void createPrimitives()
{
VGfloat points[] = {-30,-30, 30,-30, 0,30};
line = testCreatePath();
vguLine(line, -30,-30,30,30);
primitives[0] = line;
polyOpen = testCreatePath();
vguPolygon(polyOpen, points, 3, VG_FALSE);
primitives[1] = polyOpen;
polyClosed = testCreatePath();
vguPolygon(polyClosed, points, 3, VG_TRUE);
primitives[2] = polyClosed;
rect = testCreatePath();
vguRect(rect, -50,-30, 100,60);
primitives[3] = rect;
rectRound = testCreatePath();
vguRoundRect(rectRound, -50,-30, 100,60, 30,30);
primitives[4] = rectRound;
ellipse = testCreatePath();
vguEllipse(ellipse, 0,0, 100, 100);
primitives[5] = ellipse;
arcOpen = testCreatePath();
vguArc(arcOpen, 0,0, 100,60, 0, 270, VGU_ARC_OPEN);
primitives[6] = arcOpen;
arcChord = testCreatePath();
vguArc(arcChord, 0,0, 100,60, 0, 270, VGU_ARC_CHORD);
primitives[7] = arcChord;
arcPie = testCreatePath();
vguArc(arcPie, 0,0, 100,60, 0, 270, VGU_ARC_PIE);
primitives[8] = arcPie;
}
// RoundrectOutline makes an rounded rectangle at the specified location and dimensions, outlined
void RoundrectOutline(VGfloat x, VGfloat y, VGfloat w, VGfloat h, VGfloat rw, VGfloat rh) {
VGPath path = newpath();
vguRoundRect(path, x, y, w, h, rw, rh);
vgDrawPath(path, VG_STROKE_PATH);
vgDestroyPath(path);
}
