com.thomasdiewald.pixelflow.java.rigid_origami

Class DwFoldingModel

java.lang.Object

com.thomasdiewald.pixelflow.java.rigid_origami.DwFoldingModel

public abstract class DwFoldingModel
extends Object

Field Summary

Fields

Modifier and Type	Field and Description
DwIndexedFaceSet	ifs
String	name
DwFoldingTile.TileData[]	tile_defs
DwFoldingTile[]	tiles

Constructor Summary

Constructors

Constructor and Description
DwFoldingModel()

Method Summary

Modifier and Type	Method and Description
void	computeDefaultNodeRadius(DwParticle3D[] particles, float collision_rad_scale)
float[][]	computeFaceNormals(float[][] normals)
float[][]	computeFaceNormals(float[][] normals, DwParticle3D[] particles)
abstract DwFoldingModel	create(int num_x)
abstract DwFoldingModel	create(int num_x, int num_y)
abstract void	createNodeRadius(DwPhysics<DwParticle3D> physics, DwParticle3D[] particles)
void	createSprings(DwPhysics<DwParticle3D> physics, DwParticle3D[] particles, DwSpringConstraint.Param rigid, DwSpringConstraint.Param soft)
void	display(processing.core.PGraphics pg)
void	display(processing.core.PGraphics pg, DwSoftBody3D softbody)
void	display(processing.core.PShape pg, DwSoftBody3D softbody)
void	displayWireFrame(processing.core.PGraphics pg, DwSoftBody3D softbody, float strokeWeight)
void	displayWireFrame(processing.core.PGraphics pg, float strokeWeight)
String	getName()
void	manipSprings(float spring_scale)
void	setName(String name)
void	setSpringScaleBounds(float springs_scale_min, float springs_scale_max)
void	setTileDefinitions(DwFoldingTile.TileData... tile_defs)
void	setTiles(DwFoldingTile[]... tile_arrays)

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

name

public String name

ifs

public DwIndexedFaceSet ifs

tiles

public DwFoldingTile[] tiles

tile_defs

public DwFoldingTile.TileData[] tile_defs

Constructor Detail

DwFoldingModel

public DwFoldingModel()

Method Detail

create

public abstract DwFoldingModel create(int num_x)

create

public abstract DwFoldingModel create(int num_x,
                                      int num_y)

createNodeRadius

public abstract void createNodeRadius(DwPhysics<DwParticle3D> physics,
                                      DwParticle3D[] particles)

setName

public void setName(String name)

getName

public String getName()

createSprings

public void createSprings(DwPhysics<DwParticle3D> physics,
                          DwParticle3D[] particles,
                          DwSpringConstraint.Param rigid,
                          DwSpringConstraint.Param soft)

manipSprings

public void manipSprings(float spring_scale)

setSpringScaleBounds

public void setSpringScaleBounds(float springs_scale_min,
                                 float springs_scale_max)

setTileDefinitions

public void setTileDefinitions(DwFoldingTile.TileData... tile_defs)

setTiles

public void setTiles(DwFoldingTile[]... tile_arrays)

computeDefaultNodeRadius

public void computeDefaultNodeRadius(DwParticle3D[] particles,
                                     float collision_rad_scale)

computeFaceNormals

public float[][] computeFaceNormals(float[][] normals)

computeFaceNormals

public float[][] computeFaceNormals(float[][] normals,
                                    DwParticle3D[] particles)

display

public void display(processing.core.PGraphics pg)

display

public void display(processing.core.PGraphics pg,
                    DwSoftBody3D softbody)

display

public void display(processing.core.PShape pg,
                    DwSoftBody3D softbody)

displayWireFrame

public void displayWireFrame(processing.core.PGraphics pg,
                             float strokeWeight)

displayWireFrame

public void displayWireFrame(processing.core.PGraphics pg,
                             DwSoftBody3D softbody,
                             float strokeWeight)