A previous PR had changed the array operator to give unbounded access. This could cause crashes where old code depended on this previous safe behaviour.
This PR adds DEV_ASSERT macros for out of bound access to DEV builds, allowing us to quickly identify bugs in calling code, without affecting performance in release or release_debug editor builds.
This was comparing arrays, GCC 12 raises a warning for it:
```
drivers/gles2/shader_gles2.cpp: In member function 'bool ShaderGLES2::bind()':
drivers/gles2/shader_gles2.cpp:80:71: error: comparison between two arrays [-Werror=array-compare]
80 | if (active != this || !version || new_conditional_version.key != conditional_version.key) {
| ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~
drivers/gles2/shader_gles2.cpp:80:71: note: use unary '+' which decays operands to pointers or '&'component_ref' not supported by dump_decl<declaration error>[0] != &'component_ref' not supported by dump_decl<declaration error>[0]' to compare the addresses
```
When compressed vertex positions are used in a blend shapes mesh, we
need to make sure we set the w-component of the position vector to 1.0
When octahedral compression is used on normals/tangents, they need to be
converted to cartesian floats to be used for blend shapes
This conversion also changes the number of components of that vertex
attribute, which caused issues because previously there was an
assumption that you had the same number of components in the blend shape
buffer as you did in the original mesh's buffer (which is not true for
oct norm/tang)
Previously, conditionals set on the shader would change outside of the
_render_list function when blend shapes were used
This is an issue because the function keeps track of the previous shader
state to try to minimize state changes
Now we keep all this shader state change within the _render_list
function to ensure the saved previous state is correct
This provides easier visual grepping.
Incindentally, this change will force constant editor redrawing whenever
the View FPS option is enabled in the 3D viewport settings. This is
required to get an accurate FPS display in 3.x.
Otherwise, the FPS counter shot all the way up to 145 FPS
whenever nothing was changing on screen (even if actual
performance was much lower).
This ensures the project setting never disappears from the editor,
even if the current physics engine is GodotPhysics.
This also adds documentation for the Smooth Trimesh Collision
project setting.
This behavior is inconsistent with non tools builds and can create
issues. Instead, a warning is emitted if there's a type mismatch. If the
type can't be converted, an error is shown instead.
For the editor it gives a converted value to avoid issues with the
property editor, which expects the correct type.
Previously, only one line per 100 files was printed.
This also refactors the print statement to use Godot methods and
make it more informative overall.
(cherry picked from commit 8e57e5dc6a)
During room conversion, if a prefixed Spatial is converted to a Room / RoomGroup etc, when using instanced scenes the owner was incorrectly set, resulting in the instanced scene objects being duplicated.
This PR corrects this.
The previous and current transforms in the interpolation data were not being correctly updated in cases where two or more physics ticks occurred on a frame. This PR introduces a simple mechanism to ensure updates on interpolated spatials.
Converts float literals from double format (e.g. 0.0) to float format (e.g. 0.0f) where appropriate for 32 bit calculations, and cast to (real_t) or (float) as appropriate.
This ensures that appropriate calculations will be done at 32 bits when real_t is compiled as float, rather than promoted to 64 bits.
