ATOM-4661 Improvement with pass templates registration from data (#735)
* ATOM-4661 Improvement with pass templates registration from data - Update PassLibrary so it can load pass templates from more than one files and report duplicate pass templates. - Added load templates events to pass system so the handlers from any gems can load their own pass templates. - Added PassSystemInterface::OnReadyLoadTemplatesEvent::Handler in FeatureCommon gem's CommonSystemeComponet to load the PassTemplates.azasset in featureCommon gem. - Misc: moved BindlessPrototypeSrg.asli from RPI to ASV project; fixed an assert issue when exit ASVmain
Vicky
5 years ago
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GitHub
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883786796d
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1c575763c7
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/*
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* All or portions of this file Copyright (c) Amazon.com, Inc. or its affiliates or
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* its licensors.
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*
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* For complete copyright and license terms please see the LICENSE at the root of this
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* distribution (the "License"). All use of this software is governed by the License,
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* or, if provided, by the license below or the license accompanying this file. Do not
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* remove or modify any license notices. This file is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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*
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*/
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#pragma once
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// NOTE: Nest this array, so Azslc will output a size of the bindingslot to 1
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struct FloatBuffer
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{
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float buffer;
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};
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// Listed on update frequency
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ShaderResourceGroupSemantic FrequencyPerScene
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{
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FrequencyId = 6;
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};
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ShaderResourceGroupSemantic FloatBufferSemanticId
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{
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FrequencyId = 7;
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};
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ShaderResourceGroup ImageSrg : FrequencyPerScene
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{
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Sampler m_sampler
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{
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MaxAnisotropy = 16;
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AddressU = Wrap;
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AddressV = Wrap;
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AddressW = Wrap;
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};
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// Array of textures
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Texture2D m_textureArray[];
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}
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ShaderResourceGroup FloatBufferSrg : FloatBufferSemanticId
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{
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StructuredBuffer<FloatBuffer> m_floatBuffer;
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};
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// Helper functions to read data from the FloatBuffer. The FloatBuffer is accessed with a descriptor and a index.
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// The descriptor holds the initial offset within the FloatBuffer, and the index is a sub-index, which increments with each property that is being read.
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// The data needs to be read in the same order as it is allocated on the host.
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// All float setters
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void SetFloat(out float outFloat, in uint desc, inout uint index)
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{
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outFloat = FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer;
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index += 1;
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}
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void SetFloat2(out float2 outFloat, in uint desc, inout uint index)
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{
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outFloat.x = FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer;
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outFloat.y = FloatBufferSrg::m_floatBuffer[desc + index + 1].buffer;
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index += 2;
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}
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void SetFloat3(out float3 outFloat, in uint desc, inout uint index)
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{
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outFloat.x = FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer;
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outFloat.y = FloatBufferSrg::m_floatBuffer[desc + index + 1].buffer;
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outFloat.z = FloatBufferSrg::m_floatBuffer[desc + index + 2].buffer;
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index += 3;
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}
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void SetFloat4(out float4 outFloat, in uint desc, inout uint index)
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{
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outFloat.x = FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer;
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outFloat.y = FloatBufferSrg::m_floatBuffer[desc + index + 1].buffer;
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outFloat.z = FloatBufferSrg::m_floatBuffer[desc + index + 2].buffer;
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outFloat.w = FloatBufferSrg::m_floatBuffer[desc + index + 3].buffer;
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index += 4;
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}
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// All matrix setters
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void SetFloat4x4(out float4x4 outFloat, in uint desc, inout uint index)
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{
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[unroll(4)]
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for(uint i = 0; i < 4; i++)
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{
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SetFloat4(outFloat[i], desc, index);
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}
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}
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// All uint setters
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void SetUint(out uint outUInt, in uint desc, inout uint index)
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{
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outUInt = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer);
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index += 1;
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}
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void SetUint2(out uint2 outUInt, in uint desc, inout uint index)
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{
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outUInt.x = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer);
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outUInt.y = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 1].buffer);
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index += 2;
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}
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void SetUint3(out uint3 outUInt, in uint desc, inout uint index)
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{
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outUInt.x = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer);
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outUInt.y = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 1].buffer);
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outUInt.z = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 2].buffer);
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index += 3;
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}
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void SetUint4(out uint4 outUInt, in uint desc, inout uint index)
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{
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outUInt.x = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 0].buffer);
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outUInt.y = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 1].buffer);
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outUInt.z = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 2].buffer);
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outUInt.w = asuint(FloatBufferSrg::m_floatBuffer[desc + index + 3].buffer);
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index += 4;
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}
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// All double setters
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void SetDouble(out double outDouble, in uint desc, inout uint index)
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{
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uint lowBits;
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uint highBits;
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SetUint(highBits, desc, index);
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SetUint(lowBits, desc, index);
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outDouble = asdouble(lowBits, highBits);
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}
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