void populateLayoutProperties(struct InputProperty inputProperty, struct LayoutProperties* layoutProperties, double ppi, const std::string& defaultUnits)
{
switch (inputProperty.name) {
case MinHeight:
(*layoutProperties).minHeight.valueType = _getValueType(inputProperty.value);
(*layoutProperties).minHeight.value = _computeValue(inputProperty.value,
(*layoutProperties).minHeight.valueType, ppi, defaultUnits);
break;
case MinWidth:
(*layoutProperties).minWidth.valueType = _getValueType(inputProperty.value);
(*layoutProperties).minWidth.value = _computeValue(inputProperty.value,
(*layoutProperties).minWidth.valueType, ppi, defaultUnits);
break;
case Width:
(*layoutProperties).width.valueType = _getValueType(inputProperty.value);
(*layoutProperties).width.value = _computeValue(inputProperty.value,
(*layoutProperties).width.valueType, ppi, defaultUnits);
break;
case Height:
(*layoutProperties).height.valueType = _getValueType(inputProperty.value);
(*layoutProperties).height.value = _computeValue(inputProperty.value,
(*layoutProperties).height.valueType, ppi, defaultUnits);
break;
case Left:
(*layoutProperties).left.valueType = _getValueType(inputProperty.value);
(*layoutProperties).left.value = _computeValue(inputProperty.value,
(*layoutProperties).left.valueType, ppi, defaultUnits);
break;
case CenterX:
(*layoutProperties).centerX.valueType = _getValueType(inputProperty.value);
(*layoutProperties).centerX.value = _computeValue(inputProperty.value,
(*layoutProperties).centerX.valueType, ppi, defaultUnits);
break;
case CenterY:
(*layoutProperties).centerY.valueType = _getValueType(inputProperty.value);
(*layoutProperties).centerY.value = _computeValue(inputProperty.value,
(*layoutProperties).centerY.valueType, ppi, defaultUnits);
break;
case Right:
(*layoutProperties).right.valueType = _getValueType(inputProperty.value);
(*layoutProperties).right.value = _computeValue(inputProperty.value,
(*layoutProperties).right.valueType, ppi, defaultUnits);
break;
case Top:
(*layoutProperties).top.valueType = _getValueType(inputProperty.value);
(*layoutProperties).top.value = _computeValue(inputProperty.value,
(*layoutProperties).top.valueType, ppi, defaultUnits);
break;
case Bottom:
(*layoutProperties).bottom.valueType = _getValueType(inputProperty.value);
(*layoutProperties).bottom.value = _computeValue(inputProperty.value,
(*layoutProperties).bottom.valueType, ppi, defaultUnits);
break;
}
}
void QuantisedFunction::computeCache(const Curve2DPtr& curve)
{
assert( __sampling > 2 );
__firstx = curve->getPointAt(curve->getFirstKnot()).x();
__lastx = curve->getPointAt(curve->getLastKnot()).x();
real_t extent = __lastx - __firstx;
__values.resize(__sampling);
for (uint_t i=0; i<__sampling; ++i)
__values[i] = _computeValue(curve, extent * real_t(i)/real_t(__sampling-1) + __firstx);
}
real_t QuantisedFunction::computeValue(const Curve2DPtr& curve, real_t x, real_t maxerror)
{
if (!check(curve)) pglError("QuantisedFunction : not a valid curve to quantized.");
return _computeValue(curve,x,maxerror);
}
double parseUnitValue(const std::string& value, enum ValueType valueType, double ppi, const std::string& defaultUnits)
{
return _computeValue(value, valueType, ppi, defaultUnits);
}
float getDimensionValue(std::string value, double ppi) {
ValueType type = _getValueType(value);
return (float)_computeValue(value, type, ppi);
}
