., HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 2.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 2., HOP4X(1), PIP_Y(id_N838) - 1.}, + {HOP4X(1), PIP_Y(id_N838) - 1., WIRE_X(0), PIP_Y(id_N838) - 1.}}}, + {id_S83_loop5, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N838) - 3.}, + {HOP4X(10), PIP_Y(id_N838) - 3., HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N838) - 4.}, + {HOP4X(8), PIP_Y(id_S834) - 4., WIRE_X(0), PIP_Y(id_S834) - 4.}, + {HOP4X(8), PIP_Y(id_N838) - 4., HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N838) - 5.}, + {HOP4X(6), PIP_Y(id_N838) - 5., HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5., HOP4X(4), -wrap_len - 5.}, + {HOP4X(4), -wrap_len - 5., HOP4X(5), -wrap_len - 5.}, + {HOP4X(5), -wrap_len - 5., HOP4X(5), PIP_Y(id_N830) - 5.}, + {HOP4X(5), PIP_Y(id_N830) - 5., HOP4X(3), PIP_Y(id_N830) + left_wire_dist - 5.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist - 5., HOP4X(3), PIP_Y(id_N830) - 4.}, + {HOP4X(3), PIP_Y(id_N830) - 4., HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 4.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 4., HOP4X(1), PIP_Y(id_N838) - 3.}, + {HOP4X(1), PIP_Y(id_N838) - 3., WIRE_X(0), PIP_Y(id_N838) - 3.}}}, + {id_S83_loop6, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N838) - 3.}, + {HOP4X(10), PIP_Y(id_N838) - 3., HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N838) - 4.}, + {HOP4X(8), PIP_Y(id_S834) - 4., WIRE_X(0), PIP_Y(id_S834) - 4.}, + {HOP4X(8), PIP_Y(id_N838) - 4., HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N838) - 5.}, + {HOP4X(6), PIP_Y(id_N838) - 5., HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N838) - 6.}, + {HOP4X(4), PIP_Y(id_N838) - 6., HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 6., HOP4X(2), -wrap_len - 6.}, + {HOP4X(2), -wrap_len - 6., HOP4X(3), -wrap_len - 6.}, + {HOP4X(3), -wrap_len - 6., HOP4X(3), PIP_Y(id_N830) - 6.}, + {HOP4X(3), PIP_Y(id_N830) - 6., HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 6.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist - 6., HOP4X(1), PIP_Y(id_N838) - 5.}, + {HOP4X(1), PIP_Y(id_N838) - 5., WIRE_X(0), PIP_Y(id_N838) - 5.}}}, + {id_S83_loop7, + {{WIRE_X(0), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_S830)}, + {HOP4X(16), PIP_Y(id_S830), HOP4X(16), PIP_Y(id_N838)}, + {HOP4X(16), PIP_Y(id_N838) - 0., HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0.}, + {HOP4X(14), PIP_Y(id_N838) - left_wire_dist - 0., HOP4X(14), PIP_Y(id_N838) - 1.}, + {HOP4X(14), PIP_Y(id_N838) - 1., HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(12), PIP_Y(id_N838) - 2.}, + {HOP4X(12), PIP_Y(id_N838) - 2., HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(10), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(10), PIP_Y(id_N838) - 3.}, + {HOP4X(10), PIP_Y(id_N838) - 3., HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3.}, + {HOP4X(8), PIP_Y(id_N838) - left_wire_dist - 3., HOP4X(8), PIP_Y(id_N838) - 4.}, + {HOP4X(8), PIP_Y(id_S834) - 4., WIRE_X(0), PIP_Y(id_S834) - 4.}, + {HOP4X(8), PIP_Y(id_N838) - 4., HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4.}, + {HOP4X(6), PIP_Y(id_N838) - left_wire_dist - 4., HOP4X(6), PIP_Y(id_N838) - 5.}, + {HOP4X(6), PIP_Y(id_N838) - 5., HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5.}, + {HOP4X(4), PIP_Y(id_N838) - left_wire_dist - 5., HOP4X(4), PIP_Y(id_N838) - 6.}, + {HOP4X(4), PIP_Y(id_N838) - 6., HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 6.}, + {HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 6., HOP4X(2), PIP_Y(id_N838) - 7.}, + {HOP4X(2), PIP_Y(id_N838) - 7., HOP4X(0), PIP_Y(id_N838) - left_wire_dist - 7.}, + {HOP4X(0), PIP_Y(id_N838) - left_wire_dist - 7., HOP4X(0), -wrap_len - 7.}, + {HOP4X(0), -wrap_len - 7., HOP4X(1), -wrap_len - 7.}, + {HOP4X(1), -wrap_len - 7., HOP4X(1), PIP_Y(id_N838) - 7.}, + {HOP4X(1), PIP_Y(id_N838) - 7., WIRE_X(0), PIP_Y(id_N838) - 7.}}}, + {id_N83_loop0, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), wrap_len + 1.}, + {HOP4X(15), wrap_len + 1., HOP4X(14), wrap_len + 1.}, + {HOP4X(14), wrap_len + 1., HOP4X(14), PIP_Y(id_N838) + 0.}, + {HOP4X(14), PIP_Y(id_N838) + 0., HOP4X(12), PIP_Y(id_N838) - left_wire_dist + 0.}, + {HOP4X(12), PIP_Y(id_N838) - left_wire_dist + 0., HOP4X(12), PIP_Y(id_N838) - 1.}, + {HOP4X(12), PIP_Y(id_N838) - 1., HOP4X(10), 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PIP_Y(id_N838) - 1.}, + {HOP4X(4), PIP_Y(id_N838) - 1., HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 1.}, + {HOP4X(2), PIP_Y(id_N838) - left_wire_dist - 1., HOP4X(2), PIP_Y(id_N838) - 2.}, + {HOP4X(2), PIP_Y(id_N838) - 2., HOP4X(0), PIP_Y(id_N838) - left_wire_dist - 2.}, + {HOP4X(0), PIP_Y(id_N838) - left_wire_dist - 2., HOP4X(0), PIP_Y(id_S838) - 3.}, + {HOP4X(0), PIP_Y(id_S838) - 3., WIRE_X(0), PIP_Y(id_S838) - 3.}}}, + {id_N83_loop3, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N830) + 1.}, + {HOP4X(15), PIP_Y(id_N830) + 1., HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N830) + 2.}, + {HOP4X(13), PIP_Y(id_N830) + 2., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(11), 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HOP4X(0), PIP_Y(id_S838) - 1.}, + {HOP4X(0), PIP_Y(id_S838) - 1., WIRE_X(0), PIP_Y(id_S838) - 1.}}}, + {id_N83_loop4, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N830) + 1.}, + {HOP4X(15), PIP_Y(id_N830) + 1., HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N830) + 2.}, + {HOP4X(13), PIP_Y(id_N830) + 2., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N830) + 3.}, + {HOP4X(11), PIP_Y(id_N830) + 3., HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N830) + 4.}, + {HOP4X(9), PIP_Y(id_N834) + 4., WIRE_X(0), PIP_Y(id_N834) + 4.}, + {HOP4X(9), PIP_Y(id_N830) + 4., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(7), wrap_len + 5.}, + {HOP4X(7), wrap_len + 5., HOP4X(6), wrap_len + 5.}, + {HOP4X(6), wrap_len + 5., HOP4X(6), PIP_Y(id_N838) + 4.}, + {HOP4X(6), PIP_Y(id_N838) + 4., HOP4X(4), PIP_Y(id_N838) - left_wire_dist + 4.}, + {HOP4X(4), PIP_Y(id_N838) - left_wire_dist + 4., HOP4X(4), PIP_Y(id_N838) + 3.}, + {HOP4X(4), PIP_Y(id_N838) + 3., HOP4X(2), PIP_Y(id_N838) - left_wire_dist + 3.}, + {HOP4X(2), PIP_Y(id_N838) - left_wire_dist + 3., HOP4X(2), PIP_Y(id_N838) + 2.}, + {HOP4X(2), PIP_Y(id_N838) + 2., HOP4X(0), PIP_Y(id_N838) - left_wire_dist + 2.}, + {HOP4X(0), PIP_Y(id_N838) - left_wire_dist + 2., HOP4X(0), PIP_Y(id_S838) + 1.}, + {HOP4X(0), PIP_Y(id_S838) + 1., WIRE_X(0), PIP_Y(id_S838) + 1.}}}, + {id_N83_loop5, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N830) + 1.}, + {HOP4X(15), PIP_Y(id_N830) + 1., HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N830) + 2.}, + {HOP4X(13), PIP_Y(id_N830) + 2., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N830) + 3.}, + {HOP4X(11), PIP_Y(id_N830) + 3., HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N830) + 4.}, + {HOP4X(9), PIP_Y(id_N834) + 4., WIRE_X(0), PIP_Y(id_N834) + 4.}, + {HOP4X(9), PIP_Y(id_N830) + 4., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N830) + 5.}, + {HOP4X(7), PIP_Y(id_N830) + 5., HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5., HOP4X(5), wrap_len + 6.}, + {HOP4X(5), wrap_len + 6., HOP4X(4), wrap_len + 6.}, + {HOP4X(4), wrap_len + 6., HOP4X(4), PIP_Y(id_N838) + 5.}, + {HOP4X(4), PIP_Y(id_N838) + 5., HOP4X(2), PIP_Y(id_N838) - left_wire_dist + 5.}, + {HOP4X(2), PIP_Y(id_N838) - left_wire_dist + 5., HOP4X(2), PIP_Y(id_N838) + 4.}, + {HOP4X(2), PIP_Y(id_N838) + 4., HOP4X(0), PIP_Y(id_N838) - left_wire_dist + 4.}, + {HOP4X(0), PIP_Y(id_N838) - left_wire_dist + 4., HOP4X(0), PIP_Y(id_S838) + 3.}, + {HOP4X(0), PIP_Y(id_S838) + 3., WIRE_X(0), PIP_Y(id_S838) + 3.}}}, + {id_N83_loop6, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N830) + 1.}, + {HOP4X(15), PIP_Y(id_N830) + 1., HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N830) + 2.}, + {HOP4X(13), PIP_Y(id_N830) + 2., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N830) + 3.}, + {HOP4X(11), PIP_Y(id_N830) + 3., HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N830) + 4.}, + {HOP4X(9), PIP_Y(id_N834) + 4., WIRE_X(0), PIP_Y(id_N834) + 4.}, + {HOP4X(9), PIP_Y(id_N830) + 4., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N830) + 5.}, + {HOP4X(7), PIP_Y(id_N830) + 5., HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N830) + 6.}, + {HOP4X(5), PIP_Y(id_N830) + 6., HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 6., HOP4X(3), wrap_len + 7.}, + {HOP4X(3), wrap_len + 7., HOP4X(2), wrap_len + 7.}, + {HOP4X(2), wrap_len + 7., HOP4X(2), PIP_Y(id_N838) + 6.}, + {HOP4X(2), PIP_Y(id_N838) + 6., HOP4X(0), PIP_Y(id_N838) - left_wire_dist + 6.}, + {HOP4X(0), PIP_Y(id_N838) - left_wire_dist + 6., HOP4X(0), PIP_Y(id_S838) + 5.}, + {HOP4X(0), PIP_Y(id_S838) + 5., WIRE_X(0), PIP_Y(id_S838) + 5.}}}, + {id_N83_loop7, + {{WIRE_X(0), PIP_Y(id_N830), HOP4X(17), PIP_Y(id_N830)}, + {HOP4X(17), PIP_Y(id_N830) + 0., HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0.}, + {HOP4X(15), PIP_Y(id_N830) + left_wire_dist + 0., HOP4X(15), PIP_Y(id_N830) + 1.}, + {HOP4X(15), PIP_Y(id_N830) + 1., HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1.}, + {HOP4X(13), PIP_Y(id_N830) + left_wire_dist + 1., HOP4X(13), PIP_Y(id_N830) + 2.}, + {HOP4X(13), PIP_Y(id_N830) + 2., HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2.}, + {HOP4X(11), PIP_Y(id_N830) + left_wire_dist + 2., HOP4X(11), PIP_Y(id_N830) + 3.}, + {HOP4X(11), PIP_Y(id_N830) + 3., HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3.}, + {HOP4X(9), PIP_Y(id_N830) + left_wire_dist + 3., HOP4X(9), PIP_Y(id_N830) + 4.}, + {HOP4X(9), PIP_Y(id_N834) + 4., WIRE_X(0), PIP_Y(id_N834) + 4.}, + {HOP4X(9), PIP_Y(id_N830) + 4., HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4.}, + {HOP4X(7), PIP_Y(id_N830) + left_wire_dist + 4., HOP4X(7), PIP_Y(id_N830) + 5.}, + {HOP4X(7), PIP_Y(id_N830) + 5., HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5.}, + {HOP4X(5), PIP_Y(id_N830) + left_wire_dist + 5., HOP4X(5), PIP_Y(id_N830) + 6.}, + {HOP4X(5), PIP_Y(id_N830) + 6., HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 6.}, + {HOP4X(3), PIP_Y(id_N830) + left_wire_dist + 6., HOP4X(3), PIP_Y(id_N830) + 7.}, + {HOP4X(3), PIP_Y(id_N830) + 7., HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 7.}, + {HOP4X(1), PIP_Y(id_N830) + left_wire_dist + 7., HOP4X(1), wrap_len + 8.}, + {HOP4X(1), wrap_len + 8., HOP4X(0), wrap_len + 8.}, + {HOP4X(0), wrap_len + 8., HOP4X(0), PIP_Y(id_S838) + 7.}, + {HOP4X(0), PIP_Y(id_S838) + 7., WIRE_X(0), PIP_Y(id_S838) + 7.}}}, + +#define PIP_X(pip_id) (pipPoint.at(pip_id).second) +#define WIRE_Y(offset) (cru_y + cru_h + ((float)offset) * ew_dist) + // 1 hop + {id_E10, + {{PIP_X(id_E100), WIRE_Y(0), PIP_X(id_E100), WIRE_Y(1)}, + {PIP_X(id_E100), WIRE_Y(1), PIP_X(id_E101) + 1., WIRE_Y(1)}, + {PIP_X(id_E101) + 1., WIRE_Y(1), PIP_X(id_E101) + 1., WIRE_Y(0)}}}, + {id_W10, + {{PIP_X(id_W100), WIRE_Y(0), PIP_X(id_W100), WIRE_Y(2)}, + {PIP_X(id_W100), WIRE_Y(2), PIP_X(id_W101) - 1., WIRE_Y(2)}, + {PIP_X(id_W101) - 1., WIRE_Y(2), PIP_X(id_W101) - 1., WIRE_Y(0)}}}, + {id_E10_loop0, + {{PIP_X(id_E100), WIRE_Y(0), PIP_X(id_E100), WIRE_Y(1)}, + {PIP_X(id_E100), WIRE_Y(1), 1. + wrap_len, WIRE_Y(1)}, + {1. + wrap_len, WIRE_Y(1), 1. + wrap_len, WIRE_Y(2)}, + {1. + wrap_len, WIRE_Y(2), PIP_X(id_W101), WIRE_Y(2)}, + {PIP_X(id_W101), WIRE_Y(2), PIP_X(id_W101), WIRE_Y(0)}}}, + {id_W10_loop0, + {{PIP_X(id_W100), WIRE_Y(0), PIP_X(id_W100), WIRE_Y(2)}, + {PIP_X(id_W100), WIRE_Y(2), -1. * wrap_len, WIRE_Y(2)}, + {-1. * wrap_len, WIRE_Y(2), -1. * wrap_len, WIRE_Y(1)}, + {-1. * wrap_len, WIRE_Y(1), PIP_X(id_E101), WIRE_Y(1)}, + {PIP_X(id_E101), WIRE_Y(1), PIP_X(id_E101), WIRE_Y(0)}}}, + {id_E13, + {{PIP_X(id_E130), WIRE_Y(0), PIP_X(id_E130), WIRE_Y(3)}, + {PIP_X(id_E130), WIRE_Y(3), PIP_X(id_E131) + 1., WIRE_Y(3)}, + {PIP_X(id_E131) + 1., WIRE_Y(3), PIP_X(id_E131) + 1., WIRE_Y(0)}}}, + {id_W13, + {{PIP_X(id_W130), WIRE_Y(0), PIP_X(id_W130), WIRE_Y(4)}, + {PIP_X(id_W130), WIRE_Y(4), PIP_X(id_W131) - 1., WIRE_Y(4)}, + {PIP_X(id_W131) - 1., WIRE_Y(4), PIP_X(id_W131) - 1., WIRE_Y(0)}}}, + {id_E13_loop0, + {{PIP_X(id_E130), WIRE_Y(0), PIP_X(id_E130), WIRE_Y(3)}, + {PIP_X(id_E130), WIRE_Y(3), 1. + wrap_len, WIRE_Y(3)}, + {1. + wrap_len, WIRE_Y(3), 1. + wrap_len, WIRE_Y(4)}, + {1. + wrap_len, WIRE_Y(4), PIP_X(id_W131), WIRE_Y(4)}, + {PIP_X(id_W131), WIRE_Y(4), PIP_X(id_W131), WIRE_Y(0)}}}, + {id_W13_loop0, + {{PIP_X(id_W130), WIRE_Y(0), PIP_X(id_W130), WIRE_Y(4)}, + {PIP_X(id_W130), WIRE_Y(4), -1. * wrap_len, WIRE_Y(4)}, + {-1. * wrap_len, WIRE_Y(4), -1. * wrap_len, WIRE_Y(3)}, + {-1. * wrap_len, WIRE_Y(3), PIP_X(id_E131), WIRE_Y(3)}, + {PIP_X(id_E131), WIRE_Y(3), PIP_X(id_E131), WIRE_Y(0)}}}, + // 1 hop EW + {id_EW10, + {{PIP_X(id_EW10), WIRE_Y(0), PIP_X(id_EW10), WIRE_Y(6)}, + {PIP_X(id_EW10), WIRE_Y(6), PIP_X(id_E111) + 1., WIRE_Y(6)}, + {PIP_X(id_E111) + 1., WIRE_Y(6), PIP_X(id_E111) + 1., WIRE_Y(0)}, + {PIP_X(id_EW10), WIRE_Y(5), PIP_X(id_W111) - 1., WIRE_Y(5)}, + {PIP_X(id_W111) - 1., WIRE_Y(5), PIP_X(id_W111) - 1., WIRE_Y(0)}}}, + {id_EW10_loop_e, + {{PIP_X(id_EW10), WIRE_Y(0), PIP_X(id_EW10), WIRE_Y(6)}, + {PIP_X(id_EW10), WIRE_Y(6), wrap_len + 1., WIRE_Y(6)}, + {wrap_len + 1., WIRE_Y(6), wrap_len + 1., WIRE_Y(5)}, + {wrap_len + 1., WIRE_Y(5), PIP_X(id_W111), WIRE_Y(5)}, + {PIP_X(id_W111), WIRE_Y(5), PIP_X(id_W111), WIRE_Y(0)}, + {PIP_X(id_EW10), WIRE_Y(5), PIP_X(id_W111) - 1., WIRE_Y(5)}, + {PIP_X(id_W111) - 1., WIRE_Y(5), PIP_X(id_W111) - 1., WIRE_Y(0)}}}, + {id_EW10_loop_w, + {{PIP_X(id_EW10), WIRE_Y(0), PIP_X(id_EW10), WIRE_Y(6)}, + {PIP_X(id_EW10), WIRE_Y(6), PIP_X(id_E111) + 1., WIRE_Y(6)}, + {PIP_X(id_E111) + 1., WIRE_Y(6), PIP_X(id_E111) + 1., WIRE_Y(0)}, + {PIP_X(id_EW10), WIRE_Y(5), -wrap_len, WIRE_Y(5)}, + {-wrap_len, WIRE_Y(5), -wrap_len, WIRE_Y(6)}, + {-wrap_len, WIRE_Y(6), PIP_X(id_E111), WIRE_Y(6)}, + {PIP_X(id_E111), WIRE_Y(6), PIP_X(id_E111), WIRE_Y(0)}}}, + {id_EW20, + {{PIP_X(id_EW20), WIRE_Y(0), PIP_X(id_EW20), WIRE_Y(8)}, + {PIP_X(id_EW20), WIRE_Y(8), PIP_X(id_E121) + 1., WIRE_Y(8)}, + {PIP_X(id_E121) + 1., WIRE_Y(8), PIP_X(id_E121) + 1., WIRE_Y(0)}, + {PIP_X(id_EW20), WIRE_Y(7), PIP_X(id_W121) - 1., WIRE_Y(7)}, + {PIP_X(id_W121) - 1., WIRE_Y(7), PIP_X(id_W121) - 1., WIRE_Y(0)}}}, + {id_EW20_loop_e, + {{PIP_X(id_EW20), WIRE_Y(0), PIP_X(id_EW20), WIRE_Y(8)}, + {PIP_X(id_EW20), WIRE_Y(8), wrap_len + 1., WIRE_Y(8)}, + {wrap_len + 1., WIRE_Y(8), wrap_len + 1., WIRE_Y(7)}, + {wrap_len + 1., WIRE_Y(7), PIP_X(id_W121), WIRE_Y(7)}, + {PIP_X(id_W121), WIRE_Y(7), PIP_X(id_W121), WIRE_Y(0)}, + {PIP_X(id_EW20), WIRE_Y(7), PIP_X(id_W121) - 1., WIRE_Y(7)}, + {PIP_X(id_W121) - 1., WIRE_Y(7), PIP_X(id_W121) - 1., WIRE_Y(0)}}}, + {id_EW20_loop_w, + {{PIP_X(id_EW20), WIRE_Y(0), PIP_X(id_EW20), WIRE_Y(8)}, + {PIP_X(id_EW20), WIRE_Y(8), PIP_X(id_E121) + 1., WIRE_Y(8)}, + {PIP_X(id_E121) + 1., WIRE_Y(8), PIP_X(id_E121) + 1., WIRE_Y(0)}, + {PIP_X(id_EW20), WIRE_Y(7), -wrap_len, WIRE_Y(7)}, + {-wrap_len, WIRE_Y(7), -wrap_len, WIRE_Y(8)}, + {-wrap_len, WIRE_Y(8), PIP_X(id_E121), WIRE_Y(8)}, + {PIP_X(id_E121), WIRE_Y(8), PIP_X(id_E121), WIRE_Y(0)}}}, +// 2 hop +#define HOP2Y(offset) WIRE_Y(offset + 9) + {id_E20, + {{PIP_X(id_E200), WIRE_Y(0), PIP_X(id_E200), HOP2Y(2)}, + {PIP_X(id_E200), HOP2Y(2), PIP_X(id_E201) + 1., HOP2Y(2)}, + {PIP_X(id_E201) + 1., HOP2Y(2), PIP_X(id_E201) + 1., WIRE_Y(0)}, + {PIP_X(id_E201) + 1., HOP2Y(0), PIP_X(id_E202) + 2., HOP2Y(0)}, + {PIP_X(id_E202) + 2., HOP2Y(0), PIP_X(id_E202) + 2., WIRE_Y(0)}}}, + {id_W20, + {{PIP_X(id_W200), WIRE_Y(0), PIP_X(id_W200), HOP2Y(3)}, + {PIP_X(id_W200), HOP2Y(3), PIP_X(id_W201) - 1., HOP2Y(3)}, + {PIP_X(id_W201) - 1., HOP2Y(3), PIP_X(id_W201) - 1., WIRE_Y(0)}, + {PIP_X(id_W201) - 1., HOP2Y(1), PIP_X(id_W202) - 2., HOP2Y(1)}, + {PIP_X(id_W202) - 2., HOP2Y(1), PIP_X(id_W202) - 2., WIRE_Y(0)}}}, + {id_E20_loop0, + {{PIP_X(id_E200), WIRE_Y(0), PIP_X(id_E200), HOP2Y(2)}, + {PIP_X(id_E200), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W201), HOP2Y(3)}, + {PIP_X(id_W201), HOP2Y(3), PIP_X(id_W201), WIRE_Y(0)}, + {PIP_X(id_W201), HOP2Y(1), PIP_X(id_W202) - 1., HOP2Y(1)}, + {PIP_X(id_W202) - 1., HOP2Y(1), PIP_X(id_W202) - 1., WIRE_Y(0)}}}, + {id_W20_loop0, + {{PIP_X(id_W200), WIRE_Y(0), PIP_X(id_W200), HOP2Y(3)}, + {PIP_X(id_W200), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E201), HOP2Y(2)}, + {PIP_X(id_E201), HOP2Y(2), PIP_X(id_E201), WIRE_Y(0)}, + {PIP_X(id_E201), HOP2Y(0), PIP_X(id_E202) + 1., HOP2Y(0)}, + {PIP_X(id_E202) + 1., HOP2Y(0), PIP_X(id_E202) + 1., WIRE_Y(0)}}}, + {id_E20_loop1, + {{PIP_X(id_E200), WIRE_Y(0), PIP_X(id_E200), HOP2Y(2)}, + {PIP_X(id_E200), HOP2Y(2), PIP_X(id_E201) + 1., HOP2Y(2)}, + {PIP_X(id_E201) + 1., HOP2Y(2), PIP_X(id_E201) + 1., WIRE_Y(0)}, + {PIP_X(id_E201) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W202) + 1., HOP2Y(1)}, + {PIP_X(id_W202) + 1., HOP2Y(1), PIP_X(id_W202) + 1., WIRE_Y(0)}}}, + {id_W20_loop1, + {{PIP_X(id_W200), WIRE_Y(0), PIP_X(id_W200), HOP2Y(3)}, + {PIP_X(id_W200), HOP2Y(3), PIP_X(id_W201) - 1., HOP2Y(3)}, + {PIP_X(id_W201) - 1., HOP2Y(3), PIP_X(id_W201) - 1., WIRE_Y(0)}, + {PIP_X(id_W201) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E202) - 1., HOP2Y(0)}, + {PIP_X(id_E202) - 1., HOP2Y(0), PIP_X(id_E202) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 1) + {id_E21, + {{PIP_X(id_E210), WIRE_Y(0), PIP_X(id_E210), HOP2Y(2)}, + {PIP_X(id_E210), HOP2Y(2), PIP_X(id_E211) + 1., HOP2Y(2)}, + {PIP_X(id_E211) + 1., HOP2Y(2), PIP_X(id_E211) + 1., WIRE_Y(0)}, + {PIP_X(id_E211) + 1., HOP2Y(0), PIP_X(id_E212) + 2., HOP2Y(0)}, + {PIP_X(id_E212) + 2., HOP2Y(0), PIP_X(id_E212) + 2., WIRE_Y(0)}}}, + {id_W21, + {{PIP_X(id_W210), WIRE_Y(0), PIP_X(id_W210), HOP2Y(3)}, + {PIP_X(id_W210), HOP2Y(3), PIP_X(id_W211) - 1., HOP2Y(3)}, + {PIP_X(id_W211) - 1., HOP2Y(3), PIP_X(id_W211) - 1., WIRE_Y(0)}, + {PIP_X(id_W211) - 1., HOP2Y(1), PIP_X(id_W212) - 2., HOP2Y(1)}, + {PIP_X(id_W212) - 2., HOP2Y(1), PIP_X(id_W212) - 2., WIRE_Y(0)}}}, + {id_E21_loop0, + {{PIP_X(id_E210), WIRE_Y(0), PIP_X(id_E210), HOP2Y(2)}, + {PIP_X(id_E210), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W211), HOP2Y(3)}, + {PIP_X(id_W211), HOP2Y(3), PIP_X(id_W211), WIRE_Y(0)}, + {PIP_X(id_W211), HOP2Y(1), PIP_X(id_W212) - 1., HOP2Y(1)}, + {PIP_X(id_W212) - 1., HOP2Y(1), PIP_X(id_W212) - 1., WIRE_Y(0)}}}, + {id_W21_loop0, + {{PIP_X(id_W210), WIRE_Y(0), PIP_X(id_W210), HOP2Y(3)}, + {PIP_X(id_W210), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E211), HOP2Y(2)}, + {PIP_X(id_E211), HOP2Y(2), PIP_X(id_E211), WIRE_Y(0)}, + {PIP_X(id_E211), HOP2Y(0), PIP_X(id_E212) + 1., HOP2Y(0)}, + {PIP_X(id_E212) + 1., HOP2Y(0), PIP_X(id_E212) + 1., WIRE_Y(0)}}}, + {id_E21_loop1, + {{PIP_X(id_E210), WIRE_Y(0), PIP_X(id_E210), HOP2Y(2)}, + {PIP_X(id_E210), HOP2Y(2), PIP_X(id_E211) + 1., HOP2Y(2)}, + {PIP_X(id_E211) + 1., HOP2Y(2), PIP_X(id_E211) + 1., WIRE_Y(0)}, + {PIP_X(id_E211) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W212) + 1., HOP2Y(1)}, + {PIP_X(id_W212) + 1., HOP2Y(1), PIP_X(id_W212) + 1., WIRE_Y(0)}}}, + {id_W21_loop1, + {{PIP_X(id_W210), WIRE_Y(0), PIP_X(id_W210), HOP2Y(3)}, + {PIP_X(id_W210), HOP2Y(3), PIP_X(id_W211) - 1., HOP2Y(3)}, + {PIP_X(id_W211) - 1., HOP2Y(3), PIP_X(id_W211) - 1., WIRE_Y(0)}, + {PIP_X(id_W211) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E212) - 1., HOP2Y(0)}, + {PIP_X(id_E212) - 1., HOP2Y(0), PIP_X(id_E212) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 2) + {id_E22, + {{PIP_X(id_E220), WIRE_Y(0), PIP_X(id_E220), HOP2Y(2)}, + {PIP_X(id_E220), HOP2Y(2), PIP_X(id_E221) + 1., HOP2Y(2)}, + {PIP_X(id_E221) + 1., HOP2Y(2), PIP_X(id_E221) + 1., WIRE_Y(0)}, + {PIP_X(id_E221) + 1., HOP2Y(0), PIP_X(id_E222) + 2., HOP2Y(0)}, + {PIP_X(id_E222) + 2., HOP2Y(0), PIP_X(id_E222) + 2., WIRE_Y(0)}}}, + {id_W22, + {{PIP_X(id_W220), WIRE_Y(0), PIP_X(id_W220), HOP2Y(3)}, + {PIP_X(id_W220), HOP2Y(3), PIP_X(id_W221) - 1., HOP2Y(3)}, + {PIP_X(id_W221) - 1., HOP2Y(3), PIP_X(id_W221) - 1., WIRE_Y(0)}, + {PIP_X(id_W221) - 1., HOP2Y(1), PIP_X(id_W222) - 2., HOP2Y(1)}, + {PIP_X(id_W222) - 2., HOP2Y(1), PIP_X(id_W222) - 2., WIRE_Y(0)}}}, + {id_E22_loop0, + {{PIP_X(id_E220), WIRE_Y(0), PIP_X(id_E220), HOP2Y(2)}, + {PIP_X(id_E220), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W221), HOP2Y(3)}, + {PIP_X(id_W221), HOP2Y(3), PIP_X(id_W221), WIRE_Y(0)}, + {PIP_X(id_W221), HOP2Y(1), PIP_X(id_W222) - 1., HOP2Y(1)}, + {PIP_X(id_W222) - 1., HOP2Y(1), PIP_X(id_W222) - 1., WIRE_Y(0)}}}, + {id_W22_loop0, + {{PIP_X(id_W220), WIRE_Y(0), PIP_X(id_W220), HOP2Y(3)}, + {PIP_X(id_W220), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E221), HOP2Y(2)}, + {PIP_X(id_E221), HOP2Y(2), PIP_X(id_E221), WIRE_Y(0)}, + {PIP_X(id_E221), HOP2Y(0), PIP_X(id_E222) + 1., HOP2Y(0)}, + {PIP_X(id_E222) + 1., HOP2Y(0), PIP_X(id_E222) + 1., WIRE_Y(0)}}}, + {id_E22_loop1, + {{PIP_X(id_E220), WIRE_Y(0), PIP_X(id_E220), HOP2Y(2)}, + {PIP_X(id_E220), HOP2Y(2), PIP_X(id_E221) + 1., HOP2Y(2)}, + {PIP_X(id_E221) + 1., HOP2Y(2), PIP_X(id_E221) + 1., WIRE_Y(0)}, + {PIP_X(id_E221) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W222) + 1., HOP2Y(1)}, + {PIP_X(id_W222) + 1., HOP2Y(1), PIP_X(id_W222) + 1., WIRE_Y(0)}}}, + {id_W22_loop1, + {{PIP_X(id_W220), WIRE_Y(0), PIP_X(id_W220), HOP2Y(3)}, + {PIP_X(id_W220), HOP2Y(3), PIP_X(id_W221) - 1., HOP2Y(3)}, + {PIP_X(id_W221) - 1., HOP2Y(3), PIP_X(id_W221) - 1., WIRE_Y(0)}, + {PIP_X(id_W221) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E222) - 1., HOP2Y(0)}, + {PIP_X(id_E222) - 1., HOP2Y(0), PIP_X(id_E222) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 3) + {id_E23, + {{PIP_X(id_E230), WIRE_Y(0), PIP_X(id_E230), HOP2Y(2)}, + {PIP_X(id_E230), HOP2Y(2), PIP_X(id_E231) + 1., HOP2Y(2)}, + {PIP_X(id_E231) + 1., HOP2Y(2), PIP_X(id_E231) + 1., WIRE_Y(0)}, + {PIP_X(id_E231) + 1., HOP2Y(0), PIP_X(id_E232) + 2., HOP2Y(0)}, + {PIP_X(id_E232) + 2., HOP2Y(0), PIP_X(id_E232) + 2., WIRE_Y(0)}}}, + {id_W23, + {{PIP_X(id_W230), WIRE_Y(0), PIP_X(id_W230), HOP2Y(3)}, + {PIP_X(id_W230), HOP2Y(3), PIP_X(id_W231) - 1., HOP2Y(3)}, + {PIP_X(id_W231) - 1., HOP2Y(3), PIP_X(id_W231) - 1., WIRE_Y(0)}, + {PIP_X(id_W231) - 1., HOP2Y(1), PIP_X(id_W232) - 2., HOP2Y(1)}, + {PIP_X(id_W232) - 2., HOP2Y(1), PIP_X(id_W232) - 2., WIRE_Y(0)}}}, + {id_E23_loop0, + {{PIP_X(id_E230), WIRE_Y(0), PIP_X(id_E230), HOP2Y(2)}, + {PIP_X(id_E230), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W231), HOP2Y(3)}, + {PIP_X(id_W231), HOP2Y(3), PIP_X(id_W231), WIRE_Y(0)}, + {PIP_X(id_W231), HOP2Y(1), PIP_X(id_W232) - 1., HOP2Y(1)}, + {PIP_X(id_W232) - 1., HOP2Y(1), PIP_X(id_W232) - 1., WIRE_Y(0)}}}, + {id_W23_loop0, + {{PIP_X(id_W230), WIRE_Y(0), PIP_X(id_W230), HOP2Y(3)}, + {PIP_X(id_W230), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E231), HOP2Y(2)}, + {PIP_X(id_E231), HOP2Y(2), PIP_X(id_E231), WIRE_Y(0)}, + {PIP_X(id_E231), HOP2Y(0), PIP_X(id_E232) + 1., HOP2Y(0)}, + {PIP_X(id_E232) + 1., HOP2Y(0), PIP_X(id_E232) + 1., WIRE_Y(0)}}}, + {id_E23_loop1, + {{PIP_X(id_E230), WIRE_Y(0), PIP_X(id_E230), HOP2Y(2)}, + {PIP_X(id_E230), HOP2Y(2), PIP_X(id_E231) + 1., HOP2Y(2)}, + {PIP_X(id_E231) + 1., HOP2Y(2), PIP_X(id_E231) + 1., WIRE_Y(0)}, + {PIP_X(id_E231) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W232) + 1., HOP2Y(1)}, + {PIP_X(id_W232) + 1., HOP2Y(1), PIP_X(id_W232) + 1., WIRE_Y(0)}}}, + {id_W23_loop1, + {{PIP_X(id_W230), WIRE_Y(0), PIP_X(id_W230), HOP2Y(3)}, + {PIP_X(id_W230), HOP2Y(3), PIP_X(id_W231) - 1., HOP2Y(3)}, + {PIP_X(id_W231) - 1., HOP2Y(3), PIP_X(id_W231) - 1., WIRE_Y(0)}, + {PIP_X(id_W231) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E232) - 1., HOP2Y(0)}, + {PIP_X(id_E232) - 1., HOP2Y(0), PIP_X(id_E232) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 4) + {id_E24, + {{PIP_X(id_E240), WIRE_Y(0), PIP_X(id_E240), HOP2Y(2)}, + {PIP_X(id_E240), HOP2Y(2), PIP_X(id_E241) + 1., HOP2Y(2)}, + {PIP_X(id_E241) + 1., HOP2Y(2), PIP_X(id_E241) + 1., WIRE_Y(0)}, + {PIP_X(id_E241) + 1., HOP2Y(0), PIP_X(id_E242) + 2., HOP2Y(0)}, + {PIP_X(id_E242) + 2., HOP2Y(0), PIP_X(id_E242) + 2., WIRE_Y(0)}}}, + {id_W24, + {{PIP_X(id_W240), WIRE_Y(0), PIP_X(id_W240), HOP2Y(3)}, + {PIP_X(id_W240), HOP2Y(3), PIP_X(id_W241) - 1., HOP2Y(3)}, + {PIP_X(id_W241) - 1., HOP2Y(3), PIP_X(id_W241) - 1., WIRE_Y(0)}, + {PIP_X(id_W241) - 1., HOP2Y(1), PIP_X(id_W242) - 2., HOP2Y(1)}, + {PIP_X(id_W242) - 2., HOP2Y(1), PIP_X(id_W242) - 2., WIRE_Y(0)}}}, + {id_E24_loop0, + {{PIP_X(id_E240), WIRE_Y(0), PIP_X(id_E240), HOP2Y(2)}, + {PIP_X(id_E240), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W241), HOP2Y(3)}, + {PIP_X(id_W241), HOP2Y(3), PIP_X(id_W241), WIRE_Y(0)}, + {PIP_X(id_W241), HOP2Y(1), PIP_X(id_W242) - 1., HOP2Y(1)}, + {PIP_X(id_W242) - 1., HOP2Y(1), PIP_X(id_W242) - 1., WIRE_Y(0)}}}, + {id_W24_loop0, + {{PIP_X(id_W240), WIRE_Y(0), PIP_X(id_W240), HOP2Y(3)}, + {PIP_X(id_W240), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E241), HOP2Y(2)}, + {PIP_X(id_E241), HOP2Y(2), PIP_X(id_E241), WIRE_Y(0)}, + {PIP_X(id_E241), HOP2Y(0), PIP_X(id_E242) + 1., HOP2Y(0)}, + {PIP_X(id_E242) + 1., HOP2Y(0), PIP_X(id_E242) + 1., WIRE_Y(0)}}}, + {id_E24_loop1, + {{PIP_X(id_E240), WIRE_Y(0), PIP_X(id_E240), HOP2Y(2)}, + {PIP_X(id_E240), HOP2Y(2), PIP_X(id_E241) + 1., HOP2Y(2)}, + {PIP_X(id_E241) + 1., HOP2Y(2), PIP_X(id_E241) + 1., WIRE_Y(0)}, + {PIP_X(id_E241) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W242) + 1., HOP2Y(1)}, + {PIP_X(id_W242) + 1., HOP2Y(1), PIP_X(id_W242) + 1., WIRE_Y(0)}}}, + {id_W24_loop1, + {{PIP_X(id_W240), WIRE_Y(0), PIP_X(id_W240), HOP2Y(3)}, + {PIP_X(id_W240), HOP2Y(3), PIP_X(id_W241) - 1., HOP2Y(3)}, + {PIP_X(id_W241) - 1., HOP2Y(3), PIP_X(id_W241) - 1., WIRE_Y(0)}, + {PIP_X(id_W241) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E242) - 1., HOP2Y(0)}, + {PIP_X(id_E242) - 1., HOP2Y(0), PIP_X(id_E242) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 5) + {id_E25, + {{PIP_X(id_E250), WIRE_Y(0), PIP_X(id_E250), HOP2Y(2)}, + {PIP_X(id_E250), HOP2Y(2), PIP_X(id_E251) + 1., HOP2Y(2)}, + {PIP_X(id_E251) + 1., HOP2Y(2), PIP_X(id_E251) + 1., WIRE_Y(0)}, + {PIP_X(id_E251) + 1., HOP2Y(0), PIP_X(id_E252) + 2., HOP2Y(0)}, + {PIP_X(id_E252) + 2., HOP2Y(0), PIP_X(id_E252) + 2., WIRE_Y(0)}}}, + {id_W25, + {{PIP_X(id_W250), WIRE_Y(0), PIP_X(id_W250), HOP2Y(3)}, + {PIP_X(id_W250), HOP2Y(3), PIP_X(id_W251) - 1., HOP2Y(3)}, + {PIP_X(id_W251) - 1., HOP2Y(3), PIP_X(id_W251) - 1., WIRE_Y(0)}, + {PIP_X(id_W251) - 1., HOP2Y(1), PIP_X(id_W252) - 2., HOP2Y(1)}, + {PIP_X(id_W252) - 2., HOP2Y(1), PIP_X(id_W252) - 2., WIRE_Y(0)}}}, + {id_E25_loop0, + {{PIP_X(id_E250), WIRE_Y(0), PIP_X(id_E250), HOP2Y(2)}, + {PIP_X(id_E250), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W251), HOP2Y(3)}, + {PIP_X(id_W251), HOP2Y(3), PIP_X(id_W251), WIRE_Y(0)}, + {PIP_X(id_W251), HOP2Y(1), PIP_X(id_W252) - 1., HOP2Y(1)}, + {PIP_X(id_W252) - 1., HOP2Y(1), PIP_X(id_W252) - 1., WIRE_Y(0)}}}, + {id_W25_loop0, + {{PIP_X(id_W250), WIRE_Y(0), PIP_X(id_W250), HOP2Y(3)}, + {PIP_X(id_W250), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E251), HOP2Y(2)}, + {PIP_X(id_E251), HOP2Y(2), PIP_X(id_E251), WIRE_Y(0)}, + {PIP_X(id_E251), HOP2Y(0), PIP_X(id_E252) + 1., HOP2Y(0)}, + {PIP_X(id_E252) + 1., HOP2Y(0), PIP_X(id_E252) + 1., WIRE_Y(0)}}}, + {id_E25_loop1, + {{PIP_X(id_E250), WIRE_Y(0), PIP_X(id_E250), HOP2Y(2)}, + {PIP_X(id_E250), HOP2Y(2), PIP_X(id_E251) + 1., HOP2Y(2)}, + {PIP_X(id_E251) + 1., HOP2Y(2), PIP_X(id_E251) + 1., WIRE_Y(0)}, + {PIP_X(id_E251) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W252) + 1., HOP2Y(1)}, + {PIP_X(id_W252) + 1., HOP2Y(1), PIP_X(id_W252) + 1., WIRE_Y(0)}}}, + {id_W25_loop1, + {{PIP_X(id_W250), WIRE_Y(0), PIP_X(id_W250), HOP2Y(3)}, + {PIP_X(id_W250), HOP2Y(3), PIP_X(id_W251) - 1., HOP2Y(3)}, + {PIP_X(id_W251) - 1., HOP2Y(3), PIP_X(id_W251) - 1., WIRE_Y(0)}, + {PIP_X(id_W251) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E252) - 1., HOP2Y(0)}, + {PIP_X(id_E252) - 1., HOP2Y(0), PIP_X(id_E252) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 6) + {id_E26, + {{PIP_X(id_E260), WIRE_Y(0), PIP_X(id_E260), HOP2Y(2)}, + {PIP_X(id_E260), HOP2Y(2), PIP_X(id_E261) + 1., HOP2Y(2)}, + {PIP_X(id_E261) + 1., HOP2Y(2), PIP_X(id_E261) + 1., WIRE_Y(0)}, + {PIP_X(id_E261) + 1., HOP2Y(0), PIP_X(id_E262) + 2., HOP2Y(0)}, + {PIP_X(id_E262) + 2., HOP2Y(0), PIP_X(id_E262) + 2., WIRE_Y(0)}}}, + {id_W26, + {{PIP_X(id_W260), WIRE_Y(0), PIP_X(id_W260), HOP2Y(3)}, + {PIP_X(id_W260), HOP2Y(3), PIP_X(id_W261) - 1., HOP2Y(3)}, + {PIP_X(id_W261) - 1., HOP2Y(3), PIP_X(id_W261) - 1., WIRE_Y(0)}, + {PIP_X(id_W261) - 1., HOP2Y(1), PIP_X(id_W262) - 2., HOP2Y(1)}, + {PIP_X(id_W262) - 2., HOP2Y(1), PIP_X(id_W262) - 2., WIRE_Y(0)}}}, + {id_E26_loop0, + {{PIP_X(id_E260), WIRE_Y(0), PIP_X(id_E260), HOP2Y(2)}, + {PIP_X(id_E260), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W261), HOP2Y(3)}, + {PIP_X(id_W261), HOP2Y(3), PIP_X(id_W261), WIRE_Y(0)}, + {PIP_X(id_W261), HOP2Y(1), PIP_X(id_W262) - 1., HOP2Y(1)}, + {PIP_X(id_W262) - 1., HOP2Y(1), PIP_X(id_W262) - 1., WIRE_Y(0)}}}, + {id_W26_loop0, + {{PIP_X(id_W260), WIRE_Y(0), PIP_X(id_W260), HOP2Y(3)}, + {PIP_X(id_W260), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E261), HOP2Y(2)}, + {PIP_X(id_E261), HOP2Y(2), PIP_X(id_E261), WIRE_Y(0)}, + {PIP_X(id_E261), HOP2Y(0), PIP_X(id_E262) + 1., HOP2Y(0)}, + {PIP_X(id_E262) + 1., HOP2Y(0), PIP_X(id_E262) + 1., WIRE_Y(0)}}}, + {id_E26_loop1, + {{PIP_X(id_E260), WIRE_Y(0), PIP_X(id_E260), HOP2Y(2)}, + {PIP_X(id_E260), HOP2Y(2), PIP_X(id_E261) + 1., HOP2Y(2)}, + {PIP_X(id_E261) + 1., HOP2Y(2), PIP_X(id_E261) + 1., WIRE_Y(0)}, + {PIP_X(id_E261) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W262) + 1., HOP2Y(1)}, + {PIP_X(id_W262) + 1., HOP2Y(1), PIP_X(id_W262) + 1., WIRE_Y(0)}}}, + {id_W26_loop1, + {{PIP_X(id_W260), WIRE_Y(0), PIP_X(id_W260), HOP2Y(3)}, + {PIP_X(id_W260), HOP2Y(3), PIP_X(id_W261) - 1., HOP2Y(3)}, + {PIP_X(id_W261) - 1., HOP2Y(3), PIP_X(id_W261) - 1., WIRE_Y(0)}, + {PIP_X(id_W261) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E262) - 1., HOP2Y(0)}, + {PIP_X(id_E262) - 1., HOP2Y(0), PIP_X(id_E262) - 1., WIRE_Y(0)}}}, + +#undef HOP2Y +#define HOP2Y(offset) WIRE_Y(offset + 9 + 4 * 7) + {id_E27, + {{PIP_X(id_E270), WIRE_Y(0), PIP_X(id_E270), HOP2Y(2)}, + {PIP_X(id_E270), HOP2Y(2), PIP_X(id_E271) + 1., HOP2Y(2)}, + {PIP_X(id_E271) + 1., HOP2Y(2), PIP_X(id_E271) + 1., WIRE_Y(0)}, + {PIP_X(id_E271) + 1., HOP2Y(0), PIP_X(id_E272) + 2., HOP2Y(0)}, + {PIP_X(id_E272) + 2., HOP2Y(0), PIP_X(id_E272) + 2., WIRE_Y(0)}}}, + {id_W27, + {{PIP_X(id_W270), WIRE_Y(0), PIP_X(id_W270), HOP2Y(3)}, + {PIP_X(id_W270), HOP2Y(3), PIP_X(id_W271) - 1., HOP2Y(3)}, + {PIP_X(id_W271) - 1., HOP2Y(3), PIP_X(id_W271) - 1., WIRE_Y(0)}, + {PIP_X(id_W271) - 1., HOP2Y(1), PIP_X(id_W272) - 2., HOP2Y(1)}, + {PIP_X(id_W272) - 2., HOP2Y(1), PIP_X(id_W272) - 2., WIRE_Y(0)}}}, + {id_E27_loop0, + {{PIP_X(id_E270), WIRE_Y(0), PIP_X(id_E270), HOP2Y(2)}, + {PIP_X(id_E270), HOP2Y(2), wrap_len + 1., HOP2Y(2)}, + {wrap_len + 1., HOP2Y(2), wrap_len + 1., HOP2Y(3)}, + {wrap_len + 1., HOP2Y(3), PIP_X(id_W271), HOP2Y(3)}, + {PIP_X(id_W271), HOP2Y(3), PIP_X(id_W271), WIRE_Y(0)}, + {PIP_X(id_W271), HOP2Y(1), PIP_X(id_W272) - 1., HOP2Y(1)}, + {PIP_X(id_W272) - 1., HOP2Y(1), PIP_X(id_W272) - 1., WIRE_Y(0)}}}, + {id_W27_loop0, + {{PIP_X(id_W270), WIRE_Y(0), PIP_X(id_W270), HOP2Y(3)}, + {PIP_X(id_W270), HOP2Y(3), -wrap_len, HOP2Y(3)}, + {-wrap_len, HOP2Y(3), -wrap_len, HOP2Y(2)}, + {-wrap_len, HOP2Y(2), PIP_X(id_E271), HOP2Y(2)}, + {PIP_X(id_E271), HOP2Y(2), PIP_X(id_E271), WIRE_Y(0)}, + {PIP_X(id_E271), HOP2Y(0), PIP_X(id_E272) + 1., HOP2Y(0)}, + {PIP_X(id_E272) + 1., HOP2Y(0), PIP_X(id_E272) + 1., WIRE_Y(0)}}}, + {id_E27_loop1, + {{PIP_X(id_E270), WIRE_Y(0), PIP_X(id_E270), HOP2Y(2)}, + {PIP_X(id_E270), HOP2Y(2), PIP_X(id_E271) + 1., HOP2Y(2)}, + {PIP_X(id_E271) + 1., HOP2Y(2), PIP_X(id_E271) + 1., WIRE_Y(0)}, + {PIP_X(id_E271) + 1., HOP2Y(0), wrap_len + 2., HOP2Y(0)}, + {wrap_len + 2., HOP2Y(0), wrap_len + 2., HOP2Y(1)}, + {wrap_len + 2., HOP2Y(1), PIP_X(id_W272) + 1., HOP2Y(1)}, + {PIP_X(id_W272) + 1., HOP2Y(1), PIP_X(id_W272) + 1., WIRE_Y(0)}}}, + {id_W27_loop1, + {{PIP_X(id_W270), WIRE_Y(0), PIP_X(id_W270), HOP2Y(3)}, + {PIP_X(id_W270), HOP2Y(3), PIP_X(id_W271) - 1., HOP2Y(3)}, + {PIP_X(id_W271) - 1., HOP2Y(3), PIP_X(id_W271) - 1., WIRE_Y(0)}, + {PIP_X(id_W271) - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(1)}, + {-wrap_len - 1., HOP2Y(1), -wrap_len - 1., HOP2Y(0)}, + {-wrap_len - 1., HOP2Y(0), PIP_X(id_E272) - 1., HOP2Y(0)}, + {PIP_X(id_E272) - 1., HOP2Y(0), PIP_X(id_E272) - 1., WIRE_Y(0)}}}, + +// clock branches +#define CLK_GBO0_Y 41.f +#define CLK_GBO1_Y 46.f +// 4 hop +#define HOP4Y_START (CLK_GBO0_Y + 10.f) +#define HOP4Y(offset) WIRE_Y((float)offset + HOP4Y_START) + {id_E80, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W808) + 3., HOP4Y(10)}, + {PIP_X(id_W808) + 3., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W808) + 4., HOP4Y(8)}, + {PIP_X(id_W808) + 4., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E804) + 4., HOP4Y(8), PIP_X(id_E804) + 4., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W808) + 5., HOP4Y(6)}, + {PIP_X(id_W808) + 5., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W808) + 6., HOP4Y(4)}, + {PIP_X(id_W808) + 6., HOP4Y(4), PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W808) + 7., HOP4Y(2)}, + {PIP_X(id_W808) + 7., HOP4Y(2), PIP_X(id_W808) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 7., HOP4Y(0), PIP_X(id_E808) + 8., HOP4Y(0)}, + {PIP_X(id_E808) + 8, HOP4Y(0), PIP_X(id_E808) + 8., WIRE_Y(0)}}}, + {id_W80, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W800) - 3., HOP4Y(11)}, + {PIP_X(id_W800) - 3., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W800) - 4., HOP4Y(9)}, + {PIP_X(id_W800) - 4., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W804) - 4., HOP4Y(9), PIP_X(id_W804) - 4., WIRE_Y(0)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W800) - 5., HOP4Y(7)}, + {PIP_X(id_W800) - 5., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W800) - 6., HOP4Y(5)}, + {PIP_X(id_W800) - 6., HOP4Y(5), PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W800) - 7., HOP4Y(3)}, + {PIP_X(id_W800) - 7., HOP4Y(3), PIP_X(id_W800) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist - 7., HOP4Y(1), PIP_X(id_W808) - 8., HOP4Y(1)}, + {PIP_X(id_W808) - 8, HOP4Y(1), PIP_X(id_W808) - 8., WIRE_Y(0)}}}, + {id_E80_loop0, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), wrap_len + 1., HOP4Y(14)}, + {wrap_len + 1., HOP4Y(14), wrap_len + 1., HOP4Y(15)}, + {wrap_len + 1., HOP4Y(15), PIP_X(id_W800) - 0., HOP4Y(15)}, + {PIP_X(id_W800) - 0., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(13), PIP_X(id_W800) - 1., HOP4Y(13)}, + {PIP_X(id_W800) - 1., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(11), PIP_X(id_W800) - 2., HOP4Y(11)}, + {PIP_X(id_W800) - 2., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(9), PIP_X(id_W800) - 3., HOP4Y(9)}, + {PIP_X(id_W800) - 3., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(7)}, + {PIP_X(id_W804) - 3., HOP4Y(9), PIP_X(id_W804) - 3., WIRE_Y(0)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(7), PIP_X(id_W800) - 4., HOP4Y(7)}, + {PIP_X(id_W800) - 4., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(5), PIP_X(id_W800) - 5., HOP4Y(5)}, + {PIP_X(id_W800) - 5., HOP4Y(5), PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(3), PIP_X(id_W800) - 6., HOP4Y(3)}, + {PIP_X(id_W800) - 6., HOP4Y(3), PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(1), PIP_X(id_W808) - 7., HOP4Y(1)}, + {PIP_X(id_W808) - 7, HOP4Y(1), PIP_X(id_W808) - 7., WIRE_Y(0)}}}, + {id_E80_loop1, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), wrap_len + 2., HOP4Y(12)}, + {wrap_len + 2., HOP4Y(12), wrap_len + 2., HOP4Y(13)}, + {wrap_len + 2., HOP4Y(13), PIP_X(id_W800) + 1., HOP4Y(13)}, + {PIP_X(id_W800) + 1., HOP4Y(13), PIP_X(id_W800) - top_wire_dist + 1., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist + 1., HOP4Y(11), PIP_X(id_W800) - 0., HOP4Y(11)}, + {PIP_X(id_W800) - 0., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(9), PIP_X(id_W800) - 1., HOP4Y(9)}, + {PIP_X(id_W804) - 1., HOP4Y(9), PIP_X(id_W804) - 1., WIRE_Y(0)}, + {PIP_X(id_W800) - 1., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(7)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(7), PIP_X(id_W800) - 2., HOP4Y(7)}, + {PIP_X(id_W800) - 2., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(5), PIP_X(id_W800) - 3., HOP4Y(5)}, + {PIP_X(id_W800) - 3., HOP4Y(5), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(3), PIP_X(id_W800) - 4., HOP4Y(3)}, + {PIP_X(id_W800) - 4., HOP4Y(3), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(1), PIP_X(id_W808) - 5., HOP4Y(1)}, + {PIP_X(id_W808) - 5., HOP4Y(1), PIP_X(id_W808) - 5., WIRE_Y(0)}}}, + {id_E80_loop2, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), wrap_len + 3., HOP4Y(10)}, + {wrap_len + 3., HOP4Y(10), wrap_len + 3., HOP4Y(11)}, + {wrap_len + 3., HOP4Y(11), PIP_X(id_W800) + 2., HOP4Y(11)}, + {PIP_X(id_W800) + 2., HOP4Y(11), PIP_X(id_W800) - top_wire_dist + 2., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist + 2., HOP4Y(9), PIP_X(id_W800) + 1., HOP4Y(9)}, + {PIP_X(id_W804) + 1., HOP4Y(9), PIP_X(id_W804) + 1., WIRE_Y(0)}, + {PIP_X(id_W800) + 1., HOP4Y(9), PIP_X(id_W800) - top_wire_dist + 1., HOP4Y(7)}, + {PIP_X(id_W800) - top_wire_dist + 1., HOP4Y(7), PIP_X(id_W800) + 0., HOP4Y(7)}, + {PIP_X(id_W800) + 0., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(5), PIP_X(id_W800) - 1., HOP4Y(5)}, + {PIP_X(id_W800) - 1., HOP4Y(5), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(3), PIP_X(id_W800) - 2., HOP4Y(3)}, + {PIP_X(id_W800) - 2., HOP4Y(3), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(1), PIP_X(id_W808) - 3., HOP4Y(1)}, + {PIP_X(id_W808) - 3., HOP4Y(1), PIP_X(id_W808) - 3., WIRE_Y(0)}}}, + {id_E80_loop3, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W808) + 3., HOP4Y(10)}, + {PIP_X(id_W808) + 3., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8), wrap_len + 4., HOP4Y(8)}, + {wrap_len + 4., HOP4Y(8), wrap_len + 4., HOP4Y(9)}, + {wrap_len + 4., HOP4Y(9), PIP_X(id_W800) + 3., HOP4Y(9)}, + {PIP_X(id_W804) + 3., HOP4Y(9), PIP_X(id_W804) + 3., WIRE_Y(0)}, + {PIP_X(id_W800) + 3., HOP4Y(9), PIP_X(id_W800) - top_wire_dist + 3., HOP4Y(7)}, + {PIP_X(id_W800) - top_wire_dist + 3., HOP4Y(7), PIP_X(id_W800) + 2., HOP4Y(7)}, + {PIP_X(id_W800) + 2., HOP4Y(7), PIP_X(id_W800) - top_wire_dist + 2., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist + 2., HOP4Y(5), PIP_X(id_W800) + 1., HOP4Y(5)}, + {PIP_X(id_W800) + 1., HOP4Y(5), PIP_X(id_W800) - top_wire_dist + 1., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist + 1., HOP4Y(3), PIP_X(id_W800) - 0., HOP4Y(3)}, + {PIP_X(id_W800) - 0., HOP4Y(3), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(1), PIP_X(id_W808) - 1., HOP4Y(1)}, + {PIP_X(id_W808) - 1., HOP4Y(1), PIP_X(id_W808) - 1., WIRE_Y(0)}}}, + {id_E80_loop4, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W808) + 3., HOP4Y(10)}, + {PIP_X(id_W808) + 3., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W808) + 4., HOP4Y(8)}, + {PIP_X(id_E804) + 4., HOP4Y(8), PIP_X(id_E804) + 4., WIRE_Y(0)}, + {PIP_X(id_W808) + 4., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6), wrap_len + 5., HOP4Y(6)}, + {wrap_len + 5., HOP4Y(6), wrap_len + 5., HOP4Y(7)}, + {wrap_len + 5., HOP4Y(7), PIP_X(id_W800) + 4., HOP4Y(7)}, + {PIP_X(id_W800) + 4., HOP4Y(7), PIP_X(id_W800) - top_wire_dist + 4., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist + 4., HOP4Y(5), PIP_X(id_W800) + 3., HOP4Y(5)}, + {PIP_X(id_W800) + 3., HOP4Y(5), PIP_X(id_W800) - top_wire_dist + 3., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist + 3., HOP4Y(3), PIP_X(id_W800) + 2., HOP4Y(3)}, + {PIP_X(id_W800) + 2., HOP4Y(3), PIP_X(id_W800) - top_wire_dist + 2., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist + 2., HOP4Y(1), PIP_X(id_W808) + 1., HOP4Y(1)}, + {PIP_X(id_W808) + 1., HOP4Y(1), PIP_X(id_W808) + 1., WIRE_Y(0)}}}, + {id_E80_loop5, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W808) + 3., HOP4Y(10)}, + {PIP_X(id_W808) + 3., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W808) + 4., HOP4Y(8)}, + {PIP_X(id_E804) + 4., HOP4Y(8), PIP_X(id_E804) + 4., WIRE_Y(0)}, + {PIP_X(id_W808) + 4., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W808) + 5., HOP4Y(6)}, + {PIP_X(id_W808) + 5., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4), wrap_len + 6., HOP4Y(4)}, + {wrap_len + 6., HOP4Y(4), wrap_len + 6., HOP4Y(5)}, + {wrap_len + 6., HOP4Y(5), PIP_X(id_W800) + 5., HOP4Y(5)}, + {PIP_X(id_W800) + 5., HOP4Y(5), PIP_X(id_W800) - top_wire_dist + 5., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist + 5., HOP4Y(3), PIP_X(id_W800) + 4., HOP4Y(3)}, + {PIP_X(id_W800) + 4., HOP4Y(3), PIP_X(id_W800) - top_wire_dist + 4., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist + 4., HOP4Y(1), PIP_X(id_W808) + 3., HOP4Y(1)}, + {PIP_X(id_W808) + 3., HOP4Y(1), PIP_X(id_W808) + 3., WIRE_Y(0)}}}, + {id_E80_loop6, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W808) + 3., HOP4Y(10)}, + {PIP_X(id_W808) + 3., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W808) + 4., HOP4Y(8)}, + {PIP_X(id_W808) + 4., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E804) + 4., HOP4Y(8), PIP_X(id_E804) + 4., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W808) + 5., HOP4Y(6)}, + {PIP_X(id_W808) + 5., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W808) + 6., HOP4Y(4)}, + {PIP_X(id_W808) + 6., HOP4Y(4), PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(2), wrap_len + 7., HOP4Y(2)}, + {wrap_len + 7., HOP4Y(2), wrap_len + 7., HOP4Y(3)}, + {wrap_len + 7., HOP4Y(3), PIP_X(id_W800) + 6., HOP4Y(3)}, + {PIP_X(id_W800) + 6., HOP4Y(3), PIP_X(id_W800) - top_wire_dist + 6., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist + 6., HOP4Y(1), PIP_X(id_W808) + 5., HOP4Y(1)}, + {PIP_X(id_W808) + 5., HOP4Y(1), PIP_X(id_W808) + 5., WIRE_Y(0)}}}, + {id_E80_loop7, + {{PIP_X(id_E800), WIRE_Y(0), PIP_X(id_E800), HOP4Y(16)}, + {PIP_X(id_E800), HOP4Y(16), PIP_X(id_W808), HOP4Y(16)}, + {PIP_X(id_W808) + 0., HOP4Y(16), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W808) + 1., HOP4Y(14)}, + {PIP_X(id_W808) + 1., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W808) + 2., HOP4Y(12)}, + {PIP_X(id_W808) + 2., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W808) + 3., HOP4Y(10)}, + {PIP_X(id_W808) + 3., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W808) + 4., HOP4Y(8)}, + {PIP_X(id_W808) + 4., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E804) + 4., HOP4Y(8), PIP_X(id_E804) + 4., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W808) + 5., HOP4Y(6)}, + {PIP_X(id_W808) + 5., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W808) + 6., HOP4Y(4)}, + {PIP_X(id_W808) + 6., HOP4Y(4), PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W808) + 7., HOP4Y(2)}, + {PIP_X(id_W808) + 7., HOP4Y(2), PIP_X(id_W808) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 7., HOP4Y(0), wrap_len + 8., HOP4Y(0)}, + {wrap_len + 8., HOP4Y(0), wrap_len + 8., HOP4Y(1)}, + {wrap_len + 8., HOP4Y(1), PIP_X(id_W808) + 7., HOP4Y(1)}, + {PIP_X(id_W808) + 7., HOP4Y(1), PIP_X(id_W808) + 7., WIRE_Y(0)}}}, + {id_W80_loop0, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(15)}, + {-wrap_len - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(14)}, + {-wrap_len - 0., HOP4Y(14), PIP_X(id_W808) + 0., HOP4Y(14)}, + {PIP_X(id_W808) + 0., HOP4Y(14), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(12)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(12), PIP_X(id_W808) + 1., HOP4Y(12)}, + {PIP_X(id_W808) + 1., HOP4Y(12), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(10), PIP_X(id_W808) + 2., HOP4Y(10)}, + {PIP_X(id_W808) + 2., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(8), PIP_X(id_W808) + 3., HOP4Y(8)}, + {PIP_X(id_W808) + 3., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(6)}, + {PIP_X(id_E804) + 3., HOP4Y(8), PIP_X(id_E804) + 3., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(6), PIP_X(id_W808) + 4., HOP4Y(6)}, + {PIP_X(id_W808) + 4., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(4), PIP_X(id_W808) + 5., HOP4Y(4)}, + {PIP_X(id_W808) + 5., HOP4Y(4), PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist + 5., HOP4Y(2), PIP_X(id_W808) + 6., HOP4Y(2)}, + {PIP_X(id_W808) + 6., HOP4Y(2), PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 6., HOP4Y(0), PIP_X(id_E808) + 7., HOP4Y(0)}, + {PIP_X(id_E808) + 7., HOP4Y(0), PIP_X(id_E808) + 7., WIRE_Y(0)}}}, + {id_W80_loop1, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(13)}, + {-wrap_len - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(12)}, + {-wrap_len - 1., HOP4Y(12), PIP_X(id_W808) - 1., HOP4Y(12)}, + {PIP_X(id_W808) - 1., HOP4Y(12), PIP_X(id_W808) + top_wire_dist - 1., HOP4Y(10)}, + {PIP_X(id_W808) + top_wire_dist - 1., HOP4Y(10), PIP_X(id_W808) + 0., HOP4Y(10)}, + {PIP_X(id_W808) + 0., HOP4Y(10), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(8), PIP_X(id_W808) + 1., HOP4Y(8)}, + {PIP_X(id_W808) + 1., HOP4Y(8), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(6)}, + {PIP_X(id_E804) + 1., HOP4Y(8), PIP_X(id_E804) + 1., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(6), PIP_X(id_W808) + 2., HOP4Y(6)}, + {PIP_X(id_W808) + 2., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(4), PIP_X(id_W808) + 3., HOP4Y(4)}, + {PIP_X(id_W808) + 3., HOP4Y(4), PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist + 3., HOP4Y(2), PIP_X(id_W808) + 4., HOP4Y(2)}, + {PIP_X(id_W808) + 4., HOP4Y(2), PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 4., HOP4Y(0), PIP_X(id_E808) + 5., HOP4Y(0)}, + {PIP_X(id_E808) + 5., HOP4Y(0), PIP_X(id_E808) + 5., WIRE_Y(0)}}}, + {id_W80_loop2, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(11)}, + {-wrap_len - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(10)}, + {-wrap_len - 2., HOP4Y(10), PIP_X(id_W808) - 2., HOP4Y(10)}, + {PIP_X(id_W808) - 2., HOP4Y(10), PIP_X(id_W808) + top_wire_dist - 2., HOP4Y(8)}, + {PIP_X(id_W808) + top_wire_dist - 2., HOP4Y(8), PIP_X(id_W808) - 1., HOP4Y(8)}, + {PIP_X(id_W808) - 1., HOP4Y(8), PIP_X(id_W808) + top_wire_dist - 1., HOP4Y(6)}, + {PIP_X(id_E804) - 1., HOP4Y(8), PIP_X(id_E804) - 1., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist - 1., HOP4Y(6), PIP_X(id_W808) + 0., HOP4Y(6)}, + {PIP_X(id_W808) + 0., HOP4Y(6), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(4), PIP_X(id_W808) + 1., HOP4Y(4)}, + {PIP_X(id_W808) + 1., HOP4Y(4), PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist + 1., HOP4Y(2), PIP_X(id_W808) + 2., HOP4Y(2)}, + {PIP_X(id_W808) + 2., HOP4Y(2), PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 2., HOP4Y(0), PIP_X(id_E808) + 3., HOP4Y(0)}, + {PIP_X(id_E808) + 3., HOP4Y(0), PIP_X(id_E808) + 3., WIRE_Y(0)}}}, + {id_W80_loop3, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W800) - 3., HOP4Y(11)}, + {PIP_X(id_W800) - 3., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(9)}, + {-wrap_len - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(8)}, + {-wrap_len - 3., HOP4Y(8), PIP_X(id_W808) - 3., HOP4Y(8)}, + {PIP_X(id_W808) - 3., HOP4Y(8), PIP_X(id_W808) + top_wire_dist - 3., HOP4Y(6)}, + {PIP_X(id_E804) - 3., HOP4Y(8), PIP_X(id_E804) - 3., WIRE_Y(0)}, + {PIP_X(id_W808) + top_wire_dist - 3., HOP4Y(6), PIP_X(id_W808) - 2., HOP4Y(6)}, + {PIP_X(id_W808) - 2., HOP4Y(6), PIP_X(id_W808) + top_wire_dist - 2., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist - 2., HOP4Y(4), PIP_X(id_W808) - 1., HOP4Y(4)}, + {PIP_X(id_W808) - 1., HOP4Y(4), PIP_X(id_W808) + top_wire_dist - 1., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist - 1., HOP4Y(2), PIP_X(id_W808) + 0., HOP4Y(2)}, + {PIP_X(id_W808) + 0., HOP4Y(2), PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist + 0., HOP4Y(0), PIP_X(id_E808) + 1., HOP4Y(0)}, + {PIP_X(id_E808) + 1., HOP4Y(0), PIP_X(id_E808) + 1., WIRE_Y(0)}}}, + {id_W80_loop4, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W800) - 3., HOP4Y(11)}, + {PIP_X(id_W800) - 3., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W800) - 4., HOP4Y(9)}, + {PIP_X(id_W800) - 4., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(7)}, + {-wrap_len - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(6)}, + {PIP_X(id_W804) - 4., HOP4Y(6), PIP_X(id_W804) - 4., WIRE_Y(0)}, + {-wrap_len - 4., HOP4Y(6), PIP_X(id_W808) - 4., HOP4Y(6)}, + {PIP_X(id_W808) - 4., HOP4Y(6), PIP_X(id_W808) + top_wire_dist - 4., HOP4Y(4)}, + {PIP_X(id_W808) + top_wire_dist - 4., HOP4Y(4), PIP_X(id_W808) - 3., HOP4Y(4)}, + {PIP_X(id_W808) - 3., HOP4Y(4), PIP_X(id_W808) + top_wire_dist - 3., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist - 3., HOP4Y(2), PIP_X(id_W808) - 2., HOP4Y(2)}, + {PIP_X(id_W808) - 2., HOP4Y(2), PIP_X(id_W808) + top_wire_dist - 2., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist - 2., HOP4Y(0), PIP_X(id_E808) - 1., HOP4Y(0)}, + {PIP_X(id_E808) - 1., HOP4Y(0), PIP_X(id_E808) - 1., WIRE_Y(0)}}}, + {id_W80_loop5, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W800) - 3., HOP4Y(11)}, + {PIP_X(id_W800) - 3., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W800) - 4., HOP4Y(9)}, + {PIP_X(id_W800) - 4., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W804) - 4., HOP4Y(9), PIP_X(id_W804) - 4., WIRE_Y(0)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W800) - 5., HOP4Y(7)}, + {PIP_X(id_W800) - 5., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(5)}, + {-wrap_len - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(4)}, + {-wrap_len - 5., HOP4Y(4), PIP_X(id_W808) - 5., HOP4Y(4)}, + {PIP_X(id_W808) - 5., HOP4Y(4), PIP_X(id_W808) + top_wire_dist - 5., HOP4Y(2)}, + {PIP_X(id_W808) + top_wire_dist - 5., HOP4Y(2), PIP_X(id_W808) - 4., HOP4Y(2)}, + {PIP_X(id_W808) - 4., HOP4Y(2), PIP_X(id_W808) + top_wire_dist - 4., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist - 4., HOP4Y(0), PIP_X(id_E808) - 3., HOP4Y(0)}, + {PIP_X(id_E808) - 3., HOP4Y(0), PIP_X(id_E808) - 3., WIRE_Y(0)}}}, + {id_W80_loop6, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W800) - 3., HOP4Y(11)}, + {PIP_X(id_W800) - 3., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W800) - 4., HOP4Y(9)}, + {PIP_X(id_W800) - 4., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W804) - 4., HOP4Y(9), PIP_X(id_W804) - 4., WIRE_Y(0)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W800) - 5., HOP4Y(7)}, + {PIP_X(id_W800) - 5., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W800) - 6., HOP4Y(5)}, + {PIP_X(id_W800) - 6., HOP4Y(5), PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(3)}, + {-wrap_len - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(2)}, + {-wrap_len - 6., HOP4Y(2), PIP_X(id_W808) - 6., HOP4Y(2)}, + {PIP_X(id_W808) - 6., HOP4Y(2), PIP_X(id_W808) + top_wire_dist - 6., HOP4Y(0)}, + {PIP_X(id_W808) + top_wire_dist - 6., HOP4Y(0), PIP_X(id_E808) - 5., HOP4Y(0)}, + {PIP_X(id_E808) - 5., HOP4Y(0), PIP_X(id_E808) - 5., WIRE_Y(0)}}}, + {id_W80_loop7, + {{PIP_X(id_W800), WIRE_Y(0), PIP_X(id_W800), HOP4Y(17)}, + {PIP_X(id_W800) - 0., HOP4Y(17), PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W800) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W800) - 1., HOP4Y(15)}, + {PIP_X(id_W800) - 1., HOP4Y(15), PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W800) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W800) - 2., HOP4Y(13)}, + {PIP_X(id_W800) - 2., HOP4Y(13), PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W800) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W800) - 3., HOP4Y(11)}, + {PIP_X(id_W800) - 3., HOP4Y(11), PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W800) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W800) - 4., HOP4Y(9)}, + {PIP_X(id_W800) - 4., HOP4Y(9), PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W804) - 4., HOP4Y(9), PIP_X(id_W804) - 4., WIRE_Y(0)}, + {PIP_X(id_W800) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W800) - 5., HOP4Y(7)}, + {PIP_X(id_W800) - 5., HOP4Y(7), PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W800) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W800) - 6., HOP4Y(5)}, + {PIP_X(id_W800) - 6., HOP4Y(5), PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W800) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W800) - 7., HOP4Y(3)}, + {PIP_X(id_W800) - 7., HOP4Y(3), PIP_X(id_W800) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W800) - top_wire_dist - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(1)}, + {-wrap_len - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(0)}, + {-wrap_len - 7., HOP4Y(0), PIP_X(id_E808) - 7., HOP4Y(0)}, + {PIP_X(id_E808) - 7., HOP4Y(0), PIP_X(id_E808) - 7., WIRE_Y(0)}}}, + +#undef HOP4Y +#define HOP4Y(offset) WIRE_Y((float)offset + HOP4Y_START + 18.f) + {id_E81, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W818) + 3., HOP4Y(10)}, + {PIP_X(id_W818) + 3., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W818) + 4., HOP4Y(8)}, + {PIP_X(id_W818) + 4., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E814) + 4., HOP4Y(8), PIP_X(id_E814) + 4., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W818) + 5., HOP4Y(6)}, + {PIP_X(id_W818) + 5., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W818) + 6., HOP4Y(4)}, + {PIP_X(id_W818) + 6., HOP4Y(4), PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W818) + 7., HOP4Y(2)}, + {PIP_X(id_W818) + 7., HOP4Y(2), PIP_X(id_W818) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 7., HOP4Y(0), PIP_X(id_E818) + 8., HOP4Y(0)}, + {PIP_X(id_E818) + 8, HOP4Y(0), PIP_X(id_E818) + 8., WIRE_Y(0)}}}, + {id_W81, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W810) - 3., HOP4Y(11)}, + {PIP_X(id_W810) - 3., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W810) - 4., HOP4Y(9)}, + {PIP_X(id_W810) - 4., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W814) - 4., HOP4Y(9), PIP_X(id_W814) - 4., WIRE_Y(0)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W810) - 5., HOP4Y(7)}, + {PIP_X(id_W810) - 5., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W810) - 6., HOP4Y(5)}, + {PIP_X(id_W810) - 6., HOP4Y(5), PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W810) - 7., HOP4Y(3)}, + {PIP_X(id_W810) - 7., HOP4Y(3), PIP_X(id_W810) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist - 7., HOP4Y(1), PIP_X(id_W818) - 8., HOP4Y(1)}, + {PIP_X(id_W818) - 8, HOP4Y(1), PIP_X(id_W818) - 8., WIRE_Y(0)}}}, + {id_E81_loop0, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), wrap_len + 1., HOP4Y(14)}, + {wrap_len + 1., HOP4Y(14), wrap_len + 1., HOP4Y(15)}, + {wrap_len + 1., HOP4Y(15), PIP_X(id_W810) - 0., HOP4Y(15)}, + {PIP_X(id_W810) - 0., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(13), PIP_X(id_W810) - 1., HOP4Y(13)}, + {PIP_X(id_W810) - 1., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(11), PIP_X(id_W810) - 2., HOP4Y(11)}, + {PIP_X(id_W810) - 2., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(9), PIP_X(id_W810) - 3., HOP4Y(9)}, + {PIP_X(id_W810) - 3., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(7)}, + {PIP_X(id_W814) - 3., HOP4Y(9), PIP_X(id_W814) - 3., WIRE_Y(0)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(7), PIP_X(id_W810) - 4., HOP4Y(7)}, + {PIP_X(id_W810) - 4., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(5), PIP_X(id_W810) - 5., HOP4Y(5)}, + {PIP_X(id_W810) - 5., HOP4Y(5), PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(3), PIP_X(id_W810) - 6., HOP4Y(3)}, + {PIP_X(id_W810) - 6., HOP4Y(3), PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(1), PIP_X(id_W818) - 7., HOP4Y(1)}, + {PIP_X(id_W818) - 7, HOP4Y(1), PIP_X(id_W818) - 7., WIRE_Y(0)}}}, + {id_E81_loop1, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), wrap_len + 2., HOP4Y(12)}, + {wrap_len + 2., HOP4Y(12), wrap_len + 2., HOP4Y(13)}, + {wrap_len + 2., HOP4Y(13), PIP_X(id_W810) + 1., HOP4Y(13)}, + {PIP_X(id_W810) + 1., HOP4Y(13), PIP_X(id_W810) - top_wire_dist + 1., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist + 1., HOP4Y(11), PIP_X(id_W810) - 0., HOP4Y(11)}, + {PIP_X(id_W810) - 0., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(9), PIP_X(id_W810) - 1., HOP4Y(9)}, + {PIP_X(id_W814) - 1., HOP4Y(9), PIP_X(id_W814) - 1., WIRE_Y(0)}, + {PIP_X(id_W810) - 1., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(7)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(7), PIP_X(id_W810) - 2., HOP4Y(7)}, + {PIP_X(id_W810) - 2., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(5), PIP_X(id_W810) - 3., HOP4Y(5)}, + {PIP_X(id_W810) - 3., HOP4Y(5), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(3), PIP_X(id_W810) - 4., HOP4Y(3)}, + {PIP_X(id_W810) - 4., HOP4Y(3), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(1), PIP_X(id_W818) - 5., HOP4Y(1)}, + {PIP_X(id_W818) - 5., HOP4Y(1), PIP_X(id_W818) - 5., WIRE_Y(0)}}}, + {id_E81_loop2, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), wrap_len + 3., HOP4Y(10)}, + {wrap_len + 3., HOP4Y(10), wrap_len + 3., HOP4Y(11)}, + {wrap_len + 3., HOP4Y(11), PIP_X(id_W810) + 2., HOP4Y(11)}, + {PIP_X(id_W810) + 2., HOP4Y(11), PIP_X(id_W810) - top_wire_dist + 2., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist + 2., HOP4Y(9), PIP_X(id_W810) + 1., HOP4Y(9)}, + {PIP_X(id_W814) + 1., HOP4Y(9), PIP_X(id_W814) + 1., WIRE_Y(0)}, + {PIP_X(id_W810) + 1., HOP4Y(9), PIP_X(id_W810) - top_wire_dist + 1., HOP4Y(7)}, + {PIP_X(id_W810) - top_wire_dist + 1., HOP4Y(7), PIP_X(id_W810) + 0., HOP4Y(7)}, + {PIP_X(id_W810) + 0., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(5), PIP_X(id_W810) - 1., HOP4Y(5)}, + {PIP_X(id_W810) - 1., HOP4Y(5), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(3), PIP_X(id_W810) - 2., HOP4Y(3)}, + {PIP_X(id_W810) - 2., HOP4Y(3), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(1), PIP_X(id_W818) - 3., HOP4Y(1)}, + {PIP_X(id_W818) - 3., HOP4Y(1), PIP_X(id_W818) - 3., WIRE_Y(0)}}}, + {id_E81_loop3, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W818) + 3., HOP4Y(10)}, + {PIP_X(id_W818) + 3., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8), wrap_len + 4., HOP4Y(8)}, + {wrap_len + 4., HOP4Y(8), wrap_len + 4., HOP4Y(9)}, + {wrap_len + 4., HOP4Y(9), PIP_X(id_W810) + 3., HOP4Y(9)}, + {PIP_X(id_W814) + 3., HOP4Y(9), PIP_X(id_W814) + 3., WIRE_Y(0)}, + {PIP_X(id_W810) + 3., HOP4Y(9), PIP_X(id_W810) - top_wire_dist + 3., HOP4Y(7)}, + {PIP_X(id_W810) - top_wire_dist + 3., HOP4Y(7), PIP_X(id_W810) + 2., HOP4Y(7)}, + {PIP_X(id_W810) + 2., HOP4Y(7), PIP_X(id_W810) - top_wire_dist + 2., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist + 2., HOP4Y(5), PIP_X(id_W810) + 1., HOP4Y(5)}, + {PIP_X(id_W810) + 1., HOP4Y(5), PIP_X(id_W810) - top_wire_dist + 1., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist + 1., HOP4Y(3), PIP_X(id_W810) - 0., HOP4Y(3)}, + {PIP_X(id_W810) - 0., HOP4Y(3), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(1), PIP_X(id_W818) - 1., HOP4Y(1)}, + {PIP_X(id_W818) - 1., HOP4Y(1), PIP_X(id_W818) - 1., WIRE_Y(0)}}}, + {id_E81_loop4, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W818) + 3., HOP4Y(10)}, + {PIP_X(id_W818) + 3., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W818) + 4., HOP4Y(8)}, + {PIP_X(id_E814) + 4., HOP4Y(8), PIP_X(id_E814) + 4., WIRE_Y(0)}, + {PIP_X(id_W818) + 4., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6), wrap_len + 5., HOP4Y(6)}, + {wrap_len + 5., HOP4Y(6), wrap_len + 5., HOP4Y(7)}, + {wrap_len + 5., HOP4Y(7), PIP_X(id_W810) + 4., HOP4Y(7)}, + {PIP_X(id_W810) + 4., HOP4Y(7), PIP_X(id_W810) - top_wire_dist + 4., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist + 4., HOP4Y(5), PIP_X(id_W810) + 3., HOP4Y(5)}, + {PIP_X(id_W810) + 3., HOP4Y(5), PIP_X(id_W810) - top_wire_dist + 3., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist + 3., HOP4Y(3), PIP_X(id_W810) + 2., HOP4Y(3)}, + {PIP_X(id_W810) + 2., HOP4Y(3), PIP_X(id_W810) - top_wire_dist + 2., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist + 2., HOP4Y(1), PIP_X(id_W818) + 1., HOP4Y(1)}, + {PIP_X(id_W818) + 1., HOP4Y(1), PIP_X(id_W818) + 1., WIRE_Y(0)}}}, + {id_E81_loop5, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W818) + 3., HOP4Y(10)}, + {PIP_X(id_W818) + 3., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W818) + 4., HOP4Y(8)}, + {PIP_X(id_E814) + 4., HOP4Y(8), PIP_X(id_E814) + 4., WIRE_Y(0)}, + {PIP_X(id_W818) + 4., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W818) + 5., HOP4Y(6)}, + {PIP_X(id_W818) + 5., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4), wrap_len + 6., HOP4Y(4)}, + {wrap_len + 6., HOP4Y(4), wrap_len + 6., HOP4Y(5)}, + {wrap_len + 6., HOP4Y(5), PIP_X(id_W810) + 5., HOP4Y(5)}, + {PIP_X(id_W810) + 5., HOP4Y(5), PIP_X(id_W810) - top_wire_dist + 5., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist + 5., HOP4Y(3), PIP_X(id_W810) + 4., HOP4Y(3)}, + {PIP_X(id_W810) + 4., HOP4Y(3), PIP_X(id_W810) - top_wire_dist + 4., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist + 4., HOP4Y(1), PIP_X(id_W818) + 3., HOP4Y(1)}, + {PIP_X(id_W818) + 3., HOP4Y(1), PIP_X(id_W818) + 3., WIRE_Y(0)}}}, + {id_E81_loop6, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W818) + 3., HOP4Y(10)}, + {PIP_X(id_W818) + 3., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W818) + 4., HOP4Y(8)}, + {PIP_X(id_W818) + 4., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E814) + 4., HOP4Y(8), PIP_X(id_E814) + 4., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W818) + 5., HOP4Y(6)}, + {PIP_X(id_W818) + 5., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W818) + 6., HOP4Y(4)}, + {PIP_X(id_W818) + 6., HOP4Y(4), PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(2), wrap_len + 7., HOP4Y(2)}, + {wrap_len + 7., HOP4Y(2), wrap_len + 7., HOP4Y(3)}, + {wrap_len + 7., HOP4Y(3), PIP_X(id_W810) + 6., HOP4Y(3)}, + {PIP_X(id_W810) + 6., HOP4Y(3), PIP_X(id_W810) - top_wire_dist + 6., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist + 6., HOP4Y(1), PIP_X(id_W818) + 5., HOP4Y(1)}, + {PIP_X(id_W818) + 5., HOP4Y(1), PIP_X(id_W818) + 5., WIRE_Y(0)}}}, + {id_E81_loop7, + {{PIP_X(id_E810), WIRE_Y(0), PIP_X(id_E810), HOP4Y(16)}, + {PIP_X(id_E810), HOP4Y(16), PIP_X(id_W818), HOP4Y(16)}, + {PIP_X(id_W818) + 0., HOP4Y(16), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W818) + 1., HOP4Y(14)}, + {PIP_X(id_W818) + 1., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W818) + 2., HOP4Y(12)}, + {PIP_X(id_W818) + 2., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W818) + 3., HOP4Y(10)}, + {PIP_X(id_W818) + 3., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W818) + 4., HOP4Y(8)}, + {PIP_X(id_W818) + 4., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E814) + 4., HOP4Y(8), PIP_X(id_E814) + 4., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W818) + 5., HOP4Y(6)}, + {PIP_X(id_W818) + 5., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W818) + 6., HOP4Y(4)}, + {PIP_X(id_W818) + 6., HOP4Y(4), PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W818) + 7., HOP4Y(2)}, + {PIP_X(id_W818) + 7., HOP4Y(2), PIP_X(id_W818) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 7., HOP4Y(0), wrap_len + 8., HOP4Y(0)}, + {wrap_len + 8., HOP4Y(0), wrap_len + 8., HOP4Y(1)}, + {wrap_len + 8., HOP4Y(1), PIP_X(id_W818) + 7., HOP4Y(1)}, + {PIP_X(id_W818) + 7., HOP4Y(1), PIP_X(id_W818) + 7., WIRE_Y(0)}}}, + {id_W81_loop0, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(15)}, + {-wrap_len - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(14)}, + {-wrap_len - 0., HOP4Y(14), PIP_X(id_W818) + 0., HOP4Y(14)}, + {PIP_X(id_W818) + 0., HOP4Y(14), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(12)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(12), PIP_X(id_W818) + 1., HOP4Y(12)}, + {PIP_X(id_W818) + 1., HOP4Y(12), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(10), PIP_X(id_W818) + 2., HOP4Y(10)}, + {PIP_X(id_W818) + 2., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(8), PIP_X(id_W818) + 3., HOP4Y(8)}, + {PIP_X(id_W818) + 3., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(6)}, + {PIP_X(id_E814) + 3., HOP4Y(8), PIP_X(id_E814) + 3., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(6), PIP_X(id_W818) + 4., HOP4Y(6)}, + {PIP_X(id_W818) + 4., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(4), PIP_X(id_W818) + 5., HOP4Y(4)}, + {PIP_X(id_W818) + 5., HOP4Y(4), PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist + 5., HOP4Y(2), PIP_X(id_W818) + 6., HOP4Y(2)}, + {PIP_X(id_W818) + 6., HOP4Y(2), PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 6., HOP4Y(0), PIP_X(id_E818) + 7., HOP4Y(0)}, + {PIP_X(id_E818) + 7., HOP4Y(0), PIP_X(id_E818) + 7., WIRE_Y(0)}}}, + {id_W81_loop1, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(13)}, + {-wrap_len - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(12)}, + {-wrap_len - 1., HOP4Y(12), PIP_X(id_W818) - 1., HOP4Y(12)}, + {PIP_X(id_W818) - 1., HOP4Y(12), PIP_X(id_W818) + top_wire_dist - 1., HOP4Y(10)}, + {PIP_X(id_W818) + top_wire_dist - 1., HOP4Y(10), PIP_X(id_W818) + 0., HOP4Y(10)}, + {PIP_X(id_W818) + 0., HOP4Y(10), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(8), PIP_X(id_W818) + 1., HOP4Y(8)}, + {PIP_X(id_W818) + 1., HOP4Y(8), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(6)}, + {PIP_X(id_E814) + 1., HOP4Y(8), PIP_X(id_E814) + 1., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(6), PIP_X(id_W818) + 2., HOP4Y(6)}, + {PIP_X(id_W818) + 2., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(4), PIP_X(id_W818) + 3., HOP4Y(4)}, + {PIP_X(id_W818) + 3., HOP4Y(4), PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist + 3., HOP4Y(2), PIP_X(id_W818) + 4., HOP4Y(2)}, + {PIP_X(id_W818) + 4., HOP4Y(2), PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 4., HOP4Y(0), PIP_X(id_E818) + 5., HOP4Y(0)}, + {PIP_X(id_E818) + 5., HOP4Y(0), PIP_X(id_E818) + 5., WIRE_Y(0)}}}, + {id_W81_loop2, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(11)}, + {-wrap_len - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(10)}, + {-wrap_len - 2., HOP4Y(10), PIP_X(id_W818) - 2., HOP4Y(10)}, + {PIP_X(id_W818) - 2., HOP4Y(10), PIP_X(id_W818) + top_wire_dist - 2., HOP4Y(8)}, + {PIP_X(id_W818) + top_wire_dist - 2., HOP4Y(8), PIP_X(id_W818) - 1., HOP4Y(8)}, + {PIP_X(id_W818) - 1., HOP4Y(8), PIP_X(id_W818) + top_wire_dist - 1., HOP4Y(6)}, + {PIP_X(id_E814) - 1., HOP4Y(8), PIP_X(id_E814) - 1., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist - 1., HOP4Y(6), PIP_X(id_W818) + 0., HOP4Y(6)}, + {PIP_X(id_W818) + 0., HOP4Y(6), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(4), PIP_X(id_W818) + 1., HOP4Y(4)}, + {PIP_X(id_W818) + 1., HOP4Y(4), PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist + 1., HOP4Y(2), PIP_X(id_W818) + 2., HOP4Y(2)}, + {PIP_X(id_W818) + 2., HOP4Y(2), PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 2., HOP4Y(0), PIP_X(id_E818) + 3., HOP4Y(0)}, + {PIP_X(id_E818) + 3., HOP4Y(0), PIP_X(id_E818) + 3., WIRE_Y(0)}}}, + {id_W81_loop3, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W810) - 3., HOP4Y(11)}, + {PIP_X(id_W810) - 3., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(9)}, + {-wrap_len - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(8)}, + {-wrap_len - 3., HOP4Y(8), PIP_X(id_W818) - 3., HOP4Y(8)}, + {PIP_X(id_W818) - 3., HOP4Y(8), PIP_X(id_W818) + top_wire_dist - 3., HOP4Y(6)}, + {PIP_X(id_E814) - 3., HOP4Y(8), PIP_X(id_E814) - 3., WIRE_Y(0)}, + {PIP_X(id_W818) + top_wire_dist - 3., HOP4Y(6), PIP_X(id_W818) - 2., HOP4Y(6)}, + {PIP_X(id_W818) - 2., HOP4Y(6), PIP_X(id_W818) + top_wire_dist - 2., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist - 2., HOP4Y(4), PIP_X(id_W818) - 1., HOP4Y(4)}, + {PIP_X(id_W818) - 1., HOP4Y(4), PIP_X(id_W818) + top_wire_dist - 1., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist - 1., HOP4Y(2), PIP_X(id_W818) + 0., HOP4Y(2)}, + {PIP_X(id_W818) + 0., HOP4Y(2), PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist + 0., HOP4Y(0), PIP_X(id_E818) + 1., HOP4Y(0)}, + {PIP_X(id_E818) + 1., HOP4Y(0), PIP_X(id_E818) + 1., WIRE_Y(0)}}}, + {id_W81_loop4, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W810) - 3., HOP4Y(11)}, + {PIP_X(id_W810) - 3., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W810) - 4., HOP4Y(9)}, + {PIP_X(id_W810) - 4., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(7)}, + {-wrap_len - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(6)}, + {PIP_X(id_W814) - 4., HOP4Y(6), PIP_X(id_W814) - 4., WIRE_Y(0)}, + {-wrap_len - 4., HOP4Y(6), PIP_X(id_W818) - 4., HOP4Y(6)}, + {PIP_X(id_W818) - 4., HOP4Y(6), PIP_X(id_W818) + top_wire_dist - 4., HOP4Y(4)}, + {PIP_X(id_W818) + top_wire_dist - 4., HOP4Y(4), PIP_X(id_W818) - 3., HOP4Y(4)}, + {PIP_X(id_W818) - 3., HOP4Y(4), PIP_X(id_W818) + top_wire_dist - 3., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist - 3., HOP4Y(2), PIP_X(id_W818) - 2., HOP4Y(2)}, + {PIP_X(id_W818) - 2., HOP4Y(2), PIP_X(id_W818) + top_wire_dist - 2., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist - 2., HOP4Y(0), PIP_X(id_E818) - 1., HOP4Y(0)}, + {PIP_X(id_E818) - 1., HOP4Y(0), PIP_X(id_E818) - 1., WIRE_Y(0)}}}, + {id_W81_loop5, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W810) - 3., HOP4Y(11)}, + {PIP_X(id_W810) - 3., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W810) - 4., HOP4Y(9)}, + {PIP_X(id_W810) - 4., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W814) - 4., HOP4Y(9), PIP_X(id_W814) - 4., WIRE_Y(0)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W810) - 5., HOP4Y(7)}, + {PIP_X(id_W810) - 5., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(5)}, + {-wrap_len - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(4)}, + {-wrap_len - 5., HOP4Y(4), PIP_X(id_W818) - 5., HOP4Y(4)}, + {PIP_X(id_W818) - 5., HOP4Y(4), PIP_X(id_W818) + top_wire_dist - 5., HOP4Y(2)}, + {PIP_X(id_W818) + top_wire_dist - 5., HOP4Y(2), PIP_X(id_W818) - 4., HOP4Y(2)}, + {PIP_X(id_W818) - 4., HOP4Y(2), PIP_X(id_W818) + top_wire_dist - 4., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist - 4., HOP4Y(0), PIP_X(id_E818) - 3., HOP4Y(0)}, + {PIP_X(id_E818) - 3., HOP4Y(0), PIP_X(id_E818) - 3., WIRE_Y(0)}}}, + {id_W81_loop6, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W810) - 3., HOP4Y(11)}, + {PIP_X(id_W810) - 3., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W810) - 4., HOP4Y(9)}, + {PIP_X(id_W810) - 4., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W814) - 4., HOP4Y(9), PIP_X(id_W814) - 4., WIRE_Y(0)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W810) - 5., HOP4Y(7)}, + {PIP_X(id_W810) - 5., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W810) - 6., HOP4Y(5)}, + {PIP_X(id_W810) - 6., HOP4Y(5), PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(3)}, + {-wrap_len - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(2)}, + {-wrap_len - 6., HOP4Y(2), PIP_X(id_W818) - 6., HOP4Y(2)}, + {PIP_X(id_W818) - 6., HOP4Y(2), PIP_X(id_W818) + top_wire_dist - 6., HOP4Y(0)}, + {PIP_X(id_W818) + top_wire_dist - 6., HOP4Y(0), PIP_X(id_E818) - 5., HOP4Y(0)}, + {PIP_X(id_E818) - 5., HOP4Y(0), PIP_X(id_E818) - 5., WIRE_Y(0)}}}, + {id_W81_loop7, + {{PIP_X(id_W810), WIRE_Y(0), PIP_X(id_W810), HOP4Y(17)}, + {PIP_X(id_W810) - 0., HOP4Y(17), PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W810) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W810) - 1., HOP4Y(15)}, + {PIP_X(id_W810) - 1., HOP4Y(15), PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W810) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W810) - 2., HOP4Y(13)}, + {PIP_X(id_W810) - 2., HOP4Y(13), PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W810) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W810) - 3., HOP4Y(11)}, + {PIP_X(id_W810) - 3., HOP4Y(11), PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W810) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W810) - 4., HOP4Y(9)}, + {PIP_X(id_W810) - 4., HOP4Y(9), PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W814) - 4., HOP4Y(9), PIP_X(id_W814) - 4., WIRE_Y(0)}, + {PIP_X(id_W810) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W810) - 5., HOP4Y(7)}, + {PIP_X(id_W810) - 5., HOP4Y(7), PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W810) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W810) - 6., HOP4Y(5)}, + {PIP_X(id_W810) - 6., HOP4Y(5), PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W810) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W810) - 7., HOP4Y(3)}, + {PIP_X(id_W810) - 7., HOP4Y(3), PIP_X(id_W810) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W810) - top_wire_dist - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(1)}, + {-wrap_len - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(0)}, + {-wrap_len - 7., HOP4Y(0), PIP_X(id_E818) - 7., HOP4Y(0)}, + {PIP_X(id_E818) - 7., HOP4Y(0), PIP_X(id_E818) - 7., WIRE_Y(0)}}}, + +#undef HOP4Y +#define HOP4Y(offset) WIRE_Y((float)offset + HOP4Y_START + 18.f + 18.f) + {id_E82, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W828) + 3., HOP4Y(10)}, + {PIP_X(id_W828) + 3., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W828) + 4., HOP4Y(8)}, + {PIP_X(id_W828) + 4., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E824) + 4., HOP4Y(8), PIP_X(id_E824) + 4., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W828) + 5., HOP4Y(6)}, + {PIP_X(id_W828) + 5., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W828) + 6., HOP4Y(4)}, + {PIP_X(id_W828) + 6., HOP4Y(4), PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W828) + 7., HOP4Y(2)}, + {PIP_X(id_W828) + 7., HOP4Y(2), PIP_X(id_W828) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 7., HOP4Y(0), PIP_X(id_E828) + 8., HOP4Y(0)}, + {PIP_X(id_E828) + 8, HOP4Y(0), PIP_X(id_E828) + 8., WIRE_Y(0)}}}, + {id_W82, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W820) - 3., HOP4Y(11)}, + {PIP_X(id_W820) - 3., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W820) - 4., HOP4Y(9)}, + {PIP_X(id_W820) - 4., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W824) - 4., HOP4Y(9), PIP_X(id_W824) - 4., WIRE_Y(0)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W820) - 5., HOP4Y(7)}, + {PIP_X(id_W820) - 5., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W820) - 6., HOP4Y(5)}, + {PIP_X(id_W820) - 6., HOP4Y(5), PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W820) - 7., HOP4Y(3)}, + {PIP_X(id_W820) - 7., HOP4Y(3), PIP_X(id_W820) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist - 7., HOP4Y(1), PIP_X(id_W828) - 8., HOP4Y(1)}, + {PIP_X(id_W828) - 8, HOP4Y(1), PIP_X(id_W828) - 8., WIRE_Y(0)}}}, + {id_E82_loop0, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), wrap_len + 1., HOP4Y(14)}, + {wrap_len + 1., HOP4Y(14), wrap_len + 1., HOP4Y(15)}, + {wrap_len + 1., HOP4Y(15), PIP_X(id_W820) - 0., HOP4Y(15)}, + {PIP_X(id_W820) - 0., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(13), PIP_X(id_W820) - 1., HOP4Y(13)}, + {PIP_X(id_W820) - 1., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(11), PIP_X(id_W820) - 2., HOP4Y(11)}, + {PIP_X(id_W820) - 2., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(9), PIP_X(id_W820) - 3., HOP4Y(9)}, + {PIP_X(id_W820) - 3., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(7)}, + {PIP_X(id_W824) - 3., HOP4Y(9), PIP_X(id_W824) - 3., WIRE_Y(0)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(7), PIP_X(id_W820) - 4., HOP4Y(7)}, + {PIP_X(id_W820) - 4., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(5), PIP_X(id_W820) - 5., HOP4Y(5)}, + {PIP_X(id_W820) - 5., HOP4Y(5), PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(3), PIP_X(id_W820) - 6., HOP4Y(3)}, + {PIP_X(id_W820) - 6., HOP4Y(3), PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(1), PIP_X(id_W828) - 7., HOP4Y(1)}, + {PIP_X(id_W828) - 7, HOP4Y(1), PIP_X(id_W828) - 7., WIRE_Y(0)}}}, + {id_E82_loop1, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), wrap_len + 2., HOP4Y(12)}, + {wrap_len + 2., HOP4Y(12), wrap_len + 2., HOP4Y(13)}, + {wrap_len + 2., HOP4Y(13), PIP_X(id_W820) + 1., HOP4Y(13)}, + {PIP_X(id_W820) + 1., HOP4Y(13), PIP_X(id_W820) - top_wire_dist + 1., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist + 1., HOP4Y(11), PIP_X(id_W820) - 0., HOP4Y(11)}, + {PIP_X(id_W820) - 0., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(9), PIP_X(id_W820) - 1., HOP4Y(9)}, + {PIP_X(id_W824) - 1., HOP4Y(9), PIP_X(id_W824) - 1., WIRE_Y(0)}, + {PIP_X(id_W820) - 1., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(7)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(7), PIP_X(id_W820) - 2., HOP4Y(7)}, + {PIP_X(id_W820) - 2., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(5), PIP_X(id_W820) - 3., HOP4Y(5)}, + {PIP_X(id_W820) - 3., HOP4Y(5), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(3), PIP_X(id_W820) - 4., HOP4Y(3)}, + {PIP_X(id_W820) - 4., HOP4Y(3), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(1), PIP_X(id_W828) - 5., HOP4Y(1)}, + {PIP_X(id_W828) - 5., HOP4Y(1), PIP_X(id_W828) - 5., WIRE_Y(0)}}}, + {id_E82_loop2, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), wrap_len + 3., HOP4Y(10)}, + {wrap_len + 3., HOP4Y(10), wrap_len + 3., HOP4Y(11)}, + {wrap_len + 3., HOP4Y(11), PIP_X(id_W820) + 2., HOP4Y(11)}, + {PIP_X(id_W820) + 2., HOP4Y(11), PIP_X(id_W820) - top_wire_dist + 2., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist + 2., HOP4Y(9), PIP_X(id_W820) + 1., HOP4Y(9)}, + {PIP_X(id_W824) + 1., HOP4Y(9), PIP_X(id_W824) + 1., WIRE_Y(0)}, + {PIP_X(id_W820) + 1., HOP4Y(9), PIP_X(id_W820) - top_wire_dist + 1., HOP4Y(7)}, + {PIP_X(id_W820) - top_wire_dist + 1., HOP4Y(7), PIP_X(id_W820) + 0., HOP4Y(7)}, + {PIP_X(id_W820) + 0., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(5), PIP_X(id_W820) - 1., HOP4Y(5)}, + {PIP_X(id_W820) - 1., HOP4Y(5), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(3), PIP_X(id_W820) - 2., HOP4Y(3)}, + {PIP_X(id_W820) - 2., HOP4Y(3), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(1), PIP_X(id_W828) - 3., HOP4Y(1)}, + {PIP_X(id_W828) - 3., HOP4Y(1), PIP_X(id_W828) - 3., WIRE_Y(0)}}}, + {id_E82_loop3, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W828) + 3., HOP4Y(10)}, + {PIP_X(id_W828) + 3., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8), wrap_len + 4., HOP4Y(8)}, + {wrap_len + 4., HOP4Y(8), wrap_len + 4., HOP4Y(9)}, + {wrap_len + 4., HOP4Y(9), PIP_X(id_W820) + 3., HOP4Y(9)}, + {PIP_X(id_W824) + 3., HOP4Y(9), PIP_X(id_W824) + 3., WIRE_Y(0)}, + {PIP_X(id_W820) + 3., HOP4Y(9), PIP_X(id_W820) - top_wire_dist + 3., HOP4Y(7)}, + {PIP_X(id_W820) - top_wire_dist + 3., HOP4Y(7), PIP_X(id_W820) + 2., HOP4Y(7)}, + {PIP_X(id_W820) + 2., HOP4Y(7), PIP_X(id_W820) - top_wire_dist + 2., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist + 2., HOP4Y(5), PIP_X(id_W820) + 1., HOP4Y(5)}, + {PIP_X(id_W820) + 1., HOP4Y(5), PIP_X(id_W820) - top_wire_dist + 1., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist + 1., HOP4Y(3), PIP_X(id_W820) - 0., HOP4Y(3)}, + {PIP_X(id_W820) - 0., HOP4Y(3), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(1), PIP_X(id_W828) - 1., HOP4Y(1)}, + {PIP_X(id_W828) - 1., HOP4Y(1), PIP_X(id_W828) - 1., WIRE_Y(0)}}}, + {id_E82_loop4, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W828) + 3., HOP4Y(10)}, + {PIP_X(id_W828) + 3., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W828) + 4., HOP4Y(8)}, + {PIP_X(id_E824) + 4., HOP4Y(8), PIP_X(id_E824) + 4., WIRE_Y(0)}, + {PIP_X(id_W828) + 4., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6), wrap_len + 5., HOP4Y(6)}, + {wrap_len + 5., HOP4Y(6), wrap_len + 5., HOP4Y(7)}, + {wrap_len + 5., HOP4Y(7), PIP_X(id_W820) + 4., HOP4Y(7)}, + {PIP_X(id_W820) + 4., HOP4Y(7), PIP_X(id_W820) - top_wire_dist + 4., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist + 4., HOP4Y(5), PIP_X(id_W820) + 3., HOP4Y(5)}, + {PIP_X(id_W820) + 3., HOP4Y(5), PIP_X(id_W820) - top_wire_dist + 3., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist + 3., HOP4Y(3), PIP_X(id_W820) + 2., HOP4Y(3)}, + {PIP_X(id_W820) + 2., HOP4Y(3), PIP_X(id_W820) - top_wire_dist + 2., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist + 2., HOP4Y(1), PIP_X(id_W828) + 1., HOP4Y(1)}, + {PIP_X(id_W828) + 1., HOP4Y(1), PIP_X(id_W828) + 1., WIRE_Y(0)}}}, + {id_E82_loop5, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W828) + 3., HOP4Y(10)}, + {PIP_X(id_W828) + 3., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W828) + 4., HOP4Y(8)}, + {PIP_X(id_E824) + 4., HOP4Y(8), PIP_X(id_E824) + 4., WIRE_Y(0)}, + {PIP_X(id_W828) + 4., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W828) + 5., HOP4Y(6)}, + {PIP_X(id_W828) + 5., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4), wrap_len + 6., HOP4Y(4)}, + {wrap_len + 6., HOP4Y(4), wrap_len + 6., HOP4Y(5)}, + {wrap_len + 6., HOP4Y(5), PIP_X(id_W820) + 5., HOP4Y(5)}, + {PIP_X(id_W820) + 5., HOP4Y(5), PIP_X(id_W820) - top_wire_dist + 5., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist + 5., HOP4Y(3), PIP_X(id_W820) + 4., HOP4Y(3)}, + {PIP_X(id_W820) + 4., HOP4Y(3), PIP_X(id_W820) - top_wire_dist + 4., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist + 4., HOP4Y(1), PIP_X(id_W828) + 3., HOP4Y(1)}, + {PIP_X(id_W828) + 3., HOP4Y(1), PIP_X(id_W828) + 3., WIRE_Y(0)}}}, + {id_E82_loop6, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W828) + 3., HOP4Y(10)}, + {PIP_X(id_W828) + 3., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W828) + 4., HOP4Y(8)}, + {PIP_X(id_W828) + 4., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E824) + 4., HOP4Y(8), PIP_X(id_E824) + 4., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W828) + 5., HOP4Y(6)}, + {PIP_X(id_W828) + 5., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W828) + 6., HOP4Y(4)}, + {PIP_X(id_W828) + 6., HOP4Y(4), PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(2), wrap_len + 7., HOP4Y(2)}, + {wrap_len + 7., HOP4Y(2), wrap_len + 7., HOP4Y(3)}, + {wrap_len + 7., HOP4Y(3), PIP_X(id_W820) + 6., HOP4Y(3)}, + {PIP_X(id_W820) + 6., HOP4Y(3), PIP_X(id_W820) - top_wire_dist + 6., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist + 6., HOP4Y(1), PIP_X(id_W828) + 5., HOP4Y(1)}, + {PIP_X(id_W828) + 5., HOP4Y(1), PIP_X(id_W828) + 5., WIRE_Y(0)}}}, + {id_E82_loop7, + {{PIP_X(id_E820), WIRE_Y(0), PIP_X(id_E820), HOP4Y(16)}, + {PIP_X(id_E820), HOP4Y(16), PIP_X(id_W828), HOP4Y(16)}, + {PIP_X(id_W828) + 0., HOP4Y(16), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W828) + 1., HOP4Y(14)}, + {PIP_X(id_W828) + 1., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W828) + 2., HOP4Y(12)}, + {PIP_X(id_W828) + 2., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W828) + 3., HOP4Y(10)}, + {PIP_X(id_W828) + 3., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W828) + 4., HOP4Y(8)}, + {PIP_X(id_W828) + 4., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E824) + 4., HOP4Y(8), PIP_X(id_E824) + 4., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W828) + 5., HOP4Y(6)}, + {PIP_X(id_W828) + 5., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W828) + 6., HOP4Y(4)}, + {PIP_X(id_W828) + 6., HOP4Y(4), PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W828) + 7., HOP4Y(2)}, + {PIP_X(id_W828) + 7., HOP4Y(2), PIP_X(id_W828) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 7., HOP4Y(0), wrap_len + 8., HOP4Y(0)}, + {wrap_len + 8., HOP4Y(0), wrap_len + 8., HOP4Y(1)}, + {wrap_len + 8., HOP4Y(1), PIP_X(id_W828) + 7., HOP4Y(1)}, + {PIP_X(id_W828) + 7., HOP4Y(1), PIP_X(id_W828) + 7., WIRE_Y(0)}}}, + {id_W82_loop0, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(15)}, + {-wrap_len - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(14)}, + {-wrap_len - 0., HOP4Y(14), PIP_X(id_W828) + 0., HOP4Y(14)}, + {PIP_X(id_W828) + 0., HOP4Y(14), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(12)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(12), PIP_X(id_W828) + 1., HOP4Y(12)}, + {PIP_X(id_W828) + 1., HOP4Y(12), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(10), PIP_X(id_W828) + 2., HOP4Y(10)}, + {PIP_X(id_W828) + 2., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(8), PIP_X(id_W828) + 3., HOP4Y(8)}, + {PIP_X(id_W828) + 3., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(6)}, + {PIP_X(id_E824) + 3., HOP4Y(8), PIP_X(id_E824) + 3., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(6), PIP_X(id_W828) + 4., HOP4Y(6)}, + {PIP_X(id_W828) + 4., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(4), PIP_X(id_W828) + 5., HOP4Y(4)}, + {PIP_X(id_W828) + 5., HOP4Y(4), PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist + 5., HOP4Y(2), PIP_X(id_W828) + 6., HOP4Y(2)}, + {PIP_X(id_W828) + 6., HOP4Y(2), PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 6., HOP4Y(0), PIP_X(id_E828) + 7., HOP4Y(0)}, + {PIP_X(id_E828) + 7., HOP4Y(0), PIP_X(id_E828) + 7., WIRE_Y(0)}}}, + {id_W82_loop1, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(13)}, + {-wrap_len - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(12)}, + {-wrap_len - 1., HOP4Y(12), PIP_X(id_W828) - 1., HOP4Y(12)}, + {PIP_X(id_W828) - 1., HOP4Y(12), PIP_X(id_W828) + top_wire_dist - 1., HOP4Y(10)}, + {PIP_X(id_W828) + top_wire_dist - 1., HOP4Y(10), PIP_X(id_W828) + 0., HOP4Y(10)}, + {PIP_X(id_W828) + 0., HOP4Y(10), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(8), PIP_X(id_W828) + 1., HOP4Y(8)}, + {PIP_X(id_W828) + 1., HOP4Y(8), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(6)}, + {PIP_X(id_E824) + 1., HOP4Y(8), PIP_X(id_E824) + 1., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(6), PIP_X(id_W828) + 2., HOP4Y(6)}, + {PIP_X(id_W828) + 2., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(4), PIP_X(id_W828) + 3., HOP4Y(4)}, + {PIP_X(id_W828) + 3., HOP4Y(4), PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist + 3., HOP4Y(2), PIP_X(id_W828) + 4., HOP4Y(2)}, + {PIP_X(id_W828) + 4., HOP4Y(2), PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 4., HOP4Y(0), PIP_X(id_E828) + 5., HOP4Y(0)}, + {PIP_X(id_E828) + 5., HOP4Y(0), PIP_X(id_E828) + 5., WIRE_Y(0)}}}, + {id_W82_loop2, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(11)}, + {-wrap_len - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(10)}, + {-wrap_len - 2., HOP4Y(10), PIP_X(id_W828) - 2., HOP4Y(10)}, + {PIP_X(id_W828) - 2., HOP4Y(10), PIP_X(id_W828) + top_wire_dist - 2., HOP4Y(8)}, + {PIP_X(id_W828) + top_wire_dist - 2., HOP4Y(8), PIP_X(id_W828) - 1., HOP4Y(8)}, + {PIP_X(id_W828) - 1., HOP4Y(8), PIP_X(id_W828) + top_wire_dist - 1., HOP4Y(6)}, + {PIP_X(id_E824) - 1., HOP4Y(8), PIP_X(id_E824) - 1., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist - 1., HOP4Y(6), PIP_X(id_W828) + 0., HOP4Y(6)}, + {PIP_X(id_W828) + 0., HOP4Y(6), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(4), PIP_X(id_W828) + 1., HOP4Y(4)}, + {PIP_X(id_W828) + 1., HOP4Y(4), PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist + 1., HOP4Y(2), PIP_X(id_W828) + 2., HOP4Y(2)}, + {PIP_X(id_W828) + 2., HOP4Y(2), PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 2., HOP4Y(0), PIP_X(id_E828) + 3., HOP4Y(0)}, + {PIP_X(id_E828) + 3., HOP4Y(0), PIP_X(id_E828) + 3., WIRE_Y(0)}}}, + {id_W82_loop3, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W820) - 3., HOP4Y(11)}, + {PIP_X(id_W820) - 3., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(9)}, + {-wrap_len - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(8)}, + {-wrap_len - 3., HOP4Y(8), PIP_X(id_W828) - 3., HOP4Y(8)}, + {PIP_X(id_W828) - 3., HOP4Y(8), PIP_X(id_W828) + top_wire_dist - 3., HOP4Y(6)}, + {PIP_X(id_E824) - 3., HOP4Y(8), PIP_X(id_E824) - 3., WIRE_Y(0)}, + {PIP_X(id_W828) + top_wire_dist - 3., HOP4Y(6), PIP_X(id_W828) - 2., HOP4Y(6)}, + {PIP_X(id_W828) - 2., HOP4Y(6), PIP_X(id_W828) + top_wire_dist - 2., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist - 2., HOP4Y(4), PIP_X(id_W828) - 1., HOP4Y(4)}, + {PIP_X(id_W828) - 1., HOP4Y(4), PIP_X(id_W828) + top_wire_dist - 1., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist - 1., HOP4Y(2), PIP_X(id_W828) + 0., HOP4Y(2)}, + {PIP_X(id_W828) + 0., HOP4Y(2), PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist + 0., HOP4Y(0), PIP_X(id_E828) + 1., HOP4Y(0)}, + {PIP_X(id_E828) + 1., HOP4Y(0), PIP_X(id_E828) + 1., WIRE_Y(0)}}}, + {id_W82_loop4, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W820) - 3., HOP4Y(11)}, + {PIP_X(id_W820) - 3., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W820) - 4., HOP4Y(9)}, + {PIP_X(id_W820) - 4., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(7)}, + {-wrap_len - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(6)}, + {PIP_X(id_W824) - 4., HOP4Y(6), PIP_X(id_W824) - 4., WIRE_Y(0)}, + {-wrap_len - 4., HOP4Y(6), PIP_X(id_W828) - 4., HOP4Y(6)}, + {PIP_X(id_W828) - 4., HOP4Y(6), PIP_X(id_W828) + top_wire_dist - 4., HOP4Y(4)}, + {PIP_X(id_W828) + top_wire_dist - 4., HOP4Y(4), PIP_X(id_W828) - 3., HOP4Y(4)}, + {PIP_X(id_W828) - 3., HOP4Y(4), PIP_X(id_W828) + top_wire_dist - 3., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist - 3., HOP4Y(2), PIP_X(id_W828) - 2., HOP4Y(2)}, + {PIP_X(id_W828) - 2., HOP4Y(2), PIP_X(id_W828) + top_wire_dist - 2., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist - 2., HOP4Y(0), PIP_X(id_E828) - 1., HOP4Y(0)}, + {PIP_X(id_E828) - 1., HOP4Y(0), PIP_X(id_E828) - 1., WIRE_Y(0)}}}, + {id_W82_loop5, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W820) - 3., HOP4Y(11)}, + {PIP_X(id_W820) - 3., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W820) - 4., HOP4Y(9)}, + {PIP_X(id_W820) - 4., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W824) - 4., HOP4Y(9), PIP_X(id_W824) - 4., WIRE_Y(0)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W820) - 5., HOP4Y(7)}, + {PIP_X(id_W820) - 5., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(5)}, + {-wrap_len - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(4)}, + {-wrap_len - 5., HOP4Y(4), PIP_X(id_W828) - 5., HOP4Y(4)}, + {PIP_X(id_W828) - 5., HOP4Y(4), PIP_X(id_W828) + top_wire_dist - 5., HOP4Y(2)}, + {PIP_X(id_W828) + top_wire_dist - 5., HOP4Y(2), PIP_X(id_W828) - 4., HOP4Y(2)}, + {PIP_X(id_W828) - 4., HOP4Y(2), PIP_X(id_W828) + top_wire_dist - 4., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist - 4., HOP4Y(0), PIP_X(id_E828) - 3., HOP4Y(0)}, + {PIP_X(id_E828) - 3., HOP4Y(0), PIP_X(id_E828) - 3., WIRE_Y(0)}}}, + {id_W82_loop6, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W820) - 3., HOP4Y(11)}, + {PIP_X(id_W820) - 3., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W820) - 4., HOP4Y(9)}, + {PIP_X(id_W820) - 4., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W824) - 4., HOP4Y(9), PIP_X(id_W824) - 4., WIRE_Y(0)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W820) - 5., HOP4Y(7)}, + {PIP_X(id_W820) - 5., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W820) - 6., HOP4Y(5)}, + {PIP_X(id_W820) - 6., HOP4Y(5), PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(3)}, + {-wrap_len - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(2)}, + {-wrap_len - 6., HOP4Y(2), PIP_X(id_W828) - 6., HOP4Y(2)}, + {PIP_X(id_W828) - 6., HOP4Y(2), PIP_X(id_W828) + top_wire_dist - 6., HOP4Y(0)}, + {PIP_X(id_W828) + top_wire_dist - 6., HOP4Y(0), PIP_X(id_E828) - 5., HOP4Y(0)}, + {PIP_X(id_E828) - 5., HOP4Y(0), PIP_X(id_E828) - 5., WIRE_Y(0)}}}, + {id_W82_loop7, + {{PIP_X(id_W820), WIRE_Y(0), PIP_X(id_W820), HOP4Y(17)}, + {PIP_X(id_W820) - 0., HOP4Y(17), PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W820) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W820) - 1., HOP4Y(15)}, + {PIP_X(id_W820) - 1., HOP4Y(15), PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W820) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W820) - 2., HOP4Y(13)}, + {PIP_X(id_W820) - 2., HOP4Y(13), PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W820) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W820) - 3., HOP4Y(11)}, + {PIP_X(id_W820) - 3., HOP4Y(11), PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W820) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W820) - 4., HOP4Y(9)}, + {PIP_X(id_W820) - 4., HOP4Y(9), PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W824) - 4., HOP4Y(9), PIP_X(id_W824) - 4., WIRE_Y(0)}, + {PIP_X(id_W820) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W820) - 5., HOP4Y(7)}, + {PIP_X(id_W820) - 5., HOP4Y(7), PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W820) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W820) - 6., HOP4Y(5)}, + {PIP_X(id_W820) - 6., HOP4Y(5), PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W820) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W820) - 7., HOP4Y(3)}, + {PIP_X(id_W820) - 7., HOP4Y(3), PIP_X(id_W820) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W820) - top_wire_dist - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(1)}, + {-wrap_len - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(0)}, + {-wrap_len - 7., HOP4Y(0), PIP_X(id_E828) - 7., HOP4Y(0)}, + {PIP_X(id_E828) - 7., HOP4Y(0), PIP_X(id_E828) - 7., WIRE_Y(0)}}}, + +#undef HOP4Y +#define HOP4Y(offset) WIRE_Y((float)offset + HOP4Y_START + 18.f + 18.f + 18.f) + {id_E83, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W838) + 3., HOP4Y(10)}, + {PIP_X(id_W838) + 3., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W838) + 4., HOP4Y(8)}, + {PIP_X(id_W838) + 4., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E834) + 4., HOP4Y(8), PIP_X(id_E834) + 4., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W838) + 5., HOP4Y(6)}, + {PIP_X(id_W838) + 5., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W838) + 6., HOP4Y(4)}, + {PIP_X(id_W838) + 6., HOP4Y(4), PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W838) + 7., HOP4Y(2)}, + {PIP_X(id_W838) + 7., HOP4Y(2), PIP_X(id_W838) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 7., HOP4Y(0), PIP_X(id_E838) + 8., HOP4Y(0)}, + {PIP_X(id_E838) + 8, HOP4Y(0), PIP_X(id_E838) + 8., WIRE_Y(0)}}}, + {id_W83, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W830) - 3., HOP4Y(11)}, + {PIP_X(id_W830) - 3., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W830) - 4., HOP4Y(9)}, + {PIP_X(id_W830) - 4., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W834) - 4., HOP4Y(9), PIP_X(id_W834) - 4., WIRE_Y(0)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W830) - 5., HOP4Y(7)}, + {PIP_X(id_W830) - 5., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W830) - 6., HOP4Y(5)}, + {PIP_X(id_W830) - 6., HOP4Y(5), PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W830) - 7., HOP4Y(3)}, + {PIP_X(id_W830) - 7., HOP4Y(3), PIP_X(id_W830) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist - 7., HOP4Y(1), PIP_X(id_W838) - 8., HOP4Y(1)}, + {PIP_X(id_W838) - 8, HOP4Y(1), PIP_X(id_W838) - 8., WIRE_Y(0)}}}, + {id_E83_loop0, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), wrap_len + 1., HOP4Y(14)}, + {wrap_len + 1., HOP4Y(14), wrap_len + 1., HOP4Y(15)}, + {wrap_len + 1., HOP4Y(15), PIP_X(id_W830) - 0., HOP4Y(15)}, + {PIP_X(id_W830) - 0., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(13), PIP_X(id_W830) - 1., HOP4Y(13)}, + {PIP_X(id_W830) - 1., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(11), PIP_X(id_W830) - 2., HOP4Y(11)}, + {PIP_X(id_W830) - 2., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(9), PIP_X(id_W830) - 3., HOP4Y(9)}, + {PIP_X(id_W830) - 3., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(7)}, + {PIP_X(id_W834) - 3., HOP4Y(9), PIP_X(id_W834) - 3., WIRE_Y(0)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(7), PIP_X(id_W830) - 4., HOP4Y(7)}, + {PIP_X(id_W830) - 4., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(5), PIP_X(id_W830) - 5., HOP4Y(5)}, + {PIP_X(id_W830) - 5., HOP4Y(5), PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(3), PIP_X(id_W830) - 6., HOP4Y(3)}, + {PIP_X(id_W830) - 6., HOP4Y(3), PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(1), PIP_X(id_W838) - 7., HOP4Y(1)}, + {PIP_X(id_W838) - 7, HOP4Y(1), PIP_X(id_W838) - 7., WIRE_Y(0)}}}, + {id_E83_loop1, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), wrap_len + 2., HOP4Y(12)}, + {wrap_len + 2., HOP4Y(12), wrap_len + 2., HOP4Y(13)}, + {wrap_len + 2., HOP4Y(13), PIP_X(id_W830) + 1., HOP4Y(13)}, + {PIP_X(id_W830) + 1., HOP4Y(13), PIP_X(id_W830) - top_wire_dist + 1., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist + 1., HOP4Y(11), PIP_X(id_W830) - 0., HOP4Y(11)}, + {PIP_X(id_W830) - 0., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(9), PIP_X(id_W830) - 1., HOP4Y(9)}, + {PIP_X(id_W834) - 1., HOP4Y(9), PIP_X(id_W834) - 1., WIRE_Y(0)}, + {PIP_X(id_W830) - 1., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(7)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(7), PIP_X(id_W830) - 2., HOP4Y(7)}, + {PIP_X(id_W830) - 2., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(5), PIP_X(id_W830) - 3., HOP4Y(5)}, + {PIP_X(id_W830) - 3., HOP4Y(5), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(3), PIP_X(id_W830) - 4., HOP4Y(3)}, + {PIP_X(id_W830) - 4., HOP4Y(3), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(1), PIP_X(id_W838) - 5., HOP4Y(1)}, + {PIP_X(id_W838) - 5., HOP4Y(1), PIP_X(id_W838) - 5., WIRE_Y(0)}}}, + {id_E83_loop2, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), wrap_len + 3., HOP4Y(10)}, + {wrap_len + 3., HOP4Y(10), wrap_len + 3., HOP4Y(11)}, + {wrap_len + 3., HOP4Y(11), PIP_X(id_W830) + 2., HOP4Y(11)}, + {PIP_X(id_W830) + 2., HOP4Y(11), PIP_X(id_W830) - top_wire_dist + 2., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist + 2., HOP4Y(9), PIP_X(id_W830) + 1., HOP4Y(9)}, + {PIP_X(id_W834) + 1., HOP4Y(9), PIP_X(id_W834) + 1., WIRE_Y(0)}, + {PIP_X(id_W830) + 1., HOP4Y(9), PIP_X(id_W830) - top_wire_dist + 1., HOP4Y(7)}, + {PIP_X(id_W830) - top_wire_dist + 1., HOP4Y(7), PIP_X(id_W830) + 0., HOP4Y(7)}, + {PIP_X(id_W830) + 0., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(5), PIP_X(id_W830) - 1., HOP4Y(5)}, + {PIP_X(id_W830) - 1., HOP4Y(5), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(3), PIP_X(id_W830) - 2., HOP4Y(3)}, + {PIP_X(id_W830) - 2., HOP4Y(3), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(1), PIP_X(id_W838) - 3., HOP4Y(1)}, + {PIP_X(id_W838) - 3., HOP4Y(1), PIP_X(id_W838) - 3., WIRE_Y(0)}}}, + {id_E83_loop3, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W838) + 3., HOP4Y(10)}, + {PIP_X(id_W838) + 3., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8), wrap_len + 4., HOP4Y(8)}, + {wrap_len + 4., HOP4Y(8), wrap_len + 4., HOP4Y(9)}, + {wrap_len + 4., HOP4Y(9), PIP_X(id_W830) + 3., HOP4Y(9)}, + {PIP_X(id_W834) + 3., HOP4Y(9), PIP_X(id_W834) + 3., WIRE_Y(0)}, + {PIP_X(id_W830) + 3., HOP4Y(9), PIP_X(id_W830) - top_wire_dist + 3., HOP4Y(7)}, + {PIP_X(id_W830) - top_wire_dist + 3., HOP4Y(7), PIP_X(id_W830) + 2., HOP4Y(7)}, + {PIP_X(id_W830) + 2., HOP4Y(7), PIP_X(id_W830) - top_wire_dist + 2., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist + 2., HOP4Y(5), PIP_X(id_W830) + 1., HOP4Y(5)}, + {PIP_X(id_W830) + 1., HOP4Y(5), PIP_X(id_W830) - top_wire_dist + 1., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist + 1., HOP4Y(3), PIP_X(id_W830) - 0., HOP4Y(3)}, + {PIP_X(id_W830) - 0., HOP4Y(3), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(1), PIP_X(id_W838) - 1., HOP4Y(1)}, + {PIP_X(id_W838) - 1., HOP4Y(1), PIP_X(id_W838) - 1., WIRE_Y(0)}}}, + {id_E83_loop4, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W838) + 3., HOP4Y(10)}, + {PIP_X(id_W838) + 3., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W838) + 4., HOP4Y(8)}, + {PIP_X(id_E834) + 4., HOP4Y(8), PIP_X(id_E834) + 4., WIRE_Y(0)}, + {PIP_X(id_W838) + 4., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6), wrap_len + 5., HOP4Y(6)}, + {wrap_len + 5., HOP4Y(6), wrap_len + 5., HOP4Y(7)}, + {wrap_len + 5., HOP4Y(7), PIP_X(id_W830) + 4., HOP4Y(7)}, + {PIP_X(id_W830) + 4., HOP4Y(7), PIP_X(id_W830) - top_wire_dist + 4., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist + 4., HOP4Y(5), PIP_X(id_W830) + 3., HOP4Y(5)}, + {PIP_X(id_W830) + 3., HOP4Y(5), PIP_X(id_W830) - top_wire_dist + 3., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist + 3., HOP4Y(3), PIP_X(id_W830) + 2., HOP4Y(3)}, + {PIP_X(id_W830) + 2., HOP4Y(3), PIP_X(id_W830) - top_wire_dist + 2., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist + 2., HOP4Y(1), PIP_X(id_W838) + 1., HOP4Y(1)}, + {PIP_X(id_W838) + 1., HOP4Y(1), PIP_X(id_W838) + 1., WIRE_Y(0)}}}, + {id_E83_loop5, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W838) + 3., HOP4Y(10)}, + {PIP_X(id_W838) + 3., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W838) + 4., HOP4Y(8)}, + {PIP_X(id_E834) + 4., HOP4Y(8), PIP_X(id_E834) + 4., WIRE_Y(0)}, + {PIP_X(id_W838) + 4., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W838) + 5., HOP4Y(6)}, + {PIP_X(id_W838) + 5., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4), wrap_len + 6., HOP4Y(4)}, + {wrap_len + 6., HOP4Y(4), wrap_len + 6., HOP4Y(5)}, + {wrap_len + 6., HOP4Y(5), PIP_X(id_W830) + 5., HOP4Y(5)}, + {PIP_X(id_W830) + 5., HOP4Y(5), PIP_X(id_W830) - top_wire_dist + 5., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist + 5., HOP4Y(3), PIP_X(id_W830) + 4., HOP4Y(3)}, + {PIP_X(id_W830) + 4., HOP4Y(3), PIP_X(id_W830) - top_wire_dist + 4., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist + 4., HOP4Y(1), PIP_X(id_W838) + 3., HOP4Y(1)}, + {PIP_X(id_W838) + 3., HOP4Y(1), PIP_X(id_W838) + 3., WIRE_Y(0)}}}, + {id_E83_loop6, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W838) + 3., HOP4Y(10)}, + {PIP_X(id_W838) + 3., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W838) + 4., HOP4Y(8)}, + {PIP_X(id_W838) + 4., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E834) + 4., HOP4Y(8), PIP_X(id_E834) + 4., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W838) + 5., HOP4Y(6)}, + {PIP_X(id_W838) + 5., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W838) + 6., HOP4Y(4)}, + {PIP_X(id_W838) + 6., HOP4Y(4), PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(2), wrap_len + 7., HOP4Y(2)}, + {wrap_len + 7., HOP4Y(2), wrap_len + 7., HOP4Y(3)}, + {wrap_len + 7., HOP4Y(3), PIP_X(id_W830) + 6., HOP4Y(3)}, + {PIP_X(id_W830) + 6., HOP4Y(3), PIP_X(id_W830) - top_wire_dist + 6., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist + 6., HOP4Y(1), PIP_X(id_W838) + 5., HOP4Y(1)}, + {PIP_X(id_W838) + 5., HOP4Y(1), PIP_X(id_W838) + 5., WIRE_Y(0)}}}, + {id_E83_loop7, + {{PIP_X(id_E830), WIRE_Y(0), PIP_X(id_E830), HOP4Y(16)}, + {PIP_X(id_E830), HOP4Y(16), PIP_X(id_W838), HOP4Y(16)}, + {PIP_X(id_W838) + 0., HOP4Y(16), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(14), PIP_X(id_W838) + 1., HOP4Y(14)}, + {PIP_X(id_W838) + 1., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(12), PIP_X(id_W838) + 2., HOP4Y(12)}, + {PIP_X(id_W838) + 2., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(10), PIP_X(id_W838) + 3., HOP4Y(10)}, + {PIP_X(id_W838) + 3., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(8), PIP_X(id_W838) + 4., HOP4Y(8)}, + {PIP_X(id_W838) + 4., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6)}, + {PIP_X(id_E834) + 4., HOP4Y(8), PIP_X(id_E834) + 4., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(6), PIP_X(id_W838) + 5., HOP4Y(6)}, + {PIP_X(id_W838) + 5., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(4), PIP_X(id_W838) + 6., HOP4Y(4)}, + {PIP_X(id_W838) + 6., HOP4Y(4), PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(2), PIP_X(id_W838) + 7., HOP4Y(2)}, + {PIP_X(id_W838) + 7., HOP4Y(2), PIP_X(id_W838) + top_wire_dist + 7., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 7., HOP4Y(0), wrap_len + 8., HOP4Y(0)}, + {wrap_len + 8., HOP4Y(0), wrap_len + 8., HOP4Y(1)}, + {wrap_len + 8., HOP4Y(1), PIP_X(id_W838) + 7., HOP4Y(1)}, + {PIP_X(id_W838) + 7., HOP4Y(1), PIP_X(id_W838) + 7., WIRE_Y(0)}}}, + {id_W83_loop0, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(15)}, + {-wrap_len - 0., HOP4Y(15), -wrap_len - 0., HOP4Y(14)}, + {-wrap_len - 0., HOP4Y(14), PIP_X(id_W838) + 0., HOP4Y(14)}, + {PIP_X(id_W838) + 0., HOP4Y(14), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(12)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(12), PIP_X(id_W838) + 1., HOP4Y(12)}, + {PIP_X(id_W838) + 1., HOP4Y(12), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(10), PIP_X(id_W838) + 2., HOP4Y(10)}, + {PIP_X(id_W838) + 2., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(8), PIP_X(id_W838) + 3., HOP4Y(8)}, + {PIP_X(id_W838) + 3., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(6)}, + {PIP_X(id_E834) + 3., HOP4Y(8), PIP_X(id_E834) + 3., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(6), PIP_X(id_W838) + 4., HOP4Y(6)}, + {PIP_X(id_W838) + 4., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(4), PIP_X(id_W838) + 5., HOP4Y(4)}, + {PIP_X(id_W838) + 5., HOP4Y(4), PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist + 5., HOP4Y(2), PIP_X(id_W838) + 6., HOP4Y(2)}, + {PIP_X(id_W838) + 6., HOP4Y(2), PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 6., HOP4Y(0), PIP_X(id_E838) + 7., HOP4Y(0)}, + {PIP_X(id_E838) + 7., HOP4Y(0), PIP_X(id_E838) + 7., WIRE_Y(0)}}}, + {id_W83_loop1, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(13)}, + {-wrap_len - 1., HOP4Y(13), -wrap_len - 1., HOP4Y(12)}, + {-wrap_len - 1., HOP4Y(12), PIP_X(id_W838) - 1., HOP4Y(12)}, + {PIP_X(id_W838) - 1., HOP4Y(12), PIP_X(id_W838) + top_wire_dist - 1., HOP4Y(10)}, + {PIP_X(id_W838) + top_wire_dist - 1., HOP4Y(10), PIP_X(id_W838) + 0., HOP4Y(10)}, + {PIP_X(id_W838) + 0., HOP4Y(10), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(8), PIP_X(id_W838) + 1., HOP4Y(8)}, + {PIP_X(id_W838) + 1., HOP4Y(8), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(6)}, + {PIP_X(id_E834) + 1., HOP4Y(8), PIP_X(id_E834) + 1., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(6), PIP_X(id_W838) + 2., HOP4Y(6)}, + {PIP_X(id_W838) + 2., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(4), PIP_X(id_W838) + 3., HOP4Y(4)}, + {PIP_X(id_W838) + 3., HOP4Y(4), PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist + 3., HOP4Y(2), PIP_X(id_W838) + 4., HOP4Y(2)}, + {PIP_X(id_W838) + 4., HOP4Y(2), PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 4., HOP4Y(0), PIP_X(id_E838) + 5., HOP4Y(0)}, + {PIP_X(id_E838) + 5., HOP4Y(0), PIP_X(id_E838) + 5., WIRE_Y(0)}}}, + {id_W83_loop2, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(11)}, + {-wrap_len - 2., HOP4Y(11), -wrap_len - 2., HOP4Y(10)}, + {-wrap_len - 2., HOP4Y(10), PIP_X(id_W838) - 2., HOP4Y(10)}, + {PIP_X(id_W838) - 2., HOP4Y(10), PIP_X(id_W838) + top_wire_dist - 2., HOP4Y(8)}, + {PIP_X(id_W838) + top_wire_dist - 2., HOP4Y(8), PIP_X(id_W838) - 1., HOP4Y(8)}, + {PIP_X(id_W838) - 1., HOP4Y(8), PIP_X(id_W838) + top_wire_dist - 1., HOP4Y(6)}, + {PIP_X(id_E834) - 1., HOP4Y(8), PIP_X(id_E834) - 1., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist - 1., HOP4Y(6), PIP_X(id_W838) + 0., HOP4Y(6)}, + {PIP_X(id_W838) + 0., HOP4Y(6), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(4), PIP_X(id_W838) + 1., HOP4Y(4)}, + {PIP_X(id_W838) + 1., HOP4Y(4), PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist + 1., HOP4Y(2), PIP_X(id_W838) + 2., HOP4Y(2)}, + {PIP_X(id_W838) + 2., HOP4Y(2), PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 2., HOP4Y(0), PIP_X(id_E838) + 3., HOP4Y(0)}, + {PIP_X(id_E838) + 3., HOP4Y(0), PIP_X(id_E838) + 3., WIRE_Y(0)}}}, + {id_W83_loop3, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W830) - 3., HOP4Y(11)}, + {PIP_X(id_W830) - 3., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(9)}, + {-wrap_len - 3., HOP4Y(9), -wrap_len - 3., HOP4Y(8)}, + {-wrap_len - 3., HOP4Y(8), PIP_X(id_W838) - 3., HOP4Y(8)}, + {PIP_X(id_W838) - 3., HOP4Y(8), PIP_X(id_W838) + top_wire_dist - 3., HOP4Y(6)}, + {PIP_X(id_E834) - 3., HOP4Y(8), PIP_X(id_E834) - 3., WIRE_Y(0)}, + {PIP_X(id_W838) + top_wire_dist - 3., HOP4Y(6), PIP_X(id_W838) - 2., HOP4Y(6)}, + {PIP_X(id_W838) - 2., HOP4Y(6), PIP_X(id_W838) + top_wire_dist - 2., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist - 2., HOP4Y(4), PIP_X(id_W838) - 1., HOP4Y(4)}, + {PIP_X(id_W838) - 1., HOP4Y(4), PIP_X(id_W838) + top_wire_dist - 1., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist - 1., HOP4Y(2), PIP_X(id_W838) + 0., HOP4Y(2)}, + {PIP_X(id_W838) + 0., HOP4Y(2), PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist + 0., HOP4Y(0), PIP_X(id_E838) + 1., HOP4Y(0)}, + {PIP_X(id_E838) + 1., HOP4Y(0), PIP_X(id_E838) + 1., WIRE_Y(0)}}}, + {id_W83_loop4, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W830) - 3., HOP4Y(11)}, + {PIP_X(id_W830) - 3., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W830) - 4., HOP4Y(9)}, + {PIP_X(id_W830) - 4., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(7)}, + {-wrap_len - 4., HOP4Y(7), -wrap_len - 4., HOP4Y(6)}, + {PIP_X(id_W834) - 4., HOP4Y(6), PIP_X(id_W834) - 4., WIRE_Y(0)}, + {-wrap_len - 4., HOP4Y(6), PIP_X(id_W838) - 4., HOP4Y(6)}, + {PIP_X(id_W838) - 4., HOP4Y(6), PIP_X(id_W838) + top_wire_dist - 4., HOP4Y(4)}, + {PIP_X(id_W838) + top_wire_dist - 4., HOP4Y(4), PIP_X(id_W838) - 3., HOP4Y(4)}, + {PIP_X(id_W838) - 3., HOP4Y(4), PIP_X(id_W838) + top_wire_dist - 3., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist - 3., HOP4Y(2), PIP_X(id_W838) - 2., HOP4Y(2)}, + {PIP_X(id_W838) - 2., HOP4Y(2), PIP_X(id_W838) + top_wire_dist - 2., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist - 2., HOP4Y(0), PIP_X(id_E838) - 1., HOP4Y(0)}, + {PIP_X(id_E838) - 1., HOP4Y(0), PIP_X(id_E838) - 1., WIRE_Y(0)}}}, + {id_W83_loop5, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W830) - 3., HOP4Y(11)}, + {PIP_X(id_W830) - 3., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W830) - 4., HOP4Y(9)}, + {PIP_X(id_W830) - 4., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W834) - 4., HOP4Y(9), PIP_X(id_W834) - 4., WIRE_Y(0)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W830) - 5., HOP4Y(7)}, + {PIP_X(id_W830) - 5., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(5)}, + {-wrap_len - 5., HOP4Y(5), -wrap_len - 5., HOP4Y(4)}, + {-wrap_len - 5., HOP4Y(4), PIP_X(id_W838) - 5., HOP4Y(4)}, + {PIP_X(id_W838) - 5., HOP4Y(4), PIP_X(id_W838) + top_wire_dist - 5., HOP4Y(2)}, + {PIP_X(id_W838) + top_wire_dist - 5., HOP4Y(2), PIP_X(id_W838) - 4., HOP4Y(2)}, + {PIP_X(id_W838) - 4., HOP4Y(2), PIP_X(id_W838) + top_wire_dist - 4., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist - 4., HOP4Y(0), PIP_X(id_E838) - 3., HOP4Y(0)}, + {PIP_X(id_E838) - 3., HOP4Y(0), PIP_X(id_E838) - 3., WIRE_Y(0)}}}, + {id_W83_loop6, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W830) - 3., HOP4Y(11)}, + {PIP_X(id_W830) - 3., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W830) - 4., HOP4Y(9)}, + {PIP_X(id_W830) - 4., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W834) - 4., HOP4Y(9), PIP_X(id_W834) - 4., WIRE_Y(0)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W830) - 5., HOP4Y(7)}, + {PIP_X(id_W830) - 5., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W830) - 6., HOP4Y(5)}, + {PIP_X(id_W830) - 6., HOP4Y(5), PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(3)}, + {-wrap_len - 6., HOP4Y(3), -wrap_len - 6., HOP4Y(2)}, + {-wrap_len - 6., HOP4Y(2), PIP_X(id_W838) - 6., HOP4Y(2)}, + {PIP_X(id_W838) - 6., HOP4Y(2), PIP_X(id_W838) + top_wire_dist - 6., HOP4Y(0)}, + {PIP_X(id_W838) + top_wire_dist - 6., HOP4Y(0), PIP_X(id_E838) - 5., HOP4Y(0)}, + {PIP_X(id_E838) - 5., HOP4Y(0), PIP_X(id_E838) - 5., WIRE_Y(0)}}}, + {id_W83_loop7, + {{PIP_X(id_W830), WIRE_Y(0), PIP_X(id_W830), HOP4Y(17)}, + {PIP_X(id_W830) - 0., HOP4Y(17), PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15)}, + {PIP_X(id_W830) - top_wire_dist - 0., HOP4Y(15), PIP_X(id_W830) - 1., HOP4Y(15)}, + {PIP_X(id_W830) - 1., HOP4Y(15), PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13)}, + {PIP_X(id_W830) - top_wire_dist - 1., HOP4Y(13), PIP_X(id_W830) - 2., HOP4Y(13)}, + {PIP_X(id_W830) - 2., HOP4Y(13), PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11)}, + {PIP_X(id_W830) - top_wire_dist - 2., HOP4Y(11), PIP_X(id_W830) - 3., HOP4Y(11)}, + {PIP_X(id_W830) - 3., HOP4Y(11), PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9)}, + {PIP_X(id_W830) - top_wire_dist - 3., HOP4Y(9), PIP_X(id_W830) - 4., HOP4Y(9)}, + {PIP_X(id_W830) - 4., HOP4Y(9), PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7)}, + {PIP_X(id_W834) - 4., HOP4Y(9), PIP_X(id_W834) - 4., WIRE_Y(0)}, + {PIP_X(id_W830) - top_wire_dist - 4., HOP4Y(7), PIP_X(id_W830) - 5., HOP4Y(7)}, + {PIP_X(id_W830) - 5., HOP4Y(7), PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5)}, + {PIP_X(id_W830) - top_wire_dist - 5., HOP4Y(5), PIP_X(id_W830) - 6., HOP4Y(5)}, + {PIP_X(id_W830) - 6., HOP4Y(5), PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(3)}, + {PIP_X(id_W830) - top_wire_dist - 6., HOP4Y(3), PIP_X(id_W830) - 7., HOP4Y(3)}, + {PIP_X(id_W830) - 7., HOP4Y(3), PIP_X(id_W830) - top_wire_dist - 7., HOP4Y(1)}, + {PIP_X(id_W830) - top_wire_dist - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(1)}, + {-wrap_len - 7., HOP4Y(1), -wrap_len - 7., HOP4Y(0)}, + {-wrap_len - 7., HOP4Y(0), PIP_X(id_E838) - 7., HOP4Y(0)}, + {PIP_X(id_E838) - 7., HOP4Y(0), PIP_X(id_E838) - 7., WIRE_Y(0)}}}, +}; + +void gfxCreateBelDecals(Arch *arch); +void gfxSetBelDefaultDecal(Arch *arch, BelInfo &bel); +void gfxSetIOBWireDecals(Arch *arch, BelInfo &bel); +void gfxSetIOBSWireDecals(Arch *arch, BelInfo &bel); +void gfxSetPipDefaultDecal(Arch *arch, PipInfo &pip); +void gfxSetWireDefaultDecal(Arch *arch, WireInfo &wire); +DecalXY gfxGetLutGroupDecalXY(int x, int y, int z); +DecalXY gfxGetCruGroupDecalXY(int x, int y); + +NEXTPNR_NAMESPACE_END + +#endif // GFX_H diff --git a/gowin/main.cc b/gowin/main.cc index 66de26aa..fb9df48d 100644 --- a/gowin/main.cc +++ b/gowin/main.cc @@ -61,6 +61,7 @@ std::unique_ptr GowinCommandHandler::createContext(dictgetWires()) { wireMap[std::pair(wire.location.x, wire.location.y)].push_back(wire); } +#endif +#ifdef ARCH_GOWIN + for (const auto &wire : ctx->getWires()) { + WireInfo wi = ctx->wire_info(wire); + wireMap[std::pair(wi.x, wi.y)].push_back(wire); + } #endif auto wireGetter = [](Context *ctx, WireId id) { return ctx->getWireName(id); }; getTreeByElementType(ElementType::WIRE) diff --git a/gui/fpgaviewwidget.cc b/gui/fpgaviewwidget.cc index b99c2bfc..692eb27b 100644 --- a/gui/fpgaviewwidget.cc +++ b/gui/fpgaviewwidget.cc @@ -129,40 +129,47 @@ float FPGAViewWidget::PickedElement::distance(Context *ctx, float wx, float wy) // Go over its' GraphicElements, and calculate the distance to them. std::vector distances; - std::transform(graphics.begin(), graphics.end(), std::back_inserter(distances), - [&](const GraphicElement &ge) -> float { - switch (ge.type) { - case GraphicElement::TYPE_BOX: { - // If outside the box, return unit distance to closest border. - float outside_x = -1, outside_y = -1; - if (dx < ge.x1 || dx > ge.x2) { - outside_x = std::min(std::abs(dx - ge.x1), std::abs(dx - ge.x2)); - } - if (dy < ge.y1 || dy > ge.y2) { - outside_y = std::min(std::abs(dy - ge.y1), std::abs(dy - ge.y2)); - } - if (outside_x != -1 && outside_y != -1) - return std::min(outside_x, outside_y); + std::transform( + graphics.begin(), graphics.end(), std::back_inserter(distances), [&](const GraphicElement &ge) -> float { + switch (ge.type) { + case GraphicElement::TYPE_BOX: { + // If outside the box, return unit distance to closest border. + float outside_x = -1, outside_y = -1; + if (dx < ge.x1 || dx > ge.x2) { + outside_x = std::min(std::abs(dx - ge.x1), std::abs(dx - ge.x2)); + } + if (dy < ge.y1 || dy > ge.y2) { + outside_y = std::min(std::abs(dy - ge.y1), std::abs(dy - ge.y2)); + } + if (outside_x != -1 && outside_y != -1) + return std::min(outside_x, outside_y); - // If in box, return 0. - return 0; - } - case GraphicElement::TYPE_LINE: - case GraphicElement::TYPE_ARROW: { - // Return somewhat primitively calculated distance to segment. - // TODO(q3k): consider coming up with a better algorithm - QVector2D w(wx, wy); - QVector2D a(ge.x1, ge.y1); - QVector2D b(ge.x2, ge.y2); - float dw = a.distanceToPoint(w) + b.distanceToPoint(w); - float dab = a.distanceToPoint(b); - return std::abs(dw - dab) / dab; - } - default: - // Not close to anything. - return -1; - } - }); + // If in box, return 0. + return 0; + } + case GraphicElement::TYPE_LOCAL_LINE: + case GraphicElement::TYPE_LOCAL_ARROW: + case GraphicElement::TYPE_LINE: + case GraphicElement::TYPE_ARROW: { + // Return somewhat primitively calculated distance to segment. + // TODO(q3k): consider coming up with a better algorithm + QVector2D w; + if (ge.type == GraphicElement::TYPE_LOCAL_LINE || ge.type == GraphicElement::TYPE_LOCAL_ARROW) { + w = QVector2D(dx, dy); + } else { + w = QVector2D(wx, wy); + } + QVector2D a(ge.x1, ge.y1); + QVector2D b(ge.x2, ge.y2); + float dw = a.distanceToPoint(w) + b.distanceToPoint(w); + float dab = a.distanceToPoint(b); + return std::abs(dw - dab) / dab; + } + default: + // Not close to anything. + return -1; + } + }); // Find smallest non -1 distance. // Find closest element. @@ -193,7 +200,8 @@ void FPGAViewWidget::renderGraphicElement(LineShaderData &out, PickQuadTree::Bou return; } - if (el.type == GraphicElement::TYPE_LINE || el.type == GraphicElement::TYPE_ARROW) { + if (el.type == GraphicElement::TYPE_LINE || el.type == GraphicElement::TYPE_ARROW || + el.type == GraphicElement::TYPE_LOCAL_LINE || el.type == GraphicElement::TYPE_LOCAL_ARROW) { PolyLine(x + el.x1, y + el.y1, x + el.x2, y + el.y2).build(out); bb.setX0(std::min(bb.x0(), x + el.x1)); bb.setY0(std::min(bb.y0(), y + el.y1)); @@ -251,7 +259,8 @@ void FPGAViewWidget::populateQuadTree(RendererData *data, const DecalXY &decal, res = data->qt->insert(PickQuadTree::BoundingBox(x + el.x1, y + el.y1, x + el.x2, y + el.y2), element); } - if (el.type == GraphicElement::TYPE_LINE || el.type == GraphicElement::TYPE_ARROW) { + if (el.type == GraphicElement::TYPE_LINE || el.type == GraphicElement::TYPE_ARROW || + el.type == GraphicElement::TYPE_LOCAL_LINE || el.type == GraphicElement::TYPE_LOCAL_ARROW) { // Lines are bounded by their AABB slightly enlarged. float x0 = x + el.x1; float y0 = y + el.y1; @@ -540,7 +549,7 @@ void FPGAViewWidget::renderLines(void) QMutexLocker lock(&rendererDataLock_); // If we're not re-rendering any highlights/selections, let's - // copy them over from teh current object. + // copy them over from the current object. data->gfxGrid = rendererData_->gfxGrid; if (!highlightedOrSelectedChanged) { data->gfxSelected = rendererData_->gfxSelected; diff --git a/gui/gowin/mainwindow.cc b/gui/gowin/mainwindow.cc index 9dafcef5..c7ba44ab 100644 --- a/gui/gowin/mainwindow.cc +++ b/gui/gowin/mainwindow.cc @@ -19,9 +19,12 @@ #include "mainwindow.h" +#include #include #include +#include "cst.h" + static void initMainResource() { Q_INIT_RESOURCE(nextpnr); } NEXTPNR_NAMESPACE_BEGIN @@ -30,8 +33,10 @@ MainWindow::MainWindow(std::unique_ptr context, CommandHandler *handler : BaseMainWindow(std::move(context), handler, parent) { initMainResource(); - QMessageBox::critical(0, "Error - FIXME", "No GUI support for nextpnr-gowin"); - std::exit(1); + std::string title = "nextpnr-gowin - [EMPTY]"; + setWindowTitle(title.c_str()); + connect(this, &BaseMainWindow::contextChanged, this, &MainWindow::newContext); + createMenu(); } MainWindow::~MainWindow() {} @@ -42,8 +47,57 @@ void MainWindow::newContext(Context *ctx) setWindowTitle(title.c_str()); } -void MainWindow::createMenu() {} +void MainWindow::load_cst(std::string filename) +{ + disableActions(); + std::ifstream f(filename); + if (read_cst(ctx.get(), f)) { + log("Loading CST successful.\n"); + actionPack->setEnabled(true); + } else { + actionLoadCST->setEnabled(true); + log("Loading CST failed.\n"); + } +} + +void MainWindow::createMenu() +{ + actionLoadCST = new QAction("Open CST", this); + actionLoadCST->setIcon(QIcon(":/icons/resources/open_cst.png")); + actionLoadCST->setStatusTip("Open CST file"); + actionLoadCST->setEnabled(false); + connect(actionLoadCST, &QAction::triggered, this, &MainWindow::open_cst); + + // Add actions in menus + mainActionBar->addSeparator(); + mainActionBar->addAction(actionLoadCST); + + menuDesign->addSeparator(); + menuDesign->addAction(actionLoadCST); +} void MainWindow::new_proj() {} +void MainWindow::open_cst() +{ + QString fileName = QFileDialog::getOpenFileName(this, QString("Open CST"), QString(), QString("*.cst")); + if (!fileName.isEmpty()) { + load_cst(fileName.toStdString()); + } +} + +void MainWindow::onDisableActions() { actionLoadCST->setEnabled(false); } + +void MainWindow::onUpdateActions() +{ + if (ctx->settings.find(ctx->id("synth")) != ctx->settings.end()) { + actionLoadCST->setEnabled(true); + } + if (ctx->settings.find(ctx->id("cst")) != ctx->settings.end()) { + actionLoadCST->setEnabled(false); + } + if (ctx->settings.find(ctx->id("pack")) != ctx->settings.end()) { + actionLoadCST->setEnabled(false); + } +} NEXTPNR_NAMESPACE_END diff --git a/gui/gowin/mainwindow.h b/gui/gowin/mainwindow.h index 1e39b63f..0d65ed1c 100644 --- a/gui/gowin/mainwindow.h +++ b/gui/gowin/mainwindow.h @@ -35,9 +35,21 @@ class MainWindow : public BaseMainWindow public: void createMenu(); + protected: + void onDisableActions() override; + void onUpdateActions() override; + + void load_cst(std::string filename); + protected Q_SLOTS: void new_proj() override; + + void open_cst(); + void newContext(Context *ctx); + + private: + QAction *actionLoadCST; }; NEXTPNR_NAMESPACE_END diff --git a/gui/gowin/nextpnr.qrc b/gui/gowin/nextpnr.qrc index 03585ec0..921cfdd1 100644 --- a/gui/gowin/nextpnr.qrc +++ b/gui/gowin/nextpnr.qrc @@ -1,2 +1,5 @@ + + resources/open_cst.png + diff --git a/gui/gowin/resources/open_cst.png b/gui/gowin/resources/open_cst.png new file mode 100644 index 0000000000000000000000000000000000000000..23fe9cf88c151c0f8a4492be8e2de554715b1eb9 GIT binary patch literal 9399 zcmeHrc{r49*!PTmOZF(sn8-SevCde>mL-wKzRre;L1Qdg3LzA-Mr6yHJzF9>k+l$o zWC^8&QY5^iXFtC8pXWHf_rGV3sno<4Ih~4ViK~~khl)aqicH&NV_7{WB1j@q_ z{5`L%$-cQK`<<%g0KRyNKFwc7MZkgohEH#{-6w(Da|>S&%F5l`OXnvuTXF9~aMv`w zT3w|ct?(Q|`rhyFu3f<{HZmWmC+w;Dh>s-h1zxRFU0?pe6S6-Ylos-BP{!6E0->H6 zNPNeC*~yj3#DT@w*lO7c7ai=FY6YC279VuCzc*Pufq>NztH+d@KOu6uSkriCU@|^$ 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