X Plane Pixel Shader EXCLUSIVE Download

X Plane Pixel Shader Download

 
 
 
 
 
 
 

X Plane Pixel Shader Download

I’ve downloaded the source code for the pixel shader with parallelism, and I’ve added some lines to test whether it actually does what it’s supposed to do. I’ve put these lines in the line shader and in the pixel shader.. The pixel shader code is shown below. The vertex shader is left as is. I’ve given it a

The next two lines are where the parallelism is brought in. These are the original lines of the pixel shader code in the Blend.cginc file:

For convenience, I’ve written a complete pixel shader that matches the shaders in the blend file. It’s only 29 lines long, and it could be less, but that’s enough for my purposes:

I’ve written a new shader with the relevant instructions for the new pixel shader. I’ve added in the pixel shader and vertex shader code from the shaders, and I’ve removed the loop to switch the plane. I’ve added the code shown below to the corresponding lines of the pixel shader.. This code does the same thing that the other shader does, which is only render the plane if it’s visible. (Unfortunately I only have one plane, so only 1.5x speedup to get.)

My tests are shown below, a slight blur added to try to show the shader still renders the plane. Both the original shader and my shader get about 1.5x speedup, as expected.

I’ve written another shader to break this out of the class. This shader is effectively a vertex shader that breaks the two triangles into separate triangles. It’s also a bit different than the original shader in that it breaks the triangles in different ways. I’m trying to figure out which geometry the pixel shader is expecting so that I can optimize it to the point that I get the speedup I want. The test code is shown below.

1 2 int[] ColorWand1 = new int [ ]; int[] ColorWand2 = new int [ ]; int[] ColorWand3 = new int [ ]; int ColorWand4 = new int [ ]; void Main () { while (true ) { ColorWand1[ 0 ] = ColorWand1[ 0 ] + 1 ; ColorWand2[ 0 ] = ColorWand2[ 0 ] + 1 ; ColorWand3[ 0 ] = ColorWand3[ 0 ] + 1 ; ColorWand4[ 0 ] = ColorWand4[ 0 ] + 1

https://documenter.getpostman.com/view/21850906/Uzdv1Szw
https://documenter.getpostman.com/view/21834201/Uzdv1Szx
https://documenter.getpostman.com/view/21883670/Uzdv1Szy
https://documenter.getpostman.com/view/21901400/Uzdv1Szz
https://documenter.getpostman.com/view/21882372/Uzdv1T11

will be done in parallel and the interleave done in the DirectX SDK (Win7 32bit, but older versions probably work as well). I want your feedback on how.
I will explain what I’m doing in a side note.
In the vertex shader I’m setting two vertex attributes: position and normal. I’m then exporting both positions and normals in the XZ plane (X axis points to the right, and the camera is at the origin, as usual). Then in the pixel shader I’m copying the incoming pixels from the 32-bit texture in the XZ plane, and I set the normal based on the shader inputs (it’s the vertex shader’s normals). Last, I blend the normals and the (unscaled) texture coordinates using a 2D scale and offset (I’m not using an actual texture). The result is two triangles in the XZ plane, with blended colors and non-blended normals.
Since GPU multithreading has been around for a while now, I expected to get a 1.5X speedup. It does not. I also took the opportunity to code some very specific optimizations in the pixel shader to get it to run much faster:
Running: Accelerated Shader.
To test I’m usually using SpeedSort in the test code.
Small SpeedSort of 4-byte integer

I just search for this, and download it.
To measure the time I’m using:

This is the one I use. Its performance was fine for my tests so far.
But for the test I’m making in my current research project, I needed a timing device which would measure a few seconds of rendering. Not minutes.
The way I did it was to install a Radeon. My version of Windows is 2012, but I believe it’s the same with Win7. To run a test, I open the “DirectX Debug Diagram” window (the cool thing about the debug window is that it’s per core. so it gives the correct timings
50b96ab0b6

Vertex shader : x, z. and gl_FragColor = vec4(1, 0, 0, 1) ; } #version 450 #extension GL_ARB_texture_gather : enable #extension GL_EXT_shader_texture_lod : enable #extension GL_ARB_geometry_shader4 : enable #extension GL_ARB_gpu_shader_int64 : enable #extension GL_ARB_gpu_shader_half_float : enable #extension GL_ARB_shader_io_blocks : enable #extension GL_ARB_texture_storage : enable #extension GL_ARB_vertex_buffer_object : enable #extension GL_EXT_geometry_shader4 : enable #extension GL_EXT_gpu_shader4 : enable #extension GL_OES_standard_derivatives : enable #extension GL_OES_texture_float : enable #extension GL_OES_texture_half_float : enable #extension GL_OES_texture_half_float_linear : enable #extension GL_OES_vertex_array_object : enable #extension GL_KHR_context_flush_control : enable #extension GL_NV_draw_buffers : enable #extension GL_NV_fence : enable #extension GL_NV_mesh_shader : enable #extension GL_NV_occlusion_query_boolean : enable #extension GL_NV_point_sprite : enable #extension GL_NV_primitive_restart : enable #extension GL_NV_robustness : enable #extension GL_NV_shader_io_blocks : enable #extension GL_NV_transform_feedback : enable #extension GL_NV_vertex_array_range : enable #extension GL_NV_vertex_array_range : enable #extension GL_OES_EGL_image : enable #extension GL_OES_EGL_image : enable #extension GL_OES_EGL_sync : enable #extension GL_OES_EGL_sync : enable #extension GL_OES_EGL_image_external : enable #extension GL_OES_texture_float : enable #extension GL_OES

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