org.jcae.viewer3d.fd
Interface FDDomain

All Superinterfaces:

ColoredDomain, Domain, MarkDomain

All Known Implementing Classes:

FDDomainAdaptor, PiafDomain, PL02Domain

public interface FDDomain
extends ColoredDomain, MarkDomain

A domain of a finite difference mesh.

Field Summary

static byte	SLOT_FIRST
static byte	SLOT_LAST
static byte	XY_SLOT
static byte	XZ_SLOT
static byte	YX_SLOT
static byte	YZ_SLOT
static byte	ZX_SLOT
static byte	ZY_SLOT

Method Summary

int	getNumberOfSlot(byte orientation)
int	getNumberOfSolid()
int	getNumberOfXPlate()
int	getNumberOfXWire()
int	getNumberOfYPlate()
int	getNumberOfYWire()
int	getNumberOfZPlate()
int	getNumberOfZWire()
java.util.Iterator<?>	getSlotIterator(byte type) Return an iterator on int[]{i1, i2, j, k}, describing XY and XZ slots Return an iterator on int[]{j1, j2, i, k}, describing YX and YZ slots Return an iterator on int[]{k1, k2, i, j}, describing ZY and ZX slots or float[]{x0, y0, z0, z1, y1, z1}
java.util.Iterator<int[]>	getSolidIterator() Return an iterator on {i1, j1, k1, i2, j2, k2} arrays, describing volumes
java.util.Iterator<int[]>	getXPlateIterator() Return an iterator on {i, j1, k1, j2, k2} arrays, describing X plates
java.util.Iterator<int[]>	getXWireIterator() Return an iterator on {i, j, k, i2} arrays, describing X wires
java.util.Iterator<int[]>	getYPlateIterator() Return an iterator on {j, i1, k1, i2, k2} arrays, describing Y plates
java.util.Iterator<int[]>	getYWireIterator() Return an iterator on {i, j, k, j2} arrays, describing Y wires
java.util.Iterator<int[]>	getZPlateIterator() Return an iterator on {k, i1, j1, i2, j2} arrays, describing Z plates
java.util.Iterator<int[]>	getZWireIterator() Return an iterator on {i, j, k, k2} arrays, describing Z wires

Methods inherited from interface org.jcae.viewer3d.ColoredDomain

getColor

Methods inherited from interface org.jcae.viewer3d.MarkDomain

getMarks, getMarksTypes

Field Detail

SLOT_FIRST

static final byte SLOT_FIRST

See Also:

Constant Field Values

XY_SLOT

static final byte XY_SLOT

See Also:

Constant Field Values

XZ_SLOT

static final byte XZ_SLOT

See Also:

Constant Field Values

YX_SLOT

static final byte YX_SLOT

See Also:

Constant Field Values

YZ_SLOT

static final byte YZ_SLOT

See Also:

Constant Field Values

ZX_SLOT

static final byte ZX_SLOT

See Also:

Constant Field Values

ZY_SLOT

static final byte ZY_SLOT

See Also:

Constant Field Values

SLOT_LAST

static final byte SLOT_LAST

See Also:

Constant Field Values

Method Detail

getNumberOfXPlate

int getNumberOfXPlate()

getNumberOfYPlate

int getNumberOfYPlate()

getNumberOfZPlate

int getNumberOfZPlate()

getNumberOfXWire

int getNumberOfXWire()

getNumberOfYWire

int getNumberOfYWire()

getNumberOfZWire

int getNumberOfZWire()

getNumberOfSlot

int getNumberOfSlot(byte orientation)

Parameters:

orientation - XY_SLOT, XZ_SLOT...

Returns:

getNumberOfSolid

int getNumberOfSolid()

getXPlateIterator

java.util.Iterator<int[]> getXPlateIterator()

Return an iterator on {i, j1, k1, j2, k2} arrays, describing X plates

getYPlateIterator

java.util.Iterator<int[]> getYPlateIterator()

Return an iterator on {j, i1, k1, i2, k2} arrays, describing Y plates

getZPlateIterator

java.util.Iterator<int[]> getZPlateIterator()

Return an iterator on {k, i1, j1, i2, j2} arrays, describing Z plates

getXWireIterator

java.util.Iterator<int[]> getXWireIterator()

Return an iterator on {i, j, k, i2} arrays, describing X wires

getYWireIterator

java.util.Iterator<int[]> getYWireIterator()

Return an iterator on {i, j, k, j2} arrays, describing Y wires

getZWireIterator

java.util.Iterator<int[]> getZWireIterator()

Return an iterator on {i, j, k, k2} arrays, describing Z wires

getSlotIterator

java.util.Iterator<?> getSlotIterator(byte type)

Return an iterator on int[]{i1, i2, j, k}, describing XY and XZ slots
Return an iterator on int[]{j1, j2, i, k}, describing YX and YZ slots
Return an iterator on int[]{k1, k2, i, j}, describing ZY and ZX slots or
float[]{x0, y0, z0, z1, y1, z1}

getSolidIterator

java.util.Iterator<int[]> getSolidIterator()

Return an iterator on {i1, j1, k1, i2, j2, k2} arrays, describing volumes