def _render(self, offset: (int, int) = (0, 0)):
"""Renders the text of the selector."""
sets = Settings()
# Position
x, y = offset
x += self._x
y += self._y
# Text and color
text = self._text
fg = sets.colors['default_fg']
bg = sets.colors['default_bg']
# Active highlight
if self.active:
if self._mode == Highlight.INVERT:
bg = sets.colors['default_fg']
fg = sets.colors['default_bg']
elif self._mode == Highlight.COLOR:
fg = sets.colors['highlight_fg']
elif self._mode == Highlight.ASTERISK:
text = "* " + text
elif self._mode == Highlight.DASH:
text = "- " + text
#console.print(x+self._x, y+self._y, self._text, fg=sets.colors['default_fg'], bg=sets.colors['default_bg'], alignment=self._align)
# BearLibTerm print
terminal.color(fg)
terminal.bkcolor(bg)
terminal.puts(x, y, text, *self.size,
self._horiz_align.value + self._vert_align.value)
def __init__(self):
super().__init__()
sets = Settings()
self._ui = WorldGenUI(*sets.screen_size, None)
self._input_handler = InputHandler()
self.exit = False
def __init__(self):
super().__init__()
sets = Settings()
self._ui = MainMenuUI(*sets.screen_size,
None) # TODO: more flexible, work for all menus?
self._input_handler = SelectorMenu(self._ui, Orientation.VERTICAL)
self.exit = False
def main():
# Initialize global settings.
sets = Settings()
sets.initialize()
terminal.open()
# Load assets
f = sets.font('dejavu_sans')
if not terminal.set("font: %s, size=%d" % (f.path, sets.tile_size[0])):
print("ERROR: Failed to set font.")
raise SystemError
if not terminal.set("window: title=%s, size=%dx%d" %
(sets.title, *sets.screen_size)):
print("ERROR: Failed to set screen size.")
raise SystemError
# Flag to prevent drawing before state update
game_state_change = False
# Create the game-scene state machine and initialize with the main menu.
game_state = GameStateMachine(MenuState())
game_state.render()
terminal.refresh()
# Update/render loop
while True:
# Wait for an event (animation, user input).
while terminal.has_input():
game_state_change = True
# If the game state is over/exited, it will empty the state machine and return false.
if not game_state.run(terminal.read()):
terminal.close()
raise SystemExit
# Render a frame with a clear, draw, frame-swap operation.
if (game_state_change):
terminal.clear()
game_state.render()
terminal.refresh()
# Reset game state change for renedering
game_state_change = False
def _render(self, offset: (int, int) = (0, 0)):
sets = Settings()
# Position
x, y = offset
x += self._x
y += self._y
# Text and color
fg = sets.colors['default_fg']
bg = sets.colors['default_bg']
#console.print(x+self._x, y+self._y, self._text, fg=self._color, bg=sets.colors['default_bg'], alignment=self._align)
# BearLibTerm print
terminal.color(fg)
terminal.bkcolor(bg)
terminal.puts(x, y, self._text, *self.size,
self._horiz_align.value + self._vert_align.value)
def __init__(self,
width: int,
height: int,
parent: ui.UserInterface,
x: int = 0,
y: int = 0):
super().__init__(width, height, parent, x=x, y=y)
sets = Settings()
# Add text element for the title
self._children.append(
ui.Text("World Generation",
sets.colors['default_fg'],
20,
1,
self,
x=0,
y=0))
def __init__(self,
width: int,
height: int,
parent: ui.UserInterface,
x: int = 0,
y: int = 0):
super().__init__(width, height, parent, x=x, y=y)
sets = Settings()
origin_x = int(width / 2) - 5
origin_y = int(height / 2) - 5
# Add text element for the title
self._children.append(
ui.Text("RIFT",
sets.colors['default_fg'],
10,
1,
self,
x=origin_x,
y=origin_y))
# Define start selector as activated
def _start():
return (StateTransition.NONE, None)
self._children.append(
ui.Selector("Start",
10,
1,
self,
action=_start,
x=origin_x,
y=origin_y + 2))
self._children[1].toggle()
# Define world gen activator
def _worldgen():
return (StateTransition.NEXT, WorldGenState())
self._children.append(
ui.Selector("World Generation",
20,
1,
self,
action=_worldgen,
x=origin_x,
y=origin_y + 3))
# Define options selector
def _options():
return (StateTransition.NONE, None)
self._children.append(
ui.Selector("Options",
10,
1,
self,
action=_options,
x=origin_x,
y=origin_y + 4))
# Define exit selector
def _exit():
return (StateTransition.EXIT, None)
self._children.append(
ui.Selector("Exit",
10,
1,
self,
action=_exit,
x=origin_x,
y=origin_y + 5))