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ImLib3D

TestPatterns.hpp File Reference

#include <ImLib3D/Image3D.hpp>
#include <ImLib3D/ImageProcessor.hpp>
#include <ImLib3D/MorphologicalOperators.hpp>

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Namespaces

namespace  IP3D
namespace  IP3D::ConeHelpers

Functions

void Sphere (const Size3D &size, const Vect3Df &C, float r, Image3Df &ima)
void Explode (const Size3D &size, const Vect3Df &C, Field3Df &ima)
void Cone (const Size3D &size, const Vect3Df &P0, const Vect3Df &P1, float r, Image3Df &ima, float ar=4.0)
void NoiseUniform (const Size3D &size, Image3Df &ima, float v0=0, float v1=1)
void NoiseGaussian (const Size3D &size, Image3Df &ima, float v0=0, float v1=1)
void Target (const Size3D &size, Image3Df &ima)
void Bump (const Size3D &size, const Vect3Df &center, float height, float gsize, Image3Df &ima)
void Ramp (const Size3D &size, int direction, float v0, float v1, Image3Df &res, int pos0=-1, int pos1=-1)
void Parallellogram (const Size3D &size, const RectZone3Di &rect, Image3Df &ima)
void RectangularGrid (const Size3D &size, const Size3D &masksize, Image3Df &ima, const Vect3Di *pintersection=NULL)
void ColoredGrid (const Size3D &size, const Size3D &masksize, Mask3D &ima, StructureElementType neighborhoodtype=MORPHO_Cross7)

Detailed Description

Definition in file TestPatterns.hpp.

Function Documentation

void IP3D::Sphere (  const Size3D &  size,
const Vect3Df &  C,
float  r,
Image3Df &  ima
) 
 

#&Sphere&# Draws a sphere. Input: image size

Image size type:Size3D center type:Vect3Df radius type:float Result image type:Image3Df ~

void IP3D::Explode (  const Size3D &  size,
const Vect3Df &  C,
Field3Df &  ima
) 
 

#&Explode&# Creates a field where vectors point away from a specified center. The falue of the field a point P is: F(P)=P-C

Image size type:Size3D Center type:Vect3Df Result image type:Field3Df ~

void IP3D::Cone (  const Size3D &  size,
const Vect3Df &  P0,
const Vect3Df &  P1,
float  r,
Image3Df &  ima,
float  ar = 4.0
) 
 

#&Cone&# Draws a cone. Input: image size,base's center. Point.

Image size type:Size3D center type:Vect3Df point type:Vect3Df radius type:float Result image type:Image3Df antialiasing falloff radius type:float ~

void IP3D::NoiseUniform (  const Size3D &  size,
Image3Df &  ima,
float  v0 = 0,
float  v1 = 1
) 
 

#&NoiseUniform&# Creates an image with uniform noise.

Image size type:Size3D Result image type:Image3Df min value type:float max value type:float ~

void IP3D::NoiseGaussian (  const Size3D &  size,
Image3Df &  ima,
float  v0 = 0,
float  v1 = 1
) 
 

#&NoiseGaussian&# Creates an image with gaussian noise.

Image size type:Size3D Result image type:Image3Df average type:float variance type:float ~

void IP3D::Target (  const Size3D &  size,
Image3Df &  ima
) 
 

#&Target&# Creates an image with target like pattern. Spatial frequency increases radially from center of image.

Image size type:Size3D Result image type:Image3Df ~

void IP3D::Bump (  const Size3D &  size,
const Vect3Df &  center,
float  height,
float  gsize,
Image3Df &  ima
) 
 

#&Bump&# Creates a gaussian bump. Given a center, bump height, and std dev

Image size type:Size3D center type:Vect3Df height type:float size type:float Result image type:Image3Df ~

void IP3D::Ramp (  const Size3D &  size,
int  direction,
float  v0,
float  v1,
Image3Df &  res,
int  pos0 = -1,
int  pos1 = -1
) 
 

#&Ramp&# Creates an image containing a linearly from v0 to v1 in a given direction. pos0 and pos1 give the begining and end of the ramp. If pos0 is negative (default) then pos0=0. If pos1 is negative (default) then pos1=size of image in given direction. directions:0=X 1=Y 2=Z

Image size type:Size3D direction type:int v0 type:float v1 type:float Result image type:Image3Df pos0 type:int pos1 type:int ~

void IP3D::Parallellogram (  const Size3D &  size,
const RectZone3Di &  rect,
Image3Df &  ima
) 
 

#&Parallellogram&# Creates an image with a parallellogram. Both points are included.

Image size type:Size3D zone type:RectZone3Di Result image type:Image3Df ~

void IP3D::RectangularGrid (  const Size3D &  size,
const Size3D &  masksize,
Image3Df &  ima,
const Vect3Di *  pintersection = NULL
) 
 

#&RectangularGrid&# Creates an image with a grid

Result image type:Image3df width type:int height type:int depth type:int masksize.x type:int masksize.y type:int masksize.z type:int [opt] intersection.x type:int [opt] intersection.y type:int [opt] intersection.z type:int

void IP3D::ColoredGrid (  const Size3D &  size,
const Size3D &  masksize,
Mask3D &  ima,
StructureElementType  neighborhoodtype = MORPHO_Cross7
) 
 

#&ColoredGrid&# Creates an image where no two neighbors have the same colors

Result image type:Mask3D width type:int height type:int depth type:int masksize.x type:int masksize.y type:int masksize.z type:int [opt] neighborhood type type:int

Generated on Fri Jun 17 13:36:16 2005 for ImLib3D by  doxygen 1.4.2