def __str__(self):
"""Renders a ASCII diagram showing the board position."""
s = ''
s += ' +-------------------------+\n'
for y in reversed(range(self.size)):
s += str(y + 1) + '| '
for x in range(self.size):
piece = c.PIECES[self._pieces[to_square(x, y)]]
bit = bu.xy_to_bit(x, y)
p = self._probs[bit]
if p < 0.01:
piece = '.'
s += piece + ' '
s += '|\n |'
for x in range(self.size):
bit = bu.xy_to_bit(x, y)
p = self._probs[bit]
if 0.01 < p < 0.99:
prob = str(int(100 * p))
if len(prob) <= 2:
s += ' '
s += prob
if len(prob) < 2:
s += ' '
else:
s += ' '
s += ' |\n'
s += ' +-------------------------+\n '
for x in range(self.size):
s += to_rank(x) + ' '
return s
def __str__(self):
"""Renders a ASCII diagram showing the board probabilities."""
probs = self.get_probability_distribution()
s = ''
s += ' +----------------------------------+\n'
for y in reversed(range(8)):
s += str(y + 1) + '| '
for x in range(8):
bit = xy_to_bit(x, y)
prob = str(int(100 * probs[bit]))
if len(prob) <= 2:
s += ' '
if prob == '0':
s += '.'
else:
s += prob
if len(prob) < 2:
s += ' '
s += ' '
s += ' |\n'
s += ' +----------------------------------+\n '
for x in range(8):
s += move.to_rank(x) + ' '
return s
def __str__(self):
"""Renders a ASCII diagram showing the board probabilities."""
probs = self.get_probability_distribution()
s = ""
s += " +----------------------------------+\n"
for y in reversed(range(8)):
s += str(y + 1) + "| "
for x in range(8):
bit = xy_to_bit(x, y)
prob = str(int(100 * probs[bit]))
if len(prob) <= 2:
s += " "
if prob == "0":
s += "."
else:
s += prob
if len(prob) < 2:
s += " "
s += " "
s += " |\n"
s += " +----------------------------------+\n "
for x in range(8):
s += move.to_rank(x) + " "
return s
