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/*
* Scilab ( http://www.scilab.org/ ) - This file is part of Scilab
* Copyright (C) 2007 - INRIA - Jean-Baptiste Silvy
* desc : Interface functions between between GetProperty functions and
* the C++/Java part of module
*
* This file must be used under the terms of the CeCILL.
* This source file is licensed as described in the file COPYING, which
* you should have received as part of this distribution. The terms
* are also available at
* http://www.cecill.info/licences/Licence_CeCILL_V2-en.txt
*
*/
#ifndef _GET_JAVA_PROPERTY_H_
#define _GET_JAVA_PROPERTY_H_
#ifdef __cplusplus
extern "C" {
#endif
#include "dynlib_renderer.h"
#include "ObjectStructure.h"
#include "BOOL.h"
/**
* Get the colormap of a figure. The colormap is stored in java
* so we need to access it.
* @param pFigure figure from which we want the colormap
* @param rgbMat matrix of size nbColor x 3 conating the 3 channels
* RGB of each color.
*/
RENDERER_IMPEXP void sciGetJavaColormap( sciPointObj * pFigure, double rgbMat[] ) ;
/**
* Get the size of a figure object
*/
RENDERER_IMPEXP void sciGetJavaFigureSize( sciPointObj * pFigure, int size[2] ) ;
/**
* Get the size of a window enclosing a figure
*/
RENDERER_IMPEXP void sciGetJavaWindowSize( sciPointObj * pFigure, int size[2] ) ;
/**
* Set the position in pixels of a window enclosing a figure.
*/
RENDERER_IMPEXP void sciGetJavaWindowPosition( sciPointObj * pFigure, int pos[2] ) ;
/**
* Get the info message of the figure.
* @param pFigure figure from which we want the infoMessage
* @param[out] infoMessage string filled with the message. Should have a minimum size
* given by getInfoMessageLength.
*/
RENDERER_IMPEXP void sciGetJavaInfoMessage(sciPointObj * pFigure, char * infoMessage);
/**
* @return size of the info message to be used in combination with getInfoMessage.
*/
RENDERER_IMPEXP int sciGetJavaInfoMessageLength(sciPointObj * pFigure);
/**
* @return the number of pass used for antialiasing or 0 if antialiasing is disable.
*/
RENDERER_IMPEXP int sciGetJavaAntialiasingQuality(sciPointObj * pFigure);
/**
* Convert user Coordinate to pixel coordinates.
*/
RENDERER_IMPEXP void sciGetJavaPixelCoordinates(sciPointObj * pSubwin, const double userCoord[3], int pixCoord[2]);
/**
* Convert user Coordinate to pixel coordinates using 2d view.
*/
RENDERER_IMPEXP void sciGetJava2dViewPixelCoordinates(sciPointObj * pSubwin, const double userCoord[3], int pixCoord[2]);
/**
* Project 3d coordinates on the Default 2d plane
*/
RENDERER_IMPEXP void sciGetJava2dViewCoordinates(sciPointObj * pSubwin, const double userCoords3D[3], double userCoords2D[2]);
/**
* Convert pixel coordinates to 2D view ones.
*/
RENDERER_IMPEXP void sciGetJava2dViewCoordFromPixel(sciPointObj * pSubwin, const int pixCoords[2], double userCoords2D[2]);
/**
* Get the bounding box of a text object.
*/
RENDERER_IMPEXP void sciGetJavaBoundingBox(sciPointObj * pText, double corner1[3], double corner2[3],
double corner3[3], double corner4[3]);
/**
* Get the bounding box in pixels of a text object.
*/
RENDERER_IMPEXP void sciGetJavaPixelBoundingBox(sciPointObj * pText, int corner1[2], int corner2[2],
int corner3[2], int corner4[2]);
/**
* Get the viewing area in pixels of a subwin object
*/
RENDERER_IMPEXP void sciGetJavaViewingArea(sciPointObj * pSubwin, int * xPos, int * yPos,
int * width, int * height);
/**
* Get the bounding box used by a segs or champ object
*/
RENDERER_IMPEXP void sciGetJavaSegsBoundingBox(sciPointObj * pSegs, double bounds[6]);
/**
* Get the auto resize status od a figure object
*/
RENDERER_IMPEXP BOOL sciGetJavaAutoResizeMode(sciPointObj * pFigure);
/**
* Get the viewport on the canvas
* @param viewport [x,y,w,h] array
*/
RENDERER_IMPEXP void sciGetJavaViewport(sciPointObj * pFigure, int viewport[4]);
/**
* Get number of ticks along X axis of a subwindow.
*/
RENDERER_IMPEXP int sciGetJavaNbXTicks(sciPointObj * pSubwin);
/**
* Get the labels and positions of ticks along X axis.
* String composing ticksLabels are allocated with MALLOC.
*/
RENDERER_IMPEXP void sciGetJavaXTicksPos(sciPointObj * pSubwin, double ticksPos[], char ** ticksLabels);
/**
* Get number of ticks along Y axis of a subwindow.
*/
RENDERER_IMPEXP int sciGetJavaNbYTicks(sciPointObj * pSubwin);
/**
* Get the labels and positions of ticks along Y axis.
* String composing ticksLabels are allocated with MALLOC.
*/
RENDERER_IMPEXP void sciGetJavaYTicksPos(sciPointObj * pSubwin, double ticksPos[], char ** ticksLabels);
/**
* Get number of ticks along Z axis of a subwindow.
*/
RENDERER_IMPEXP int sciGetJavaNbZTicks(sciPointObj * pSubwin);
/**
* Get the labels and positions of ticks along Z axis.
* String composing ticksLabels are allocated with MALLOC.
*/
RENDERER_IMPEXP void sciGetJavaZTicksPos(sciPointObj * pSubwin, double ticksPos[], char ** ticksLabels);
/**
* Check wether it is possible to create a graphic window or not
*/
RENDERER_IMPEXP BOOL sciGetJavaIsAbleToCreateWindow(void);
#ifdef __cplusplus
}
#endif
#endif /* _GET_JAVA_PROPERTY_H_ */
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