def dotext(con, x, y, text, fg=ltc.white, bg=None, flag=None, align=ltc.LEFT):
if not flag:
flag = ltc.BKGND_SET if bg else ltc.BKGND_NONE
if not bg:
bg = ltc.black
# if there are any colour coded in the text, replace them with the libtcod colour chars
if '$' in text:
# replace common colour codes
text = text.replace(colctr_stop, chr(ltc.COLCTRL_STOP))
text = text.replace(colctr_fg, chr(ltc.COLCTRL_FORE_RGB))
text = text.replace(colctr_bg, chr(ltc.COLCTRL_BACK_RGB))
# note that libtcod can only handle 5 colour codes in the same print operation
i = 1
for code, colour in __colours__.iteritems():
if code in text:
if i > 5:
# too many colour codes, just remove the control sequences
text = text.replace(code, '')
else:
# replace the control sequence with the libtcod code
# and assign the correct colour to the libtcod code
ltc_code = __ltc_colour_codes__[i]
text = text.replace(code, chr(ltc_code))
ltc.console_set_color_control(ltc_code, colour, bg)
ltc.console_set_default_foreground(con, fg)
ltc.console_set_default_background(con, bg)
ltc.console_print_ex(con, x, y, flag, align, text)
def draw_str(self, string, coord=(0, 0), color=None):
y, x = coord
if color is None:
fg, bg = Pair.Normal
else:
fg, bg = color
libtcod.console_set_color_control(libtcod.COLCTRL_1, self.color_map[fg], self.color_map[bg])
string = chr(libtcod.COLCTRL_1) + string + chr(libtcod.COLCTRL_STOP)
libtcod.console_print(self.win, x, y, string)
def printex(self,x,y,string,color,flush):
if color:
libtcod.console_set_color_control(libtcod.COLCTRL_1,color,False)
libtcod.console_print(self.console,x,y,string)
if flush:
self.flush()
