On scroll wheel events convert the mouse coordinates from screen to client
area so that scroll wheel zooming remains centered irrespective of the
window position.
Fixes https://github.com/solvespace/solvespace/issues/806
It was added in 3a3a2755b as a potential way to export colorful meshes
to Horizon EDA but ended up being supported only by SolveSpace. Since no
software can consume the exported q3do files the feature is superfluous.
See https://github.com/solvespace/solvespace/issues/795 for details.
`GetSaveFileNameA` `OPENFILENAMEA` does not like UNC ( "\\\\?\\C:\\..." ) file prefixes in `lpstrFile`.
Work around it by not `Expand`-ing parameters passed on the command line too early.
The only user visible change is that "File|Open Recent" will show items as they
were passed instead of expanded to full path for example:
"..\..\NURBSTests\Intersection2.slvs"
Fixes: https://github.com/solvespace/solvespace/issues/622
This fixes issues #499. The --view option changes projUp and
projRight. For --view to affect the camera, the camera needs to be
initialized using these values.
This has been completely broken since 2018 (commit a93283df), and no
one noticed, so it probably wasn't useful. Instead of fixing it, just
drop the feature and a bunch of odd nonportable code.
The mimalloc temporary heap is a thread-local object that uses RAII
to manage heap lifetimes even in threads that are created implicitly,
e.g. by OpenMP. However, not all threads are necessarily created by
the application; graphics drivers may create their own threads, and
this can lead to deadlocks when combined with library unloading.
Fixes#657.
The heaps are wrapped in a RAIIish thread_local handler,
since being affined affined to a single thread for allocations is
required by the API
Ref: #642
This commit continues the work started in commits 521473ee and
e84fd464 that parallelizes certain geometric operations. This commit
cleans up the temporary arena implementations and makes them
thread-safe.
Also, in commit 521473ee, a call to FreeAllTemporary() was added
during initialization to create the heap on Windows. This is now
not necessary as the heap is created transparently on the first call
to AllocTemporary().
* Don't use a reserved identifier in include guards.
* Use fabs() from <cmath> instead of our own ffabs().
This shouldn't make any difference with modern toolchains.
* Convert a few preprocessor macros to constexprs.
After this commit, dbp() is renamed to DebugPrint() and moved to
platform.cpp, next to other similar functions. The existing short
name is provided by a preprocessor macro, similar to ssassert().
This leaves just the (rather hacky) temporary heap in util*.cpp.
This commit performs three related cleanups:
* The slvs library no longer uses explicit platform initialization
(which drags in the side effects of InitPlatform that are not
desirable in a library). Instead, it just ensures that it has
the temporary heap, which is what it was callingInitPlatform for.
* InitPlatform is simplified and moved to platform.cpp, next to
other path related functions.
* InitPlatform is renamed to InitCli and is called from InitGui
implementations. GUI toolkits sometimes have options they use
internally (that's the case for for GTK and Cocoa at least),
and we shouldn't try to parse those as a file to open.
Historically SolveSpace used its own heap on Windows since it gave
better control and debugging options, but a lot of development these
days happens on Linux, where that heap was a stub around malloc/free,
and also Windows debugging tools got a lot better.
In terms of immediate benefit, this commit fixes heap corruption
on Windows introduced in commits b4e1ce44 and 47e82798, caused
by allocating with HEAP_NO_SERIALIZE in parallel from OpenMP threads.
Without HEAP_NO_SERIALIZE there's no performance benefit to keeping
our own heap, either.
The vl() function is also removed because for development there are
better tools now, and the only place where it was permanently called
from became a no-op, since temporary heap always validates after
FreeAllTemporary() recreates it.
A warning found with /W4 by MSVC 2019 (Microsoft (R) C/C++ Optimizing Compiler Version 19.24.28314)
is an actual bug. How does the SpaceMouse (I do not have one) work at all when the global `hSpaceWareDriverClass` is NULL?!
.\src\platform\guiwin.cpp(1392,34): warning C4459: declaration of 'hSpaceWareDriverClass' hides global declaration
.\src\platform\guiwin.cpp(1389,13): message : see declaration of 'SolveSpace::Platform::hSpaceWareDriverClass'
Found with /W4 by MSVC 2019 (Microsoft (R) C/C++ Optimizing Compiler Version 19.24.28314)
A bunch of implicit casts 'double' to 'float' and one 'int64_t' to 'unsigned'.
.\src\platform\guiwin.cpp(1237): warning C4701: potentially uninitialized local variable 'cursorName' used
.\src\platform\guiwin.cpp(1237): warning C4703: potentially uninitialized local pointer variable 'cursorName' used
.\src\solvespace.cpp(805,30): warning C4456: declaration of 'gs' hides previous local declaration
.\src\solvespace.cpp(715,17): message : see declaration of 'gs'
.\src\solvespace.cpp(849,47): warning C4456: declaration of 'e' hides previous local declaration
.\src\solvespace.cpp(847,29): message : see declaration of 'e'
.\src\render\render.h(288,51): warning C4458: declaration of 'camera' hides class member
.\src\render\render.h(271,17): message : see declaration of 'SolveSpace::SurfaceRenderer::camera'
.\src\render\render.h(289,57): warning C4458: declaration of 'lighting' hides class member
.\src\render\render.h(272,17): message : see declaration of 'SolveSpace::SurfaceRenderer::lighting'
Since Catalina or earlier this no longer causes artifacts when Cocoa
controls are overlaid on a GL layer. Conversely, offscreen rendering
is very slow, especially on HiDPI screens.
Co-Authored-By: Koen Schmeets <hello@koenschmeets.nl>
When drawing the graphics window, we flush it twice: once to draw
the geometry, and another time to draw the UI overlay (toolbar,
selection marquee, and FPS counter). Calling glFinish() each time
is (on most platforms) just pointlessly slow, but on macOS Catalina,
without offscreen rendering, it causes the toolbar to flicker.
Instead of calling glFinish() twice per frame in that case, call
glFlush() twice and then glFinish() once we really are done.
Its only use was in a context where it was completely equivalent to
MemFree, so just use that instead, and keep the temporary heap as
purely an arena allocator, that could use something like bump
pointer.
This is currently necessary to get repeatable results when exporting
assemblies as a part of a batch process, since the mesh geometry in
imported files is not regenerated for export.
By setting WINVER=0x0501 (Windows XP) in CMakeLists.txt and adding a few
missing defines in guiwin.cpp and configuring OPENGL=1 in CMake
Solvespace (3.0~25b6eba1) compiles and works perfectly on Windows XP.
Tested with MinGW GCC-6.3.0-1
This fixes an elusive GTK issue where tooltips would be spuriously
displayed, and makes tooltips behave nicer on Windows.
Unfortunately the macOS code is unchanged as the macOS tooltip
implementation seems seriously broken in ways I do not understand.
After this commit, if the target system does have modern OpenGL
drivers installed, ANGLE is configured to use them, bypassing most
translation (shaders still have to be translated from ESSL to GLSL).
If there are no OpenGL drivers, such as if the graphics drivers were
installed via Windows Update, DirectX translation is still used. This
results in a very noticeable startup delay and minor performance
degradation.
In addition it is no longer necessary to build with -DOPENGL=1 to be
able to run the binary in wine; everything works out of the box.
Before, wine's incomplete HLSL translator would crash.
This change required renaming the variable `texture` in shaders,
since it shadows the Core GLSL function with the same name, and ANGLE
translates texture2D() calls to texture() calls.
It is not clear why this code was added (I don't remember) and
the normal parent-child relationship should be sufficient for
the task of keeping property browser on top of the main window.
With SetWindowPos(hwnd, HWND_TOPMOST) though, the property browser
window stays on top of *anything*, even if the user switches to
an entirely different application.
