void QgsComposerTableV2::recalculateFrameSizes()
{
mTableSize = QSizeF( totalWidth(), totalHeight() );
QgsComposerMultiFrame::recalculateFrameSizes();
}
Vec CaseFactory::outerDimensions()
{
return {outerWidth(), outerDepth(), totalHeight()};
}
void QgsLayoutTable::recalculateFrameSizes()
{
mTableSize = QSizeF( totalWidth(), totalHeight() );
QgsLayoutMultiFrame::recalculateFrameSizes();
}
void allocateRespected(SEXP layout,
int *relativeWidths, int *relativeHeights,
double *reducedWidthCM, double *reducedHeightCM,
LViewportContext parentContext,
const pGEcontext parentgc,
pGEDevDesc dd,
double *npcWidths, double *npcHeights)
{
int i;
SEXP widths = layoutWidths(layout);
SEXP heights = layoutHeights(layout);
int respect = layoutRespect(layout);
double sumWidth = totalWidth(layout, relativeWidths, parentContext,
parentgc, dd);
double sumHeight = totalHeight(layout, relativeHeights, parentContext,
parentgc, dd);
double denom, mult;
double tempWidthCM = *reducedWidthCM;
double tempHeightCM = *reducedHeightCM;
if (respect > 0) {
/* Determine whether aspect ratio of available space is
* bigger or smaller than aspect ratio of layout
*/
// NB: widths could be zero
// if ((tempHeightCM / tempWidthCM) > (sumHeight / sumWidth)) {
if ( tempHeightCM * sumWidth > sumHeight * tempWidthCM) {
denom = sumWidth;
mult = tempWidthCM;
}
else {
denom = sumHeight;
mult = tempHeightCM;
}
/* Allocate respected widths
*/
for (i=0; i<layoutNCol(layout); i++)
if (relativeWidths[i])
if (colRespected(i, layout)) {
/*
* Special case of respect, but sumHeight = 0.
* Action is to allocate widths as if unrespected.
* Ok to test == 0 because will only be 0 if
* all relative heights are actually exactly 0.
*/
if (sumHeight == 0) {
denom = sumWidth;
mult = tempWidthCM;
}
/* Build a unit SEXP with a single value and no data
*/
npcWidths[i] = pureNullUnitValue(widths, i) /
denom*mult;
*reducedWidthCM -= npcWidths[i];
}
/* Allocate respected heights
*/
for (i=0; i<layoutNRow(layout); i++)
if (relativeHeights[i])
if (rowRespected(i, layout)) {
/*
* Special case of respect, but sumWidth = 0.
* Action is to allocate widths as if unrespected.
* Ok to test == 0 because will only be 0 if
* all relative heights are actually exactly 0.
*/
if (sumWidth == 0) {
denom = sumHeight;
mult = tempHeightCM;
}
npcHeights[i] = pureNullUnitValue(heights, i) /
denom*mult;
*reducedHeightCM -= npcHeights[i];
}
}
}