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#include "geoeditlabel.h"
#include "geoeditview.h"
#include <tjutils/tjlog_code.h>
const char* GeoEditComp::get_compName() {return "GeoEdit";}
LOGGROUNDWORK(GeoEditComp)
////////////////////////////////////////////////////////////////////////////
GeoEditLabel::GeoEditLabel(const Image& background, unsigned int coarseFactor, QWidget *parent )
: floatBox3D(background.get_magnitude().c_array(),0.0,0.0,
background.size(xAxis),background.size(yAxis),background.size(zAxis),true,
coarseFactor,parent,background.get_label().c_str()),
backgr(background), coarse(coarseFactor), ia_cache(0) {
}
void GeoEditLabel::drawSliceProjection(const darray& cornersProj, GuiPainter& painter) {
painter.setPen(PROJECTION_COLOR,1,true);
painter.moveTo(xcoord2labelxpos(cornersProj(0,0)),ycoord2labelypos(cornersProj(0,1)));
for(unsigned int icorner=1; icorner<4; icorner++) {
painter.lineTo(xcoord2labelxpos(cornersProj(icorner,0)),ycoord2labelypos(cornersProj(icorner,1)));
}
painter.lineTo(xcoord2labelxpos(cornersProj(0,0)),ycoord2labelypos(cornersProj(0,1)));
}
void GeoEditLabel::drawSliceCrossSection(const darray& connectPoints, double slicethick, GuiPainter& painter, unsigned int slice) {
Log<GeoEditComp> odinlog("GeoEditLabel","drawSliceCrossSection");
int penwidth=(int)(slicethick/backgr.get_geometry().get_FOV(readDirection)*float(backgr.size(xAxis))*float(coarse));
if(penwidth<1) penwidth=1;
painter.setPen(CROSSSECT_COLOR,penwidth);
int xstart=xcoord2labelxpos(connectPoints(0,0));
int ystart=ycoord2labelypos(connectPoints(0,1));
int xend=xcoord2labelxpos(connectPoints(1,0));
int yend=ycoord2labelypos(connectPoints(1,1));
ODINLOG(odinlog,normalDebug) << "xstart/ystart/xend/yend=" << xstart << "/" << ystart << "/" << xend << "/" << yend << STD_endl;
painter.moveTo(xstart,ystart);
painter.lineTo(xend,yend);
painter.drawText((xend+xstart)/2, (yend+ystart)/2,itos(slice).c_str(),CROSSSECT_COLOR);
}
void GeoEditLabel::drawVoxelProjection(const darray& cornersProj, GuiPainter& painter) {
unsigned int icorner;
painter.setPen(PROJECTION_COLOR,1,true);
for(unsigned int ilevel=0; ilevel<2; ilevel++) {
painter.moveTo(xcoord2labelxpos(cornersProj(ilevel,0,0)),ycoord2labelypos(cornersProj(ilevel,0,1)));
for(unsigned int icorner=1; icorner<4; icorner++) {
painter.lineTo(xcoord2labelxpos(cornersProj(ilevel,icorner,0)),ycoord2labelypos(cornersProj(ilevel,icorner,1)));
}
painter.lineTo(xcoord2labelxpos(cornersProj(ilevel,0,0)),ycoord2labelypos(cornersProj(ilevel,0,1)));
}
for(icorner=0; icorner<4; icorner++) {
painter.moveTo(xcoord2labelxpos(cornersProj(0,icorner,0)),ycoord2labelypos(cornersProj(0,icorner,1)));
painter.lineTo(xcoord2labelxpos(cornersProj(1,icorner,0)),ycoord2labelypos(cornersProj(1,icorner,1)));
}
}
void GeoEditLabel::drawReadVector(const dvector& readvecstart_proj, const dvector& readvec_proj, GuiPainter& painter) {
painter.setPen(PROJECTION_COLOR);
dvector readvec_end(2);
readvec_end=readvecstart_proj+readvec_proj;
dvector readvec_proj_perp(2);
readvec_proj_perp[0]=-readvec_proj[1];
readvec_proj_perp[1]= readvec_proj[0];
dvector readvec_arrow_end(2);
readvec_arrow_end=readvecstart_proj+(1.0-READVEC_ARROW_LENGTH)*readvec_proj+READVEC_ARROW_LENGTH*readvec_proj_perp;
painter.moveTo(xcoord2labelxpos(readvecstart_proj[0]),ycoord2labelypos(readvecstart_proj[1]));
painter.lineTo(xcoord2labelxpos(readvec_end[0]),ycoord2labelypos(readvec_end[1]));
painter.lineTo(xcoord2labelxpos(readvec_arrow_end[0]),ycoord2labelypos(readvec_arrow_end[1]));
}
void GeoEditLabel::drawImagingArea(const Geometry& ia, bool drawProj, bool drawCross) {
Log<GeoEditComp> odinlog("GeoEditLabel","drawImagingArea");
ia_cache=&ia;
drawProj_cache=drawProj;
drawCross_cache=drawCross;
// init painter
label->init_pixmap();
GuiPainter painter(label->pixmap);
// first, get corner points in coordinate system of background image
ODINLOG(odinlog,normalDebug) << "get_current_z()=" << get_current_z() << STD_endl;
darray cornerPoints=ia.get_cornerPoints(backgr.get_geometry(),floatBox3D::get_current_z());
// will be 1 for slicepack mode or 2 for 3D/Voxel mode
int n_slice_bounds=cornerPoints.size(3);
bool is3d=(n_slice_bounds>1);
if(is3d) drawCross=false;
darray corners(4,3);
darray corners3d(2,4,3);
dvector cornervec1(3);
dvector cornervec2(3);
darray crosspoints(2,2);
darray allCornersTemp(4,2);
darray allCornersTemp3d(2,4,2);
// the coordinate system of the plot
axis projAxis1=xAxis;
axis projAxis2=yAxis;
axis perpax=zAxis;
unsigned int n_slices=cornerPoints.size(0);
unsigned int midslice=n_slices/2;
dvector readvec(3);
dvector readvecstart(3);
for(unsigned int idir=0;idir<3;idir++) {
readvec[idir]=REL_READVEC_LENGTH*(cornerPoints(midslice,upperBound,0,0,idir)-cornerPoints(midslice,lowerBound,0,0,idir));
readvecstart[idir]=cornerPoints(midslice,lowerBound,lowerBound,0,idir);
}
ODINLOG(odinlog,normalDebug) << "readvec=" << readvec.printbody() << STD_endl;
dvector readvec_proj(2);
readvec_proj[0]=readvec[projAxis1];
readvec_proj[1]=readvec[projAxis2];
dvector readvecstart_proj(2);
readvecstart_proj[0]=readvecstart[projAxis1];
readvecstart_proj[1]=readvecstart[projAxis2];
if(drawProj) drawReadVector(readvecstart_proj,readvec_proj,painter);
for(unsigned int j=0;j<n_slices;j++) {
for(unsigned int idir=0;idir<3;idir++) {
// corner points of slice
corners(0,idir)=cornerPoints(j,lowerBound,lowerBound,lowerBound,idir);
corners(1,idir)=cornerPoints(j,lowerBound,upperBound,lowerBound,idir);
corners(2,idir)=cornerPoints(j,upperBound,upperBound,lowerBound,idir);
corners(3,idir)=cornerPoints(j,upperBound,lowerBound,lowerBound,idir);
// corner points of voxel
corners3d(0,0,idir)=cornerPoints(j,lowerBound,lowerBound,lowerBound,idir);
corners3d(0,1,idir)=cornerPoints(j,lowerBound,upperBound,lowerBound,idir);
corners3d(0,2,idir)=cornerPoints(j,upperBound,upperBound,lowerBound,idir);
corners3d(0,3,idir)=cornerPoints(j,upperBound,lowerBound,lowerBound,idir);
corners3d(1,0,idir)=cornerPoints(j,lowerBound,lowerBound,upperBound,idir);
corners3d(1,1,idir)=cornerPoints(j,lowerBound,upperBound,upperBound,idir);
corners3d(1,2,idir)=cornerPoints(j,upperBound,upperBound,upperBound,idir);
corners3d(1,3,idir)=cornerPoints(j,upperBound,lowerBound,upperBound,idir);
}
unsigned int nextcorner;
unsigned int icross=0;
for(unsigned int icorner=0;icorner<4;icorner++) {
if(is3d) {
allCornersTemp3d(0,icorner,0)=corners3d(0,icorner,projAxis1);
allCornersTemp3d(0,icorner,1)=corners3d(0,icorner,projAxis2);
allCornersTemp3d(1,icorner,0)=corners3d(1,icorner,projAxis1);
allCornersTemp3d(1,icorner,1)=corners3d(1,icorner,projAxis2);
} else {
allCornersTemp(icorner,0)=corners(icorner,projAxis1);
allCornersTemp(icorner,1)=corners(icorner,projAxis2);
}
if(drawCross) {
nextcorner=icorner+1;
if(nextcorner==4) nextcorner=0;
unsigned int idir;
for(idir=0;idir<3;idir++) cornervec1[idir]=corners(icorner,idir);
for(idir=0;idir<3;idir++) cornervec2[idir]=corners(nextcorner,idir);
double nenner=cornervec2[perpax]-cornervec1[perpax];
if( ( (int)(nenner*1000.0)/1000 ) !=0.0 ) {
double s=-cornervec1[perpax]/nenner;
if( (s>0.0) && (s<1.0) && (icross<2) ) {
crosspoints(icross,0)=cornervec1[projAxis1]+s*(cornervec2[projAxis1]-cornervec1[projAxis1]);
crosspoints(icross,1)=cornervec1[projAxis2]+s*(cornervec2[projAxis2]-cornervec1[projAxis2]);
icross++;
}
}
}
}
if(drawProj) {
if(is3d) drawVoxelProjection(allCornersTemp3d,painter);
else drawSliceProjection(allCornersTemp,painter);
}
if(drawCross && (icross==2)) {
ODINLOG(odinlog,normalDebug) << "crosspoints(" << j << ")=" << crosspoints.printbody() << STD_endl;
drawSliceCrossSection(crosspoints,ia.get_sliceThickness(),painter,j);
}
}
painter.end();
label->set_pixmap();
}
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