def start():
for i in range(len(char_name)):
char[i] = roll('2D6')
update_dm(char_dm)
for i in range(len(char_name)):
print '%s: %2d DM %2d' % (char_name[i], char[i], char_dm[i])
skill[gun_combat] = 1
skill[melee] = 2
skill[computers] = 4
skill[pilot] = 0
# Gun Combat test
print '--Gun Combat skill test--'
effect, natural = test(skill[gun_combat], char_dm[DEX], -2)
print 'Effect:', effect
print 'Natural roll:', natural
# Stealth test
print '--Stealth skill test--'
effect, natural = test(skill[stealth], char_dm[DEX], 2)
print 'Effect:', effect
print 'Natural roll:', natural
# Pilot test
print '--Pilot skill test--'
effect, natural = test(skill[pilot], char_dm[DEX], 6)
print 'Effect:', effect
print 'Natural roll:', natural
def roll2d6_buttonClicked(self):
self.natural_roll_1 = roll('1D6')
self.natural_roll_2 = roll('1D6')
self.natural_roll = self.natural_roll_1 + self.natural_roll_2
self.total_rolled = self.natural_roll + self.inputskilllevel.value() + self.inputcharmod.value() + self.inputDM.value() + self.diffdial.value()
self.die_result.setText(str(self.total_rolled))
self.die1Label.setPixmap(QPixmap(':/images/die1_' + str(self.natural_roll_1) + '.png'))
self.die2Label.setPixmap(QPixmap(':/images/die2_' + str(self.natural_roll_2) + '.png'))
self.roll_effect = self.total_rolled - 8
if self.roll_effect <= -6:
self.effect_result.setText('%d: Exceptional Failure' % self.roll_effect)
if not self.muted:
m_media.setCurrentSource(Phonon.MediaSource(":/sounds/exceptional_failure.mp3"))
m_media.play()
if self.roll_effect >= -5 and self.roll_effect <= -2:
self.effect_result.setText('%d: Average Failure' % self.roll_effect)
if not self.muted:
m_media.setCurrentSource(Phonon.MediaSource(":/sounds/average_failure.mp3"))
m_media.play()
if self.roll_effect == -1:
self.effect_result.setText('%d: Marginal Failure' % self.roll_effect)
if not self.muted:
m_media.setCurrentSource(Phonon.MediaSource(":/sounds/marginal_failure.mp3"))
m_media.play()
if self.roll_effect == 0:
self.effect_result.setText('%d: Marginal Success' % self.roll_effect)
if not self.muted:
m_media.setCurrentSource(Phonon.MediaSource(":/sounds/marginal_success.mp3"))
m_media.play()
if self.roll_effect >= 1 and self.roll_effect <= 5:
self.effect_result.setText('%d: Average Success' % self.roll_effect)
if not self.muted:
m_media.setCurrentSource(Phonon.MediaSource(":/sounds/average_success.mp3"))
m_media.play()
if self.roll_effect >= 6:
self.effect_result.setText('%d: Exceptional Success' % self.roll_effect)
if not self.muted:
m_media.setCurrentSource(Phonon.MediaSource(":/sounds/exceptional_success.mp3"))
m_media.play()
self.update_graph()
def rollButton_clicked(self):
if self.diceDM.value() >= 0:
math_op = '+'
else:
math_op = ''
if self.diceType.currentIndex() > 2:
self.dice_to_roll = ''
else:
self.dice_to_roll = str(self.diceCount.value())
self.dice_to_roll += self.dice_type
if self.diceType.currentIndex() <> 7:
self.dice_to_roll += math_op + str(self.diceDM.value())
self.diceRoll.setText(str(roll(self.dice_to_roll)))
print self.dice_to_roll, '=', self.diceRoll.text()
def setUp (self):
self.result = roll("1")
def test_subexpression (self):
# Test that subexpressions work correctly,
# as there is no operator precedence
self.assertEquals(roll("8/2*2"), 8)
self.assertEquals(roll("8/(2*2)"), 2)
def test_type (self):
self.assertIsInstance(roll("2d6"), RolledDice)
def roll (event, args):
result = diceroll.roll(args if args else "1d6")
event.reply("Rolled {}".format(result))
def test(sk, cm, diff):
natural = roll('2D6')
effect = natural +sk + cm + diff - 8
return effect, natural
def do_roll():
spec = request.forms.get('roll')
return str(roll(spec))
def test_keep (self, op):
""" Assert that there are no rolls below `limit` """
result = roll("6d3 {0} {1}".format(op, 2))
self.assertIsInstance(result, RolledDice)
self.assertFalse(filter(lambda x: x <= 2, result))
self.assertEquals(len(result), 6)
def setUp (self):
self.results = roll("d2, d4, d6, d8, d10, d20")
def test_drop (self, op):
result = roll("2d1 "+op+" 1")
self.assertIsInstance(result, RolledDice)
self.assertEquals(len(result), 1)
def test_keep (self, op):
result = roll("6d3 "+op+" 2")
self.assertIsInstance(result, RolledDice)
self.assertEquals(len(result), 6)
def test_total (self, op, subatom): self.assertIsInstance(roll(subatom + op), int)
def test_sort (self, op, subatom): result = roll(subatom + op) self.assertIsInstance(result, RolledDice) self.assertEquals(result, sorted(result))
def test_explode (self, op, subatom): self.assertIsInstance(roll(subatom + op), RolledDice)
def test_comment (self):
self.assertIsInstance(roll("d6 // This is a comment"), RolledDice)
def setUpClass (cls):
cls.basic_result = roll("6d6 success 4")
def test_return_single (self):
# An expression with a single result returns only that result
self.assertIsInstance(roll("d6"), RolledDice)
def test_success_cancel (self):
result = roll("6d6 successC 4")
self.assertGreaterEqual(result, -6)
self.assertLessEqual(result, 6)
def roll_result(expr):
result = diceroll.roll(expr)
if isinstance(result, (int, long)):
return [result]
return result
def do_roll():
spec = request.forms.get('roll')
return str(roll(spec))
def test_parse_2d6 (self):
self.assertIsInstance(roll("2d6"), RolledDice)
def test_parse_default_n (self):
self.assertEquals(roll("d1"), roll("1d1"))
def test_success_bonus (self):
result = roll("6d6 successB 4")
self.assertGreaterEqual(result, 0)
self.assertLessEqual(result, 12)
def test_parse_alternate_case (self):
self.assertIsInstance(roll("D6"), RolledDice)
ax = subplot(111, projection='3d')
x = []
y = []
z = []
colors = []
sizes = []
barrens = False
for row in range(df.shape[0]):
if not pd.isnull(df.ix[row, 'Trade_Codes']):
trade_codes = df.ix[row, 'Trade_Codes']
if 'Ba' in trade_codes:
barrens = True
px = hex_code[df.ix[row, px_name]] + roll('FLUX') / 10.0
x.append(px)
py = hex_code[df.ix[row, py_name]] + roll('FLUX') / 10.0
y.append(py)
pz = hex_code[df.ix[row, pz_name]] + roll('FLUX') / 10.0
z.append(pz)
ps = hex_code[df.ix[row, bubble_size]]
if ps == 0:
ps = 0.3
#sizes.append(ps ** scaler)
sizes.append(scaler)
if barrens:
ax.scatter(x, y, z, marker='h', c='cyan', s=sizes, linewidths=1, edgecolor='black')
plot([], [], [], marker='h', markerfacecolor='cyan', markersize = 12, markeredgewidth=1, markeredgecolor='black', label='Barren')
def test_success_both (self):
result = roll("6d6 successCB 4")
self.assertGreaterEqual(result, -6)
self.assertLessEqual(result, 12)
