The DXGI format info only stores the aspect mask for views created
with that format, but we're dealing with a raw resource here so we
have to query the aspect mask from the Vulkan format in question.
Fixes validation errors with typeless resolve if the formats of
the two involved images are identical.
Spilling the render pass should make shader storage buffer/image writes
visible due to how external subpass dependencies are defined. For UAV
rendering, we need to do this when changing the UAVs, even if the render
targets themselves do not change.
It is illegal to call this method on a deferred context, so we should
filter out those calls. This allows the implementation to make use of
features specific to the immediate context.
The source region size doesn't have to be aligned to the destination
block size. We should be checking whether the destination region is
aligned to the destination block size.
* [d3d11] add some resource validation for CopyResource and CopyResourceSubregion
combine if statement
* [d3d11] added copy extents validation for compressed formats
* correct return values
* fix incorrect logic operators
* set valid copy extents when possible
* [d3d11] Clamp copy region in CopySubresourceRegion
* [dxvk] Add helper methods to deal with block-compressed images
* [d3d11] Clean up validation in CopySubresourceRegion
* [d3d11] Improve error reporting and validation in CopyResource
* [d3d11] Fix inconsistent error messages
An alternative to manually creating a framebuffer object and binding
it via bindFramebuffer. Future optmizations can use this to bring
down the number of redundant render pass changes.
If this method is used to clear a view with a floating point format,
we need to create a compatible view with an integer format in order
to clear the resource with the correct value. Fixes some calls to
this function in Rise of the Tomb Raider and other games.
The old initialization code did not take either CSMT or
Deferred Contexts into account and could lead to illegal
calls to beginRecording.
Fixes a hang encountered in Dishonored 2.
Closer to the D3D11 API. We cannot use the normal clearColorImage and
clearDepthStencilImage methods in case the game uses a 2D array view
for a 3D image. Fixes some validation issues in Hellblade.
