def death_screen():
left = C.width / 4
width = C.width / 2
height = 12
top = C.height / 2 - height /2
time = game.state.time - (24*60)
survived = "%i days, %i hours, and %i minutes" % ((time / 60) / 24, (time / 60) % 60, time % 60)
death_box = draw.draw_box(left, top, width, height,
border_color=W.LIGHTRED, border_background_color=W.RED,
interior_background_color=W.RED)
death_box.text.extend([
draw.Text(W.WHITE, 1, 3, "UNHANDLED EXCEPTION:".center(width - 2)),
draw.Text(W.LIGHTRED, 1, 4, ("Killed by %s." % game.state.killer).center(width - 2)),
draw.Text(W.LIGHTRED, 1, 7, ("You lasted %s. " % survived).center(width - 2)),
draw.Text(W.WHITE, 1, 10, "Press <ENTER> to quit.".center(width - 2)),
])
draw.draw_box_text(death_box)
while True:
(chn, chs) = W.getch()
#figure out if we're done
if chs == '\r':
#enter, exit
raise game.GameShutdown()
def draw_tunnel_list(bar, data, highColor=W.YELLOW, lowColor=W.BROWN):
draw.draw_box(box=bar)
def draw_node(idx, node):
max_width = bar.width - 4
if idx is not None:
name = "%i) %s" % (idx, node.name)
else:
name = " %s" % node.name
name = name[:max_width]
texts.append(draw.Text(highColor, 2, y, name))
texts.append(draw.Text(lowColor, 2, y + 1, (" %s" % node.ip_addr)[:max_width]))
y = 4
texts = [draw.Text(lowColor, 2, 2, "TUNNEL PATH:")]
draw_node(None, game.state.home_node)
y += 3
start = max(0, len(data) - 7)
i = start
for node in data[start:]:
i += 1
draw_node(i, node)
y += 3
draw.draw_box_text(bar, text=texts)
def draw(self, surface):
position = glm.vec3(self.xPos, self.yPos, 0)
white = sdl2.ext.Color(255, 255, 255)
draw.draw_box(surface, position, self.width, self.length, white)
def show_confirmation(line1=' ', line2=' '):
line1 = terminal.Line.parse(line1)[0]
line2 = terminal.Line.parse(line2)[0]
width = max(14, max(line1.width, line2.width) + 2)
height = 8
left = (C.width - width) / 2
top = (C.height - height) / 2
previous_buf = W.gettext(left, top, left + width, top + height)
btn_width = 7
btn_height = 4
btn_offset = 3
try:
container = draw.draw_box(left, top, width, height,
border_color=W.LIGHTBLUE, border_background_color = W.BLUE)
W.puttext(left+1, top + 1, left + line1.width, top + 1, line1.buf)
W.puttext(left+1, top + 2, left + line2.width, top + 2, line2.buf)
yes_button = draw.draw_box(left + btn_offset, top + height - btn_height, btn_width, btn_height,
border_color=W.LIGHTBLUE, border_background_color = W.BLUE,
corners = {'bl': 'teeup', 'br': 'teeup'})
no_button = draw.draw_box(left + width - btn_offset - btn_width, top + height - btn_height, btn_width, btn_height,
border_color=W.LIGHTBLUE, border_background_color = W.BLUE,
corners = {'bl': 'teeup', 'br': 'teeup'})
yes_text = draw.Text(W.DARKGREY, 1, 1, "YES".center(btn_width -2 ))
no_text = draw.Text(W.WHITE, 1, 1, "NO".center(btn_width -2 ))
yes_button.text.append(yes_text)
no_button.text.append(no_text)
selected_button = no_button
while True:
if selected_button == yes_button:
yes_text.color = W.WHITE
no_text.color = W.DARKGREY
else:
no_text.color = W.WHITE
yes_text.color = W.DARKGREY
draw.draw_box_text(yes_button)
draw.draw_box_text(no_button)
(chn, chs) = W.getch()
#figure out if we're done
if chs == '\r':
#enter, exit
break
if chs == 'y':
selected_button = yes_button
break
if chs == 'n':
selected_button = no_button
break
if chn == 0 or chn == 224:
#special keys come in two parts
(chn2, _) = W.getch()
if chn2 in W.__keydict:
name = W.__keydict[chn2]
if 'left' in name or 'right' in name:
selected_button = (selected_button == yes_button and no_button or yes_button)
return (selected_button == yes_button and True or False)
finally:
#Restore what we scribbled on
W.puttext(left, top, left + width, top + height, previous_buf)
def draw_hud():
log.debug("draw_hud")
for box in (boxes.topbar, boxes.current_node, boxes.home_node, boxes.tunnel_list):
draw.draw_box(box=box)
def draw(self, surface):
length = 548.64
width = 140.97
draw.draw_box(surface, glm.vec3(self.xStart, self.yStart, 0), length,
width, self.color)