… and compiled headers

…haders-vortex-waveAdd Vortex and Wave Shader Pairs for Virtual Display Driver (HDR)

dang wrong path

…Shaders

feat(shader): add vortex_shader and wave_shader under Common/Include/Shaders

from another agent

 there might be stuff here from that is better

…ationThis change introduces pre-activation scaffolds for iGPU/shader integration to enable blind review before activation. It adds iGPU detection hooks and related state, shader support placeholders, and a ShaderRendererEnabled flag. All new iGPU/shader code is prefixed with // #--- to allow mass-activation later.

feat(igpu-shaders): prepare blind-review diffs for shader/iGPU integration

Delete testcode folder from repository root

for the agent t  make sure all alterations is commented out, in the new code.

…k current-only code

…rent-onlyAlign current files with orgfolder baseline and remark current-only code

… old shader directoryMove CRT_shader.h to the shared include location to align with other shader headers.- Relocate CRT_shader.h to /Common/Include/Shaders/CRT_shader.h- Delete all contents of the old Virtual Display Driver (HDR)/Common/Shaders and remove the now-empty directories- Remove the obsolete Virtual Display Driver (HDR)/Common directory- Update internal build references to use the new header pathBREAKING CHANGE: Removed the old include path under /Virtual Display Driver (HDR)/Common and its Shaders directory; update includes to /Common/Include/Shaders/CRT_shader.h where appropriate.

…-include-shaders-cleanup-virtual-display-driver-common-shaderMove CRT_shader.h to Common/Include/Shaders and remove legacy shader directory

This cleanup removes deprecated directories to simplify the repository structure.- Remove the orgfolder directory and all its contents- Remove the scripts directory and all its contents- No code changes or user-facing behavior; no migrations required

Remove deprecated orgfolder and scripts directories

…ex for cross-GPU shader renderingAdd DXGI shared texture support and keyed mutex synchronization to enable shader-based rendering across dGPU and iGPU. Shader bytecode can be loaded at runtime via a controller pipe and toggled on/off via pipe commands. Routing of shader execution is controlled by igpu-shader XML setting, allowing iGPU to render on the shared texture when enabled.### SummaryIntroduce DXGI shared texture resources and mutex-based synchronization to perform GPU shader rendering on a shared target without RAM copies. Shader bytecode can be uploaded through a pipe channel and executed in a GPU-resident path.### Details- Add shared texture, keyed mutex, SRV/RTV and shader state to Direct3DDevice- Implement pipe commands: loadshader, shader_enable, shader_disable; store shader bytecode in driver memory- Read igpu-shader from vdd_settings.xml and route shader path to iGPU or dGPU- Integrate shader execution into SwapChainProcessor using keyed mutex coordination- Ensure textures are created with D3D11_RESOURCE_MISC_SHARED | D3D11_RESOURCE_MISC_SHARED_KEYEDMUTEX- No host RAM copies; all shader operations stay on GPU; minimal impact on existing DXGI flow

feat(dxgi-shared-shader): integrate DXGI shared texture and keyed mutex for cross-GPU shader rendering