camera_cubic_Bspline.c File Reference

#include <gandalf/vision/camera_cubic_Bspline.h>
#include <gandalf/common/array.h>
#include "camera_cubic_Bspline_noc.c"

Defines
#define	TERMINATION_THRESHOLD   1.0e-7
#define	CAM_STRUCT   Gan_Camera
#define	GAN_POSITIONSTATE   Gan_PositionState
#define	CAM_MAT33_ZERO_Q   gan_mat33_zero_q
#define	CAM_FILL_ARRAY_FLOAT   gan_fill_array_d
#define	CAM_MAT22_IDENT_Q   gan_mat22_ident_q
#define	CAM_MAT22_ZERO_Q   gan_mat22_zero_q
#define	CAM_MAT22_MULTV2_Q   gan_mat22_multv2_q
#define	CAM_VEC3_SET_PARTS_Q   gan_vec3_set_parts_q
#define	CAM_MAT33_MULTV3_Q   gan_mat33_multv3_q
#define	CAM_MAT33_MULTV3_S   gan_mat33_multv3_s
#define	CAM_MAT22_FILL_Q   gan_mat22_fill_q
#define	CAM_MAT22_RMULTM22_S   gan_mat22_rmultm22_s
#define	CAM_VEC2_SUB_Q   gan_vec2_sub_q
#define	CAM_VEC2_DECREMENT   gan_vec2_decrement
#define	CAM_MAT22_DET_Q   gan_mat22_det_q
#define	CAM_VEC2_FILL_Q   gan_vec2_fill_q
#define	GAN_MAT33_MULTV3_Q   gan_mat33_multv3_q
#define	CAM_VECTOR2   Gan_Vector2
#define	CAM_VECTOR3   Gan_Vector3
#define	CAM_MATRIX22   Gan_Matrix22
#define	CAM_FLOAT   double
#define	CAM_FLOAT_MAX   DBL_MAX
#define	CAM_SQR   gan_sqr_d
#define	CAM_ZERO   0.0
#define	CAM_ONE   1.0
#define	CAM_HALF   0.5
#define	CAM_TWO   2.0
#define	CAM_THREE   3.0
#define	CAM_FOUR   4.0
#define	CAM_ONE_SIXTH   GAN_ONE_SIXTH
#define	CAM_SMALL_NUMBER   1.0e-6
#define	CAM_SMALL_NUMBER_INV   1.0e6
#define	CAM_DETERMINANT_LIMIT   1.0e-10
#define	CAM_LARGE_VALUE   1.0e9
#define	CAM_WEIGHTBLOCK   Gan_CubicBSplineWeightBlock
#define	CAM_SUPPORTSTRUCT   Gan_CubicBSplineSupport
Functions
Gan_Bool	gan_camera_build_cubic_Bspline (Gan_Camera *camera, double zh, double fx, double fy, double x0, double y0, double skew, double kyx, double kzx, double kzy, Gan_Vector2 weight[1+(1<< 4)][1+(1<< 4)], Gan_CubicBSplineSupport *support)
	Builds a structure representing a cubic B-spline mesh.

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Detailed Description

Module: Functions for camera defined as a projective warp and a B-spline warp

Part of: Gandalf Library

Version:

1.12

Date:

2005/10/03 14:41:27

Author:

pm

Copyright: (c) 2000 Imagineer Systems Limited

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