0) {
position = lerp(position, tex2Dlod(shapeArray, float3(pIndex.xy,mTargetId), 0), scrollPosition.w);
}
return position;
}
float4 getOrientTex(float2 pIndex, float4 scrollPosition) {
#if defined( SCALE_BY_TEXTURE )
float mSourceId = 3*scrollPosition.y + 1;
float mTargetId = 3*scrollPosition.z + 1;
#else
float mSourceId = 2*scrollPosition.y + 1;
float mTargetId = 2*scrollPosition.z + 1;
#endif
float4 orient = tex2Dlod( shapeArray, float3(pIndex.xy,mSourceId), 0);
if (scrollPosition.w > 0) {
orient = lerp(orient, tex2Dlod(shapeArray, float3(pIndex.xy,mTargetId), 0), scrollPosition.w);
}
return orient;
}
float4 getScaleTex(float2 pIndex, float4 scrollPosition) {
#if defined( SCALE_BY_TEXTURE )
float mSourceId = 3*scrollPosition.y + 2;
float mTargetId = 3*scrollPosition.z + 2;
float4 scale = tex2Dlod(shapeArray, float3(pIndex.xy,mSourceId), 0);
if (scrollPosition.w > 0) {
scale = lerp(scale, tex2Dlod(shapeArray, float3(pIndex.xy,mTargetId), 0), scrollPosition.w);
}
return scale;
#else
return float4(1.0,1.0,1.0,1.0);
#endif
}
//
// the same vertex shader code which is re-used twice in GET_POSITION_VS and GET_PREV_POSITION_VS
// only with different values
//
float3 getCustomPositionVS( VS_INPUT In,
ObjectParameters& object,
float mScrollPosition,
float2 mIndex,
float4 mPosition,
float4 mOrient,
float4 mScale ){
float4 localPosition = mPosition;
float4 localOrient = mOrient;
float4 localScale = mScale;
// offset vertices vertical locally
float3 mInitialPosition = In.position.xyz;
mInitialPosition.y += object.verticalOffset;
#if defined( JIGGLING_X )
// add extra rotation (some kind of noise) around Z axis using Quaternion
float4 mRX = eulerToQuaternionRX(0.07*cos(24.271*mScrollPosition+16*(mIndex.x+mIndex.y)));
localOrient = QuaternionMultiply(localOrient,mRX);
#endif
#if defined( ROTATE_BY_LIFE )
// rotate around moving axis
float rotation = -object.rotateSpeed*mIndex.x+mIndex.y;
float4 mRX = eulerToQuaternionRX(rotation);
localOrient = QuaternionMultiply(localOrient,mRX);
#endif
#if defined( PIVOT_OFFSET_Y )
// offset position by Y before rotation
mInitialPosition.y += localPosition.y;
localPosition.y = 0;
#endif
#if defined( SCALE_BY_TEXTURE )
mInitialPosition *= localScale.xyz;
#endif
#if defined( SCALE_BY_LIFE )
mInitialPosition *= fitRange(mIndex.x,0,1,object.sizeScale.x,object.sizeScale.y);
#endif
#if defined( COS_OFFSET_Y )
mInitialPosition.y += 0.1*mIndex.x*cos(24.271 * mScrollPosition - 16*(mIndex.x+mIndex.y));
#endif
// apply quaternion rotation
float3 mDeformed = getQuaternionPos( localOrient, mInitialPosition );
// apply translation
mDeformed += localPosition.xyz;
return mDeformed;
}
float3 getCustomVectorVS( VS_INPUT In,
ObjectParameters& object,
float mScrollPosition,
float3 mVector,
float2 mIndex,
float4 mPosition,
float4 mOrient,
float4 mScale ){
float4 localPosition = mPosition;
float4 localOrient = mOrient;
float4 localScale = mScale;
#if defined( ROTATE_BY_LIFE )
// rotate around moving axis
float rotation = -object.rotateSpeed*mIndex.x+mIndex.y;
float4 mRX = eulerToQuaternionRX(rotation);
localOrient = QuaternionMultiply(localOrient,mRX);
#endif
// apply quaternion rotation
float3 mDeformed = getQuaternionPos( localOrient, mVector );
return mDeformed;
}
]]>
object.visibilityX.y;
float mVis3 = position.y < object.visibilityY.x;
float mVis4 = position.y > object.visibilityY.y;
float mVis5 = position.z < object.visibilityZ.x;
float mVis6 = position.z > object.visibilityZ.y;
mVis = mVis1*mVis2*mVis3*mVis4*mVis5*mVis6;
}
if (In.gPosition.w < 1){
Out.position = float4(0,0,0,-1);
}
{
float mFadeIN = object.fadeProgress.x > In.gIndex.r;
float mFadeOUT = object.fadeProgress.y < In.gIndex.r;
float mFadeLeft = object.fadeProgress.z > In.gIndex.g;
float mFadeRight = object.fadeProgress.w < In.gIndex.g;
float mAlphaFinal = mFadeIN*mFadeOUT*mFadeLeft*mFadeRight;
if ( 0 == mAlphaFinal){
Out.position = float4(0,0,0,-1);
}
}
Out.visibility = mVis;
Out.albedoMapTexCoords2 = In.gIndexStatic.xy;
]]>
-object.verticalOffset);
#endif
#if defined( PIVOT_OFFSET_Y )
mVerticalCut = float(In.vs.mPositionYglobal > -object.verticalOffset);
#endif
#ifdef ALBEDO_MAP
float mAlpha = tex2D(baseMap, ALBEDO_MAP_TEXCOORDS).a;
#else
float mAlpha = 1.0f;
#endif
float mAlphaFinal = saturate( mAlpha*In.vs.visibility*mDensity*mVerticalCut );
#if defined(ALPHA_MAP)
float mAlphaMap = tex2D(alphaMap, ALBEDO_MAP_TEXCOORDS).r;
#if defined(ALPHA_GRADIENT)
float alphaShift = 0.025;
// apply gradient only for uv0.x > 0
if (ALBEDO_MAP_TEXCOORDS.x > 0.0){
mAlphaFinal = saturate((-1 + mAlphaMap + mAlphaFinal - alphaShift) / alphaShift);
}
#else
mAlphaFinal *= mAlphaMap;
#endif
#endif
alpha = mAlphaFinal;
#if defined(ALPHA_BLENDED)
reflectingLightingScale = alpha;
#endif
]]>