rename Clear shader

Unity_2018_Frozen/Assets/KinectOpticalFlow/ApplyKinectFluidBufferShader.compute

@@ -1,5 +1,4 @@
-// Each #kernel tells which function to compile; you can have many kernels
-#pragma kernel CSMain
+#pragma kernel CSMain
 #define NUM_THREADS 8
 
 RWStructuredBuffer<float4> KinectGridBuffer;

Unity_2018_Frozen/Assets/KinectOpticalFlow/KinectOpticalFlow.cs

@@ -19,7 +19,7 @@ namespace UltraCombos
         [SerializeField]
         ComputeShader updateShader;
         [SerializeField]
-        ComputeShader clearShader;
+        ComputeShader applyShader;
         ComputeBuffer clear_grid_buffer_args_buffer = null;
         ComputeBuffer args_buffer = null;
 
@@ -118,22 +118,22 @@ namespace UltraCombos
                 clear_grid_buffer_args_buffer.SetData(args);
 #else
                 Vector3Int dim = Vector3Int.FloorToInt(fluidSimulation.GridDim);
-                clear_grid_buffer_args_buffer = clearShader.CreateIndirectComputeArgsBuffer(dim.x, dim.y, dim.z);
+                clear_grid_buffer_args_buffer = applyShader.CreateIndirectComputeArgsBuffer(dim.x, dim.y, dim.z);
 #endif
             }
 
             {
-                clearShader.SetVector("FluidDim", fluidSimulation.GridDim);
-                clearShader.SetBuffer(0, "VelocityBuffer", fluidSimulation.VelocityBuffer);
-                clearShader.SetBuffer(0, "TemperatureBuffer", fluidSimulation.TemperatureBuffer);
-                clearShader.SetBuffer(0, "ObstacleBuffer", fluidSimulation.ObstacleBuffer);
-                clearShader.SetBuffer(0, "DensityBuffer", fluidSimulation.DensityBuffer);
-                clearShader.SetFloat("timeStep", Time.fixedDeltaTime);
-                clearShader.SetFloat("temperatureAmount", fluidSimulation.m_temperatureAmount);
-                clearShader.SetFloat("densityAmount", fluidSimulation.m_densityAmount);
-                clearShader.SetFloat("kinectAmount", kinectAmount);
-                clearShader.SetBuffer(0, "KinectGridBuffer", kinect_grid_buffer);
-                clearShader.DispatchIndirect(0, clear_grid_buffer_args_buffer);
+                applyShader.SetVector("FluidDim", fluidSimulation.GridDim);
+                applyShader.SetBuffer(0, "VelocityBuffer", fluidSimulation.VelocityBuffer);
+                applyShader.SetBuffer(0, "TemperatureBuffer", fluidSimulation.TemperatureBuffer);
+                applyShader.SetBuffer(0, "ObstacleBuffer", fluidSimulation.ObstacleBuffer);
+                applyShader.SetBuffer(0, "DensityBuffer", fluidSimulation.DensityBuffer);
+                applyShader.SetFloat("timeStep", Time.fixedDeltaTime);
+                applyShader.SetFloat("temperatureAmount", fluidSimulation.m_temperatureAmount);
+                applyShader.SetFloat("densityAmount", fluidSimulation.m_densityAmount);
+                applyShader.SetFloat("kinectAmount", kinectAmount);
+                applyShader.SetBuffer(0, "KinectGridBuffer", kinect_grid_buffer);
+                applyShader.DispatchIndirect(0, clear_grid_buffer_args_buffer);
             }
         }