def setSkillLevel(self, skill):
"""Randomly sets the level of the skill.
Args:
skill: a list that is the skill to be leveled.
Returns:
skill: the skill with it's skill level appended.
"""
skill_difficulty = skill[2]
# We get the list of possible point costs
point_table = utils.getColumnFromTable(SKILL_COST_TABLE, "PS")
# Then we'll get a weighted random point cost from that list
points_to_spend = point_table[utils.randBiDistrib(point_table, 1)]
counter = 0
while counter < 1000 and points_to_spend > int(self.misc["spent_points"]) + 3:
counter +=1
if counter > 998:Print("out of control while loop line 490")
points_to_spend = point_table[utils.randBiDistrib(point_table, 1)]
# We'll need the column for where we're going to get the relative skill level
# based on the already chosen point cost
table_index = SKILL_COST_TABLE[0].index(skill_difficulty)
# This is where we get the row for all possible difficulties associated with
# that point cost
skill_levels = utils.getRowFromTable(SKILL_COST_TABLE, points_to_spend)
# And now we actually get our skill level and we'll replace the skill
# categories with the relative level, and then extend the skill to show the
# actual level (which is the base attribute + the relative level
relative_level = skill_levels[table_index]
skill[-1] = relative_level
skill.append(points_to_spend)
self.updatePoints(points_to_spend)
return skill
def setAppearance(self):
"""Sets height, weight, build, and physical appearance."""
height_options = utils.getColumnFromTable(HEIGHT_TABLE, "height")
counter = 0
while counter < 1000:
counter +=1
if counter > 998:Print("out of control while loop line 82")
self.misc["build"] = BUILD_TABLE[0][utils.randBiDistrib(BUILD_TABLE[0], 2)]
build_options = utils.getColumnFromTable(BUILD_TABLE, self.misc["build"])
if self.checkDisadvantageLimit(build_options[-1]):
break
counter = 0
while counter < 1000:
counter +=1
if counter > 998:Print("out of control while loop line 90")
physical_appearance = APPEARANCE_TABLE[0][utils.randBiDistrib(APPEARANCE_TABLE[0], 5)]
appearance_choice = utils.getColumnFromTable(APPEARANCE_TABLE, physical_appearance)
if self.checkDisadvantageLimit(appearance_choice[-1]):
break
st = self.basic_attributes["ST"]
if st < 6:
st = 6
elif st > 14:
st = 14
table_index = st - 6 # 6 is the lowest value in the table, which gives us 0
# Set weight
w_range = build_options[table_index]
self.appearance["weight"] = str(random.randint(w_range[0], w_range[1])) + "lbs"
# Set height
ranges = (map(int, str(height_options[table_index][0]).split(".")),
map(int, str(height_options[table_index][1]).split(".")))
range_in_inches = (ranges[0][0] * 12 + ranges[0][1],
ranges[1][0] * 12 + ranges[1][1])
height = divmod(random.randint(range_in_inches[0], range_in_inches[1]), 12)
self.appearance["height"] = "%s ft %s inches" %(height[0], height[1])
# Set physical appearance
self.appearance["physical_appearance"] = "%s<br>%s" % (
physical_appearance, appearance_choice[0])
# Set points
self.updatePoints(build_options[-1])
self.updatePoints(appearance_choice[-1])
def setWealth(self):
"""Randomly selects starting wealth and status.
Returns:
wealth: a dictionary containing all wealth attributes for the character
"""
wealth = {}
counter = 0
while counter < 1000:
counter +=1
if counter > 998:Print("out of control while loop line 146")
wealth_status = WEALTH_TABLE[0][utils.randWeight(WEALTH_TABLE[0])]
starting_wealth = STARTING_WEALTH[self.misc["TL"]]
wealth_details = utils.getColumnFromTable(WEALTH_TABLE, wealth_status)
if self.checkDisadvantageLimit(wealth_details[-1]):
break
wealth["starting_cash"] = "{:,}".format(int(starting_wealth * wealth_details[1]))
wealth["status"] = wealth_status
wealth["status_description"] = wealth_details[0]
self.wealth.update(wealth)
self.updatePoints(wealth_details[-1])