def move(game, x=0, y=0):
if game.state == game.STATE_NORMAL:
'''
Move the player towards the target location.
'''
target_x = game.player.x + x
target_y = game.player.y + y
tile = game.map.get_tile(target_x, target_y)
if tile is not None and tile.is_passable():
game.execute_action(actions.action.ActionInstance(
source = game.current_entity,
action = actions.misc.Move(),
target = (target_x, target_y),
))
game.end_turn(100)
elif game.state == game.STATE_TARGET:
'''
Choose the given location as the target for the current targeting state.
'''
game.selection = (game.selection[0] + x, game.selection[1] + y, game.selection[2])
game.do_update('cursor')
elif game.state == game.STATE_EXPLORE:
'''
Move the user's view towards the given location.
'''
hotspot = game.focus
if hotspot.is_game_layer():
x = hotspot.mouse_x + x*(hotspot.width / game.map.width)
y = hotspot.mouse_y + y*(hotspot.height / game.map.height)
State.window().set_mouse_position(x, y)
hotspot.on_hover(game, x, y)
game.do_update('bounds')
def update_shadows(self):
model = State.model()
for x in range(max(0, self.grid_x), min(self.grid_x + self.grid_width, model.map.width)):
for y in range(max(0, self.grid_y), min(self.grid_y + self.grid_height, model.map.height)):
tile = model.map.get_tile(x, y)
if tile is not None:
if tile.entity is None:
sprite = tile.ascii
else:
sprite = tile.entity.ascii
player = State.model().player
if not tile.explored:
sprite.color = [0, 0, 0]
elif model.map.has_line_of_sight(player.x, player.y, x, y):
if tile.is_opaque():
light_x = x
light_y = y
distance_x = x - player.x
distance_y = y - player.y
if distance_x == 0:
light_y = light_y - int(math.copysign(1, distance_y))
elif distance_y == 0:
light_x = light_x - int(math.copysign(1, distance_x))
else:
angle = math.radians(distance_y / distance_y)
delta_x = math.cos(angle)
delta_y = math.sin(angle)
if delta_x >= delta_y:
light_x -= int(math.copysign(1, distance_x))
if delta_x <= delta_y:
light_y -= int(math.copysign(1, distance_y))
light_source = model.map.get_tile(light_x, light_y)
if light_source is not None:
shadow = light_source.shadow
else:
shadow = 100
else:
shadow = tile.shadow
if shadow > 0:
sprite.opacity = (255 - GameView.MIN_LIGHT) / (shadow + 1) + GameView.MIN_LIGHT
else:
sprite.opacity = 255
else:
sprite.opacity = 128
sprite.color = [128, 128, 128]
if model.state == model.STATE_TARGET:
valid = model.is_valid_target(x, y)
if valid is None:
sprite.opacity *= 0.25
elif valid is False:
sprite.opacity *= 0.55
def set_state(game, state):
'''
Change the program's current state.
Specifically, this means switching to a different view,
so that the player can view a menu, or return to the game view.
'''
State.set_current(state)
def on_click(self, model, button, modifiers):
player = State.model().player
index = self.selection_y
functions.set_state(model, 'game')
State.model().execute_action(action.ActionInstance(
action = player.actions[index],
source = model.player,
))
def init_states(window):
game_model = model.game.Game()
global_controller = controller.controller.Controller()
print("Initializing Game States...")
State('game',
window = window,
model = game_model,
view = view.game.GameView(window),
controller = global_controller,
commands = controller.game.commands,
)
State('properties',
window = window,
model = game_model,
view = view.properties.PropertiesView(window),
controller = global_controller,
commands = controller.properties.commands,
)
State('traits',
window = window,
model = game_model,
view = view.traits.TraitsView(window),
controller = global_controller,
commands = controller.properties.commands,
)
State('actions',
window = window,
model = game_model,
view = view.actions.ActionsView(window),
controller = global_controller,
commands = controller.properties.commands,
)
State('inventory',
window = window,
model = game_model,
view = view.inventory.InventoryView(window),
controller = global_controller,
commands = controller.properties.commands,
)
State('world',
window = window,
model = game_model,
view = view.world.WorldView(window),
controller = global_controller,
commands = controller.properties.commands,
)
State.set_current('game')
game_model.next_turn()
def get_target_types(self):
target_types = set(self.type)
if self.entity is not None:
target_types.add(Tile.TARGET_ENTITY)
if State.model() is not None and self.entity == State.model().current_entity:
target_types.add(Tile.TARGET_SELF)
if self.items != []:
target_types.add(Tile.TARGET_ITEM)
return target_types
def update_list(self):
ItemListLayer.update_list(self)
player = State.model().player
i = 0
for item in player.inventory:
if item not in player.equipment[item.equip_slot]:
x = i / self.rows
y = i - self.rows*x
text = ""
text += " " * (InventoryLayer.NAME_COLUMN - len(text))
text += item.name
text += " " * (InventoryLayer.TYPE_COLUMN - len(text))
text += item.type
text += " " * (InventoryLayer.SLOT_COLUMN - len(text))
text += item.equip_slot.name
text += " " * (InventoryLayer.SIZE_COLUMN - len(text))
text += str(item.equip_size)
text += " " * (InventoryLayer.WEIGHT_COLUMN - len(text))
text += str(item.weight)
self.items[x][y].text = text
self.items[x][y].item = item
if player.could_equip(item):
self.items[x][y].disabled = False
self.items[x][y].color = (255, 255, 255, 255)
else:
self.items[x][y].disabled = True
self.items[x][y].color = (188, 143, 143, 255)
i += 1
def update_list(self):
ItemListLayer.update_list(self)
player = State.model().player
i = 0
for equip_slot, items in player.equipment.iteritems():
n = 0
for item in items:
x = i / self.rows
y = i - self.columns*x
text = ""
text += " " * (EquipmentLayer.NAME_COLUMN - len(text))
text += item.name
text += " " * (EquipmentLayer.TYPE_COLUMN - len(text))
text += item.type
text += " " * (EquipmentLayer.SLOT_COLUMN - len(text))
text += str(item.equip_slot.get_slot_description(n))
text += " " * (EquipmentLayer.WEIGHT_COLUMN - len(text))
text += str(item.weight)
self.items[x][y].text = text
self.items[x][y].item = item
i += 1
n += 1
def update_shadows(self):
print('update shadows')
model = State.model()
for x in range(self.grid_width):
for y in range(self.grid_height):
tile = model.map.get_tile(self.grid_x + x, self.grid_y + y)
if tile is not None:
if True: #TODO: Change this check to be opacity vs. pixel shading. via some kind of options class.
sprite = self.shadows[x][y]
sprite.image = visual.Tile.get_shadow(7)
sprite.batch = self.shadow_layer
else:
if tile.shadow > 0:
sprite.opacity = (255 - GameView.MIN_LIGHT) / (tile.shadow + 1) + GameView.MIN_LIGHT
else:
sprite.opacity = 255
if model.state == model.STATE_TARGET:
valid = model.is_valid_target(x, y)
if valid is None:
sprite.opacity *= 0.25
elif valid is False:
sprite.opacity *= 0.55
elif True: #TODO: Change this check to be opacity vs. pixel shading. via some kind of options class.
self.shadows[x][y].batch = None
def update_description(self, tile):
title = ""
text = ""
if tile.text != "":
prop = tile.prop
player = State.model().player
modifiers = player.get_property_modifiers(prop)
title = prop.name+" "+str(player.get(prop))
modifier = str(player.get(prop, True))
spacing = " "*(2 - len(modifier))
text += " "+spacing+modifier+"\n"
if type(prop.base) == properties.Property:
modifier = str(player.get(prop.base))
spacing = " "*(2 - len(modifier))
name = prop.base.name
text += " +"+spacing+modifier+", "+name+"\n"
for modifier in modifiers:
value = modifier[0]
if value < 0:
sign = "-"
value = str(abs(value))
else:
sign = "+"
value = str(value)
spacing = " "*(2 - len(value))
source = modifier[1]
text += " "+sign+spacing+value+", "+source+"\n"
self.title.text = title
self.modifiers.text = text
def on_mouse_press(self, x, y, button, modifiers):
'''
An event intended to be triggered by the window object.
Triggers every time the user moves the mouse.
'''
for hotspot in State.view().hotspots:
if hotspot.contains(x, y):
self.dispatch_event('on_hotspot_click', hotspot, button, modifiers)
def update_description(self, tile):
ItemListLayer.update_description(self, tile)
#TODO: the following isn't working atm
if State.model().player.could_equip(tile.item) is False:
text = self.description.text
text += "You cannot equip this item, because your "+tile.item.equip_slot.name+" slot does not have "+str(tile.item.equip_size)+" space."
self.description.text = text
def trigger_command(self, key, key_type):
'''
A key has been pressed. Check if it is mapped to a command,
and send the command activation event if so.
'''
command = State.commands().get_action(key, key_type)
if command is not None:
self.dispatch_event('activate_command', command)
def on_click(self, model, button, modifiers):
if button == mouse.LEFT:
player = State.model().player
index = self.rows - self.selection_y - 1
model.execute_action(action.ActionInstance(
action = player.actions[index],
source = model.player,
))
elif button == mouse.RIGHT:
functions.set_state(model, 'actions')
def on_mouse_motion(self, x, y, dx, dy):
'''
An event intended to be triggered by the window object.
Triggers every time the user moves the mouse.
'''
for hotspot in State.view().hotspots:
if hotspot.contains(x, y):
self.dispatch_event('on_mouse_hover', hotspot, x, y)
return
# If the mouse is not over any hotspot, send an event to clear the hotspots.
self.dispatch_event('on_mouse_hover', None)
def update(self, components = None):
ActiveListLayer.update(self, components)
if components is None or 'stance' in components:
player = State.model().player
for i in range(min(len(player.actions), self.rows)):
action = player.actions[i]
x = i / self.rows
y = i
self.items[x][y].text = action.name
self.items[x][y].action = action
def set(self, prop, value):
Entity.set(self, prop, value)
model = State.model()
max_hp = self.get(properties.max_hp)
if value <= 3 and prop.type == properties.Property.TYPE_ATTR:
model.log_message("LOW ATTRIBUTE WARNING: " + prop.name)
model.do_update("log")
elif prop == properties.hp and self.get(properties.hp) <= max_hp * 0.4:
model.log_message("LOW HP WARNING: " + str(self.get(properties.hp)))
model.do_update("log")
def update(self, components = None):
model = State.model()
if components is None or 'log' in components:
if model.info:
for i in range(min(len(model.log), len(self.log))):
self.log[i].text = ""
self.info.text = Log.HTML_FONT + model.info + "</font>"
else:
for i in range(min(len(model.log), len(self.log))):
self.log[i].text = model.log[i+model.log_offset]
self.info.text = ""
def update(self, components = None):
world = State.model().game
Layer.update(self, components)
Hotspot.__init__(self, self.x, self.y, self.width, self.height, world.rows, world.columns)
if components is None or 'cursor' in components:
self.update_cursor();
elif components == None:
y = 0
for depth in xrange(-world.depth, world.height):
floor = World.FLOORS[depth]
self.items[0][y].text = floor['name']
self.items[0][y].depth = depth
y += 1
def update(self, components = None):
if components is None or 'playercard' in components:
player = State.model().player
self.portrait.image = player.portrait
self.name.text = player.name
self.hp.text = "HP: "+str(player.get(properties.hp))+" / "+str(player.get(properties.max_hp))
self.mana.text = "MN: "+str(player.get(properties.mana))+" / "+str(player.get(properties.max_mana))
self.attributes.text = ''
self.attributes.text += "Dexterity "+str(player.get(properties.dexterity))+"\n"
self.attributes.text += "Agility "+str(player.get(properties.agility))+"\n"
self.attributes.text += "Mobility "+str(player.get(properties.mobility))+"\n"
self.attributes.text += "Wits "+str(player.get(properties.wits))+"\n"
self.attributes.text += "Perception "+str(player.get(properties.perception))
'''
def update(self, components = None):
if components is None or 'effects' in components:
player = State.model().player
for i in range(min(len(player.effects), len(self.items))):
effect = player.effects[i]
index = self.line_quantity - i - 1
name = effect.name
spacing = " " * (12 - len(name))
duration = effect.duration
self.items[index].text = name + spacing + str(duration)
self.items[index].effect = effect
if components is None or 'cursor' in components:
self.update_cursor();
def update_tiles(self):
if self.tile_layer is not None:
self.batches.remove(self.tile_layer)
self.tile_layer = graphics.Batch()
self.batches.append(self.tile_layer)
model = State.model()
grid = model.map.grid
for x in range(max(0, self.grid_x), min(self.grid_x + self.grid_width, len(grid))):
for y in range(max(0, self.grid_y), min(self.grid_y + self.grid_height, len(grid[x]))):
tile = grid[x][y]
if tile is not None:
sprite = tile.sprite
sprite.batch = self.tile_layer
sprite.x = x*self.tile_width - self.grid_x*self.tile_width + self.x
sprite.y = y*self.tile_height - self.grid_y*self.tile_width + self.y
def update(self, components = None):
ActiveListLayer.update(self, components)
player = State.model().player
slots = self.rows * self.columns
i = 0
for trait in player.traits:
if (i < slots):
x = i / self.rows
y = i - self.columns*x
self.items[x][y].text = trait.name
self.items[x][y].trait = trait
i += 1
else:
break;
def update(self, components = None):
ActiveListLayer.update(self, components)
player = State.model().player
slots = self.rows * self.columns
i = 0
for action in player.actions:
if i < slots:
x = i / self.rows
y = i - self.columns*x
self.items[x][y].text = action.name
self.items[x][y].action = action
i += 1
else:
break;
def update(self, components = None):
ActiveListLayer.update(self, components)
if components is None or 'inventory' in components:
player = State.model().player
for i in range(min(len(player.inventory), self.rows)):
x = i / self.rows
y = i
item = player.inventory[i]
text = ""
if item in player.equipment[item.equip_slot]:
text += "e "
else:
text += " "
text += item.name
self.items[x][y].text = text
self.items[x][y].item = item
def update(self, components = None):
ActiveListLayer.update(self, components)
player = State.model().player
slots = self.rows * self.columns
i = 0
for prop in properties.Property.all:
if i < slots:
x = i / self.rows
y = i - self.rows*x
name = prop.name
value = str(player.get(prop))
spacing = " "*(19 - len(prop.name) + 3 - len(value))
self.items[x][y].text = name + spacing + value
self.items[x][y].prop = prop
i += 1
else:
break;
def update_cursor(self):
model = State.model()
if self.has_focus:
self.update_game_bounds()
if model.state == model.STATE_EXPLORE:
x = self.columns / 2
y = self.rows / 2
else:
x = self.selection_x
y = self.selection_y
absolute_x = self.grid_x + x
absolute_y = self.grid_y + y - 1
valid = model.is_valid_target(absolute_x, absolute_y)
if valid is None:
self.cursor.image = visual.Cursor.get(visual.Cursor.TARGET)
elif valid:
self.cursor.image = visual.Cursor.get(visual.Cursor.YELLOW)
else:
self.cursor.image = visual.Cursor.get(visual.Cursor.SELECT)
if valid is not None and (absolute_x != model.player.x or absolute_y != model.player.y):
path = model.map.find_path(model.map.ALGORITHM_ASTAR, model.player.x, model.player.y, absolute_x, absolute_y)
if path is not None:
for path_x, path_y in path:
self.highlight_tile(path_x, path_y)
self.highlight_tile(model.player.x, model.player.y)
self.highlight_tile(absolute_x, absolute_y)
self.cursor.x = x * self.tile_width + self.x
self.cursor.y = (self.rows - y - 1) * self.tile_height + self.y
self.show_cursor = True
else:
self.show_cursor = False
def update_grid(self):
self.batches = graphics.Batch()
model = State.model()
for x in range(max(0, self.grid_x), min(self.grid_x + self.grid_width, model.map.width)):
for y in range(max(0, self.grid_y), min(self.grid_y + self.grid_height, model.map.height)):
tile = model.map.get_tile(x, y)
if tile is not None:
if tile.entity is None:
sprite = tile.ascii
if tile.is_opaque():
sprite.color = [255, 100, 100]
else:
sprite.color = [255, 255, 255]
else:
sprite = tile.entity.ascii
sprite.color = [100, 100, 255]
sprite.batch = self.batches
sprite.x = self.x + (x*self.tile_width - self.grid_x*self.tile_width)
sprite.y = self.y + (y*self.tile_height - self.grid_y*self.tile_height)
def draw(self):
Layer.draw(self)
game = State.model()
world = game.world
cell_width = self.width / world.columns
cell_height = self.height / world.rows
depth = 0
x = self.x
for col in xrange(world.columns):
y = self.y
for row in xrange(world.rows):
floor = world.get_floor(col, row, depth)
color = (1.0, 1.0, 1.0)
if game.current_floor_coords == (col, row, depth):
color = (0.7, 0.7, 1.0)
if floor is None:
opacity = 0
elif floor.known:
opacity = 0.5
elif floor.explored:
opacity = 1.0
else:
opacity = 0
if opacity > 0:
self.set_color(*color, opacity=opacity)
gl.glRectf(x, y, x + cell_width, y + cell_height)
y += cell_height
x += cell_width
def init_states(window):
game_model = model.game.Game()
global_controller = controller.controller.Controller()
print("Initializing Game States...")
State(
'game',
window=window,
model=game_model,
view=view.game.GameView(window),
controller=global_controller,
commands=controller.game.commands,
)
State(
'properties',
window=window,
model=game_model,
view=view.properties.PropertiesView(window),
controller=global_controller,
commands=controller.properties.commands,
)
State(
'traits',
window=window,
model=game_model,
view=view.traits.TraitsView(window),
controller=global_controller,
commands=controller.properties.commands,
)
State(
'actions',
window=window,
model=game_model,
view=view.actions.ActionsView(window),
controller=global_controller,
commands=controller.properties.commands,
)
State(
'inventory',
window=window,
model=game_model,
view=view.inventory.InventoryView(window),
controller=global_controller,
commands=controller.properties.commands,
)
State(
'world',
window=window,
model=game_model,
view=view.world.WorldView(window),
controller=global_controller,
commands=controller.properties.commands,
)
State.set_current('game')
game_model.next_turn()
def on_click(self, model, button, modifiers):
action = State.commands().get(CommandBar.ACTIONS[self.selection_x]).action
if action is not None:
action(model)
