User Functions

#define	UNARY_FUNC(name, type1, param1, func)
#define	UNARY_FUNC_CONSTANT(name, type1, constType, param1, const1, func)
#define	BINARY_FUNC(name, type1, param1, param2, func)
#define	BINARY_FUNC_CONSTANT(name, type1, constType, param1, param2, const1, func)
#define	TERNARY_FUNC(name, type1, param1, param2, param3, func)
#define	TERNARY_FUNC_CONSTANT(name, type1, constType, param1, param2, param3, const1, func)
#define	OVERLAP_FUNC(name, type1, over, param1, func)
#define	OVERLAP_FUNC_STR(name, type1, over, param1, stride, func)
#define	OVERLAP_FUNC_2D_STR(name, type1, overX, overY, param1, stride, func)
#define	ARRAY_FUNC(name, type1, param1, param2, func)
#define	ARRAY_FUNC_MATR(name, type1, param1, param2, xindex, yindex, func)
#define	ARRAY_FUNC_MATR_BLOCK_WISE(name, type1, param1, param2, p2BlockSize, func)
#define	ARRAY_FUNC_SPARSE_MATR_BLOCK_WISE(name, type1, param1, param2, local_nnz, p1Idx, p2BlockSize, func)
#define	ARRAY_FUNC_MATR_CONSTANT(name, type1, constType, param1, param2, const1, xindex, yindex, func)
#define	GENERATE_FUNC(name, type1, constType, index, const1, func)
#define	GENERATE_FUNC_MATRIX(name, type1, constType, xindex, yindex, const1, func)
#define	OVERLAP_DEF_FUNC(name, type1)
#define	UNARY_FUNC(name, type1, param1, func)
#define	BINARY_FUNC_CONSTANT(name, type1, constType, param1, param2, const1, func)
#define	TERNARY_FUNC(name, type1, param1, param2, param3, func)
#define	TERNARY_FUNC_CONSTANT(name, type1, constType, param1, param2, param3, const1, func)
#define	OVERLAP_FUNC(name, type1, over, param1, func)
#define	OVERLAP_FUNC_STR(name, type1, over, param1, stride, func)
#define	OVERLAP_FUNC_2D_STR(name, type1, overX, overY, param1, stride, func)
#define	ARRAY_FUNC(name, type1, param1, param2, func)
#define	ARRAY_FUNC_MATR(name, type1, param1, param2, xindex, yindex, func)
#define	ARRAY_FUNC_MATR_BLOCK_WISE(name, type1, param1, param2, p2BlockSize, func)
#define	ARRAY_FUNC_SPARSE_MATR_BLOCK_WISE(name, type1, param1, param2, local_nnz, p1Idx, p2BlockSize, func)
#define	ARRAY_FUNC_MATR_CONSTANT(name, type1, constType, param1, param2, const1, xindex, yindex, func)
#define	GENERATE_FUNC(name, type1, constType, index, const1, func)
#define	GENERATE_FUNC_MATRIX(name, type1, constType, xindex, yindex, const1, func)
#define	UNARY_FUNC(name, type1, param1, func)
#define	UNARY_FUNC_CONSTANT(name, type1, constType, param1, const1, func)
#define	BINARY_FUNC(name, type1, param1, param2, func)
#define	BINARY_FUNC_CONSTANT(name, type1, constType, param1, param2, const1, func)
#define	TERNARY_FUNC(name, type1, param1, param2, param3, func)
#define	TERNARY_FUNC_CONSTANT(name, type1, constType, param1, param2, param3, const1, func)
#define	OVERLAP_FUNC(name, type1, over, param1, func)
#define	OVERLAP_FUNC_STR(name, type1, over, param1, stride, func)
#define	OVERLAP_FUNC_2D_STR(name, type1, overX, overY, param1, stride, func)
#define	ARRAY_FUNC(name, type1, param1, param2, func)
#define	ARRAY_FUNC_MATR(name, type1, param1, param2, xindex, yindex, func)
#define	ARRAY_FUNC_MATR_BLOCK_WISE(name, type1, param1, param2, p2BlockSize, func)
#define	ARRAY_FUNC_SPARSE_MATR_BLOCK_WISE(name, type1, param1, param2, local_nnz, p1Idx, p2BlockSize, func)
#define	ARRAY_FUNC_MATR_CONSTANT(name, type1, constType, param1, param2, const1, xindex, yindex, func)
#define	GENERATE_FUNC(name, type1, constType, index, const1, func)
#define	GENERATE_FUNC_MATRIX(name, type1, constType, xindex, yindex, const1, func)
#define	UNARY_FUNC(name, type1, param1, func)
#define	UNARY_FUNC_CONSTANT(name, type1, param1, const1, func)
#define	BINARY_FUNC(name, type1, param1, param2, func)
#define	BINARY_FUNC_CONSTANT(name, type1, param1, param2, const1, func)
#define	TERNARY_FUNC(name, type1, param1, param2, param3, func)
#define	TERNARY_FUNC_CONSTANT(name, type1, param1, param2, param3, const1, func)
#define	OVERLAP_FUNC(name, type1, over, param1, func)
#define	OVERLAP_FUNC_STR(name, type1, over, param1, stride, func)
#define	ARRAY_FUNC(name, type1, param1, param2, func)
#define	ARRAY_FUNC_MATR(name, type1, param1, param2, func)
#define	ARRAY_FUNC_MATR_CONST(name, type1, param1, param2, const1, const2, func)
#define	GENERATE_FUNC(name, type1, index, const1, func)

Detailed Description

Macros that generate user functions that can be used togeher with the Skeletons.

Macro Definition Documentation

#define ARRAY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY;\
        isConst = false;\
    }\
    inline type1 CPU(type1 * param1, type1 param2)\
    {\
        func\
    }\
};

Macro defintion for Array user functions. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
func	Function body.

#define ARRAY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY;\
        isConst = false;\
    }\
    type1 CPU(type1 * param1, type1 param2)\
    {\
        func\
    }\
    __device__ type1 CU(type1 * param1, type1 param2)\
    {\
        func\
    }\
};

Macro defintion for Array user functions. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
func	Function body.

#define ARRAY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    skepu::FuncType funcType;\
    std::string func_CL;\
    std::string funcName_CL;\
    std::string datatype_CL;\
    std::string constype_CL;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY;\
        funcName_CL.append(#name);\
        datatype_CL.append(#type1);\
        constype_CL.append(#type1);\
        func_CL.append(\
        datatype_CL + " " + funcName_CL + "(__global " + datatype_CL + "* " + #param1 + "," + datatype_CL + " " + #param2 + ")\n"\
        "{\n"\
        "   " #func "\n"\
        "}\n");\
    }\
    type1 CPU(type1 * param1, type1 param2)\
    {\
        func\
    }\
};

Macro defintion for Array user functions. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
func	Function body.

#define ARRAY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    skepu::FuncType funcType;\
    std::string func_CL;\
    std::string funcName_CL;\
    std::string datatype_CL;\
    name()\
    {\
        funcType = skepu::ARRAY;\
        funcName_CL.append(#name);\
        datatype_CL.append(#type1);\
        func_CL.append(\
        datatype_CL + " " + funcName_CL + "(__global " + datatype_CL + "* " + #param1 + "," + datatype_CL + " " + #param2 + ")\n"\
        "{\n"\
        "   " #func "\n"\
        "}\n");\
    }\
    type1 CPU(type1 * param1, type1 param2)\
    {\
        func\
    }\
    __device__ type1 CU(type1 * param1, type1 param2)\
    {\
        func\
    }\
};

Macro defintion for Array user functions. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
func	Function body.

#define ARRAY_FUNC_MATR	(		name,
			type1,
			param1,
			param2,
			xindex,
			yindex,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    int param2BlockSize;\
    bool isConst;\
    skepu::FuncType funcType;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY_INDEX;\
        isConst = false;\
    }\
    type1 CPU(type1 * param1, type1 * param2)\
    {\
        return type1();\
    }\
    type1 CPU(type1 * param1, type1 param2, int xindex, int yindex)\
    {\
        func\
    }\
};

Macro defintion for Array user functions for Matrix. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
xindex	Index of param2 on x-axis.
yindex	Index of param2 on y-axis.
func	Function body.

#define ARRAY_FUNC_MATR	(		name,
			type1,
			param1,
			param2,
			xindex,
			yindex,
			func
	)

Macro defintion for Array user functions for Matrix. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
xindex	Index of param2 on x-axis.
yindex	Index of param2 on y-axis.
func	Function body.

#define ARRAY_FUNC_MATR	(		name,
			type1,
			param1,
			param2,
			xindex,
			yindex,
			func
	)

Macro defintion for Array user functions for Matrix. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
func	Function body.

#define ARRAY_FUNC_MATR	(		name,
			type1,
			param1,
			param2,
			func
	)

Macro defintion for Array user functions for Matrix. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
func	Function body.

#define ARRAY_FUNC_MATR_BLOCK_WISE	(		name,
			type1,
			param1,
			param2,
			p2BlockSize,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    int param2BlockSize;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY_INDEX_BLOCK_WISE;\
        param2BlockSize = p2BlockSize;\
        isConst = false;\
    }\
    type1 CPU(type1 * param1, type1 * param2)\
    {\
        func\
    }\
    type1 CPU(type1 * param1, type1 param2, int xindex, int yindex)\
    {\
        return type1();\
    }\
};

Macro defintion for Block-wise Array user functions for Matrix. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can access all elements of param1 as an array in the body.
param2	Name of parameter two. Can access "p2BlockSize" elements of param2 as an array in the body.
p2BlockSize	The size of param2 block. i.e., number of elements that can be accessed from param2.
func	Function body.

#define ARRAY_FUNC_MATR_BLOCK_WISE	(		name,
			type1,
			param1,
			param2,
			p2BlockSize,
			func
	)

Macro defintion for Block-wise Array user functions for Matrix. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can access all elements of param1 as an array in the body.
param2	Name of parameter two. Can access "p2BlockSize" elements of param2 as an array in the body.
p2BlockSize	The size of param2 block. i.e., number of elements that can be accessed from param2.
func	Function body.

#define ARRAY_FUNC_MATR_BLOCK_WISE	(		name,
			type1,
			param1,
			param2,
			p2BlockSize,
			func
	)

Macro defintion for Block-wise Array user functions for Matrix. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can access all elements of param1 as an array in the body.
param2	Name of parameter two. Can access "p2BlockSize" elements of param2 as an array in the body.
p2BlockSize	The size of param2 block. i.e., number of elements that can be accessed from param2.
func	Function body.

#define ARRAY_FUNC_MATR_CONST	(		name,
			type1,
			param1,
			param2,
			const1,
			const2,
			func
	)

Macro defintion for Array user functions for Matrix which also supports two constants. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
const1	Name of constant one which can be used in the body.
const1	Name of constant two which can be used in the body.
func	Function body.

#define ARRAY_FUNC_MATR_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			const1,
			xindex,
			yindex,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    int param2BlockSize;\
    bool isConst;\
    skepu::FuncType funcType;\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v)\
    {\
        const1 = _v;\
        isConst = true;\
    }\
    name()\
    {\
        funcType = skepu::ARRAY_INDEX;\
        const1 = CONST_TYPE();\
        isConst = true;\
    }\
    type1 CPU(type1 * param1, type1 * param2)\
    {\
        return type1();\
    }\
    type1 CPU(type1 * param1, type1 param2, int xindex, int yindex)\
    {\
        func\
    }\
};

Macro defintion for Array user functions for Matrix which also supports a contant. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
const1	Name of constant one which can be used in the body.
xindex	Index of param2 on x-axis.
yindex	Index of param2 on y-axis.
func	Function body.

#define ARRAY_FUNC_MATR_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			const1,
			xindex,
			yindex,
			func
	)

Macro defintion for Array user functions for Matrix which also supports two constants. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
const1	Name of constant one which can be used in the body.
xindex	Index of param2 on x-axis.
yindex	Index of param2 on y-axis.
func	Function body.

#define ARRAY_FUNC_MATR_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			const1,
			xindex,
			yindex,
			func
	)

Macro defintion for Array user functions for Matrix with constants. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one. Can be accessed as an array in the body.
param2	Name of parameter two. Only one element is accessible in the body.
const1	Name of constant one which can be used in the body.
xindex	Index of param2 on x-axis.
yindex	Index of param2 on y-axis.
func	Function body.

#define ARRAY_FUNC_SPARSE_MATR_BLOCK_WISE	(		name,
			type1,
			param1,
			param2,
			local_nnz,
			p1Idx,
			p2BlockSize,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    int param2BlockSize;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY_INDEX_SPARSE_BLOCK_WISE;\
        param2BlockSize = p2BlockSize;\
        isConst = false;\
    }\
    type1 CPU(type1 * param1, type1 * param2, int local_nnz, unsigned int * p1Idx)\
    {\
        func\
    }\
};

Macro defintion for Block-wise Array user functions for SparseMatrix. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can access all elements of param1 as an array in the body.
param2	Name of parameter two. Can access "p2BlockSize" elements of param2 as an array in the body.
local_nnz	The number of non-zero elements in param2. "local_nnz<=p2BlockSize" always.
p1Idx	Index of param1 elements corresponding to non-zero elements found in param2.
p2BlockSize	The size of param2 block. i.e., number of elements that can be accessed from param2.
func	Function body.

#define ARRAY_FUNC_SPARSE_MATR_BLOCK_WISE	(		name,
			type1,
			param1,
			param2,
			local_nnz,
			p1Idx,
			p2BlockSize,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    int param2BlockSize;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY_INDEX_SPARSE_BLOCK_WISE;\
        param2BlockSize = p2BlockSize;\
        isConst = false;\
    }\
    type1 CPU(type1 * param1, type1 * param2, int local_nnz, unsigned int * p1Idx)\
    {\
        func\
    }\
    __device__ type1 CU(type1 * param1, type1 * param2, int local_nnz, unsigned int * p1Idx)\
    {\
        func\
    }\
};

Macro defintion for Block-wise Array user functions for SparseMatrix. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can access all elements of param1 as an array in the body.
param2	Name of parameter two. Can access "p2BlockSize" elements of param2 as an array in the body.
local_nnz	The number of non-zero elements in param2. "local_nnz<=p2BlockSize" always.
p1Idx	Index of param1 elements corresponding to non-zero elements found in param2.
p2BlockSize	The size of param2 block. i.e., number of elements that can be accessed from param2.
func	Function body.

#define ARRAY_FUNC_SPARSE_MATR_BLOCK_WISE	(		name,
			type1,
			param1,
			param2,
			local_nnz,
			p1Idx,
			p2BlockSize,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    int param2BlockSize;\
    skepu::FuncType funcType;\
    std::string func_CL;\
    std::string funcName_CL;\
    std::string datatype_CL;\
    std::string constype_CL;\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    name()\
    {\
        funcType = skepu::ARRAY_INDEX_SPARSE_BLOCK_WISE;\
        param2BlockSize = p2BlockSize;\
        funcName_CL.append(#name);\
        datatype_CL.append(#type1);\
        constype_CL.append(#type1);\
        func_CL.append(\
        datatype_CL + " " + funcName_CL + "(__global " + datatype_CL + "* " + #param1 + ", __global " + datatype_CL + "* " + #param2 + ", int " + #local_nnz + ", __global unsigned int * " + #p1Idx + ", " + constype_CL + " " + "dummy" + ")\n"\
        "{\n"\
        "   " #func "\n"\
        "}\n");\
    }\
    type1 CPU(type1 * param1, type1 * param2, int local_nnz, unsigned int * p1Idx)\
    {\
        func\
    }\
};

Macro defintion for Block-wise Array user functions for SparseMatrix. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the MapArray skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one. Can access all elements of param1 as an array in the body.
param2	Name of parameter two. Can access "p2BlockSize" elements of param2 as an array in the body.
local_nnz	The number of non-zero elements in param2. "local_nnz<=p2BlockSize" always.
p1Idx	Index of param1 elements corresponding to non-zero elements found in param2.
p2BlockSize	The size of param2 block. i.e., number of elements that can be accessed from param2.
func	Function body.

#define BINARY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::BINARY;\
        isConst = false;\
    }\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    type1 CPU(type1 param1, type1 param2)\
    {\
        return CPU(param1, param2, dummy);\
    }\
    type1 CPU(type1 param1, type1 param2, type1 dummy)\
    {\
        func\
    }\
    __device__ type1 CU(type1 param1, type1 param2)\
    {\
        return CU(param1, param2, dummy);\
    }\
    __device__ type1 CU(type1 param1, type1 param2, type1 dummy)\
    {\
        func\
    }\
};

Macro defintion for Binary user functions. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map, Reduce and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
func	Function body.

#define BINARY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Macro defintion for Binary user functions. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map, Reduce and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
func	Function body.

#define BINARY_FUNC	(		name,
			type1,
			param1,
			param2,
			func
	)

Macro defintion for Binary user functions. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map, Reduce and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
func	Function body.

#define BINARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			const1,
			func
	)

Macro defintion for Binary user functions which also uses a constant. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
param2	Name of parameter two.
const1	Name of a constant which can be used in the body.
func	Function body.

#define BINARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::BINARY;\
        isConst = true;\
        const1 = CONST_TYPE();\
    }\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v)\
    {\
        const1 = _v;\
    }\
    type1 CPU(type1 param1, type1 param2)\
    {\
        return CPU(param1, param2, const1);\
    }\
    type1 CPU(type1 param1, type1 param2, constType const1)\
    {\
        func\
    }\
};

Macro defintion for Binary user functions. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
func	Function body.

Macro defintion for Binary user functions which also uses a constant. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
param2	Name of parameter two.
const1	Name of a constant which can be used in the body.
func	Function body.

#define BINARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			const1,
			func
	)

Macro defintion for Binary user functions which also uses a constant. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
param2	Name of parameter two.
const1	Name of a constant which can be used in the body.
func	Function body.

#define BINARY_FUNC_CONSTANT	(		name,
			type1,
			param1,
			param2,
			const1,
			func
	)

Macro defintion for Binary user functions which also uses a constant. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC	(		name,
			type1,
			constType,
			index,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::GENERATE;\
    }\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v) {const1 = _v;}\
    type1 CPU(unsigned int index)\
    {\
        func\
    }\
    type1 CPU(unsigned int xindex, unsigned int yindex)\
    {\
       return type1();\
    }\
};

Macro defintion for Generate user functions. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
index	Name of the index variable which will hold the index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC	(		name,
			type1,
			constType,
			index,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::GENERATE;\
        const1 = CONST_TYPE();\
    }\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v) {const1 = _v;}\
    type1 CPU(unsigned int index)\
    {\
        func\
    }\
    type1 CPU(unsigned int xindex, unsigned int yindex)\
    {\
       return type1();\
    }\
    __device__ type1 CU(unsigned int index)\
    {\
        func\
    }\
    __device__ type1 CU(unsigned int xindex, unsigned int yindex)\
    {\
        return type1();\
    }\
};

Macro defintion for Generate user functions. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
index	Name of the index variable which will hold the index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC	(		name,
			type1,
			index,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    skepu::FuncType funcType;\
    std::string func_CL;\
    std::string funcName_CL;\
    std::string datatype_CL;\
    name()\
    {\
        funcType = skepu::GENERATE;\
        funcName_CL.append(#name);\
        datatype_CL.append(#type1);\
        func_CL.append(\
        datatype_CL + " " + funcName_CL + "(unsigned int " + #index + ", " + datatype_CL + " " + #const1 + ")\n"\
        "{\n"\
        "   " #func "\n"\
        "}\n");\
    }\
    type1 const1;\
    type1 getConstant() {return const1;}\
    void setConstant(type1 _v) {const1 = _v;}\
    type1 CPU(unsigned int index)\
    {\
        func\
    }\
    __device__ type1 CU(unsigned int index)\
    {\
        func\
    }\
};

Macro defintion for Generate user functions. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
index	Name of the index variable which will hold the index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC	(		name,
			type1,
			constType,
			index,
			const1,
			func
	)

Macro defintion for Generate user functions. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
index	Name of the index variable which will hold the index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC_MATRIX	(		name,
			type1,
			constType,
			xindex,
			yindex,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::GENERATE_MATRIX;\
        const1 = CONST_TYPE();\
    }\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v) {const1 = _v;}\
    type1 CPU(unsigned int xindex, unsigned int yindex)\
    {\
        func\
    }\
    type1 CPU(unsigned int index)\
    {\
        return type1();\
    }\
};

Macro defintion for Generate user functions for matrix objects. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton with matrix objects.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
xindex	Name of the column index variable which will hold the (x-axis) column index of the value to be generated.
yindex	Name of the row index variable which will hold the (y-axis) row index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC_MATRIX	(		name,
			type1,
			constType,
			xindex,
			yindex,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::GENERATE_MATRIX;\
        const1 = CONST_TYPE();\
    }\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v) {const1 = _v;}\
    type1 CPU(unsigned int index)\
    {\
        return type1();\
    }\
    type1 CPU(unsigned int xindex, unsigned int yindex)\
    {\
        func\
    }\
    __device__ type1 CU(unsigned int index)\
    {\
        return type1();\
    }\
    __device__ type1 CU(unsigned int xindex, unsigned int yindex)\
    {\
        func\
    }\
};

Macro defintion for Generate user functions for matrix objects. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton with matrix objects.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
xindex	Name of the column index variable which will hold the (x-axis) column index of the value to be generated.
yindex	Name of the row index variable which will hold the (y-axis) row index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define GENERATE_FUNC_MATRIX	(		name,
			type1,
			constType,
			xindex,
			yindex,
			const1,
			func
	)

Macro defintion for Generate user functions for matrix objects. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used by the Generate skeleton with matrix objects.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
xindex	Name of the column index variable which will hold the (x-axis) column index of the value to be generated.
yindex	Name of the row index variable which will hold the (y-axis) row index of the value to be generated.
const1	Name of a constant which can be used in the body.
func	Function body.

#define OVERLAP_DEF_FUNC	(		name,
			type1
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::OVERLAP;\
    }\
    type1 CPU(type1 param1)\
    {\
        return param1;\
    }\
};

Macro defintion for user functions that is specified when user function is not mandatory for computation. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the MapOverlap skeleton for applying 2D non-separable overlap.

Parameters

name	Function name.
type1	Type of function parameters.

#define OVERLAP_FUNC	(		name,
			type1,
			over,
			param1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    int overlap;\
    int stride;\
    int getStride() {return stride;}\
    void setStride(int _v) {stride = _v;}\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::OVERLAP;\
        overlap = over;\
    stride = 1;\
    }\
    inline type1 CPU(type1 * param1)\
    {\
        func\
    }\
    type1 CPU_stride(type1 * param1)\
    {\
        func\
    }\
};

Macro defintion for Overlap user functions. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define OVERLAP_FUNC	(		name,
			type1,
			over,
			param1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    int overlap;\
    int stride;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::OVERLAP;\
        overlap = over;\
    stride = 1;\
    }\
    int getStride() {return stride;}\
    void setStride(int _v) {stride = _v;}\
    type1 CPU(type1 * param1)\
    {\
        func\
    }\
    type1 CPU_stride(type1 * param1)\
    {\
        func\
    }\
    __device__ type1 CU(type1 * param1)\
    {\
        func\
    }\
};

Macro defintion for Overlap user functions. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define OVERLAP_FUNC	(		name,
			type1,
			over,
			param1,
			func
	)

Macro defintion for Overlap user functions. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define OVERLAP_FUNC	(		name,
			type1,
			over,
			param1,
			func
	)

Macro defintion for Overlap user functions. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define OVERLAP_FUNC_2D_STR	(		name,
			type1,
			overX,
			overY,
			param1,
			stride,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    int overlapX;\
    int overlapY;\
    int stride;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::OVERLAP_2D;\
        overlapX = overX;\
        overlapY = overY;\
        stride = 1;\
    }\
    int getStride() {return stride;}\
    void setStride(int _v) {stride = _v;}\
    type1 CPU(type1 * param1)\
    {\
        func\
    }\
    type1 CPU(type1 * param1, int stride)\
    {\
        func\
    }\
};

Macro defintion for 2D Overlap user functions with support for strided access in body. Includes a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for 2DMapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
overX	The overlap length on horizontal axis used by the function.
overY	The overlap length on vertical axis used by the function.
param1	Name of parameter one.
stride	the stride which is used to access items column-wise.
func	Function body.

#define OVERLAP_FUNC_2D_STR	(		name,
			type1,
			overX,
			overY,
			param1,
			stride,
			func
	)

Macro defintion for 2D Overlap user functions with support for strided access in function body. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used with 2DMapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
overX	The overlap length on horizontal axis used by the function.
overY	The overlap length on vertical axis used by the function.
param1	Name of parameter one.
stride	the stride which is used to access items column-wise.
func	Function body.

#define OVERLAP_FUNC_2D_STR	(		name,
			type1,
			overX,
			overY,
			param1,
			stride,
			func
	)

Macro defintion for 2D Overlap user functions with support for strided access in body. Includes a CPU and OpenCL variant where CPU variant can also be used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for 2DMapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
overX	The overlap length on horizontal axis used by the function.
overY	The overlap length on vertical axis used by the function.
param1	Name of parameter one.
stride	the stride which is used to access items column-wise.
func	Function body.

#define OVERLAP_FUNC_STR	(		name,
			type1,
			over,
			param1,
			stride,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    int overlap;\
    int stride;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::OVERLAP;\
        overlap = over;\
        stride = 1;\
    }\
    int getStride() {return stride;}\
    void setStride(int _v) {stride = _v;}\
    type1 CPU(type1 * param1)\
    {\
        func\
    }\
    type1 CPU_stride(type1 * param1)\
    {\
        func\
    }\
};

Macro defintion for Overlap user functions with support for strided access. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
stride	the stride which is used to access items column-wise.
func	Function body.

#define OVERLAP_FUNC_STR	(		name,
			type1,
			over,
			param1,
			stride,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    int overlap;\
    int stride;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::OVERLAP;\
        overlap = over;\
    stride = 1;\
    }\
    int getStride() {return stride;}\
    void setStride(int _v) {stride = _v;}\
    type1 CPU(type1 * param1)\
    {\
        int stride=1;\
        func\
    }\
    type1 CPU_stride(type1 * param1)\
    {\
        func\
    }\
    __device__ type1 CU(type1 * param1)\
    {\
        int stride=1;\
        func\
    }\
};

Macro defintion for Overlap user functions with support for strided access in body. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define OVERLAP_FUNC_STR	(		name,
			type1,
			over,
			param1,
			stride,
			func
	)

Macro defintion for Overlap user functions that allows option for stride access. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define OVERLAP_FUNC_STR	(		name,
			type1,
			over,
			param1,
			stride,
			func
	)

Macro defintion for Overlap user functions that allows option for stride access. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can only be used for MapOverlap skeleton.

Parameters

name	Function name.
type1	Type of function parameters.
over	The overlap length used by the function.
param1	Name of parameter one.
func	Function body.

#define TERNARY_FUNC	(		name,
			type1,
			param1,
			param2,
			param3,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::TERNARY;\
        isConst = false;\
    }\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    type1 CPU(type1 param1, type1 param2, type1 param3)\
    {\
        return CPU(param1, param2, param3, dummy);\
    }\
    type1 CPU(type1 param1, type1 param2, type1 param3, type1 dummy)\
    {\
        func\
    }\
};

Macro defintion for Trinary user functions. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
func	Function body.

#define TERNARY_FUNC	(		name,
			type1,
			param1,
			param2,
			param3,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::TERNARY;\
        isConst = false;\
    }\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    type1 CPU(type1 param1, type1 param2, type1 param3)\
    {\
        return CPU(param1, param2, param3, dummy);\
    }\
    type1 CPU(type1 param1, type1 param2, type1 param3, type1 dummy)\
    {\
        func\
    }\
    __device__ type1 CU(type1 param1, type1 param2, type1 param3)\
    {\
        return CU(param1, param2, param3, dummy);\
    }\
    __device__ type1 CU(type1 param1, type1 param2, type1 param3, type1 dummy)\
    {\
        func\
    }\
};

Macro defintion for Trinary user functions. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
func	Function body.

#define TERNARY_FUNC	(		name,
			type1,
			param1,
			param2,
			param3,
			func
	)

Macro defintion for Trinary user functions. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
func	Function body.

#define TERNARY_FUNC	(		name,
			type1,
			param1,
			param2,
			param3,
			func
	)

Macro defintion for Trinary user functions. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
func	Function body.

#define TERNARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			param3,
			const1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef constType CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::TERNARY;\
        isConst = true;\
        const1 = CONST_TYPE();\
    }\
    constType const1;\
    constType getConstant() {return const1;}\
    void setConstant(constType _v)\
    {\
        const1 = _v;\
    }\
    type1 CPU(type1 param1, type1 param2, type1 param3)\
    {\
        return CPU(param1, param2, param3, const1);\
    }\
    type1 CPU(type1 param1, type1 param2, type1 param3, constType const1)\
    {\
        func\
    }\
};

Macro defintion for Trinary user functions which also uses a constant. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
const1	Name of a constant which can be used in the body.
func	Function body.

#define TERNARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			param3,
			const1,
			func
	)

Macro defintion for Trinary user functions which also uses a constant. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
constType	Type of constant.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
const1	Name of a constant which can be used in the body.
func	Function body.

#define TERNARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			param2,
			param3,
			const1,
			func
	)

Macro defintion for Trinary user functions which also uses a constant. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
const1	Name of a constant which can be used in the body.
func	Function body.

#define TERNARY_FUNC_CONSTANT	(		name,
			type1,
			param1,
			param2,
			param3,
			const1,
			func
	)

Macro defintion for Trinary user functions which also uses a constant. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
param2	Name of parameter two.
param3	Name of parameter three.
const1	Name of a constant which can be used in the body.
func	Function body.

#define UNARY_FUNC	(		name,
			type1,
			param1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::UNARY;\
        isConst = true;\
    }\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    type1 CPU(type1 param1)\
    {\
        return CPU(param1, dummy);\
    }\
    type1 CPU(type1 param1, type1 dummy)\
    {\
        func\
    }\
    __device__ type1 CU(type1 param1)\
    {\
        return CU(param1, dummy);\
    }\
    __device__ type1 CU(type1 param1, type1 dummy)\
    {\
        func\
    }\
};

Macro defintion for Unary user functions. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
func	Function body.

#define UNARY_FUNC	(		name,
			type1,
			param1,
			func
	)

Macro defintion for Unary user functions.Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
func	Function body.

#define UNARY_FUNC	(		name,
			type1,
			param1,
			func
	)

Macro defintion for Unary user functions. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
func	Function body.

#define UNARY_FUNC	(		name,
			type1,
			param1,
			func
	)

Value:

struct name\
{\
    typedef type1 TYPE;\
    typedef type1 CONST_TYPE;\
    bool isConst;\
    skepu::FuncType funcType;\
    name()\
    {\
        funcType = skepu::UNARY;\
        isConst = false;\
    }\
    type1 dummy;\
    type1 getConstant() {return dummy;}\
    type1 CPU(type1 param1)\
    {\
        return CPU(param1, dummy);\
    }\
    type1 CPU(type1 param1, type1 dummy)\
    {\
        func\
    }\
};

Macro defintion for Unary user functions. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
func	Function body.

Macro defintion for Unary user functions which also uses a constant. Includes only a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
const1	Name of a constant which can be used in the body.
func	Function body.

#define UNARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			const1,
			func
	)

Macro defintion for Unary user functions which also uses a constant. Includes both a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
const1	Name of a constant which can be used in the body.
func	Function body.

#define UNARY_FUNC_CONSTANT	(		name,
			type1,
			constType,
			param1,
			const1,
			func
	)

Macro defintion for Unary user functions which also uses a constant. Includes both an OpenCL variant (string) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
constType	Type of constant.
param1	Name of parameter one.
const1	Name of a constant which can be used in the body.
func	Function body.

#define UNARY_FUNC_CONSTANT	(		name,
			type1,
			param1,
			const1,
			func
	)

Macro defintion for Unary user functions which also uses a constant. Includes an OpenCL variant (string), a CUDA variant (device function) and a CPU variant also used for OpenMP. The defintion expands as a Struct which can be used when creating new skeletons. Can be used by the Map and MapReduce skeletons.

Parameters

name	Function name.
type1	Type of function parameters.
param1	Name of parameter one.
const1	Name of a constant which can be used in the body.
func	Function body.