229 lines
6.2 KiB
C++
229 lines
6.2 KiB
C++
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#ifdef _WIN32
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#include "Windows.h"
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#endif
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#include <vector>
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#include <stdio.h>
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#include <stdlib.h>
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#include <time.h>
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#include <sys/types.h>
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#include <sys/timeb.h>
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#include <string.h>
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#include <math.h>
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#include "Params.h"
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#include "PatternMapParam.h"
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#include "STColSelPic.h"
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#include "BlurMatrix.h"
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#include "SDirection.h"
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#include "SDef.h"
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#include "CallCircle.h"
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#include "CallParam.h"
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#include "EraseContour.h"
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#include "PatternPosition.h"
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#include "Pattern.h"
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#include "SError.h"
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//#include "tmsg.h"
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#include "patternmap.h"
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using namespace std;
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#ifdef __cplusplus
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extern "C" {
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#endif
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//#define P(d) tmsg_warning(" - %d -\n",d)
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#define COPY_RASTER(iras, oras, border) tP.copy_raster(iras, oras, border, border, iras->lx - border - 1, iras->ly - border - 1, 0, 0)
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#define DIRACCURACY 12
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// ----- PatternMapping for UCHAR pixels (range 0-255) --------------------------
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void patternmapUC(const RASTER *iras, RASTER *oras, CPatternMapParam &pmP,
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const int border, RASTER *imgContour) // throw (SMemAllocError,SWriteRasterError,SFileReadError)
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{
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try {
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SRECT rect = {border, border, iras->lx - border - 1, iras->ly - border - 1};
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SPOINT p = {0, 0};
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CSTColSelPic<UC_PIXEL> ipUC, ipOri;
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ipUC.read(iras);
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ipUC.initSel();
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ipOri = ipUC;
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// Selection of pixels using CM
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CCIL emptyCIL;
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int nbContourPixel = 0;
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if (pmP.m_isKeepContour) {
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CEraseContour ec(ipUC);
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nbContourPixel = ec.makeSelection(pmP.m_ink);
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// nbContourPixel=ipUC.makeSelectionCMAP(pmP.m_ink,emptyCIL);
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} else {
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CEraseContour ec(ipUC);
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nbContourPixel = ec.doIt(pmP.m_ink);
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}
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if (nbContourPixel > 0) {
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if (!pmP.m_isRandomDir) {
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CSDirection dir(ipUC.m_lX, ipUC.m_lY, ipUC.m_sel, DIRACCURACY);
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dir.doDir();
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dir.getResult(ipUC.m_sel);
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}
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CPatternPosition pPos(ipUC, nbContourPixel, pmP.m_density, pmP.m_minDist, pmP.m_maxDist);
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// Reads the pattern
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CPattern pat(imgContour);
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for (vector<SPOINT>::iterator pp = pPos.m_pos.begin();
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pp != pPos.m_pos.end();
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pp++) {
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// Calculates the rotation angle
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double angle = 0.0;
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if (pmP.m_isRandomDir)
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angle = pmP.m_minDirAngle + (double)(rand() % 1001) * 0.001 * (pmP.m_maxDirAngle - pmP.m_minDirAngle);
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else {
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if (pp->x >= 0 && pp->y >= 0 && pp->x < ipUC.m_lX && pp->y < ipUC.m_lY) {
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UCHAR *sel = ipUC.m_sel + pp->y * ipUC.m_lX + pp->x;
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if (*sel > (UCHAR)0)
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angle = (double)(*sel) - 50.0;
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}
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angle += pmP.m_minDirAngle + (double)(rand() % 1001) * 0.001 * (pmP.m_maxDirAngle - pmP.m_minDirAngle);
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}
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// Calculates the scale
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double scale = 1.0;
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scale = pmP.m_minScale + (double)(rand() % 1001) * 0.001 * (pmP.m_maxScale - pmP.m_minScale);
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// Mapping of Pattern
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pat.mapIt(ipUC, ipOri, pp->x, pp->y, scale, angle, pmP.m_isUseInkColor, pmP.m_isIncludeAlpha);
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}
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}
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// ipUC.showSelection();
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ipUC.write(oras, rect, p);
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} catch (SMemAllocError) {
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//SMemAllocError();
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} catch (SWriteRasterError) {
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// SWriteRasterError();
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} catch (SFileReadError) {
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// SFileReadError();
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}
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}
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// ----- PatternMapping for USHORT pixels (range 0-255) --------------------------
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void patternmapUS(const RASTER *iras, RASTER *oras, CPatternMapParam &pmP,
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const int border, RASTER *imgContour) // throw (SMemAllocError,SWriteRasterError,SFileReadError)
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{
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try {
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SRECT rect = {border, border, iras->lx - border - 1, iras->ly - border - 1};
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SPOINT p = {0, 0};
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CSTColSelPic<US_PIXEL> ipUS, ipOri;
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ipUS.read(iras);
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ipUS.initSel();
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ipOri = ipUS;
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// Selection of pixels using CM
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CCIL emptyCIL;
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int nbContourPixel = 0;
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if (pmP.m_isKeepContour) {
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CEraseContour ec(ipUS);
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nbContourPixel = ec.makeSelection(pmP.m_ink);
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// a 255-nek utananezni !!!
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// nbContourPixel=ipUS.makeSelectionCMAP(pmP.m_ink,emptyCIL);
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} else {
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CEraseContour ec(ipUS);
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nbContourPixel = ec.doIt(pmP.m_ink);
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}
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if (nbContourPixel > 0) {
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if (!pmP.m_isRandomDir) {
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CSDirection dir(ipUS.m_lX, ipUS.m_lY, ipUS.m_sel, DIRACCURACY);
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dir.doDir();
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dir.getResult(ipUS.m_sel);
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}
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CPatternPosition pPos(ipUS, nbContourPixel, pmP.m_density, pmP.m_minDist, pmP.m_maxDist);
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// Reads the pattern
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CPattern pat(imgContour);
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for (vector<SPOINT>::iterator pp = pPos.m_pos.begin();
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pp != pPos.m_pos.end();
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pp++) {
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// Calculates the rotation angle
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double angle = 0.0;
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if (pmP.m_isRandomDir)
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angle = pmP.m_minDirAngle + (double)(rand() % 1001) * 0.001 * (pmP.m_maxDirAngle - pmP.m_minDirAngle);
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else {
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if (pp->x >= 0 && pp->y >= 0 && pp->x < ipUS.m_lX && pp->y < ipUS.m_lY) {
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UCHAR *sel = ipUS.m_sel + pp->y * ipUS.m_lX + pp->x;
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if (*sel > (UCHAR)0)
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angle = (double)(*sel) - 50.0;
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}
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angle += pmP.m_minDirAngle + (double)(rand() % 1001) * 0.001 * (pmP.m_maxDirAngle - pmP.m_minDirAngle);
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}
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// Calculates the scale
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double scale = 1.0;
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scale = pmP.m_minScale + (double)(rand() % 1001) * 0.001 * (pmP.m_maxScale - pmP.m_minScale);
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// Mapping of Pattern
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pat.mapIt(ipUS, ipOri, pp->x, pp->y, scale, angle, pmP.m_isUseInkColor, pmP.m_isIncludeAlpha);
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}
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}
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// ipUC.showSelection();
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ipUS.write(oras, rect, p);
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} catch (SMemAllocError) {
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//SMemAllocError();
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} catch (SWriteRasterError) {
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// SWriteRasterError();
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} catch (SFileReadError) {
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// SFileReadError();
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}
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}
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int patternmap(const RASTER *iras, RASTER *oras, const int border,
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int argc, const char *argv[], const int shrink, RASTER *imgContour)
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{
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// The input raster must be RAS_CM16 or RAS_CM24!!!!
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CSTPic<UC_PIXEL> tP;
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if (iras->type != RAS_CM32) {
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COPY_RASTER(iras, oras, border);
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return 0;
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}
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try {
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CPatternMapParam pmP(argc, argv, shrink);
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if (!pmP.isOK()) {
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COPY_RASTER(iras, oras, border);
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return 0;
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}
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srand(10);
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if (oras->type == RAS_RGBM) {
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patternmapUC(iras, oras, pmP, border, imgContour);
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} else if (oras->type == RAS_RGBM64) {
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patternmapUS(iras, oras, pmP, border, imgContour);
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} else {
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COPY_RASTER(iras, oras, border);
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return 0;
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}
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} catch (SMemAllocError e) {
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e.debug_print();
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COPY_RASTER(iras, oras, border);
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return 0;
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} catch (SWriteRasterError e) {
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e.debug_print();
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COPY_RASTER(iras, oras, border);
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return 0;
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} catch (SFileReadError e) {
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e.debug_print();
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COPY_RASTER(iras, oras, border);
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return 0;
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}
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return 1;
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}
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#ifdef __cplusplus
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}
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#endif
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