private void handleLine(
Settings elementSettings, String line, PropertiesConfig propCfg, BaseDrawHandler drawer) {
boolean drawText = true;
for (Facet facet : elementSettings.getFacets()) {
if (facet.checkStart(line)) {
facet.handleLine(line, drawer, propCfg);
if (facet.replacesText(line)) {
drawText = false;
}
}
}
if (drawText) {
XPoints xLimitsForText = propCfg.getXLimitsForArea(propCfg.getyPos(), drawer.textHeight());
Float spaceNotUsedForText = propCfg.getGridElementSize().width - xLimitsForText.getSpace();
if (!spaceNotUsedForText.equals(
Float.NaN)) { // NaN is possible if xlimits calculation contains e.g. a division by zero
propCfg.calcMaxTextWidth(spaceNotUsedForText + drawer.textWidth(line));
}
drawer.print(
line,
calcHorizontalTextBoundaries(xLimitsForText, propCfg),
propCfg.getyPos(),
propCfg.gethAlign());
propCfg.addToYPos(drawer.textHeightWithSpace());
}
}
private float calcHorizontalTextBoundaries(XPoints xLimitsForText, PropertiesConfig propCfg) {
float x;
if (propCfg.gethAlign() == AlignHorizontal.LEFT) {
x = xLimitsForText.getLeft() + drawer.getDistanceBetweenTexts();
} else if (propCfg.gethAlign() == AlignHorizontal.CENTER) {
x = propCfg.getGridElementSize().width / 2;
} else /*if (propCfg.gethAlign() == AlignHorizontal.RIGHT)*/ {
x = xLimitsForText.getRight() - drawer.getDistanceBetweenTexts();
}
return x;
}