Function PiuColumnFitVertically

modules/piu/All/piuColumn.c:56–107

};

void PiuColumnFitVertically(void* it) 
{
	PiuColumn* self = it;
	int32_t portion = (*self)->portion, sum = (*self)->sum;
	PiuCoordinate y = 0;
	PiuRectangle bounds;
	PiuCoordinates coordinates;
	PiuContent* content = (*self)->first;
	PiuContentFitVertically(it);
	if (portion) {
		int32_t slop = (*self)->bounds.height - sum;
		int32_t step = slop / portion;
		while (content) {
			coordinates = &((*content)->coordinates);
			if ((coordinates->vertical & piuTopBottom) == piuTopBottom) {
				portion--;
				if (portion) {
					(*content)->bounds.height = step + coordinates->height;
					slop -= step;
				}
				else
					(*content)->bounds.height = slop + coordinates->height;
			}
			else
				(*content)->bounds.height = coordinates->height;
			(*(*content)->dispatch->fitVertically)(content);
			bounds = &((*content)->bounds);
			coordinates = &((*content)->coordinates);
			y += coordinates->top;
			bounds->y = y;
			y += bounds->height + coordinates->bottom;
			(*content)->flags &= ~piuYChanged;
			(*content)->flags |= piuPlaced;
			content = (*content)->next;
		}
	}
	else {
		while (content) {
			(*content)->bounds.height = (*content)->coordinates.height;
			(*(*content)->dispatch->fitVertically)(content);
			bounds = &((*content)->bounds);
			coordinates = &((*content)->coordinates);
			y += coordinates->top;
			bounds->y = y;
			y += bounds->height + coordinates->bottom;
			(*content)->flags &= ~piuYChanged;
			(*content)->flags |= piuPlaced;
			content = (*content)->next;
		}
	}
	(*self)->flags |= piuContentsPlaced;
}

void PiuColumnMeasureVertically(void* it) 
{