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AmrPicture.cpp
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//
// $Id: AmrPicture.cpp,v 1.75 2002-08-16 00:22:33 vince Exp $
//
// ---------------------------------------------------------------
// AmrPicture.cpp
// ---------------------------------------------------------------
#include "AmrPicture.H"
#include "PltApp.H"
#include "PltAppState.H"
#include "Palette.H"
#include "DataServices.H"
#include "ProjectionPicture.H"
using std::cout;
using std::cerr;
using std::endl;
using std::max;
using std::min;
#include <ctime>
#ifdef BL_USE_ARRAYVIEW
#include "ArrayView.H"
#endif
bool DrawRaster(ContourType cType) {
return (cType == RASTERONLY || cType == RASTERCONTOURS || cType == VECTORS);
}
bool DrawContours(ContourType cType) {
return (cType == RASTERCONTOURS || cType == COLORCONTOURS || cType == BWCONTOURS);
}
static bool UsingFileRange(const MinMaxRangeType rt) {
return(rt == FILEGLOBALMINMAX ||
rt == FILESUBREGIONMINMAX ||
rt == FILEUSERMINMAX);
}
// ---------------------------------------------------------------------
AmrPicture::AmrPicture(GraphicsAttributes *gaptr,
PltApp *pltappptr, PltAppState *pltappstateptr,
DataServices *dataservicesptr,
bool bcartgridsmoothing)
: gaPtr(gaptr),
pltAppPtr(pltappptr),
pltAppStatePtr(pltappstateptr),
dataServicesPtr(dataservicesptr),
myView(XY),
bCartGridSmoothing(bcartgridsmoothing),
isSubDomain(false)
{
int i, ilev;
const AmrData &amrData = dataServicesPtr->AmrDataRef();
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
numberOfLevels = maxAllowableLevel + 1;
maxLevelWithGrids = maxAllowableLevel;
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
subDomain.resize(numberOfLevels);
for(ilev = 0; ilev <= maxAllowableLevel; ++ilev) { // set type
subDomain[ilev].convert(amrData.ProbDomain()[0].type());
}
subDomain[maxAllowableLevel].setSmall
(amrData.ProbDomain()[maxAllowableLevel].smallEnd());
subDomain[maxAllowableLevel].setBig
(amrData.ProbDomain()[maxAllowableLevel].bigEnd());
for(i = maxAllowableLevel - 1; i >= minDrawnLevel; --i) {
subDomain[i] = subDomain[maxAllowableLevel];
subDomain[i].coarsen(AVGlobals::CRRBetweenLevels(i, maxAllowableLevel,
amrData.RefRatio()));
}
dataSizeH.resize(numberOfLevels);
dataSizeV.resize(numberOfLevels);
dataSize.resize(numberOfLevels);
for(ilev = 0; ilev <= maxAllowableLevel; ++ilev) {
dataSizeH[ilev] = subDomain[ilev].length(XDIR);
dataSizeV[ilev] = subDomain[ilev].length(YDIR);
dataSize[ilev] = dataSizeH[ilev] * dataSizeV[ilev]; // for a picture (slice).
}
vLine = 0;
hLine = subDomain[maxAllowableLevel].bigEnd(YDIR) *
pltAppStatePtr->CurrentScale();
subcutY = hLine;
subcut2ndY = hLine;
#if (BL_SPACEDIM == 2)
slice = 0;
#else
slice = subDomain[maxAllowableLevel].smallEnd(YZ-myView);
#endif
sliceBox.resize(numberOfLevels);
for(ilev = minDrawnLevel; ilev <= maxAllowableLevel; ilev++) { // set type
sliceBox[ilev].convert(subDomain[minDrawnLevel].type());
}
sliceBox[maxAllowableLevel] = subDomain[maxAllowableLevel];
AmrPictureInit();
} // end AmrPicture constructor
// ---------------------------------------------------------------------
AmrPicture::AmrPicture(int view, GraphicsAttributes *gaptr,
const Box ®ion,
PltApp *parentPltAppPtr,
PltApp *pltappptr, PltAppState *pltappstateptr,
bool bcartgridsmoothing)
: gaPtr(gaptr),
pltAppPtr(pltappptr),
pltAppStatePtr(pltappstateptr),
myView(view),
bCartGridSmoothing(bcartgridsmoothing),
isSubDomain(true)
{
BL_ASSERT(pltappptr != NULL);
int ilev;
dataServicesPtr = pltAppPtr->GetDataServicesPtr();
const AmrData &amrData = dataServicesPtr->AmrDataRef();
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
numberOfLevels = maxAllowableLevel + 1;
maxLevelWithGrids = maxAllowableLevel;
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
subDomain.resize(numberOfLevels);
Box sdBox(region); // region is at the finestLevel
subDomain[maxAllowableLevel] =
sdBox.coarsen(AVGlobals::CRRBetweenLevels(maxAllowableLevel,
pltAppStatePtr->FinestLevel(),
amrData.RefRatio()));
for(ilev = maxAllowableLevel - 1; ilev >= minDrawnLevel; --ilev) {
subDomain[ilev] = subDomain[maxAllowableLevel];
subDomain[ilev].coarsen(AVGlobals::CRRBetweenLevels(ilev,
maxAllowableLevel, amrData.RefRatio()));
}
dataSizeH.resize(numberOfLevels);
dataSizeV.resize(numberOfLevels);
dataSize.resize(numberOfLevels);
for(ilev = 0; ilev <= maxAllowableLevel; ++ilev) {
if(myView==XZ) {
dataSizeH[ilev] = subDomain[ilev].length(XDIR);
dataSizeV[ilev] = subDomain[ilev].length(ZDIR);
} else if(myView==YZ) {
dataSizeH[ilev] = subDomain[ilev].length(YDIR);
dataSizeV[ilev] = subDomain[ilev].length(ZDIR);
} else {
dataSizeH[ilev] = subDomain[ilev].length(XDIR);
dataSizeV[ilev] = subDomain[ilev].length(YDIR);
}
dataSize[ilev] = dataSizeH[ilev] * dataSizeV[ilev];
}
# if (BL_SPACEDIM == 3)
if(myView==XY) {
hLine = (subDomain[maxAllowableLevel].bigEnd(YDIR) -
subDomain[maxAllowableLevel].smallEnd(YDIR)) *
pltAppStatePtr->CurrentScale();
vLine = 0;
} else if(myView==XZ) {
hLine = (subDomain[maxAllowableLevel].bigEnd(ZDIR) -
subDomain[maxAllowableLevel].smallEnd(ZDIR)) *
pltAppStatePtr->CurrentScale();
vLine = 0;
} else {
hLine = (subDomain[maxAllowableLevel].bigEnd(ZDIR) -
subDomain[maxAllowableLevel].smallEnd(ZDIR)) *
pltAppStatePtr->CurrentScale();
vLine = 0;
}
if(parentPltAppPtr != NULL) {
int tempSlice = parentPltAppPtr->GetAmrPicturePtr(myView)->GetSlice();
tempSlice *= AVGlobals::CRRBetweenLevels(parentPltAppPtr->GetPltAppState()->
MaxDrawnLevel(),
pltAppStatePtr->MaxDrawnLevel(),
amrData.RefRatio());
slice = max(min(tempSlice,
subDomain[maxAllowableLevel].bigEnd(YZ-myView)),
subDomain[maxAllowableLevel].smallEnd(YZ-myView));
} else {
slice = subDomain[maxAllowableLevel].smallEnd(YZ-myView);
}
# else
vLine = 0;
hLine = 0;
slice = 0;
# endif
subcutY = hLine;
subcut2ndY = hLine;
sliceBox.resize(maxAllowableLevel + 1);
sliceBox[maxAllowableLevel] = subDomain[maxAllowableLevel];
AmrPictureInit();
} // end AmrPicture constructor
// ---------------------------------------------------------------------
void AmrPicture::AmrPictureInit() {
int iLevel;
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
if(myView==XZ) {
sliceBox[maxAllowableLevel].setSmall(YDIR, slice);
sliceBox[maxAllowableLevel].setBig(YDIR, slice);
} else if(myView==YZ) {
sliceBox[maxAllowableLevel].setSmall(XDIR, slice);
sliceBox[maxAllowableLevel].setBig(XDIR, slice);
} else { // XY
# if (BL_SPACEDIM == 3)
sliceBox[maxAllowableLevel].setSmall(ZDIR, slice);
sliceBox[maxAllowableLevel].setBig(ZDIR, slice);
# endif
}
CoarsenSliceBox();
sliceFab.resize(numberOfLevels);
for(iLevel = minDrawnLevel; iLevel <= maxAllowableLevel; ++iLevel) {
sliceFab[iLevel] = new FArrayBox(sliceBox[iLevel], 1);
}
xImageArray.resize(numberOfLevels);
display = gaPtr->PDisplay();
xgc = gaPtr->PGC();
// use maxAllowableLevel because all imageSizes are the same
// regardless of which level is showing
// dont use imageBox.length() because of node centered boxes
imageSizeH = pltAppStatePtr->CurrentScale() * dataSizeH[maxAllowableLevel];
imageSizeV = pltAppStatePtr->CurrentScale() * dataSizeV[maxAllowableLevel];
int widthpad = gaPtr->PBitmapPaddedWidth(imageSizeH);
imageSize = imageSizeV * widthpad * gaPtr->PBytesPerPixel();
imageData.resize(numberOfLevels);
scaledImageData.resize(numberOfLevels);
for(iLevel = 0; iLevel < minDrawnLevel; ++iLevel) {
imageData[iLevel] = NULL;
scaledImageData[iLevel] = NULL;
}
for(iLevel = minDrawnLevel; iLevel <= maxAllowableLevel; ++iLevel) {
imageData[iLevel] = new unsigned char[dataSize[iLevel]];
scaledImageData[iLevel] = (unsigned char *) malloc(imageSize);
}
pendingTimeOut = 0;
frameSpeed = 300;
hdspoint = 0;
vdspoint = 0;
dsBoxSize = 0;
datasetPointShowing = false;
datasetPointColor = 0;
subCutShowing = false;
subcutX = 0;
subcut2ndX = 0;
framesMade = false;
if(myView == XZ) {
hColor = AVGlobals::MaxPaletteIndex();
vColor = 65;
} else if(myView == YZ) {
hColor = AVGlobals::MaxPaletteIndex();
vColor = 220;
} else {
hColor = 220;
vColor = 65;
}
pixMapCreated = false;
SetSlice(myView, slice);
} // end AmrPictureInit()
// ---------------------------------------------------------------------
void AmrPicture::SetHVLine(int scale) {
int maxDrawnLevel(pltAppStatePtr->MaxDrawnLevel());
int first(0);
for(int i(0); i <= YZ; ++i) {
if(i == myView) {
// do nothing
} else {
if(first == 0) {
hLine = imageSizeV-1 -
((pltAppPtr->GetAmrPicturePtr(i)->GetSlice() -
pltAppPtr->GetAmrPicturePtr(YZ - i)->
GetSubDomain()[maxDrawnLevel].smallEnd(YZ - i)) *
scale);
first = 1;
} else {
vLine = ( pltAppPtr->GetAmrPicturePtr(i)->GetSlice() -
pltAppPtr->GetAmrPicturePtr(YZ - i)->
GetSubDomain()[maxDrawnLevel].smallEnd(YZ - i)) *
scale;
}
}
}
}
// ---------------------------------------------------------------------
AmrPicture::~AmrPicture() {
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
if(framesMade) {
for(int isl(0); isl < subDomain[maxAllowableLevel].length(sliceDir); ++isl) {
XDestroyImage(frameBuffer[isl]);
}
}
for(int iLevel(minDrawnLevel); iLevel <= maxAllowableLevel; ++iLevel) {
delete [] imageData[iLevel];
free(scaledImageData[iLevel]);
delete sliceFab[iLevel];
}
if(pixMapCreated) {
XFreePixmap(display, pixMap);
}
}
// ---------------------------------------------------------------------
void AmrPicture::SetSlice(int view, int here) {
int lev;
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
sliceDir = YZ - view;
const AmrData &amrData = dataServicesPtr->AmrDataRef();
BL_ASSERT(amrData.RefRatio().size() > 0);
# if (BL_SPACEDIM == 3)
slice = here;
sliceBox[maxAllowableLevel].setSmall(sliceDir, slice);
sliceBox[maxAllowableLevel].setBig(sliceDir, slice);
CoarsenSliceBox();
for(lev = minDrawnLevel; lev <= maxAllowableLevel; ++lev) {
if(sliceFab[lev]->box() != sliceBox[lev]) {
if(sliceFab[lev]->box().numPts() != sliceBox[lev].numPts()) {
delete [] imageData[lev];
cerr << endl;
cerr << "Suspicious sliceBox in AmrPicture::SetSlice" << endl;
cerr << "sliceFab[" << lev << "].box() = "
<< sliceFab[lev]->box() << endl;
cerr << "sliceBox[" << lev << "] = " << sliceBox[lev] << endl;
cerr << endl;
imageData[lev] = new unsigned char[sliceBox[lev].numPts()];
}
sliceFab[lev]->resize(sliceBox[lev], 1);
}
}
# endif
for(lev = minDrawnLevel; lev < gpArray.size(); ++lev) {
gpArray[lev].clear();
}
gpArray.clear();
gpArray.resize(numberOfLevels);
maxLevelWithGrids = maxAllowableLevel;
Array<int> nGrids(numberOfLevels);
for(lev = minDrawnLevel; lev <= maxAllowableLevel; ++lev) {
nGrids[lev] = amrData.NIntersectingGrids(lev, sliceBox[lev]);
gpArray[lev].resize(nGrids[lev]);
if(nGrids[lev] == 0 && maxLevelWithGrids == maxAllowableLevel) {
maxLevelWithGrids = lev - 1;
}
}
if(nGrids[minDrawnLevel] == 0) {
cerr << "Error in AmrPicture::SetSlice: No Grids intersected." << endl;
cerr << "slice = " << slice << endl;
cerr << "sliceBox[maxallowlev] = " << sliceBox[maxAllowableLevel] << endl;
cerr << "maxAllowableLevel maxLevelWithGrids = " << maxAllowableLevel
<< " " << maxLevelWithGrids << endl;
cerr << "subDomain[maxallowlev] = " << subDomain[maxAllowableLevel] << endl;
return;
}
int gridNumber;
for(lev = minDrawnLevel; lev <= maxLevelWithGrids; ++lev) {
gridNumber = 0;
for(int iBox(0); iBox < amrData.boxArray(lev).size(); ++iBox) {
Box temp(amrData.boxArray(lev)[iBox]);
if(sliceBox[lev].intersects(temp)) {
temp &= sliceBox[lev];
Box sliceDataBox(temp);
temp.shift(XDIR, -subDomain[lev].smallEnd(XDIR));
temp.shift(YDIR, -subDomain[lev].smallEnd(YDIR));
#if (BL_SPACEDIM == 3)
temp.shift(ZDIR, -subDomain[lev].smallEnd(ZDIR));
#endif
gpArray[lev][gridNumber].GridPictureInit(lev,
AVGlobals::CRRBetweenLevels(lev, maxAllowableLevel,
amrData.RefRatio()),
pltAppStatePtr->CurrentScale(), imageSizeH, imageSizeV,
temp, sliceDataBox, sliceDir);
++gridNumber;
}
}
}
} // end SetSlice(...)
// ---------------------------------------------------------------------
void AmrPicture::APChangeContour(ContourType prevCType) {
ContourType cType(pltAppStatePtr->GetContourType());
Real minUsing, maxUsing;
pltAppStatePtr->GetMinMax(minUsing, maxUsing);
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
if(DrawRaster(cType) != DrawRaster(prevCType)) { // recreate the raster image
AmrData &amrData = dataServicesPtr->AmrDataRef();
for(int iLevel(minDrawnLevel); iLevel <= maxAllowableLevel; ++iLevel) {
CreateImage(*(sliceFab[iLevel]), imageData[iLevel],
dataSizeH[iLevel], dataSizeV[iLevel],
minUsing, maxUsing, palPtr);
CreateScaledImage(&(xImageArray[iLevel]), pltAppStatePtr->CurrentScale() *
AVGlobals::CRRBetweenLevels(iLevel, maxAllowableLevel,
amrData.RefRatio()),
imageData[iLevel], scaledImageData[iLevel],
dataSizeH[iLevel], dataSizeV[iLevel],
imageSizeH, imageSizeV);
}
if( ! pltAppPtr->PaletteDrawn()) {
pltAppPtr->PaletteDrawn(true);
palPtr->Draw(minUsing, maxUsing, pltAppStatePtr->GetFormatString());
}
}
int maxDrawnLevel(pltAppStatePtr->MaxDrawnLevel());
APDraw(minDrawnLevel, maxDrawnLevel);
}
// ---------------------------------------------------------------------
void AmrPicture::DrawBoxes(Array< Array<GridPicture> > &gp, Drawable &drawable) {
short xbox, ybox;
unsigned short wbox, hbox;
bool bIsWindow(true);
bool bIsPixmap(false);
const AmrData &amrData = dataServicesPtr->AmrDataRef();
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
int maxDrawnLevel(pltAppStatePtr->MaxDrawnLevel());
if(pltAppStatePtr->GetShowingBoxes()) {
for(int level(minDrawnLevel); level <= maxDrawnLevel; ++level) {
if(level == minDrawnLevel) {
XSetForeground(display, xgc, palPtr->WhiteIndex());
} else {
XSetForeground(display, xgc,
palPtr->pixelate(AVGlobals::MaxPaletteIndex() - 80 * (level - 1)));
}
if(amrData.Terrain()) {
DrawTerrBoxes(level, bIsWindow, bIsPixmap);
} else {
for(int i(0); i < gp[level].size(); ++i) {
xbox = gp[level][i].HPositionInPicture();
ybox = gp[level][i].VPositionInPicture();
wbox = gp[level][i].ImageSizeH();
hbox = gp[level][i].ImageSizeV();
XDrawRectangle(display, drawable, xgc, xbox, ybox, wbox, hbox);
}
}
}
}
// draw bounding box
//XSetForeground(display, xgc, palPtr->WhiteIndex());
//XDrawRectangle(display, drawable, xgc, 0, 0, imageSizeH-1, imageSizeV-1);
}
// ---------------------------------------------------------------------
void AmrPicture::DrawTerrBoxes(int level, bool bIsWindow, bool bIsPixmap) {
cerr << endl;
cerr << "***** Error: should not be in AmrPicture::DrawTerrBoxes." << endl;
cerr << "Continuing..." << endl;
cerr << endl;
/*
int i, lev, ix;
short xbox, ybox;
unsigned short wbox, hbox;
BL_ASSERT((bIsWindow ^ bIsPixmap) == true);
const AmrData &amrData = dataServicesPtr->AmrDataRef();
int expansion(pltAppPtr->GetExpansion());
int hScale(pltAppStatePtr->CurrentScale() * expansion);
if(finestLevel+1 != numberOfLevels) {
for(lev = numberOfLevels-1; lev < finestLevel; lev++) {
//IntVect ref_ratio = amrData.RefRatio(lev);
hScale = hScale / amrData.RefRatio()[lev];
}
}
int vScale(hScale * pltAppPtr->GetZStretch());
const Array<Real> &dx = amrData.DxLevel()[finestLevel];
const Array<Real> &dx0 = amrData.DxLevel()[0];
// Note : this is based on DrawRTBoxes but hasnt been tested
Real index_zhi = vScale * dx0[0] / (expansion * dx[0]) *
(subDomain[0].bigEnd()[BL_SPACEDIM-1] + 1);
for(i = 0; i < gpArray[level].length(); ++i) {
xbox = gpArray[level][i].HPositionInPicture();
ybox = gpArray[level][i].VPositionInPicture();
wbox = gpArray[level][i].ImageSizeH();
hbox = gpArray[level][i].ImageSizeV();
if(level == 0) {
if(bIsWindow) {
XDrawRectangle(display, pictureWindow, xgc, xbox, ybox, wbox, hbox);
} else if(bIsPixmap) {
XDrawRectangle(display, pixMap, xgc, xbox, ybox, wbox, hbox);
}
} else {
GridPlot *gridptr = gpArray[level][i].GetGridPtr();
DataBoxPlot *meshdb = gridptr->Mesh();
const Real *meshdat = meshdb->dataPtr();
const int *mlo = meshdb->loVect();
const int *mhi = meshdb->hiVect();
const int *mlen = meshdb->length();
#if (BL_SPACEDIM == 2)
#define M_L(i,j) i-mlo[0]+mlen[0]*(j-mlo[1])
#elif (BL_SPACEDIM == 3)
#define M_L(i,j,k) i-mlo[0]+mlen[0]*( (j-mlo[1]) + mlen[1]*(k-mlo[2]) )
#endif
#if (BL_SPACEDIM == 2)
Real xlo, xhi, ylo, yhi;
// Draw left boundary
ylo = index_zhi - vScale * meshdat[M_L(mlo[0], mlo[1])] / dx[0];
yhi = index_zhi - vScale * meshdat[M_L(mlo[0], mhi[1])] / dx[0];
xlo = hScale * mlo[0];
xhi = hScale * mlo[0];
if(bIsWindow) {
XDrawLine(display, pictureWindow, xgc, xlo, ylo, xhi, yhi);
} else if(bIsPixmap) {
XDrawLine(display, pixMap, xgc, xlo, ylo, xhi, yhi);
}
// Draw right boundary
ylo = index_zhi - vScale * meshdat[M_L(mhi[0], mlo[1])] / dx[0];
yhi = index_zhi - vScale * meshdat[M_L(mhi[0], mhi[1])] / dx[0];
xlo = hScale * mhi[0];
xhi = hScale * mhi[0];
if(bIsWindow) {
XDrawLine(display, pictureWindow, xgc, xlo, ylo, xhi, yhi);
} else if(bIsPixmap) {
XDrawLine(display, pixMap, xgc, xlo, ylo, xhi, yhi);
}
// Draw bottom boundary
for(ix = mlo[0]; ix < mhi[0]; ++ix) {
ylo = index_zhi-vScale*meshdat[M_L(ix,mlo[1])] / dx[0];
yhi = index_zhi-vScale*meshdat[M_L(ix+1,mlo[1])] / dx[0];
xlo = hScale * ix;
xhi = hScale * (ix + 1);
if(bIsWindow) {
XDrawLine(display, pictureWindow, xgc, xlo, ylo, xhi, yhi);
} else if(bIsPixmap) {
XDrawLine(display, pixMap, xgc, xlo, ylo, xhi, yhi);
}
}
// Draw top boundary
for(ix = mlo[0]; ix < mhi[0]; ++ix) {
ylo = index_zhi - vScale * meshdat[M_L(ix, mhi[1])] / dx[0];
yhi = index_zhi - vScale * meshdat[M_L(ix + 1, mhi[1])] / dx[0];
xlo = hScale * ix;
xhi = hScale * (ix + 1);
if(bIsWindow) {
XDrawLine(display, pictureWindow, xgc, xlo, ylo, xhi, yhi);
} else if(bIsPixmap) {
XDrawLine(display, pixMap, xgc, xlo, ylo, xhi, yhi);
}
}
#endif
}
}
*/
}
// ---------------------------------------------------------------------
void AmrPicture::APDraw(int fromLevel, int toLevel) {
if( ! pixMapCreated) {
pixMap = XCreatePixmap(display, pictureWindow,
imageSizeH, imageSizeV, gaPtr->PDepth());
pixMapCreated = true;
}
XPutImage(display, pixMap, xgc, xImageArray[toLevel], 0, 0, 0, 0,
imageSizeH, imageSizeV);
ContourType cType(pltAppStatePtr->GetContourType());
if(DrawContours(cType)) {
DrawContour(sliceFab, display, pixMap, xgc);
} else if(cType == VECTORS) {
DrawVectorField(display, pixMap, xgc);
}
//
//char *fontName = "12x24";
//XFontStruct *fontInfo;
//fontInfo = XLoadQueryFont(display, fontName);
//GC fontGC = XCreateGC(display, gaPtr->PRoot(), 0, NULL);
//XSetFont(display, fontGC, fontInfo->fid);
//XSetForeground(display, fontGC, palPtr->WhiteIndex());
//XDrawString(display, pixMap,
//fontGC,
//imageSizeH / 2,
//imageSizeV / 2,
//currentDerived.c_str(), currentDerived.length());
//
if( ! pltAppPtr->Animating()) { // this should always be true
DoExposePicture();
}
} // end AmrPicture::Draw.
// ---------------------------------------------------------------------
void AmrPicture::ToggleShowSubCut() {
subCutShowing = (subCutShowing ? false : true);
DoExposePicture();
}
// ---------------------------------------------------------------------
void AmrPicture::SetRegion(int startX, int startY, int endX, int endY) {
regionX = startX;
regionY = startY;
region2ndX = endX;
region2ndY = endY;
}
// ---------------------------------------------------------------------
void AmrPicture::SetSubCut(int startX, int startY, int endX, int endY) {
if(startX != -1) {
subcutX = startX;
}
if(startY != -1) {
subcutY = startY;
}
if(endX != -1) {
subcut2ndX = endX;
}
if(endY != -1) {
subcut2ndY = endY;
}
}
// ---------------------------------------------------------------------
void AmrPicture::DoExposePicture() {
if(pltAppPtr->Animating()) {
XPutImage(display, pictureWindow, xgc, pltAppPtr->CurrentFrameXImage(),
0, 0, 0, 0, imageSizeH, imageSizeV);
} else {
if(pendingTimeOut == 0) {
XCopyArea(display, pixMap, pictureWindow,
xgc, 0, 0, imageSizeH, imageSizeV, 0, 0);
DrawBoxes(gpArray, pictureWindow);
if( ! subCutShowing) { // draw selected region
XSetForeground(display, xgc, palPtr->pixelate(60));
XDrawLine(display, pictureWindow, xgc,
regionX+1, regionY+1, region2ndX+1, regionY+1);
XDrawLine(display, pictureWindow, xgc,
regionX+1, regionY+1, regionX+1, region2ndY+1);
XDrawLine(display, pictureWindow, xgc,
regionX+1, region2ndY+1, region2ndX+1, region2ndY+1);
XDrawLine(display, pictureWindow, xgc,
region2ndX+1, regionY+1, region2ndX+1, region2ndY+1);
XSetForeground(display, xgc, palPtr->pixelate(175));
XDrawLine(display, pictureWindow, xgc,
regionX, regionY, region2ndX, regionY);
XDrawLine(display, pictureWindow, xgc,
regionX, regionY, regionX, region2ndY);
XDrawLine(display, pictureWindow, xgc,
regionX, region2ndY, region2ndX, region2ndY);
XDrawLine(display, pictureWindow, xgc,
region2ndX, regionY, region2ndX, region2ndY);
}
#if (BL_SPACEDIM == 3)
// draw plane "cutting" lines
XSetForeground(display, xgc, palPtr->pixelate(hColor));
XDrawLine(display, pictureWindow, xgc, 0, hLine, imageSizeH, hLine);
XSetForeground(display, xgc, palPtr->pixelate(vColor));
XDrawLine(display, pictureWindow, xgc, vLine, 0, vLine, imageSizeV);
XSetForeground(display, xgc, palPtr->pixelate(hColor-30));
XDrawLine(display, pictureWindow, xgc, 0, hLine+1, imageSizeH, hLine+1);
XSetForeground(display, xgc, palPtr->pixelate(vColor-30));
XDrawLine(display, pictureWindow, xgc, vLine+1, 0, vLine+1, imageSizeV);
if(subCutShowing) { // draw subvolume cutting border
XSetForeground(display, xgc, palPtr->pixelate(90));
XDrawLine(display, pictureWindow, xgc,
subcutX+1, subcutY+1, subcut2ndX+1, subcutY+1);
XDrawLine(display, pictureWindow, xgc,
subcutX+1, subcutY+1, subcutX+1, subcut2ndY+1);
XDrawLine(display, pictureWindow, xgc,
subcutX+1, subcut2ndY+1, subcut2ndX+1, subcut2ndY+1);
XDrawLine(display, pictureWindow, xgc,
subcut2ndX+1, subcutY+1, subcut2ndX+1, subcut2ndY+1);
XSetForeground(display, xgc, palPtr->pixelate(155));
XDrawLine(display, pictureWindow, xgc,
subcutX, subcutY, subcut2ndX, subcutY);
XDrawLine(display, pictureWindow, xgc,
subcutX, subcutY, subcutX, subcut2ndY);
XDrawLine(display, pictureWindow, xgc,
subcutX, subcut2ndY, subcut2ndX, subcut2ndY);
XDrawLine(display, pictureWindow, xgc,
subcut2ndX, subcutY, subcut2ndX, subcut2ndY);
}
#endif
}
}
} // end DoExposePicture
// ---------------------------------------------------------------------
void AmrPicture::APChangeSlice(int here) {
if(pendingTimeOut != 0) {
DoStop();
}
SetSlice(myView, here);
APMakeImages(palPtr);
}
// ---------------------------------------------------------------------
void AmrPicture::CreatePicture(Window drawPictureHere, Palette *palptr) {
palPtr = palptr;
pictureWindow = drawPictureHere;
APMakeImages(palptr);
}
// ---------------------------------------------------------------------
void AmrPicture::APMakeImages(Palette *palptr) {
BL_ASSERT(palptr != NULL);
palPtr = palptr;
AmrData &amrData = dataServicesPtr->AmrDataRef();
if(UsingFileRange(pltAppStatePtr->GetMinMaxRangeType())) {
pltAppPtr->PaletteDrawn(false);
}
int maxAllowableLevel(pltAppStatePtr->MaxAllowableLevel());
int minDrawnLevel(pltAppStatePtr->MinDrawnLevel());
if(framesMade) {
for(int i(0); i < subDomain[maxAllowableLevel].length(sliceDir); ++i) {
XDestroyImage(frameBuffer[i]);
}
framesMade = false;
}
if(pendingTimeOut != 0) {
DoStop();
}
Real minUsing, maxUsing;
pltAppStatePtr->GetMinMax(minUsing, maxUsing);
VSHOWVAL(AVGlobals::Verbose(), minUsing)
VSHOWVAL(AVGlobals::Verbose(), maxUsing)
VSHOWVAL(AVGlobals::Verbose(), minDrawnLevel)
VSHOWVAL(AVGlobals::Verbose(), maxAllowableLevel)
const string currentDerived(pltAppStatePtr->CurrentDerived());
for(int iLevel(minDrawnLevel); iLevel <= maxAllowableLevel; ++iLevel) {
DataServices::Dispatch(DataServices::FillVarOneFab, dataServicesPtr,
(void *) (sliceFab[iLevel]),
(void *) (&(sliceFab[iLevel]->box())),
iLevel,
(void *) ¤tDerived);
CreateImage(*(sliceFab[iLevel]), imageData[iLevel],
dataSizeH[iLevel], dataSizeV[iLevel],
minUsing, maxUsing, palPtr);
CreateScaledImage(&(xImageArray[iLevel]), pltAppStatePtr->CurrentScale() *
AVGlobals::CRRBetweenLevels(iLevel, maxAllowableLevel,
amrData.RefRatio()),
imageData[iLevel], scaledImageData[iLevel],
dataSizeH[iLevel], dataSizeV[iLevel],
imageSizeH, imageSizeV);
}
if( ! pltAppPtr->PaletteDrawn()) {
pltAppPtr->PaletteDrawn(true);
palptr->Draw(minUsing, maxUsing, pltAppStatePtr->GetFormatString());
}
int maxDrawnLevel(pltAppStatePtr->MaxDrawnLevel());
APDraw(minDrawnLevel, maxDrawnLevel);
} // end AP Make Images
// -------------------------------------------------------------------
// convert Real to char in imagedata from fab
void AmrPicture::CreateImage(const FArrayBox &fab, unsigned char *imagedata,
int datasizeh, int datasizev,
Real globalMin, Real globalMax, Palette *palptr)
{
int jdsh, jtmp1;
int dIndex, iIndex;
Real oneOverGDiff;
if((globalMax - globalMin) < FLT_MIN) {
oneOverGDiff = 0.0;
} else {
oneOverGDiff = 1.0 / (globalMax - globalMin);
}
const Real *dataPoint = fab.dataPtr();
// flips the image in Vert dir: j => datasizev-j-1
if(DrawRaster(pltAppStatePtr->GetContourType())) {
Real dPoint;
int paletteStart(palptr->PaletteStart());
int paletteEnd(palptr->PaletteEnd());
int colorSlots(palptr->ColorSlots());
int csm1(colorSlots - 1);
for(int j(0); j < datasizev; ++j) {
jdsh = j * datasizeh;
jtmp1 = (datasizev-j-1) * datasizeh;
for(int i(0); i < datasizeh; ++i) {
dIndex = i + jtmp1;
dPoint = dataPoint[dIndex];
iIndex = i + jdsh;
if(dPoint > globalMax) { // clip
imagedata[iIndex] = paletteEnd;
} else if(dPoint < globalMin) { // clip
imagedata[iIndex] = paletteStart;
} else {
imagedata[iIndex] = (unsigned char)
((((dPoint - globalMin) * oneOverGDiff) * csm1) );
// ^^^^^^^^^^^^^^^^^^ Real data
imagedata[iIndex] += paletteStart;
}
}
}
} else {
if(AVGlobals::LowBlack()) {
Pixel blackIndex(palptr->BlackIndex());
for(int i(0); i < (datasizeh * datasizev); ++i) {
imagedata[i] = blackIndex;
}
} else {
Pixel whiteIndex(palptr->WhiteIndex());
for(int i(0); i < (datasizeh * datasizev); ++i) {
imagedata[i] = whiteIndex;
}
}
}
} // end CreateImage(...)
// ---------------------------------------------------------------------
void AmrPicture::CreateScaledImage(XImage **ximage, int scale,
unsigned char *imagedata,
unsigned char *scaledimagedata,
int datasizeh, int datasizev,
int imagesizeh, int imagesizev)
{
int widthpad = gaPtr->PBitmapPaddedWidth(imagesizeh);
*ximage = XCreateImage(display, gaPtr->PVisual(),
gaPtr->PDepth(), ZPixmap, 0, (char *) scaledimagedata,
widthpad, imagesizev,
XBitmapPad(display), widthpad * gaPtr->PBytesPerPixel());
if( ! bCartGridSmoothing) {
if(true) {
for(int j(0); j < imagesizev; ++j) {
int jtmp(datasizeh * (j/scale));
for(int i(0); i < widthpad; ++i) {
int itmp(i / scale);
unsigned char imm1(imagedata[ itmp + jtmp ]);
XPutPixel(*ximage, i, j, palPtr->makePixel(imm1));
}
}
} else {
(*ximage)->byte_order = MSBFirst;
(*ximage)->bitmap_bit_order = MSBFirst;
for(int j(0); j < imagesizev; ++j) {
int jish(j * imagesizeh);
int jtmp(datasizeh * (j/scale));
for(int i(0); i < imagesizeh; ++i) {
scaledimagedata[i+jish] = imagedata [ (i/scale) + jtmp ];
}
}
}
} else { // bCartGridSmoothing
/*
int ii, jj, rrcs, iis;
int blackIndex, whiteIndex, bodyColor;
blackIndex = palPtr->BlackIndex();
whiteIndex = palPtr->WhiteIndex();
bodyColor = blackIndex;
Real vfeps = gridptr->AmrPlotPtr()->VfEps(myLevel);
Real *vfracPoint = vfracData->dataPtr();
Real vfp, omvfe = 1.0 - vfeps;
int vidx, svidx;
Real stencil[9];
int nBodyCells, nScaledImageCells;
nScaledImageCells = rrcs*rrcs;
Real sumH[3], sumV[3];
Real diffAvgV[3], diffAvgH[3], avgV, avgH;
//Real minDAV, maxDAV, minDAH, maxDAH;
Real normV, normH;
int isum, jsum, nStartV, nEndV, nStartH, nEndH, tempSum;
int nV, nH, stencilSize = 3;
int nCalcBodyCells, fluidCell = 1, bodyCell = 0, markedCell = -1;
Real cellDx = 1.0/((Real) rrcs), cellDy = 1.0/((Real) rrcs);
Real yBody, slope;
int iCurrent, jCurrent, jBody;
int isIndex;
Array<int> imageStencil(nScaledImageCells);
for(j = 0; j < dataSizeV; ++j) {
for(i = 0; i < dataSizeH; ++i) {
vidx = i + (dataSizeV-1-j)*dataSizeH; // get the volfrac for cell(i,j)
vfp = vfracPoint[vidx];
if(vfp > vfeps && vfp < omvfe) { // a mixed cell
for(iis = 0; iis < 9; iis++) {
stencil[iis] = -2.0*vfeps; // flag value for boundary stencils
}
// fill the stencil with volume fractions
svidx = (i-1) + (dataSizeV-1-(j-1))*dataSizeH; // up left
if((i-1) >= 0 && (dataSizeV-1-(j-1)) < dataSizeV) {
stencil[0] = vfracPoint[svidx];
}
svidx = (i ) + (dataSizeV-1-(j-1))*dataSizeH; // up
if((dataSizeV-1-(j-1)) < dataSizeV) {
stencil[1] = vfracPoint[svidx];
}
svidx = (i+1) + (dataSizeV-1-(j-1))*dataSizeH; // up right
if((i+1) < dataSizeH && (dataSizeV-1-(j-1)) < dataSizeV) {
stencil[2] = vfracPoint[svidx];
}
svidx = (i-1) + (dataSizeV-1-(j ))*dataSizeH; // left
if((i-1) >= 0) {
stencil[3] = vfracPoint[svidx];
}
stencil[4] = vfp; // the center
svidx = (i+1) + (dataSizeV-1-(j ))*dataSizeH; // right
if((i+1) < dataSizeH) {
stencil[5] = vfracPoint[svidx];
}
svidx = (i-1) + (dataSizeV-1-(j+1))*dataSizeH; // down left
if((i-1) >= 0 && ((int)(dataSizeV-1-(j+1))) >= 0) {
stencil[6] = vfracPoint[svidx];
}
svidx = (i ) + (dataSizeV-1-(j+1))*dataSizeH; // down
if(((int)(dataSizeV-1-(j+1))) >= 0) {
stencil[7] = vfracPoint[svidx];
}
svidx = (i+1) + (dataSizeV-1-(j+1))*dataSizeH; // down right
if((i+1) < dataSizeH && ((int)(dataSizeV-1-(j+1))) >= 0) {
stencil[8] = vfracPoint[svidx];