def draw_triangle(fill, x, y, w, h, colr):
mylistpoint = [ {'x':int(x), 'y':int(y + h - 1)}, \
{'x':int(x + w / 2), 'y':int(y)}, \
{'x':int(x + w - 1), 'y':int(y + h - 1)} ]
pxpoint = xfl.fls_make_ptr_flpoint(mylistpoint)
#gctx = xfl.fl_gc() #xfl.fl_state[xfl.fl_get_vclass()].gc[0]
#xfl.fl_set_foreground(gctx, xfl.fl_get_flcolor(colr))
if fill:
xfl.fl_polyf(pxpoint, 3, colr)
else:
xfl.fl_polygon(0, pxpoint, 3, colr)
def drawit(self, stobj):
xfl.fl_winset(self.main_win)
xfl.fl_mapcolor(xfl.FL_FREE_COL1, stobj.r, \
stobj.g, stobj.b)
if stobj.type == 1:
xfl.fl_rectf(stobj.x - stobj.size, \
stobj.y - stobj.size, 2 * stobj.size, \
2 * stobj.size, xfl.FL_FREE_COL1)
elif stobj.type == 2:
xfl.fl_circf(stobj.x, stobj.y, stobj.size, \
xfl.FL_FREE_COL1)
elif stobj.type == 3:
mylistpoint = [ \
{'x':int(stobj.x - stobj.size), \
'y':int(stobj.y + stobj.size)}, \
{'x':int(stobj.x + stobj.size), \
'y':int(stobj.y + stobj.size)}, \
{'x':int(stobj.x), \
'y':int(stobj.y - stobj.size)}]
pxpoint = xfl.fls_make_ptr_flpoint(mylistpoint)
xfl.fl_polyf(pxpoint, 3, xfl.FL_FREE_COL1)