/******************************************************************/
/* KPresenter - (c) by Reginald Stadlbauer 1998                   */
/* Version: 0.1.0                                                 */
/* Author: Reginald Stadlbauer                                    */
/* E-Mail: reggie@kde.org                                         */
/* needs c++ library Qt (http://www.troll.no)                     */
/* needs mico (http://diamant.vsb.cs.uni-frankfurt.de/~mico/)     */
/* needs OpenParts and Kom (weis@kde.org)                         */
/* written for KDE (http://www.kde.org)                           */
/* KPresenter is under GNU GPL                                    */
/******************************************************************/
/* Module: KPresenter Utilities                                   */
/******************************************************************/

#include "kpresenter_utils.h"

/*========================== draw a figure =======================*/
void drawFigure(LineEnd figure,QPainter* painter,KPoint coord,QColor color,int _w,float angle)
{
  painter->setPen(NoPen);
  painter->setBrush(NoBrush);

  switch (figure)
    {
    case L_SQUARE:
      {
	int _h = _w;
	if (_h % 2 == 0) _h--;
	painter->save();
	painter->translate(coord.x(),coord.y());
	painter->rotate(angle);
	painter->scale(1,1);
	painter->fillRect(-3 - _w / 2,-3 - _h / 2,6 + _w,6 + _h,color);
	painter->restore();
      } break;
    case L_CIRCLE:
      {
	painter->save();
	painter->translate(coord.x(),coord.y());
	painter->setBrush(color);
	painter->drawEllipse(-3 - _w / 2,-3 - _w / 2,6 + _w,6 + _w);
	painter->restore();
      } break;
    case L_ARROW:
      {
  	KPoint p1(-5 - _w / 2,-3 - _w / 2);
  	KPoint p2(5 + _w / 2,0);
  	KPoint p3(-5 - _w / 2,3 + _w / 2);
	QPointArray pArray(3);
	pArray.setPoint(0,p1);
	pArray.setPoint(1,p2);
	pArray.setPoint(2,p3);
	
	painter->save();
	painter->translate(coord.x(),coord.y());
	painter->rotate(angle);
	painter->scale(1,1);
	painter->setBrush(color);
	painter->drawPolygon(pArray);
	painter->restore();
      } break;
    default: break;
    }
}

/*================== get bounding with of figure =================*/
KSize getBoundingSize(LineEnd figure,int _w)
{
  switch (figure)
    {
    case L_SQUARE:
      {
	int _h = _w;
	if (_h % 2 == 0) _h--;
	return KSize(6 + _w + 4,6 + _h + 4);
      } break;
    case L_CIRCLE:
      return KSize(6 + _w + 4,6 + _w + 4);
      break;
    case L_ARROW:
	return KSize(10 + _w + 4,6 + _w + 4);
	break;
    default: break;
    }

  return KSize(0,0);
}