def Do_Work(self):
if ( not self.destroyed ):
if ( self.health < self.max_health ):
self.health += WORK_UNIT_SIZE
if ( self.health >= self.max_health ):
self.health = self.max_health
if ( self.was_once_complete ):
# An upgrade or repair
sound.FX("double")
else:
# Construction complete!
sound.FX("whoosh1")
self.complete = True
self.was_once_complete = True
def Begin_Upgrade(self):
if ( self.tech_level >= PIPE_MAX_TECH_LEVEL ):
New_Mail("Pipe cannot be upgraded further.")
sound.FX("error")
elif ( self.Needs_Work() ):
New_Mail("Pipe must be operational before an upgrade can begin.")
sound.FX("error")
else:
sound.FX("crisp")
# Upgrade a pipe for lower resistance and more health.
self.tech_level += 1
self.max_health += int( PIPE_UPGRADE_WORK_FACTOR *
self.length * HEALTH_UNIT )
self.complete = False
self.resistance *= PIPE_UPGRADE_RESISTANCE_FACTOR
def Key_Press(self, k):
for (num, name, hotkeys) in self.options:
if ((hotkeys != None) and (k in hotkeys)):
self.selection = num
self.update_required = True
sound.FX("click")
return
def Do_Upgrade(self):
if ( self.tech_level >= NODE_MAX_TECH_LEVEL ):
New_Mail("Node cannot be upgraded further.")
sound.FX("error")
elif ( self.Needs_Work() ):
New_Mail("Node must be operational before an upgrade can begin.")
sound.FX("error")
else:
sound.FX("crisp")
# Upgrade a node to get a higher capacity and more health.
# More health means harder to destroy.
# More capacity means your network is more resilient.
self.tech_level += 1
self.max_health += NODE_UPGRADE_WORK * HEALTH_UNIT
self.complete = False
def Per_Frame(self, frame_time):
for alien in self.alien_list:
alien.Per_Frame(frame_time)
if ( self.new_aliens ):
sound.FX("ring")
self.new_aliens = False
def Destroy(self, node, by=None):
if (isinstance(node, Pipe)):
self.__Destroy_Pipe(node)
return
if ((node == self.hub) or (not isinstance(node, Building))):
return # indestructible
sound.FX("destroy")
if (isinstance(node, Node)):
# work on a copy, as __Destroy_Pipe will change the list.
pipe_list = [pipe for pipe in node.pipes]
for pipe in pipe_list:
self.__Destroy_Pipe(pipe)
gpos = node.pos
if (gpos not in self.ground_grid):
return # not on map
if (self.ground_grid[gpos] != node):
return # not on map (something else is there)
self.dirty = True
if (by != None):
New_Mail(node.name_type + " destroyed by " + by + ".")
node.Prepare_To_Die()
self.__List_Destroy(self.node_list, node)
rnode = node.Restore()
if (rnode == None):
del self.ground_grid[gpos]
else:
self.ground_grid[gpos] = rnode
def Add_Pipe(self, n1, n2):
if ( n1.Is_Destroyed() or n2.Is_Destroyed() ):
sound.FX("error")
New_Mail("Nodes are destroyed.")
return False
# What's in the pipe's path?
path = extra.More_Accurate_Line(n1.pos, n2.pos)
other_pipes = set([])
other_items = set([])
for gpos in path:
if ( self.pipe_grid.has_key(gpos) ):
other_pipes |= set(self.pipe_grid[ gpos ])
elif ( self.ground_grid.has_key(gpos) ):
other_items |= set([self.ground_grid[ gpos ]])
other_items -= set([n1,n2])
if ( len(other_items) != 0 ):
sound.FX("error")
New_Mail("Pipe collides with other items.")
print repr(other_items)
return False
for p in other_pipes:
if ( not p.Is_Destroyed () ):
if ((( p.n1 == n1 ) and ( p.n2 == n2 ))
or (( p.n1 == n2 ) and ( p.n2 == n1 ))):
sound.FX("error")
New_Mail("There is already a pipe there.")
return False
if ( intersect.Intersect((p.n1.pos,p.n2.pos),
(n1.pos,n2.pos)) != None ):
sound.FX("error")
New_Mail("That crosses an existing pipe.")
return False
sound.FX("bamboo1")
pipe = Pipe(n1, n2)
self.pipe_list.append(pipe)
for gpos in path:
if ( not self.pipe_grid.has_key(gpos) ):
self.pipe_grid[ gpos ] = [pipe]
else:
self.pipe_grid[ gpos ].append(pipe)
return True
def Per_Period(self):
if ( self.alien_tech_level >= 1.7 ):
# More sophisticated aliens.
# They replan their strategy before each wave.
# They also concentrate on a smaller number of good targets.
self.__Compute_Targets(3)
if ( not self.t2_announced ):
sound.FX("alient2")
self.t2_announced = True
# Make a wave of bug-eyed monsters. Here's where they start:
num_aliens = random.randint(2,2 + int(self.alien_tech_level))
alien_angle = random.random() * TWO_PI
(cx,cy) = GRID_CENTRE
alien_radius = cx + cy
# Here's where they end up
x = cx + ( alien_radius * math.cos(alien_angle + math.pi) )
y = cy + ( alien_radius * math.sin(alien_angle + math.pi) )
dest = Item("alien destination")
dest.pos = (x,y)
# Get target list for aliens
num_targets = random.randint(1,1 + int(self.alien_tech_level))
random.shuffle(self.target_list)
alien_targets = self.target_list[ 0:num_targets ]
alien_targets.append(dest)
if ( len(alien_targets) == 1 ):
# No targets! Therefore, no aliens.
return
for i in xrange(num_aliens):
x = cx + ( alien_radius * math.cos(alien_angle) )
y = cy + ( alien_radius * math.sin(alien_angle) )
a = Alien()
a.pos = (x,y)
a.targets = [ item for item in alien_targets ]
a.net = self.net
a.alien_tech_level = self.alien_tech_level
a.colour1 = (128, 0, 0)
a.colour2 = (255, 100, 0)
if ( self.t2_announced ):
# Yellow aliens! Be scared!
a.colour1 = (128, 128, 0)
a.colour2 = (255, 200, 0)
alien_angle += 0.15
self.alien_list.append(a)
self.new_aliens = True
# We might be able to remove some aliens
while (( len(self.alien_list) != 0 )
and ( self.alien_list[ 0 ].done )):
self.alien_list.pop(0)
def Do_Work(self):
if ( self.city_upgrade > 0 ):
self.city_upgrade -= 1
if ( self.city_upgrade == 0 ):
self.tech_level += 1
self.steam.Capacity_Upgrade()
sound.FX("cityups")
New_Mail("City upgraded to level %d of %d!" %
( self.tech_level, DIFFICULTY.CITY_MAX_TECH_LEVEL ) )
def Add_Grid_Item(self, item, inhibit_effects=False):
gpos = item.pos
if ( item.Is_Destroyed() ):
if ( not inhibit_effects ):
New_Mail("Item is destroyed.")
return False
if ( self.pipe_grid.has_key(gpos) ):
# There might be a pipe in the way. Then again,
# it may have been destroyed already.
for pipe in self.pipe_grid[ gpos ]:
if ( pipe.Is_Destroyed() ):
continue
if ( extra.Intersect_Grid_Square(gpos,
(pipe.n1.pos, pipe.n2.pos)) ):
if ( not inhibit_effects ):
New_Mail("Can't build there - pipe in the way!")
sound.FX("error")
return False
if (( self.ground_grid.has_key(gpos) )
and ( isinstance(self.ground_grid[ gpos ], Building) )):
if ( not inhibit_effects ):
New_Mail("Can't build there - building in the way!")
sound.FX("error")
return False
if ( isinstance(item, Node) ):
self.node_list.append(item)
if ( self.ground_grid.has_key( gpos )):
item.Save(self.ground_grid[ gpos ])
self.ground_grid[ gpos ] = item
elif ( isinstance(item, Well) ):
self.well_list.append(item)
self.ground_grid[ gpos ] = item
else:
assert False # unknown type!
return True
def Begin_Upgrade(self):
# Upgrade a city for higher capacity
# and more work units. Warning: upgraded city
# will require more steam!
#
# Most upgrades use the health system as this
# puts the unit out of action during the upgrade.
# This isn't suitable for cities: you lose if your
# city is out of action. We use a special system.
if ( self.city_upgrade == 0 ):
if ( self.tech_level < DIFFICULTY.CITY_MAX_TECH_LEVEL ):
sound.FX("mechanical_1")
self.city_upgrade = self.city_upgrade_start = (
( CITY_UPGRADE_WORK + ( self.tech_level *
DIFFICULTY.CITY_UPGRADE_WORK_PER_LEVEL )) * HEALTH_UNIT )
self.avail_work_units += 1 # Extra steam demand
else:
New_Mail("City is fully upgraded.")
sound.FX("error")
else:
New_Mail("City is already being upgraded.")
sound.FX("error")
def Mouse_Move(self, spos):
if ((spos == None) or (not self.bbox.collidepoint(spos))):
self.hover = None
return
self.update_required = True
(x, y) = spos
old_sel = self.hover
self.hover = None
x -= self.bbox.left
y -= self.bbox.top
for (num, r) in self.control_rects:
if (r.collidepoint(x, y)):
self.hover = num
if (old_sel != self.hover):
sound.FX("click_s")
return
def Per_Period(self):
self.state += 1
if (self.state >= self.RESET):
self.state = self.START
self.fault_lines = []
self.unfurling = 0
if (self.state == self.QUAKE_WARNING):
sound.FX("firealrm")
elif (self.state == self.QUAKE):
self.__Generate_Quake()
elif (self.state == self.QUAKE_DAMAGE):
self.__Apply_Damage()
if ((self.QUAKE - 1) <= self.state < self.QUAKE_AFTERMATH):
global quake_sound
quake_sound.Set(1.0)
elif (self.state == self.QUAKE_AFTERMATH):
quake_sound.Fade_Out()
def Main_Loop(screen, clock, xxx_todo_changeme, restore_pos, challenge):
# Initialisation of screen things.
(width, height) = xxx_todo_changeme
menu_margin = height
screen.fill((0, 0, 0)) # screen is black during init
pygame.display.flip()
tutor.Off()
draw_obj.Flush_Draw_Obj_Cache() # in case of resize
# Grid setup
(w, h) = GRID_SIZE
assert w == h
Set_Grid_Size(height / h)
# Windows..
game_screen_rect = Rect(0, 0, menu_margin, height)
game_screen_surf = screen.subsurface(game_screen_rect)
menu_area = screen.subsurface(
Rect(menu_margin, 0, width - menu_margin, height))
menu_width = width - menu_margin
# Constraint on resolution applied here:
assert menu_width >= 100
def Sc(v):
# Original values were for 800x600 - scale that
# for whatever the user's screen res happens to be.
return (v * height) / 600
margin = Sc(10)
x1 = menu_margin + margin
menu_width1 = menu_width - (margin * 2)
picture = resource.Load_Image("headersm.jpg")
picture_rect = picture.get_rect().inflate(10, 10)
picture_rect.center = (x1 + (menu_width1 / 2), 0)
picture_rect.top = margin
picture_surf = screen.subsurface(picture_rect)
stats_rect = Rect(x1, picture_rect.bottom + margin, menu_width1, Sc(120))
stats_surf = screen.subsurface(stats_rect)
global_stats_rect = Rect(x1, stats_rect.bottom + margin, menu_width1,
Sc(110))
global_stats_surf = screen.subsurface(global_stats_rect)
controls_rect = Rect(x1, global_stats_rect.bottom + margin, menu_width1,
height - (margin + global_stats_rect.bottom + margin))
controls_surf = screen.subsurface(controls_rect)
def Special_Refresh():
extra.Tile_Texture(
screen, "rivets.jpg",
Rect(menu_margin, 0, menu_width,
screen.get_rect().height))
edge = Rect(menu_margin, -10, menu_width + 10,
screen.get_rect().height + 10)
for r in [stats_rect, global_stats_rect, edge]:
extra.Line_Edging(screen, r, False)
r = picture.get_rect()
r.center = picture_surf.get_rect().center
extra.Line_Edging(picture_surf, r, False)
picture_surf.blit(picture, r.topleft)
Special_Refresh()
stats_surf.fill((0, 0, 0))
FRAME_RATE = 35
alarm_sound = sound.Persisting_Sound("emergency")
teaching = (challenge == MENU_TUTORIAL)
# Game data holder
g = Game_Data()
g.version = startup.Get_Game_Version()
g.sysinfo = extra.Get_System_Info()
# Steam network initialisation
g.net = Network(teaching)
DIFFICULTY.Set(MENU_INTERMEDIATE)
# Establish equilibrium with initial network.
for i in range(300):
g.net.Steam_Think()
if (g.net.hub.Get_Pressure() >= PRESSURE_GOOD):
if (DEBUG):
print(i, 'steps required for equilibrium')
break
assert g.net.hub.Get_Pressure() >= PRESSURE_GOOD
# UI setup
ui = User_Interface(g.net, (width, height))
inputs = [(controls_rect, ui.Control_Mouse_Down, ui.Control_Mouse_Move),
(game_screen_rect, ui.Game_Mouse_Down, ui.Game_Mouse_Move)]
exit_options = [(MENU_MENU, "Exit to Main Menu", []),
(MENU_QUIT, "Exit to " + extra.Get_OS(), [K_F10])]
save_available = [(MENU_SAVE, "Save Game", []),
(MENU_LOAD, "Restore Game", []), (None, None, [])]
if (challenge == MENU_TUTORIAL):
save_available = []
in_game_menu = menu.Menu([(None, None, []), (MENU_MUTE, "Toggle Sound",
[]), (None, None, [])] +
save_available +
[(MENU_HIDE, "Return to Game", [K_ESCAPE])] +
exit_options)
current_menu = in_game_menu
flash = True
loop_running = True
quit = False
stats_review = False
in_game_menu.Select(None)
mail.Initialise()
rt_then = time.time()
fps_count = 0
fps_time = rt_then
autosave_timer = 0
if (restore_pos == None):
DIFFICULTY.Set(challenge)
# Game variables
g.season = SEASON_START
g.season_ends = 0
g.season_effect = 0
g.season_fx = Quiet_Season(g.net)
g.work_units_used = 0
g.challenge = challenge
g.difficulty_level = 1.0
g.work_timer = 0.1
g.game_ends_at = None
g.game_running = True
g.game_time = gametime.Game_Time()
g.historian = []
g.historian_time = 0
g.win = False
g.warning_given = False
g.wu_integral = 0
mail.Set_Day(g.game_time.Get_Day())
def Summary(g):
lev = dict()
lev[MENU_TUTORIAL] = "a Tutorial"
lev[MENU_BEGINNER] = "a Beginner"
lev[MENU_INTERMEDIATE] = "an Intermediate"
lev[MENU_EXPERT] = "an Expert"
lev[MENU_PEACEFUL] = "a Peaceful"
assert g.challenge != None
assert g.challenge in lev
New_Mail("You are playing " + lev[g.challenge] + " game.")
New_Mail("Win the game by upgrading your city to tech level %u." %
DIFFICULTY.CITY_MAX_TECH_LEVEL)
# Almost ready to start... but are we starting
# from a savegame?
def Restore(g, cmd):
(g2, result) = save_game.Load(g, cmd)
if (result == None):
g = g2
ui.net = g.net
mail.Initialise()
mail.Set_Day(g.game_time.Get_Day())
assert g.challenge != None
DIFFICULTY.Set(g.challenge)
New_Mail(
f"Game restored. It is currently {g.season_fx.name} season.")
else:
New_Mail(result)
return g
if (restore_pos != None):
g.challenge = MENU_INTERMEDIATE
g = Restore(g, restore_pos)
assert g.challenge != None
Summary(g)
if (g.challenge == MENU_TUTORIAL):
tutor.On((menu_margin * 40) / 100)
cur_time = g.game_time.time()
# Main loop
while (loop_running):
if (g.game_running):
flash = not flash
menu_inhibit = ui.Is_Menu_Open() or not g.game_running
# Insert delay...
# Hmm, I'm not sure if I know what this does.
clock.tick(FRAME_RATE)
rt_now = time.time()
rt_frame_length = rt_now - rt_then
rt_then = rt_now
fps_count += 1
if (fps_count > 100):
if (DEBUG):
print(
f"{math.floor(float(fps_count) / (rt_now - fps_time))} fps"
)
fps_time = rt_now
fps_count = 0
if (not menu_inhibit):
if (not tutor.Frozen()):
g.game_time.Advance(rt_frame_length)
draw_obj.Next_Frame() # Flashing lights on the various items
cur_time = g.game_time.time()
mail.Set_Day(g.game_time.Get_Day())
ui.Draw_Game(game_screen_surf, g.season_fx)
# if ( flash ):
# ui.Draw_Selection(picture_surf)
if (g.challenge == MENU_TUTORIAL):
until_next = []
elif (g.challenge == MENU_PEACEFUL):
until_next = [((128, 128, 128), 12, "Peaceful mode")]
else:
until_next = [(
(128, 128, 128), 12,
f"{math.floor((g.season_ends - cur_time) + 1)} days until next season)"
)]
ui.Draw_Stats(stats_surf,
[((128, 0, 128), 18, f"Day {g.game_time.Get_Day()}"),
((128, 128, 0), 18, g.season_fx.name + " season")] +
until_next + g.season_fx.Get_Extra_Info())
ui.Draw_Controls(controls_surf)
if (menu_inhibit):
current_menu.Draw(screen)
alarm_sound.Set(0.0)
stats_back = (0, 0, 0)
supply = g.net.hub.Get_Steam_Supply()
demand = g.net.hub.Get_Steam_Demand()
if (g.net.hub.Get_Pressure() < PRESSURE_DANGER):
# You'll lose the game if you stay in this zone
# for longer than a timeout. Also, an
# alarm will sound.
if (g.game_ends_at == None):
sound.FX("steamcrit")
g.warning_given = True
New_Mail("Danger! The City needs more steam!", (255, 0, 0))
g.game_ends_at = cur_time + DIFFICULTY.GRACE_TIME
New_Mail(
f"Game will end on Day {g.game_ends_at} unless supplies are increased.",
(255, 0, 0))
if (flash):
demand_colour = (255, 0, 0)
if (not menu_inhibit):
alarm_sound.Set(0.6)
else:
demand_colour = (128, 0, 0)
stats_back = (100, 0, 0)
elif (g.net.hub.Get_Pressure() < PRESSURE_WARNING):
g.game_ends_at = None
if (flash):
demand_colour = (255, 100, 0)
if (not menu_inhibit):
alarm_sound.Set(0.3)
else:
demand_colour = (128, 50, 0)
stats_back = (50, 25, 0)
else:
if (g.warning_given):
sound.FX("steamres")
g.warning_given = False
if (g.net.hub.Get_Pressure() < PRESSURE_OK):
demand_colour = (128, 128, 0)
else:
demand_colour = (0, 128, 0)
g.game_ends_at = None
alarm_sound.Set(0.0)
avw = g.net.hub.Get_Avail_Work_Units()
wu_unused = avw - g.work_units_used
if (not menu_inhibit):
global_stats_surf.fill(stats_back)
stats.Draw_Stats_Window(
global_stats_surf,
[(CITY_COLOUR, 18, "Steam Pressure"),
(CITY_COLOUR, 18, "Supply : Demand"),
(demand_colour, 24,
f"{round(supply, 1)} : {round(demand, 1)}"),
(None, None, g.net.hub.Get_Pressure_Meter()),
(CITY_COLOUR, 0, ""),
(CITY_COLOUR, 12,
f"{wu_unused} of {avw} work units available"),
(None, None, (wu_unused, (255, 0, 255), avw, (0, 0, 0)))])
if (g.challenge == MENU_TUTORIAL):
tutor.Draw(screen, g)
pygame.display.flip()
if (not menu_inhibit):
g.season_fx.Per_Frame(rt_frame_length)
ui.Frame_Advance(rt_frame_length)
# Timing effects
if (g.work_timer <= cur_time):
# Fixed periodic effects
g.work_timer = cur_time + 0.1
g.wu_integral += wu_unused
g.work_units_used = g.net.Work_Pulse(
g.net.hub.Get_Avail_Work_Units())
g.net.Steam_Think()
g.net.Expire_Popups()
tutor.Examine_Game(g)
if (g.season_effect <= cur_time):
# Seasonal periodic effects
g.season_effect = cur_time + g.season_fx.Get_Period()
g.season_fx.Per_Period()
if (((not tutor.Permit_Season_Change()) and (g.season == SEASON_QUIET))
or (g.challenge == MENU_PEACEFUL)):
g.season_ends = cur_time + 2
if (g.season_ends <= cur_time):
# Season change
if (g.season == SEASON_START):
g.season = SEASON_QUIET
g.season_fx = Quiet_Season(g.net)
elif ((g.season == SEASON_QUIET) or (g.season == SEASON_STORM)):
g.season = SEASON_ALIEN
g.season_fx = Alien_Season(g.net, g.difficulty_level)
sound.FX("aliensappr")
elif (g.season == SEASON_ALIEN):
g.season = SEASON_QUAKE
g.season_fx = Quake_Season(g.net, g.difficulty_level)
if (not tutor.Active()): # hack...
sound.FX("quakewarn")
elif (g.season == SEASON_QUAKE):
g.season = SEASON_STORM
g.season_fx = Storm_Season(g.net, g.difficulty_level)
g.difficulty_level *= 1.2 # 20% harder..
sound.FX("stormwarn")
else:
assert False
g.season_ends = cur_time + LENGTH_OF_SEASON
g.season_effect = cur_time + (g.season_fx.Get_Period() / 2)
if (g.challenge != MENU_PEACEFUL):
New_Mail(f"The {g.season_fx.name} season has started.",
(200, 200, 200))
just_ended = False
if ((g.game_ends_at != None) and (g.game_ends_at <= cur_time)
and (g.game_running)):
# Game over - you lose
g.game_running = False
New_Mail("The City ran out of steam.", (255, 0, 0))
New_Mail("Game Over!", (255, 255, 0))
sound.FX("krankor")
just_ended = True
elif ((g.net.hub.tech_level >= DIFFICULTY.CITY_MAX_TECH_LEVEL)
and (g.game_running)):
# Game over - you win!
g.game_running = False
g.win = True
New_Mail("The City is now fully upgraded!", (255, 255, 255))
New_Mail("You have won the game!", (255, 255, 255))
sound.FX("applause")
just_ended = True
if (just_ended):
current_menu = in_game_menu = menu.Menu(
[(None, None, []), (MENU_REVIEW, "Review Statistics", [])] +
exit_options)
in_game_menu.Select(None)
# Events
e = pygame.event.poll()
while (e.type != NOEVENT):
if e.type == QUIT:
loop_running = False
quit = True
elif e.type == MOUSEBUTTONDOWN or e.type == MOUSEMOTION:
if e.type == MOUSEBUTTONDOWN and e.button != 1:
if not menu_inhibit:
ui.Right_Mouse_Down()
elif not menu_inhibit:
for rect, click, move in inputs:
if rect.collidepoint(e.pos):
(x, y) = e.pos
x -= rect.left
y -= rect.top
if e.type == MOUSEMOTION:
move((x, y))
else:
click((x, y))
elif menu_inhibit:
if e.type == MOUSEMOTION:
current_menu.Mouse_Move(e.pos)
else:
current_menu.Mouse_Down(e.pos)
elif e.type == KEYDOWN:
if not menu_inhibit:
ui.Key_Press(e.key)
elif menu_inhibit:
current_menu.Key_Press(e.key)
if DEBUG:
# Cheats.
if e.key == K_F10:
New_Mail("Cheat used: Advanced to next season.")
g.season_ends = 0
elif e.key == K_F9:
New_Mail("Cheat used: Screen filled with white.")
screen.fill((255, 255, 255))
elif e.key == K_F8:
# Lose the game cheat
# Heh, worst cheat ever.
New_Mail("Cheat used: Game ended.")
g.game_ends_at = cur_time
e = pygame.event.poll()
# Any commands from the menu?
if menu_inhibit:
cmd = current_menu.Get_Command()
current_menu.Select(None) # consume command
if current_menu == in_game_menu:
# It's the normal menu.
if cmd == MENU_QUIT:
loop_running = False
quit = True
ui.Reset() # makes menu disappear
elif cmd == MENU_MENU:
loop_running = False
ui.Reset()
elif cmd == MENU_SAVE:
if (g.game_running):
# Switch to alternate menu
current_menu = save_menu.Save_Menu(True)
elif cmd == MENU_LOAD:
current_menu = save_menu.Save_Menu(False)
elif cmd == MENU_MUTE:
config.cfg.mute = not config.cfg.mute
ui.Reset()
elif cmd == MENU_REVIEW:
loop_running = False
stats_review = True
ui.Reset()
elif cmd != None:
# Default option - back to game
if (not g.game_running):
New_Mail("Sorry - the game has finished")
ui.Reset()
else:
# It's another menu! That means it's the save menu.
if cmd != None and cmd >= 0:
if not current_menu.Is_Saving():
g = Restore(g, cmd)
else:
label = f"Day {math.floor(g.game_time.Get_Day())} - {g.season_fx.name} season - {time.asctime()}"
g.net.Make_Ready_For_Save()
result = save_game.Save(g, cmd, label)
if result == None:
New_Mail("Game saved.")
else:
New_Mail(result)
if cmd != None:
# Back to game.
Special_Refresh()
current_menu = in_game_menu
ui.Reset()
if autosave_timer <= cur_time and g.game_running and DEBUG and not menu_inhibit:
# Autosave is slow, so it's really a debugging feature.
save_game.Save(g, 11, "Autosave")
autosave_timer = cur_time + 60
if (g.historian_time <=
cur_time) and (g.game_running) and (not menu_inhibit):
g.historian.append(review.Analyse_Network(g))
g.historian_time = cur_time + 4
tutor.Off()
# About to exit. Blackout.
screen.fill((0, 0, 0))
if (stats_review):
review.Review(screen, (width, height), g, g.historian)
return quit
def Sound_Effect(self):
sound.FX("computer")
def Mouse_Down(self, spos):
self.Mouse_Move(spos)
if (self.hover != None):
self.selection = self.hover
sound.FX("click")
def Sound_Effect(self):
sound.FX("bamboo2")
ui.Draw_Controls(controls_surf)
if (menu_inhibit):
current_menu.Draw(screen)
alarm_sound.Set(0.0)
stats_back = (0, 0, 0)
supply = g.net.hub.Get_Steam_Supply()
demand = g.net.hub.Get_Steam_Demand()
if (g.net.hub.Get_Pressure() < PRESSURE_DANGER):
# You'll lose the game if you stay in this zone
# for longer than a timeout. Also, an
# alarm will sound.
if (g.game_ends_at == None):
sound.FX("steamcrit")
g.warning_given = True
New_Mail("Danger! The City needs more steam!", (255, 0, 0))
g.game_ends_at = cur_time + DIFFICULTY.GRACE_TIME
New_Mail(
"Game will end on Day %u unless supplies are increased." %
(int(g.game_ends_at)), (255, 0, 0))
if (flash):
demand_colour = (255, 0, 0)
if (not menu_inhibit):
alarm_sound.Set(0.6)
else:
demand_colour = (128, 0, 0)
stats_back = (100, 0, 0)
