def render(self, stdscr):
WHITE = colors.get("white")
RED = colors.get("red")
(X,Y) = true_terminal_size() # <---- TODO: ok?
layers.add_border(self.layer, color=WHITE)
self.layer.setrange(0, 0, "<quit_main>", color=WHITE)
self.layer.setrange(1, 1, "Quit? (Y/N)", color=RED)
layers.render_to(self.layer, stdscr, int(X//2.7), int(Y//2.7))
def render_grid(visible, ppos, layer, nodes, spacing=2):
(px,py) = ppos
(w,h) = layer.size()
for row in frame_coords_2d(w, h, ppos):
for (x,y) in row:
(abs_x, abs_y) = xy_to_screen( (x,y), (px,py), w, h, spacing=spacing )
if not (x, y) in nodes:
layer.set(abs_x, abs_y, BORDER_BLOCK, color=colors.get("white"))
# pass
elif not (x-px, y-py) in visible:
# TODO: what does this do?
# X/Y are REAL coords (non-relative)
# so to check for visibility, we have to relativize them
pass
else:
try:
nodes[(x,y)].render(layer, abs_x, abs_y)
except KeyError:
pass # node out of bounds
def render(self, layer, x, y):
# base stuff
char = self.appearance if self.appearance else Node2D.ERROR
color = self.color
# object stuff
# TODO: NOTE: this forces objects to have an appearance!
if self.objects:
t = time.time() # TODO: just save one value to the class.
if abs(t - self._object_render_last_tick) > self._object_render_threshold:
self._object_render_last_tick = t
self._object_render_index += 1
self._object_render_index %= len(self.objects)
obj = self.objects[self._object_render_index]
char = obj.appearance
color = obj.color
# gas/smoke stuff
# ...
color = colors.get(color)
if self.reverse_video:
color = color | curses.A_REVERSE # BITMASK!!!
# actual settings
layer.set(x, y, char.encode(CODE), color=color)
def render_GUI(self):
if self.window_too_small():
return
white = colors.get("white")
layers.add_border(layers.get("main"), color=white)
layers.get("main").setrange(0,0, "<main>", color=white)
layers.get("gameworld").setrange(0, 0, "<gameworld>", color=white)
layers.add_border(layers.get("gameframe"), color=white)
layers.get("gameframe").setrange(0, 0, "<gameframe>", color=white)
self.stats.render()
layers.add_border(layers.get("stats"), color=white)
layers.get("stats").setrange(0, 0, "<stats>", color=white)
layers.add_border(layers.get("player"), color=white)
layers.get("player").setrange(0, 0, "<player>", color=white)
layers.get("player").setlines(5, 2, BODY, color=white)
layers.add_border(layers.get("news"), color=white)
layers.get("news").setrange(0, 0, "<news>", color=white)
for (y, news) in enumerate(NEWS.latest(3), 1):
layers.get("news").setrange(1, y, news, color=white)
def render_too_small(self):
MAIN = layers.LayerManager.get("main")
MAIN.reset_recursive() # TODO: <---
for (y,row) in enumerate(TOO_SMALL_MSG):
for (x,c) in enumerate(row):
MAIN.set(x, y, c, color=colors.get("white"))
def render_player(self):
layer = layers.LayerManager.get("gameworld")
p = self.player.position()
# say('player is at {} {}'.format(*p))
if (0,0) in self.visible:
(fx,fy) = grid2d.xy_to_screen(p, p, *layer.size())
# say('player set {} {}'.format(fx, fy))
layer.set(fx, fy, 'P', color=colors.get("yellow"))
def render(self):
self._layer.reset()
self._layer.setrange(0, 1, "gameticks: {}".format(self._gameticks), colors.get("white"))
