Uses of Class
cz.fidentis.analyst.opencl.memory.BufferGPU

Packages that use BufferGPU

Package	Description
cz.fidentis.analyst.opencl.memory
cz.fidentis.analyst.opencl.memory.impl

Uses of BufferGPU in cz.fidentis.analyst.opencl.memory

Subclasses of BufferGPU in cz.fidentis.analyst.opencl.memory

Modifier and Type	Class	Description
class	WriteBufferGPU<T>	Resizable buffer of GPU memory.

Methods in cz.fidentis.analyst.opencl.memory that return BufferGPU

Modifier and Type	Method	Description
static BufferGPU<IntBuffer>	BufferFactory.getIntBuffer(com.jogamp.opencl.CLContext clContext)	Creates resizable IntegerBuffer
static BufferGPU<FloatBuffer>	BufferFactory.getRayIntersectionBuffer(com.jogamp.opencl.CLContext context)	Creates resizable RayIntersectionBuffer to receive intersections calculate on GPU

Uses of BufferGPU in cz.fidentis.analyst.opencl.memory.impl

Subclasses of BufferGPU in cz.fidentis.analyst.opencl.memory.impl

Modifier and Type	Class	Description
class	IntegerBuffer	Simple resizable buffer to store integers
class	MeshTriangleBuffer	Class providing readable conversion of MeshTriangle data to reside in OpenCL buffers Each triangle is represented by 3 points and 3 vectors.
class	RayIntersectionBuffer	Buffer to hold results of ray intersections on GPU Each intersection is aligned to 8 continuous values 0,1,2 --> Intersection Point 3 --> Triangle index --> in GPU memory - needed if we want to recreate the RayIntersection on CPU side Triangle index is positive if the HIT is direct, Negative, if the hit is indirect, and 0 if no HIT happened 4,5,6 --> Intersection Normal 7 --> Ray Intersection distance
class	VoxelBuffer<T extends javax.vecmath.Tuple3d>	Buffer to hold 3D coordinates compatible with Tuple3d and it's descendants Even though 3 float values are stored, we need to allocate more space since OpenCL assumes the vector types (float3) to be aligned to match 4 * sizeof(component) boundary.