HOOK-D3DX9 Library functions

Original address: http://blog.csdn.net/weiwangchao_/article/details/7037506

The following is a summary of the D3DX9 library functions I have compiled, and later, in addition to MSDN, archive backup:

d3dxcolor* d3dxcoloradd//Two color combination values
d3dxcolor* WINAPI D3dxcoloradjustcontrast (//Adjust color contrast
D3dxcolor *pout,
Const D3DXCOLOR *PC,
FLOAT C
);
d3dxcolor* WINAPI d3dxcoloradjustsaturation (//Adjust color saturation
D3dxcolor *pout,
Const D3DXCOLOR *PC,
FLOAT s
);
d3dxcolor* d3dxcolorlerp//Two color linear interpolation complement create a color
d3dxcolor* d3dxcolormodulate//mix of two colors
d3dxcolor* D3dxcolorscale//zoom in or out on color values
d3dxcolor* d3dxcolornegative//Create a cool value for a color
d3dxcolor* d3dxcolorsubtract//two colors subtracted
HRESULT WINAPI d3dxcreatematrixstack//Create a Id3dxmarixstack instance
float* WINAPI d3dxfresnelterm//calculate Fresnel coefficient
float* WINAPI D3dxfloat16to32array//Convert 16-bit float array to 32-bit
d3dxfloat16* WINAPI d3dxfloat32to16array//Convert 32-bit float array to 16-bit
d3dxmatrix* WINAPI d3dxmatrixaffinetrandformation (//Create radial transformation matrix
D3dxmatrix* POut,
FLOAT Scaling,
Const D3DXQUATERNION *protation,
Const D3DXVECTOR3* Ptranslation
);
d3dxmatrix* d3dxmatrixaffinrtransformation2d//Creating a radial transformation matrix in a plane
HRESULT WINAPI d3dxmatrixdecompose//decomposition a 3D transformation matrix is a scaling factor, a rotational component and a shift vector
FLOAT WINAPI d3dxmatrixdeterminant//Calculate matrix determinant values
d3dxmatrix* d3dxmatrixidentity//Create a unit matrix
d3dxmatrix* d3dxmatrixinverse//Compute inverse matrix
BOOL d3dxmatrixisidentity//Judging unit matrix
d3dxmatrix* WINAPI D3DXMATRIXLOOKATLH//Create left-hand system observation matrix
d3dxmatrix* WINAPI D3DXMATRIXLOOKATRH//Create right-hand system observation matrix
d3dxmatrix* WINAPI d3dxmatrixmultiply//Two matrix multiplication
Transpose of the product of d3dxmatrix* WINAPI d3dxmatrixmultiplytranspose//matrix
d3dxmatrix* WINAPI D3DXMATRIXORTHOLH//Create left-handed orthogonal projection matrix
d3dxmatrix* WINAPI D3DXMATRIXORTHORH//Create right-handed orthogonal projection matrix
d3dxmatrix* WINAPI d3dxmatrixorthooffcenterlh//Create user-defined left-handed orthogonal projection matrix
d3dxmatrix* WINAPI d3dxmatrixorthooffcenterrh//Create user-developed right-handed orthogonal projection matrix
d3dxmatrix* WINAPI d3dxmatrixperspectiveforlh//Create left-handed projection coordinate system
d3dxmatrix* WINAPI d3dxmatrixperspectiveforrh//Creating a right-handed projection coordinate system
d3dxmatrix* WINAPI D3dxmatrixrotationaxis//Create a matrix of rotation around any axis
d3dxmatrix* WINAPI d3dxmatrixrotationquaternion//Four tuples create a rotation matrix
d3dxmatrix* WINAPI D3dxmatrixrotationx//rotation matrix around X axis
d3dxmatrix* WINAPI d3dxmatrixrotationy//rotation matrix around Y axis
d3dxmatrix* WINAPI D3DXMatrixRotationZ//rotation matrix around Z axis
d3dxmatrix* WINAPI d3dxmatrixrotationyawpitchroll//rotation matrix around xyz angle
d3dxmatrix* WINAPI d3dxmatrixscaling//scaling matrix along XYZ
d3dxmatrix* WINAPI D3dxmatrixshadow//create Plane Shadow matrix
d3dxmatrix* WINAPI d3dxmatrixtransformation//Create a transformation matrix
d3dxmatrix* WINAPI d3dxmatrixtransformation2d//Create a planar transformation matrix
d3dxmatrix* WINAPI d3dxmatrixtranspose//Transpose The Matrix
FLOAT D3dxplanedot//plane equation and 4D vector dot multiplication
FLOAT D3dxplanedotcoord//plane with 3D vector dot multiplication, w=1
FLOAT d3dxplanedotnormal//plane with 3D vector dot multiplication, w=0
d3dxplane* WINAPI d3dxplanefrompointnormal//Point method to create a plane
d3dxplane* WINAPI d3dxplanefrompoints//Three point create plane
d3dxvector3* WINAPI d3dxplaneintersectline//Find straight plane intersection
d3dxplane* WINAPI d3dxplanenormalize//normalized plane equation coefficients for unit normals
d3dxplane* D3dxplanescale//Zoom plane
d3dxplane* WINAPI d3dxplanetransform//matrix transpose plane
d3dxplane* WINAPI d3dxplanetransformarray//transform plane array with transformation matrix
d3dxquaternion* WINAPI d3dxquaternionbarycentric//Three four-dollar center of gravity
d3dxquaternion* d3dxquaternionconjugate//Find conjugate four-dollar number
FLOAT D3dxquaterniondot//four Yuan multiplier
d3dxquaternion* WINAPI d3dxquaternionexp//four Yuan Index
d3dxquaternion* WINAPI d3dxquaternioninverse//conjugate transformation and normalization of four yuan
d3dxquaternion* d3dxquaternionidentity//unit four Yuan
BOOL d3dxquaternionisidentity//judging unit four Yuan
FLOAT d3dxquaternionlength//return four dollar length
FLOAT D3DXQUATERNIONLENGTHSQ//return four yuan length squared
d3dxquaternion* WINAPI d3dxquaternionln//Calculate natural logarithm
d3dxquaternion* WINAPI d3dxquaternionmultiply//Two four Yuan multiply
d3dxquaternion* WINAPI d3dxquaternionnormalize//unit length four Yuan
d3dxquaternion* WINAPI d3dxquaternionrotationaxis//rotation of four yuan around the axis
d3dxquaternion* WINAPI d3dxquaternionrotationmatrix//rotation matrix create four-dollar number
d3dxquaternion* WINAPI d3dxquaternionrotationyawpitchroll//Four-dollar number created around XYZ rotation
d3dxquaternion* WINAPI d3dxquaternionslerp//Two X four-element spherical interpolation
d3dxquaternion* WINAPI D3dxquaternionsquad//Spherical quadrilateral interpolation four yuan
void WINAPI D3dxquaternionsquadsetup//Creating a control point for spherical quadrilateral interpolation
void WINAPI d3dxquaterniontoaxisangle//vector around self-rotating angle four-dollar count
float* WINAPI D3dxshadd//addition of spherical harmonic function vectors
d3dxvector2* D3dxvec2add//2d Vector addition
d3dxvector* WINAPI d3dxvec2barycentric//Three flat weight-oriented center of gravity
d3dxvector2* WINAPI d3dxvec2catmullrom//catmull-rom interpolation calculation, 2D
FLOAT D3DXVEC2CCW z component of//2d vector fork multiplication
FLOAT d3dxvec2dot//2d Vector dot Multiply
d3dxvector2* WINAPI d3dxvec2hermite//hermite spline interpolation
FLOAT d3dxvec2length//2d vector length
FLOAT d3dxvec2lengthsq//2d vector length squared
d3dxvector2* d3dxvec2lerp//2d Vector Long-term interpolation
d3dxvector2* D3dxvec2maximize//consists of the largest components in two 2D vectors
d3dxvector2* D3dxvec2minimize//consists of the smallest components in two 2D vectors
d3dxvector2* WINAPI d3dxvec2normalize//normalized 2D vector
d3dxvector2* D3dxvec2scale//Scaling 2D vector
d3dxvector2* d3dxsubtract//2d Vector Subtraction
d3dxvector2* WINAPI d3dxvec2transform//matrix to transform 2D vectors
d3dxvector2* WINAPI D3dxvec2transformarray//Matrix transform array

d3dxvector2* WINAPI D3dxvec2transformcoord//Matrix transform 2D vector w=1
d3dxvector2* WINAPI D3dxvec2transformcoordarray//Matrix transform a set of vectors (x,y,0,1)
d3dxvector2* WINAPI d3dxvec2transformnormal//Matrix transform 2D vector general composition
d3dxvector2* WINAPI d3dxvec2transformnormalarray//Matrix transformation vector (x,y,0,0)

d3dxvector3* D3dxvec3add//3d Vector addition
d3dxvector3* WINAPI d3dxvec3barycentric//three x 3D vector center of gravity coordinate point
d3dxvector3* WINAPI d3dxvec3catmullrom//3d vector catmullrom interpolation
d3dxvector3* d3dxvec3cross//3d Vector Fork Multiply
FLOAT d3dxvec3dot//3d Vector dot Multiply
d3dxvector3* WINAPI d3dxvec3hermite//3d vector Hermite spline interpolation
FLOAT d3dxvec3length//3d vector length
FLOAT d3dxvec3lengthsq//3d vector length squared
d3dxvector3* D3dxvec3maximize//consists of the largest components in two 3D vectors
d3dxvector3* D3dxvec3minimize//consists of the smallest components in two 3D vectors
d3dxvector3* d3dxvec3lerp//3d Vector linear interpolation
d3dxvector3* WINAPI d3dxvec3normalize//3d Vector Normalization
d3dxvector3* WINAPI d3dxvec3project//object vectors from space projection to screen
d3dxvector3* D3dxvec3scale//Scaling 3D vector
d3dxvector3* d3dxvec3subtract//3d Vector Subtraction
d3dxvector4* WINAPI d3dxvec3transform//matrix transforms the vector, w=1
d3dxvector4* WINAPI d3dxvec3transformarray//Matrix transforms a vector array
d3dxvector3* WINAPI d3dxvec3transformcoord//Matrix transform 3D vector collocated w 1 projection result
d3dxvector3* WINAPI d3dxvec3transformcoordarray//Matrix transform 3D vector array and set W to 1 of the cast fruit
d3dxvector3* WINAPI d3dxvec3transformnormal//matrix transformation vector Standard, w=0
d3dxvector3* WINAPI d3dxvec3transformnormalarray//matrix transformation vector array standard type, w=0

d3dxvector4* D3dxvec4add//two x 4D vectors added
d3dxvector3* WINAPI d3dxvec3unproject//vector projection from screen to object
d3dxvector3* WINAPI d3dxvec3unprojectarray//vector array projection from screen to object
d3dxvector4* WINAPI d3dxvec4catmullrom//4d vector catmullrom interpolation
d3dxvector4* WINAPI d3dxvec4barycentric//4d vector composition of the triangle's center of gravity
d3dxvector4* WINAPI d3dxvec4cross//4d Vector Fork Multiply
d3dxvector4* WINAPI d3dxvec4dot//4d Vector Point multiplication

HOOK-D3DX9 Library functions