jv.loader

Class PgMapleLoader

java.lang.Object

jv.loader.PgAbstractLoader

jv.loader.PgMapleLoader

All Implemented Interfaces:

PgLoaderIf

public final class PgMapleLoader
extends PgAbstractLoader

Loader for Maple plots which were exported from Maple using JavaViewLib or direct export techniques provides by Maple.

This loader carefully reads most Maple graphics properties and converts them to JavaView equivalent representation.

The MPL format supported by this loader work bi-directional and can, for example, be re-imported into Maple as Maple plot.

Parsing of some properties like label fonts or axes tickmarks may not be implemented yet.

Field Summary

Fields inherited from interface jv.loader.PgLoaderIf

GEOM_DATA_AUTHOR, GEOM_DATA_COLORS, GEOM_DATA_HEADER, GEOM_DATA_INFO, GEOM_DATA_NORMALS, GEOM_DATA_TEXTURE, GEOM_DATA_VECTORS

Constructor Summary

Constructors

Constructor and Description
PgMapleLoader()

Method Summary

Methods

Modifier and Type	Method and Description
PgJvxSrc[][]	getAnimations() Retrieve the previously loaded animations.
static boolean	makeEdgeColorsFromXYZ(PgJvxSrc geom, int dimCol, PdVector[] bnd) Create color from the edge position within its bounding box which is interpreted as RGB cube.
static boolean	makePolygonColorsFromXYZ(PgJvxSrc geom, int dimCol, PdVector[] bnd) Create color from the edge position within its bounding box which is interpreted as RGB cube.
static boolean	makeVertexColorsFromXYZ(PgJvxSrc geom, int dimCol, PdVector[] bnd) Create color from the edge position within its bounding box which is interpreted as RGB cube.
static boolean	makeVertexColorsFromZ(PgJvxSrc geom, java.awt.Color colLow, java.awt.Color colHigh, PdVector[] bnd) Create color from the vertical z-height within its bounding box ranging from low blue to high red.
static boolean	makeVertexColorsFromZHue(PgJvxSrc geom, PdVector[] bnd) Create color from the vertical z-height within its bounding box ranging through hue rainbow.
PgJvxSrc[]	read(java.io.BufferedReader in) Read Maple graphics data.
static PgJvxSrc[]	read(java.lang.String fileName) Read geometry file in Maple graphic file format.
boolean	write(java.io.Writer writer, PgJvxSrc[] geomArr) Write an array of geometries into an output stream writer in Maple PLOT/PLOT3D file format, called MPL.

Methods inherited from class jv.loader.PgAbstractLoader

getDisplayOption, getGeometries, getSpecializedGeometries, isAnimation, isEnabledOptimization, load, read, setAnimation, setDisplayOption, setGeometryOption, write

Methods inherited from class java.lang.Object

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

Constructor Detail

PgMapleLoader

public PgMapleLoader()

Method Detail

getAnimations

public PgJvxSrc[][] getAnimations()

Retrieve the previously loaded animations.

This method may be called after successful parsing an input stream with the method load(BufferedReader) and if isAnimation() returns true.

Specified by:

getAnimations in interface PgLoaderIf

Overrides:

getAnimations in class PgAbstractLoader

Returns:

Double array of JVX geometries.

See Also:

PgAbstractLoader.load(BufferedReader)

read

public static PgJvxSrc[] read(java.lang.String fileName)

Read geometry file in Maple graphic file format.

read

public PgJvxSrc[] read(java.io.BufferedReader in)

Read Maple graphics data.

Alternatively, one may call load(BuffereredReader) followed by getGeometries() resp. getAnimations() to have a finer control about which information one wants to use from a source. For example, optional display information must be retrieve by a subsequent call getDisplayOption() if available.

Specified by:

read in interface PgLoaderIf

Overrides:

read in class PgAbstractLoader

Parameters:

in - BufferedReader to read textual data from.

Returns:

Array of JVX geometries.

See Also:

PgAbstractLoader.write(Writer, PgJvxSrc [])

makePolygonColorsFromXYZ

public static boolean makePolygonColorsFromXYZ(PgJvxSrc geom,
                               int dimCol,
                               PdVector[] bnd)

Create color from the edge position within its bounding box which is interpreted as RGB cube. If dimension of vertices is smaller than three then only the first vertex components are used in the color computation.

makeEdgeColorsFromXYZ

public static boolean makeEdgeColorsFromXYZ(PgJvxSrc geom,
                            int dimCol,
                            PdVector[] bnd)

Create color from the edge position within its bounding box which is interpreted as RGB cube. If dimension of vertices is smaller than three then only the first vertex components are used in the color computation.

Since:

JavaView 2.69

makeVertexColorsFromXYZ

public static boolean makeVertexColorsFromXYZ(PgJvxSrc geom,
                              int dimCol,
                              PdVector[] bnd)

Create color from the edge position within its bounding box which is interpreted as RGB cube. If dimension of vertices is smaller than three then only the first vertex components are used in the color computation.

makeVertexColorsFromZ

public static boolean makeVertexColorsFromZ(PgJvxSrc geom,
                            java.awt.Color colLow,
                            java.awt.Color colHigh,
                            PdVector[] bnd)

Create color from the vertical z-height within its bounding box ranging from low blue to high red. If dimension of vertices is smaller than three then the highest vertex component are used instead of the z-component in the color computation.

makeVertexColorsFromZHue

public static boolean makeVertexColorsFromZHue(PgJvxSrc geom,
                               PdVector[] bnd)

Create color from the vertical z-height within its bounding box ranging through hue rainbow. If dimension of vertices is smaller than three then the highest vertex component are used instead of the z-component in the color computation.

write

public boolean write(java.io.Writer writer,
            PgJvxSrc[] geomArr)
              throws java.io.IOException

Write an array of geometries into an output stream writer in Maple PLOT/PLOT3D file format, called MPL.

Numbers with absolute value less than jv.vecmath.PuMath#EPS are shown as zero. This avoids the annoying fact that double precision numbers fill the whole text area hiding the exponent, which hides their small value.

Specified by:

write in interface PgLoaderIf

Overrides:

write in class PgAbstractLoader

Parameters:

writer - Write all data to this stream

geomArr - Array with geometries to save

Returns:

true on success.

Throws:

java.io.IOException

See Also:

read(BufferedReader)