def new_zoids(self):
"""Sets current zoid to next zoid and chooses a new random zoid for the
next zoid.
:modifies: self.curr_z, self.next_z
"""
self.curr_z = self.next_z
self.next_z = self.sequence.choice(all_zoids.values())
def new_zoids(self):
"""Sets current zoid to next zoid and chooses a new random zoid for the
next zoid.
:modifies: self.curr_z, self.next_z
"""
self.curr_z = self.next_z
self.next_z = self.sequence.choice(all_zoids.values())
def __init__(self,
board=None,
curr=None,
next=None,
controller=None,
show_scores=False,
show_options=False,
show_result=True,
show_choice=False,
option_step=0,
choice_step=0,
name="Controller",
seed=time.time(),
overhangs=False,
force_legal=True):
"""Initializes the simulator object.
:param board: A board representation [20 rows, 10 columns].
:param curr: The current zoid.
:param next: The next zoid.
:param controller: A dictionary of feature names and their relative weights.
:param show_scores: Whether to display the scores of the current moves.
:param show_options: Whether to print **POTENTIAL** move as it is considered.
:param show_result: Whether to print the results of each game.
:param show_choice: Whether to show the **CHOSEN** move.
:param option_step: The delay time (in seconds) for displaying each option (**COSTLY**).
:param choice_step: The delay time (in seconds) for displaying each choice (**COSTLY**).
:param name: The name given for logging and tracking purposes (printed during long runs).
:param overhangs: If enabled, uses a more robust system for determining possible moves.
:param force_legal: Enables an A* search to determine if overhang moves are actually legal (COSTLY).
:type board: tetris_cow2
:type curr: tetris_zoid
:type next: tetris_zoid
:type controller: dictionary {string : float}
:type show_scores: bool
:type show_options: bool
:type show_result: bool
:type show_choice: bool
:type option_step: float
:type choice_step: float
:type name: string
:type overhangs: bool
:type force_legal: bool
"""
self.sequence = random.Random(seed)
if board:
self.space = board
else:
self.space = tetris_cow2(rows=20)
if curr:
self.curr_z = curr
else:
self.curr_z = self.sequence.choice(all_zoids.values())
if next:
self.next_z = next
else:
self.next_z = self.sequence.choice(all_zoids.values())
self.name = name
self.overhangs = overhangs
self.force_legal = force_legal
if controller:
self.controller = controller
else: # default Dellacherie model
self.controller = {
"landing_height": -1,
"eroded_cells": 1,
"row_trans": -1,
"col_trans": -1,
"pits": -4,
"cuml_wells": -1
}
# display options saved
self.show_result = show_result
self.show_scores = show_scores
self.show_options = show_options
self.show_choice = show_choice
self.option_step = option_step
self.choice_step = choice_step
# output scores initialized
#self.heights = get_heights(self.space)
#self.pits = get_all_pits(self.space)
#self.col_roughs = self.get_roughs(self.space, columns = True)
#self.row_roughs = self.get_roughs(self.space, columns = False)
#self.ridge = self.get_ridge(self.space)
#self.matches = []
self.lines = 0
self.l = {1: 0, 2: 0, 3: 0, 4: 0}
self.score = 0
self.level = 0
def __init__(self, board=None, curr=None, next=None, controller=None,
show_scores=False, show_options=False, show_result=True,
show_choice=False, option_step=0, choice_step=0,
name="Controller", seed=time.time(), overhangs=False,
force_legal=True):
"""Initializes the simulator object.
:param board: A board representation [20 rows, 10 columns].
:param curr: The current zoid.
:param next: The next zoid.
:param controller: A dictionary of feature names and their relative weights.
:param show_scores: Whether to display the scores of the current moves.
:param show_options: Whether to print **POTENTIAL** move as it is considered.
:param show_result: Whether to print the results of each game.
:param show_choice: Whether to show the **CHOSEN** move.
:param option_step: The delay time (in seconds) for displaying each option (**COSTLY**).
:param choice_step: The delay time (in seconds) for displaying each choice (**COSTLY**).
:param name: The name given for logging and tracking purposes (printed during long runs).
:param overhangs: If enabled, uses a more robust system for determining possible moves.
:param force_legal: Enables an A* search to determine if overhang moves are actually legal (COSTLY).
:type board: tetris_cow2
:type curr: tetris_zoid
:type next: tetris_zoid
:type controller: dictionary {string : float}
:type show_scores: bool
:type show_options: bool
:type show_result: bool
:type show_choice: bool
:type option_step: float
:type choice_step: float
:type name: string
:type overhangs: bool
:type force_legal: bool
"""
self.sequence = random.Random(seed)
if board:
self.space = board
else:
self.space = tetris_cow2(rows=20)
if curr:
self.curr_z = curr
else:
self.curr_z = self.sequence.choice(all_zoids.values())
if next:
self.next_z = next
else:
self.next_z = self.sequence.choice(all_zoids.values())
self.name = name
self.overhangs = overhangs
self.force_legal = force_legal
if controller:
self.controller = controller
else: # default Dellacherie model
self.controller = {"landing_height": -1,
"eroded_cells": 1,
"row_trans": -1,
"col_trans": -1,
"pits": -4,
"cuml_wells": -1}
# display options saved
self.show_result = show_result
self.show_scores = show_scores
self.show_options = show_options
self.show_choice = show_choice
self.option_step = option_step
self.choice_step = choice_step
# output scores initialized
self.lines = 0
self.l = {1: 0, 2: 0, 3: 0, 4: 0}
self.score = 0
self.level = 0