Revision 12176
| trunk/libraries/libRaster/src/org/gvsig/raster/grid/filter/convolution/ConvolutionIntegerFilter.java | ||
|---|---|---|
| 34 | 34 |
/** Aplicacion del filtro para el pixel de la posicion line, col */ |
| 35 | 35 |
public void process(int col, int line) {
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| 36 | 36 |
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int lado= kernel.getLado(); |
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double ventana[][]= new double[lado][lado]; |
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int resultConvolution=0; |
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for (int i = 0; i < raster.getBandCount(); i++) {
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if((col>lado)&& (line>lado)&& (line<raster.getHeight()-lado) && col<raster.getWidth()-lado){
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for(int s=line; s< line+lado; s++) |
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for(int r=col; r<col+lado; r++) |
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ventana[s-line][r-col]= raster.getElemInt(s,r,i); |
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Kernel Kventana= new Kernel(ventana); |
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resultConvolution=(int)kernel.convolution(Kventana); |
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rasterResult.setElem(line, col, i,(int)resultConvolution); |
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} |
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else rasterResult.setElem(line, col, i,(int)raster.getElemInt(line,col,i)); |
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int lado= kernel.getLado(); |
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int semiLado = (lado - 1) >> 1; |
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double ventana[][]= new double[lado][lado]; |
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int resultConvolution=0; |
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for (int band = 0; band < raster.getBandCount(); band++) {
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if ((col - semiLado >= 0) && (line - semiLado >= 0) && (col + semiLado < width) && (line + semiLado < height)){
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for (int j = -semiLado; j <= semiLado; j++) |
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for (int i = -semiLado; i <= semiLado; i++) |
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ventana[i + semiLado][j + semiLado] = raster.getElemInt(line + j, col + i, band)&0xff;; |
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Kernel Kventana= new Kernel(ventana); |
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resultConvolution=(int)kernel.convolution(Kventana); |
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rasterResult.setElem(line, col, band,(int)resultConvolution); |
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| 50 | 49 |
} |
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else rasterResult.setElem(line, col,band,(int)raster.getElemInt(line,col,band)); |
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} |
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| 51 | 52 |
} |
| 52 | 53 |
|
| 53 | 54 |
/** |
| trunk/libraries/libRaster/src/org/gvsig/raster/grid/filter/convolution/ConvolutionFilter.java | ||
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| 191 | 191 |
} |
| 192 | 192 |
|
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/*public Params getUIParams() {
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public Params getUIParams() {
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Params params = new Params(); |
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params.setParam("LadoVentana",
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ladoVentana + "", |
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Params.CHOICE, |
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new String[] {"3","3","5", "7"});
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return params; |
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}*/
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} |
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public Params getUIParams(String nameFilter) {
|
| ... | ... | |
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new String[] {"3","5","7"});
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params.setParam("FilterName",
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getName(),
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nameFilter,
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-1, |
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null); |
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| trunk/libraries/libRaster/src/org/gvsig/raster/grid/filter/convolution/ConvolutionShortFilter.java | ||
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| 35 | 35 |
public void process(int col, int line) {
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| 36 | 36 |
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| 37 | 37 |
int lado= kernel.getLado(); |
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int semiLado = (lado - 1) >> 1; |
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double ventana[][]= new double[lado][lado]; |
| 39 | 40 |
short resultConvolution=0; |
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for (int i = 0; i < raster.getBandCount(); i++) {
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if((col>lado)&& (line>lado)&& (line<raster.getHeight()-lado) && col<raster.getWidth()-lado){
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for(int s=line; s< line+lado; s++)
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for(int r=col; r<col+lado; r++)
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ventana[s-line][r-col]= raster.getElemShort(s,r,i);
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for (int band = 0; band < raster.getBandCount(); band++) {
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if ((col - semiLado >= 0) && (line - semiLado >= 0) && (col + semiLado < width) && (line + semiLado < height)){
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for (int j = -semiLado; j <= semiLado; j++)
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for (int i = -semiLado; i <= semiLado; i++)
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ventana[i + semiLado][j + semiLado] = raster.getElemShort(line + j, col + i, band)&0xff;;
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Kernel Kventana= new Kernel(ventana); |
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resultConvolution=(short)kernel.convolution(Kventana); |
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rasterResult.setElem(line, col, i,(short)resultConvolution); |
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rasterResult.setElem(line, col, band,(short)resultConvolution); |
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} |
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else rasterResult.setElem(line, col, i,(short)raster.getElemShort(line,col,i));
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} |
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else rasterResult.setElem(line, col,band,(short)raster.getElemShort(line,col,band));
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}
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} |
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/** |
| trunk/libraries/libRaster/src/org/gvsig/raster/grid/filter/convolution/ConvolutionByteFilter.java | ||
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| 83 | 83 |
if ((col - semiLado >= 0) && (line - semiLado >= 0) && (col + semiLado < width) && (line + semiLado < height)){
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for (int j = -semiLado; j <= semiLado; j++) |
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for (int i = -semiLado; i <= semiLado; i++) |
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ventana[i + semiLado][j + semiLado] = raster.getElemByte(line + j, col + i, band); |
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ventana[i + semiLado][j + semiLado] = raster.getElemByte(line + j, col + i, band)&0xff;;
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Kernel Kventana= new Kernel(ventana); |
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resultConvolution=(byte)kernel.convolution(Kventana); |
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rasterResult.setElem(line, col, band,(byte)resultConvolution); |
| trunk/libraries/libRaster/src/org/gvsig/raster/grid/filter/convolution/ConvolutionFloatFilter.java | ||
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| 72 | 72 |
/** Aplicacion del filtro para el pixel de la posicion line, col */ |
| 73 | 73 |
public void process(int col, int line) {
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double ventana[][]= new double[ladoVentana][ladoVentana]; |
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int lado= kernel.getLado(); |
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int semiLado = (lado - 1) >> 1; |
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double ventana[][]= new double[lado][lado]; |
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float resultConvolution=0; |
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for (int i = 0; i < raster.getBandCount(); i++) {
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if((col>ladoVentana)&& (line>ladoVentana)&& (line<raster.getHeight()-ladoVentana) && col<raster.getWidth()-ladoVentana){
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for(int s=line; s< line+ladoVentana; s++)
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for(int r=col; r<col+ladoVentana; r++)
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ventana[s-line][r-col]= raster.getElemFloat(s,r,i);
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for (int band = 0; band < raster.getBandCount(); band++) {
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if ((col - semiLado >= 0) && (line - semiLado >= 0) && (col + semiLado < width) && (line + semiLado < height)){
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for (int j = -semiLado; j <= semiLado; j++)
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for (int i = -semiLado; i <= semiLado; i++)
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ventana[i + semiLado][j + semiLado] = raster.getElemFloat(line + j, col + i, band);;
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Kernel Kventana= new Kernel(ventana); |
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resultConvolution=(float)kernel.convolution(Kventana); |
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rasterResult.setElem(line, col, i,(float)resultConvolution); |
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rasterResult.setElem(line, col, band,(float)resultConvolution); |
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} |
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else rasterResult.setElem(line, col, i,(float)raster.getElemFloat(line,col,i));
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} |
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else rasterResult.setElem(line, col,band,(float)raster.getElemFloat(line,col,band));
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}
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} |
| 91 | 92 |
|
| trunk/libraries/libRaster/src/org/gvsig/raster/grid/filter/convolution/ConvolutionDoubleFilter.java | ||
|---|---|---|
| 75 | 75 |
public void process(int col, int line) {
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| 76 | 76 |
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int lado= kernel.getLado(); |
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int semiLado = (lado - 1) >> 1; |
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double ventana[][]= new double[lado][lado]; |
| 79 | 80 |
double resultConvolution=0; |
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for (int i = 0; i < raster.getBandCount(); i++) {
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if((col>lado)&& (line>lado)&& (line<raster.getHeight()-lado) && col<raster.getWidth()-lado){
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for(int s=line; s< line+lado; s++)
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for(int r=col; r<col+lado; r++)
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ventana[s-line][r-col]= raster.getElemDouble(s,r,i);
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for (int band = 0; band < raster.getBandCount(); band++) {
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if ((col - semiLado >= 0) && (line - semiLado >= 0) && (col + semiLado < width) && (line + semiLado < height)){
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for (int j = -semiLado; j <= semiLado; j++)
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for (int i = -semiLado; i <= semiLado; i++)
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ventana[i + semiLado][j + semiLado] = raster.getElemDouble(line + j, col + i, band);
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Kernel Kventana= new Kernel(ventana); |
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resultConvolution=(double)kernel.convolution(Kventana); |
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rasterResult.setElem(line, col, i,(double)resultConvolution);
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rasterResult.setElem(line, col, band,(double)resultConvolution);
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} |
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else rasterResult.setElem(line, col, i,(double)raster.getElemDouble(line,col,i));
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} |
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else rasterResult.setElem(line, col,band,(double)raster.getElemDouble(line,col,band));
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}
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} |
| 92 | 93 |
/** |
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* @return tipo de dato del buffer de entrada |
Also available in: Unified diff