def sloop2():
smloop = True
while smloop:
print_smenu2()
choice = raw_input("Enter you choice: ")
print
if choice == "1":
print "1-S2"
if choice == "2":
print "Add skills"
skill.add_skill()
if choice == "4":
cfgData.clear_screen()
export.export_to_excel()
cfgData.clear_screen()
if choice == "3":
p = charMenu.char_menu()
menu_len = len(p)
while True:
s = int(raw_input("Select Character: "))
if s >= 1 and s <= menu_len:
break
else:
print "Invalid Selection! Select a character from the list"
# Open the file
char_dict = {}
s -= 1
char = p[s]
skill.import_skill(char)
cfgData.clear_screen()
if choice == "6":
cfgData.clear_screen()
charData.mbbonus()
cfgData.clear_screen()
elif choice.upper() == "X":
print "Exiting program"
smloop = False
else:
raw_input("Wrong option selection2. Enter any key to try again..")
def create_char():
# Set base Experience
char_dict['exp'] = 10000
char_dict['next_lvl'] = 20000
print 30 * "-", "Professions", 30 * "-"
print ""
#Skip header
ln = 1
menu = 1
while ln <= len(plist):
# Create Section Headers
if plist[ln][8] == "NON" and menu == 1:
print 25 * "-", "Non", 25 * "-"
menu = 2
if plist[ln][8] == "SEMI" and menu == 2:
print ""
print 25 * "-", "Semi", 25 * "-"
menu = 3
if plist[ln][8] == "PURE" and menu == 3:
print ""
print 25 * "-", "Pure", 25 * "-"
menu = 4
if plist[ln][8] == "HYB" and menu == 4:
print ""
print 25 * "-", "Hybrid", 25 * "-"
menu = 5
if plist[ln + 1][8] == plist[ln][8]:
print "{:2}.) {:20} {:2}.) {:20}".format(plist[ln][0],
plist[ln][1],
plist[ln + 1][0],
plist[ln + 1][1])
ln += 1
else:
print "{:2}.) {:20}".format(plist[ln][0], plist[ln][1])
ln += 1
print ""
print 63 * "-"
pro_ch = ""
while pro_ch < 1 or pro_ch > len(plist):
try:
pro_ch = int(raw_input('Select Profession: '))
if pro_ch < 1 or pro_ch > len(plist):
print "You must enter a number between 1 and {:2}".format(
len(plist))
except:
print "You must enter a number between 1 and {:2}".format(
len(plist))
# Set Profession name
char_dict['proname'] = plist[pro_ch][1]
print char_dict['proname']
char_dict['pro_pr1'] = plist[pro_ch][2]
char_dict['pro_pr2'] = plist[pro_ch][3]
char_dict['pro_pr3'] = plist[pro_ch][4]
char_dict['mrealm'] = plist[pro_ch][7]
proID = int(plist[pro_ch][0])
proID += 7
print ""
# Race Selection
print len(rlist), ":len(rlist)"
ln = 1
print 30 * "-", "Races", 30 * "-"
print ""
while ln <= len(rlist):
if (len(rlist) - ln) == 0:
print "{:2}.) {:20}".format(rlist[ln][0], rlist[ln][1])
ln += 1
else:
print "{:2}.) {:20} {:2}.) {:20}".format(rlist[ln][0],
rlist[ln][1],
rlist[ln + 1][0],
rlist[ln + 1][1])
ln += 2
print ""
print 63 * "-"
race_input = ""
while race_input < 1 or race_input > len(rlist):
try:
race_input = int(raw_input('Select a Race: '))
if race_input < 1 or race_input > len(rlist):
print "You must enter a number between 1 and {:2}".format(
len(rlist))
except:
print "You must enter a number between 1 and {:2}".format(
len(rlist))
char_dict['race'] = rlist[race_input][1]
print char_dict['race']
### Enter current statistic values
curlist = []
statlist = []
stat_temp_list = []
print "Roll for Current stats"
print ""
cnt = 1
for i in range(12):
while i < 20 or i > 100:
try:
i = int(raw_input('Current Stat Roll {:<2} :'.format(cnt)))
if i < 20 or i > 100:
print "You must enter a number between 20 and 100"
except:
print "You must enter a number between 20 and 100"
curlist.append(i)
cnt += 1
# Reset the counter
cnt = 1
curlist.sort()
# Test the number of 90 or higher rolls
if curlist[-3] > 89:
ninty = 3
elif curlist[-2] > 89:
ninty = 2
elif curlist[-1] > 89:
ninty = 1
elif curlist[-1] < 90:
ninty = 0
# Test if enough 90+ rolls for profession and replace lowest value with 90
if char_dict['proname'] == 'Archmage':
if ninty == 2:
curlist[0] = 90
if ninty == 1:
curlist[0], curlist[1] = 90, 90
if ninty == 0:
curlist[0], curlist[1], curlist[2] = 90, 90, 90
else:
if ninty == 1:
curlist[0] = 90
if ninty == 0:
curlist[0], curlist[1] = 90, 90
# Enter Potential stat rolls
for i in curlist:
try:
p = int(raw_input('Potential Roll {:<2} :'.format(cnt)))
if p < 1 or p > 100:
print "You must enter a number between 1 and 100"
except:
print "You must enter a number between 1 and 100"
pot = cfgData.pot_calc(i, p)
statlist.append([i, pot])
cnt += 1
# Clear screen
cfgData.clear_screen()
# Reset counter
cnt = 1
print 65 * "-"
print ""
# Open chart of stat values
with open(cfgData.cfg_dir + "/sttchart.csv") as f:
statchart = f.read().splitlines()
f.close()
sc = []
cnt = 1
for x in statchart:
sc.append(x.split(","))
u = 0
while u < len(statlist):
for x1 in sc:
if int(x1[0]) == statlist[u][0]:
stat_temp_list.append(
[statlist[u][0], statlist[u][1], x1[1], x1[2], x1[3]])
u += 1
cnt = 1
print "+", 48 * "=", "+"
print "|{:5}| {:7} | {:9} | {:5} | {:4} | {:5} |".format(
"", "", "", "Stat", "Dev", "Power")
print "|{:5}| {:6} | {:9} | {:5} | {:4} | {:5} |".format(
"", "Current", "Potential", "Bonus", "Pts", "Pts")
print "+", 48 * "=", "+"
while cnt <= len(statlist):
print "| {:>2}.) | {:^6} | {:^9} | {:^5} | {:4} | {:^5} |".format(
cnt, stat_temp_list[cnt - 1][0], stat_temp_list[cnt - 1][1],
stat_temp_list[cnt - 1][2], stat_temp_list[cnt - 1][3],
stat_temp_list[cnt - 1][4])
cnt += 1
print "+", 48 * "=", "+"
print ""
print "Remove (2) stats"
cnt = 1
while cnt < len(stat_temp_list) > 10:
cnt, r = 1, 0
while r < 1 or r > (len(stat_temp_list)):
try:
r = int(raw_input("Enter Stat to remove:"))
if r < 1 or r > len(stat_temp_list):
print "Please enter a number between 1 and {:2}".format(
len(stat_temp_list))
except:
print "Please enter a number between 1 and {:2}".format(
len(stat_temp_list))
stat_temp_list.pop(r - 1)
print "+", 48 * "=", "+"
print "|{:5}| {:7} | {:9} | {:5} | {:4} | {:5} |".format(
"", "", "", "Stat", "Dev", "Power")
print "|{:5}| {:6} | {:9} | {:5} | {:4} | {:5} |".format(
"", "Current", "Potential", "Bonus", "Pts", "Pts")
print "+", 48 * "=", "+"
while cnt <= len(stat_temp_list):
print "| {:>2}.) | {:^6} | {:^9} | {:^5} | {:4} | {:^5} |".format(
cnt, stat_temp_list[cnt - 1][0], stat_temp_list[cnt - 1][1],
stat_temp_list[cnt - 1][2], stat_temp_list[cnt - 1][3],
stat_temp_list[cnt - 1][4])
cnt += 1
print "+", 48 * "=", "+"
print ""
cnt = 0
stat = [['Strength', 'ST', 'st_stat', 'st_pot', 'stb', 'stdp', 'stpp'],
['Quickness', 'QU', 'qu_stat', 'qu_pot', 'qub', 'qudp', 'qupp'],
['Empathy', 'EM', 'em_stat', 'em_pot', 'emb', 'emdp', 'empp'],
['Presence', 'PR', 'pr_stat', 'pr_pot', 'prb', 'prdp', 'prpp'],
['Intuition', 'IN', 'in_stat', 'in_pot', 'inb', 'indp', 'inpp'],
['Constitution', 'CO', 'co_stat', 'co_pot', 'cob', 'codp', 'copp'],
['Agility', 'AG', 'ag_stat', 'ag_pot', 'agb', 'agdp', 'agpp'],
[
'Self Discipline', 'SD', 'sd_stat', 'sd_pot', 'sdb', 'sddp',
'sdpp'
], ['Memory', 'ME', 'me_stat', 'me_pot', 'meb', 'medp', 'mepp'],
['Reasoning', 'RE', 're_stat', 're_pot', 'reb', 'redp', 'repp']]
# Clear screen
cfgData.clear_screen()
# Redraw table
cnt = 1
print "+", 81 * "=", "+"
print "|{:5}| {:7} | {:9} | {:5} | {:4} | {:5} || {:2} | {:<16} | {:2} |".format(
"", "", "", "Stat", "Dev", "Power", "", "", "")
print "|{:5}| {:6} | {:9} | {:5} | {:4} | {:5} || {:^2} | {:<16} | {:2} |".format(
"", "Current", "Potential", "Bonus", "Pts", "Pts", "", "Stat", "")
print "+", 81 * "=", "+"
while cnt <= len(stat_temp_list):
print "| {:>2}.) | {:^6} | {:^9} | {:^5} | {:4} | {:^5} || {:>2} .) | {:<16} | {:2} |".format(
cnt, stat_temp_list[cnt - 1][0], stat_temp_list[cnt - 1][1],
stat_temp_list[cnt - 1][2], stat_temp_list[cnt - 1][3],
stat_temp_list[cnt - 1][4], cnt, stat[cnt - 1][0],
stat[cnt - 1][1])
cnt += 1
print "+", 81 * "=", "+"
print ""
print "Assign rolls to the stat"
print "You must assign a 90 or higher to your professions prime requisites stats"
print ""
print " Your Profession is a {:35}".format(char_dict['proname'])
if char_dict['pro_pr3'] == "":
print " Your Prime Requisites are {:2}/{:2}".format(
char_dict['pro_pr1'], char_dict['pro_pr2'])
else:
print " Your Prime Requisites are {:2}/{:2}/{:3}".format(
char_dict['pro_pr1'], char_dict['pro_pr2'], char_dict['pro_pr3'])
print ""
while len(stat) > 0:
colx, coly = 0, 0
# Select last stat to roll
if len(stat) == 1:
colx, coly = 1, 1
y01, y02, y03 = stat[coly - 1][2], stat[coly - 1][3], stat[coly -
1][4]
y04, y05 = stat[coly - 1][5], stat[coly - 1][6]
char_dict[y01] = stat_temp_list[colx - 1][0]
char_dict[y02] = stat_temp_list[colx - 1][1]
char_dict[y03] = stat_temp_list[colx - 1][2]
char_dict[y04] = stat_temp_list[colx - 1][3]
char_dict[y05] = stat_temp_list[colx - 1][4]
# Select current value to assign to a stat
while colx < 1 or colx > len(stat):
try:
colx = int(raw_input('Select a Current Roll: '))
if colx < 1 or colx > len(stat):
print "You must enter a number between 1 and {:<2}".format(
len(stat))
except:
print "You must enter number between and {:<2}".format(
len(stat))
# Select stat that current value will be assigned to
while coly < 1 or coly > len(stat):
pr = 0
while pr == 0:
try:
coly = int(raw_input('Select a Stat to assign: '))
#print pr,":pr"
if stat_temp_list[colx - 1][0] < 90:
'''print stat_temp_list[colx-1][0]
print stat[coly-1][1]
print char_dict['pro_pr1']
print char_dict['pro_pr2']
print char_dict['pro_pr3']'''
if stat[coly-1][1] == char_dict['pro_pr1'] or \
stat[coly-1][1] == char_dict['pro_pr2'] or stat[coly-1][1] == char_dict['pro_pr3']:
print "This is a prime requisite for your profession and must be assigned a value of 90 or higher!"
print "Please enter a higher value.."
print ""
else:
# Break loop
pr = 1
else:
pr = 1
if coly < 1 or coly > len(stat):
print "You must enter a number between 1 and {:<2}".format(
len(stat))
pr = 1
except:
print "You must enter number between and {:<2}".format(
len(stat))
y01, y02, y03 = stat[coly - 1][2], stat[coly - 1][3], stat[coly - 1][4]
y04, y05 = stat[coly - 1][5], stat[coly - 1][6]
char_dict[y01] = stat_temp_list[colx - 1][0]
char_dict[y02] = stat_temp_list[colx - 1][1]
char_dict[y03] = stat_temp_list[colx - 1][2]
char_dict[y04] = stat_temp_list[colx - 1][3]
char_dict[y05] = stat_temp_list[colx - 1][4]
# Remove assigned stat and roll
stat.pop(coly - 1)
stat_temp_list.pop(colx - 1)
if len(stat) > 1:
cnt = 1
print "+", 81 * "=", "+"
print "|{:5}| {:7} | {:9} | {:5} | {:4} | {:5} || {:2} | {:<16} | {:2} |".format(
"", "", "", "Stat", "Dev", "Power", "", "", "")
print "|{:5}| {:6} | {:9} | {:5} | {:4} | {:5} || {:2} | {:<16} | {:2} |".format(
"", "Current", "Potential", "Bonus", "Pts", "Pts", "", "Stat",
"")
print "+", 81 * "=", "+"
while cnt <= len(stat_temp_list):
print "| {:>2}.) | {:^6} | {:^9} | {:^5} | {:4} | {:^5} || {:>2} .) | {:<16} | {:2} |".format(
cnt, stat_temp_list[cnt - 1][0],
stat_temp_list[cnt - 1][1], stat_temp_list[cnt - 1][2],
stat_temp_list[cnt - 1][3], stat_temp_list[cnt - 1][4],
cnt, stat[cnt - 1][0], stat[cnt - 1][1])
cnt += 1
print "+", 81 * "=", "+"
print ""
print "+", 38 * "=", "+"
print "| {:^38} |".format('Suggested Chooses')
print "+", 38 * "=", "+"
print "| {:^8} | {:^16} | {:^8} |".format('Gender', 'Hair', 'Eye')
print "+", 38 * "=", "+"
print "| {:^8} | {:^8} {:^8}| {:^8} |".format('Male', 'Black', 'Grey',
'Brown')
print "| {:^8} | {:^8} {:^8}| {:^8} |".format('Female', 'Brown', 'Yellow',
'Blue')
print "| {:^8} | {:^8} {:^8}| {:^8} |".format('', 'Blonde', 'White',
'Grey')
print "| {:^8} | {:^8} {:^8}| {:^8} |".format('', 'Red', 'Calico', 'Red')
print "| {:^8} | {:^8} {:^8}| {:^8} |".format('', 'Purple', 'None',
'Black')
print "+", 38 * "=", "+"
print ""
# Enter character's gender
le = 1
while le == 1:
try:
sexch = raw_input("Enter a Gender: ")
if re.match("^[A-Za-z]*$", sexch):
le = 0
else:
print "Enter a gender for your character"
except:
print "Enter a gender for your character"
char_dict['gender'] = sexch
# Enter character's Hair Color
le = 1
while le == 1:
try:
hairch = raw_input("Enter a Hair color: ")
if re.match("^[A-Za-z]*$", hairch):
le = 0
else:
print "Enter a hair color for your character"
except:
print "Enter a hair color for your character"
char_dict['hair'] = hairch
# Enter character's Eye Color
le = 1
while le == 1:
try:
eyech = raw_input("Enter a Eye color: ")
if re.match("^[A-Za-z]*$", eyech):
le = 0
else:
print "Enter a eye color for your character"
except:
print "Enter a eye color for your character"
char_dict['eye'] = eyech
# Enter characters age
age = ""
while age < 1 or age > 1000:
try:
age = int(raw_input("Character's Age: "))
except:
print "You must enter a number.."
char_dict['age'] = age
ht = ""
while ht == "":
try:
ht = str(raw_input("Enter Height: "))
except:
print "You must enter a height in ft' in\" format"
# Enter weight
wt = ""
while wt < 1 or wt > 1000:
try:
wt = int(raw_input("Enter Weight: "))
except:
print "Enter a number between 1 and 1000.."
char_dict['height'], char_dict['weight'] = ht, wt
# Load data into dictionary for saving of the character
char_dict['lvl'] = 0
char_dict['realm'] = plist[pro_ch][8]
char_dict['stmb'], char_dict['qumb'], char_dict['emmb'], char_dict[
'inmb'], char_dict['prmb'] = 0, 0, 0, 0, 0
char_dict['comb'], char_dict['agmb'], char_dict['sdmb'], char_dict[
'remb'], char_dict['memb'] = 0, 0, 0, 0, 0
hp_math = Decimal(char_dict['co_stat']) / Decimal(10)
hp = Decimal(hp_math).quantize(Decimal('1e-3'))
char_dict['hp_base'] = int(round(hp, 0))
#######################
# Calcalute Total Bonus
#######################
raclist = []
with open(cfgData.cfg_dir + "/race.csv") as rf:
rline = rf.readlines()
raclist = [x.strip() for x in rline]
for x in raclist:
#print x.split(",")
if x.split(",")[1] == char_dict['race']:
char_dict['strb'] = x.split(",")[2]
char_dict['qurb'] = x.split(",")[3]
char_dict['prrb'] = x.split(",")[4]
char_dict['inrb'] = x.split(",")[5]
char_dict['emrb'] = x.split(",")[6]
char_dict['corb'] = x.split(",")[7]
char_dict['agrb'] = x.split(",")[8]
char_dict['sdrb'] = x.split(",")[9]
char_dict['merb'] = x.split(",")[10]
char_dict['rerb'] = x.split(",")[11]
char_dict['Essmod'] = x.split(",")[12]
char_dict['Chanmod'] = x.split(",")[13]
char_dict['Mentmod'] = x.split(",")[14]
char_dict['Poimod'] = x.split(",")[15]
char_dict['Dismod'] = x.split(",")[16]
char_dict['HitDie'] = x.split(",")[19]
# Add Total Bonus of skills to character data
char_dict['sttb'] = (int(char_dict['stb']) + int(char_dict['strb']) +
int(char_dict['stmb']))
char_dict['qutb'] = (int(char_dict['qub']) + int(char_dict['qurb']) +
int(char_dict['qumb']))
char_dict['prtb'] = (int(char_dict['prb']) + int(char_dict['prrb']) +
int(char_dict['prmb']))
char_dict['intb'] = (int(char_dict['inb']) + int(char_dict['inrb']) +
int(char_dict['inmb']))
char_dict['emtb'] = (int(char_dict['emb']) + int(char_dict['emrb']) +
int(char_dict['emmb']))
char_dict['cotb'] = (int(char_dict['cob']) + int(char_dict['corb']) +
int(char_dict['comb']))
char_dict['agtb'] = (int(char_dict['agb']) + int(char_dict['agrb']) +
int(char_dict['agmb']))
char_dict['sdtb'] = (int(char_dict['sdb']) + int(char_dict['sdrb']) +
int(char_dict['sdmb']))
char_dict['metb'] = (int(char_dict['meb']) + int(char_dict['merb']) +
int(char_dict['memb']))
char_dict['retb'] = (int(char_dict['reb']) + int(char_dict['rerb']) +
int(char_dict['remb']))
# Set Armor defaults
char_dict['armorType'] = 1
char_dict['armorTypeDesc'] = "Skin"
char_dict['at_min_mod'] = 0
char_dict['at_max_mod'] = 0
char_dict['at_miss_pen'] = 0
char_dict['at_qu_pen'] = 0
char_dict['shieldType'] = "None"
char_dict['shieldMeDB'] = 0
char_dict['shieldMiDB'] = 0
char_dict['shieldMaDB'] = 0
char_dict['helm'] = "None"
char_dict['helmMaDB'] = -5
char_dict['armGrea'] = "None"
char_dict['legGrea'] = "None"
char_dict['at_qu_pen'] = 0
# Development Points
tdp = (float(char_dict['codp']) + float(char_dict['agdp']) +
float(char_dict['sddp']) + float(char_dict['medp']) +
float(char_dict['redp'])) * float(cfgData.dp_multipler)
char_dict['dp'] = round(tdp, 1)
dp_math = Decimal(char_dict['dp'])
dp = Decimal(dp_math).quantize(Decimal('1e-3'))
char_dict['tempdp'] = int(round(dp, 0))
# Set Resistance Roll Modifiers
char_dict['Essmod'] = int(char_dict['Essmod']) + int(char_dict['emtb'])
char_dict['Chanmod'] = int(char_dict['Chanmod']) + int(char_dict['intb'])
char_dict['Mentmod'] = int(char_dict['Mentmod']) + int(char_dict['prtb'])
char_dict['Poimod'] = int(char_dict['Poimod']) + int(char_dict['cotb'])
char_dict['Dismod'] = int(char_dict['Dismod']) + int(char_dict['cotb'])
# Power Point Math
char_dict['stpp'], char_dict['qupp'], char_dict['copp'], char_dict[
'agpp'], char_dict['sdpp'], char_dict['mepp'], char_dict[
'repp'] = "-", "-", "-", "-", "-", "-", "-"
if char_dict['mrealm'] == "NON":
char['prpp'], char_dict['inpp'], char_dict['empp'] = 0.0, 0.0, 0.0
char_dict['tpp'] = 0.0
if char_dict['mrealm'] == "PR":
char_dict['inpp'], char_dict['empp'] = 0.0, 0.0
char_dict['tpp'] = char_dict['prpp']
if char_dict['mrealm'] == "IN":
char_dict['empp'], char_dict['prpp'] = 0.0, 0.0
char_dict['tpp'] = char_dict['inpp']
if char_dict['mrealm'] == "EM":
char_dict['inpp'], char_dict['prpp'] = 0.0, 0.0
char_dict['tpp'] = char_dict['empp']
if char_dict['mrealm'] == "IP":
char_dict['empp'] = 0.0
char_dict['tpp'] = (float(char_dict['inpp']) +
float(char_dict['prpp'])) / 2
if char_dict['mrealm'] == "PE":
char_dict['inpp'] = 0.0
char_dict['tpp'] = (float(char_dict['empp']) +
float(char_dict['prpp'])) / 2
if char_dict['mrealm'] == "IE":
char_dict['prpp'] = 0.0
char_dict['tpp'] = (float(char_dict['inpp']) +
float(char_dict['empp'])) / 2
if char_dict['mrealm'] == "AR":
char_dict['tpp'] = (float(char_dict['inpp']) + float(char_dict['prpp'])
+ float(char_dict['empp'])) / 3
# Development Point Math
stdp, qudp, emdp, indp, prdp = "-", "-", "-", "-", "-"
# Set Character's First Name
le = 1
while le == 1:
try:
first_name = raw_input('Enter the Character\'s First Name: ')
if re.match("^[A-Za-z]*$", first_name):
le = 0
else:
print "You must enter a First name for your character!"
except:
print "You must enter a First name for your character!"
char_dict['name'] = first_name
# Set Last Name
last_name = ""
last_name = raw_input('Enter the Character\'s Last Name: ')
if last_name == "":
char_dict['Fullname'] = first_name
else:
char_dict['FullName'] = first_name + " " + last_name
char_path = cfgData.char_dir + "/" + first_name
# Check if character exists
path_check = os.path.exists(char_path + "/" + first_name + ".json")
while path_check == True:
print "Character exists! Please enter a different name for your character"
le = 1
try:
first_name = raw_input('Enter the Character\'s First Name: ')
if re.match("^[A-Za-z]*$", first_name):
le = 0
char_path = cfgData.char_dir + "/" + first_name
path_check = os.path.exists(char_path + "/" + first_name +
".json")
else:
print "You must enter a First name for your character!"
except:
print "Character exists! Please enter a different name for your character"
# If character and folder doesn't exist - create it
char_dict['name'] = first_name
if not os.path.exists(char_path):
os.makedirs(char_path)
# Write out file
with open(char_path + "/" + first_name + ".json", 'w') as f:
f.write(json.dumps(char_dict))
# Open Skill file
with open(cfgData.cfg_dir + "/ds.csv") as f:
sl = f.read().splitlines()
skill_list = []
for list in sl:
skill_list.append(list.split(","))
crt = 1
# Loop through skills and add to dictionary
for i in skill_list:
#print i[1]
stat_tb2, stat_tb3, stat_tb4 = i[2].lower() + "tb", i[3].lower(
) + "tb", i[4].lower() + "tb"
if i[2] == "NA" or i[3] == "NA":
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0, 0, 0,
0, 0, 0, 0, 0, 0)
elif i[2] == "":
if i[1].startswith("Spell") or i[1].startswith(
"Transcend") or i[1].startswith("Power"):
if char_dict['mrealm'] == "NA":
i[2], i[5] = "NA", "NA"
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "EM":
stat_tb2, i[5] = "em", char_dict['mrealm']
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "IN":
stat_tb2, i[5] = "in", char_dict['mrealm']
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "PR":
stat_tb2, i[5] = "pr", char_dict['mrealm']
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "IP":
stat_tb2, stat_tb3, i[5] = "in", "pr", i[6]
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "PE":
stat_tb2, stat_tb3, i[5] = "em", "pr", i[6]
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "IE":
stat_tb2, stat_tb3, i[5] = "in", "em", i[6]
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
if char_dict['mrealm'] == "AR":
stat_tb2, stat_tb3, stat_tb4, i[5] = "em", "in", "pr", i[6]
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0,
0, 0, 0, 0, 0, 0, 0, 0)
elif i[3] == "":
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0, 0, 0,
0, 0, 0, 0, 0, 0)
else:
char_skill[i[0]] = (i[1], i[5], i[7], i[proID], i[6], 0, 0, 0, 0,
0, 0, 0, 0, 0, 0)
# Write Character data to file
with open(
cfgData.char_dir + "/" + char_dict['name'] + "/" +
char_dict['name'].capitalize() + "_Skills.json", 'w') as f:
f.write(json.dumps(char_skill))
# Set Weapon costs using function
weapon_costs(first_name)
print 30 * "=", "Character modifications", 30 * "="
print
print "1. Add experience to character"
print "2. Add/Increase skills"
print "3. Add skills for imported character"
print "4. Stat gain"
print "5. Export Character Sheet"
print "6. Add Misc Stat bonus"
print "7. Add Misc Skill bonus"
print "8. Assign Armor/Shield to character"
print ""
print "X. Exit"
# Clear the clear_screen
cfgData.clear_screen()
#####################
### Sub Menu ###
#####################
def sloop1():
smloop = True
while smloop:
print_smenu1()
choice = raw_input("Enter you choice: ")
print
if choice == "1":
cfgData.clear_screen()
charCreate.create_char()
if choice == "2":
def stat_gain():
cfgData.clear_screen()
p = charMenu.char_menu()
menu_len = len(p)
while True:
s = int(raw_input("Select Character: "))
if s >= 1 and s <= menu_len:
break
else:
print "Invalid Selection! Select a character from the list"
skill_list = []
s -= 1
user_name = p[s]
with open(cfgData.char_dir + "/" + user_name + "/" + user_name + ".json",
"r") as cf:
char_dict = json.load(cf)
st_diff = char_dict['st_pot'] - char_dict['st_stat']
qu_diff = char_dict['qu_pot'] - char_dict['qu_stat']
pr_diff = char_dict['pr_pot'] - char_dict['pr_stat']
em_diff = char_dict['em_pot'] - char_dict['em_stat']
in_diff = char_dict['in_pot'] - char_dict['in_stat']
co_diff = char_dict['co_pot'] - char_dict['co_stat']
sd_diff = char_dict['sd_pot'] - char_dict['sd_stat']
ag_diff = char_dict['ag_pot'] - char_dict['ag_stat']
me_diff = char_dict['me_pot'] - char_dict['me_stat']
re_diff = char_dict['re_pot'] - char_dict['re_stat']
st_stat, qu_stat, pr_stat, em_stat, in_stat = char_dict[
'st_stat'], char_dict['qu_stat'], char_dict['pr_stat'], char_dict[
'em_stat'], char_dict['in_stat']
co_stat, sd_stat, ag_stat, me_stat, re_stat = char_dict[
'co_stat'], char_dict['sd_stat'], char_dict['ag_stat'], char_dict[
'me_stat'], char_dict['re_stat']
difflist = [[st_stat, st_diff, "ST", "st_stat"],
[qu_stat, qu_diff, "QU", "qu_stat"],
[pr_stat, pr_diff, "PR", "pr_stat"],
[in_stat, in_diff, "IN", "in_stat"],
[em_stat, em_diff, "EM", "em_stat"],
[co_stat, co_diff, "CO", "co_stat"],
[ag_stat, ag_diff, "AG", "ag_stat"],
[sd_stat, sd_diff, "SD", "sd_stat"],
[me_stat, me_diff, "ME", "me_stat"],
[re_stat, re_diff, "RE", "re_stat"]]
change = 0
#print difflist
for x in difflist:
print
print "Stat: {:2}".format(x[2])
roll = int(raw_input("Enter roll: "))
change = stat_gain_lookup(x[1], roll)
newStat = x[0] + change
print "Stat: {:2} had a change of {:<2}".format(x[2], change)
print "Prev: {:<3}".format(x[0])
print "Cur: {:<3}".format(newStat)
char_dict[x[3]] = newStat
#print char_dict[x[3]]
# Open chart of stat values
with open(cfgData.cfg_dir + "/sttchart.csv") as f:
statchart = f.read().splitlines()
sc = []
for x in statchart:
sc.append(x.split(","))
# Loop through statistics to pull bonuses
for x1 in sc:
if int(x1[0]) == int(char_dict['st_stat']):
stb, stdp, stpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['qu_stat']):
qub, qudp, qupp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['pr_stat']):
prb, prdp, prpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['in_stat']):
inb, indp, inpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['em_stat']):
emb, emdp, empp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['co_stat']):
cob, codp, copp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['ag_stat']):
agb, agdp, agpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['sd_stat']):
sdb, sddp, sdpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['me_stat']):
meb, medp, mepp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['re_stat']):
reb, redp, repp = x1[1], x1[2], x1[3]
###################
# Lookup Race Bonus
###################
with open(cfgData.cfg_dir + "/race.csv") as r:
racechart = r.read().splitlines()
r.close()
rc = []
for x in racechart:
rc.append(x.split(","))
# Race Bonus
for x2 in rc:
if x2[0] == char_dict['race']:
raceb = x2
#######################
# Calcalute Total Bonus
#######################
sttb = (int(stb) + int(raceb[1]) + int(char_dict['stmb']))
qutb = (int(qub) + int(raceb[2]) + int(char_dict['qumb']))
prtb = (int(prb) + int(raceb[3]) + int(char_dict['prmb']))
intb = (int(inb) + int(raceb[4]) + int(char_dict['inmb']))
emtb = (int(emb) + int(raceb[5]) + int(char_dict['emmb']))
cotb = (int(cob) + int(raceb[6]) + int(char_dict['comb']))
agtb = (int(agb) + int(raceb[7]) + int(char_dict['agmb']))
sdtb = (int(sdb) + int(raceb[8]) + int(char_dict['sdmb']))
metb = (int(meb) + int(raceb[9]) + int(char_dict['memb']))
retb = (int(reb) + int(raceb[10]) + int(char_dict['remb']))
tdp = char_dict['dp']
# Updaet character file
char_dict['sttb'], char_dict['qutb'] = sttb, qutb
char_dict['prtb'], char_dict['intb'] = prtb, intb
char_dict['emtb'], char_dict['cotb'] = emtb, cotb
char_dict['agtb'], char_dict['sdtb'] = agtb, sdtb
char_dict['metb'], char_dict['retb'] = metb, retb
# Power Point Math
stpp, qupp, copp, agpp, sdpp, mepp, repp = "-", "-", "-", "-", "-", "-", "-"
if char_dict['realm'] == "NULL":
prpp, inpp, empp = 0.0, 0.0, 0.0
tpp = 0.0
if char_dict['realm'] == "PR":
inpp, empp = 0.0, 0.0
tpp = prpp
if char_dict['realm'] == "IN":
empp, prpp = 0.0, 0.0
tpp = inpp
if char_dict['realm'] == "EM":
inpp, prpp = 0.0, 0.0
tpp = empp
if char_dict['realm'] == "IP":
empp = 0.0
tpp = (float(inpp) + float(prpp)) / 2
if char_dict['realm'] == "PE":
inpp = 0.0
tpp = (float(empp) + float(prpp)) / 2
if char_dict['realm'] == "IE":
prpp = 0.0
tpp = (float(inpp) + float(empp)) / 2
if char_dict['realm'] == "AR":
tpp = (float(inpp) + float(prpp) + float(empp)) / 3
# Development Point Math
stdp, qudp, emdp, indp, prdp = "-", "-", "-", "-", "-"
# Write Character data to file
with open(cfgData.char_dir + '/' + user_name + '/' + user_name + '.json',
'w') as f:
f.write(json.dumps(char_dict))
def show_char():
p = charMenu.char_menu()
menu_len = len(p)
while True:
s = int(raw_input("Select Character: "))
if s >= 1 and s <= menu_len:
break
else:
print "Invalid Selection! Select a character from the list"
# Open the file
char_dict = {}
s -= 1
char = p[s]
with open(cfgData.char_dir + "/" + char + "/" + char + ".json", "r") as cf:
char_dict = json.load(cf)
# Open chart of stat values
with open(cfgData.cfg_dir + "/sttchart.csv") as f:
statchart = f.read().splitlines()
sc = []
for x in statchart:
sc.append(x.split(","))
# Loop through statistics to pull bonuses
for x1 in sc:
#print x1[0],":",x1[1],":",x1[2],":",x1[3]
if int(x1[0]) == int(char_dict['st_stat']):
stb, stdp, stpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['qu_stat']):
qub, qudp, qupp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['pr_stat']):
prb, prdp, prpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['in_stat']):
inb, indp, inpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['em_stat']):
emb, emdp, empp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['co_stat']):
cob, codp, copp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['ag_stat']):
agb, agdp, agpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['sd_stat']):
sdb, sddp, sdpp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['me_stat']):
meb, medp, mepp = x1[1], x1[2], x1[3]
if int(x1[0]) == int(char_dict['re_stat']):
reb, redp, repp = x1[1], x1[2], x1[3]
###################
# Lookup Race Bonus
###################
with open(cfgData.cfg_dir + "/race.csv") as r:
racechart = r.read().splitlines()
r.close()
rc = []
for x in racechart:
rc.append(x.split(","))
# Race Bonus
for x2 in rc:
if x2[0] == char_dict['race']:
raceb = x2
#######################
# Calcalute Total Bonus
#######################
sttb = (int(stb) + int(raceb[1]) + int(char_dict['stmb']))
qutb = (int(qub) + int(raceb[2]) + int(char_dict['qumb']))
prtb = (int(prb) + int(raceb[3]) + int(char_dict['prmb']))
intb = (int(inb) + int(raceb[4]) + int(char_dict['inmb']))
emtb = (int(emb) + int(raceb[5]) + int(char_dict['emmb']))
cotb = (int(cob) + int(raceb[6]) + int(char_dict['comb']))
agtb = (int(agb) + int(raceb[7]) + int(char_dict['agmb']))
sdtb = (int(sdb) + int(raceb[8]) + int(char_dict['sdmb']))
metb = (int(meb) + int(raceb[9]) + int(char_dict['memb']))
retb = (int(reb) + int(raceb[10]) + int(char_dict['remb']))
tdp = char_dict['dp']
cfgData.clear_screen()
print "Calculating totals..."
print
# Create list of the level bonus
lblist = []
with open(cfgData.cfg_dir + "/pro.csv") as f:
llbonus = f.read()
for lb in llbonus.splitlines():
rt = lb.split(",")
if rt[0] == char_dict['pro_name']:
lblist = [
rt[9], rt[10], rt[11], rt[12], rt[13], rt[14], rt[15], rt[16],
rt[17], rt[18], rt[19], rt[20], rt[21], rt[22], rt[23], rt[24]
]
# Pull previously assigned weapon cost for normal weapon costs
for v in char_dict:
if v.isdigit():
index = v
if char_dict[v][0] == 'Dagger':
hs1 = char_dict[v][3]
if char_dict[v][0] == 'Mace':
hc1 = char_dict[v][3]
if char_dict[v][0] == 'Bola':
thr = char_dict[v][3]
if char_dict[v][0] == 'Quarterstaff':
h2 = char_dict[v][3]
if char_dict[v][0] == 'Short Bow':
msl = char_dict[v][3]
if char_dict[v][0] == 'Polearm':
pa = char_dict[v][3]
# Check if is a skill
sklist = []
for words in char_dict:
if words.isdigit():
index = words
sklist.append([
char_dict[words][0], char_dict[words][1], char_dict[words][2],
char_dict[words][3], char_dict[words][5], char_dict[words][6],
char_dict[words][7], char_dict[words][8], char_dict[words][10],
char_dict[words][11], char_dict[words][12],
char_dict[words][13], char_dict[words][14], index
])
# Lookup category and Calcalute lvl Bonus
if char_dict[words][4] == "academic":
lvl_bonus = int(lblist[0])
if char_dict[words][4] == "arms":
lvl_bonus = int(lblist[1])
if char_dict[words][4] == "athletic":
lvl_bonus = int(lblist[2])
if char_dict[words][4] == "base":
lvl_bonus = int(lblist[3])
if char_dict[words][4] == "body development":
lvl_bonus = int(lblist[4])
if char_dict[words][4] == "concentration":
lvl_bonus = int(lblist[5])
if char_dict[words][4] == "deadly":
lvl_bonus = int(lblist[6])
if char_dict[words][4] == "directed spells":
lvl_bonus = int(lblist[7])
if char_dict[words][4] == "general":
lvl_bonus = int(lblist[8])
if char_dict[words][4] == "linguistic":
lvl_bonus = int(lblist[9])
if char_dict[words][4] == "magical":
lvl_bonus = int(lblist[10])
if char_dict[words][4] == "medical":
lvl_bonus = int(lblist[11])
if char_dict[words][4] == "outdoor":
lvl_bonus = int(lblist[12])
if char_dict[words][4] == "perception":
lvl_bonus = int(lblist[13])
if char_dict[words][4] == "social":
lvl_bonus = int(lblist[14])
if char_dict[words][4] == "subterfuge":
lvl_bonus = int(lblist[15])
if char_dict['lvl'] <= 1:
lvl_mult = 1
elif char_dict['lvl'] >= 1 and char_dict['lvl'] <= 20:
lvl_mult = int(char_dict['lvl'])
else:
lvl_mult = 20
if char_dict['pro_name'] == "Fighter" and char_dict[words][
4] == "arms" and char_dict['lvl'] > 20:
lvl_bonus = 60 + (char_dict['lvl'] - 20)
else:
lvl_bonus = lvl_bonus * lvl_mult
char_dict[words][13] = lvl_bonus
# Update weapon costs
if not char_dict[words][2] == 'Polearm' or not char_dict[words][
2] == 'Missile':
if char_dict[words][0].startswith('TWC'):
if char_dict[words][2] == '1-HS':
weatype = hs1
elif char_dict[words][2] == 'Thrown':
weatype = thr
elif char_dict[words][2] == '1-HC':
weatype = hc1
elif char_dict[words][2] == '2-H':
weatype = h2
if len(weatype) == 1:
twc_wea = int(weatype) * 2
elif len(weatype) == 2:
twc_wea = int(weatype) * 2
elif len(weatype) == 3:
temp = weatype.split('/')
twc_wea = ` int(temp[0]) * 2 ` + "/" + ` int(
temp[1]) * 2 `
char_dict[words][3] = twc_wea
#print char_dict[words][0],":",char_dict[words][3]
# Set weapon cost if NULL
if char_dict[words][3] == 'NULL':
if char_dict[words][2] == '1-HS':
char_dict[words][3] = hs1
elif char_dict[words][2] == 'Thrown':
char_dict[words][3] = thr
elif char_dict[words][2] == '1-HC':
char_dict[words][3] = hc1
elif char_dict[words][2] == '2-H':
char_dict[words][3] = h2
elif char_dict[words][2] == 'Polearm':
char_dict[words][3] = pa
elif char_dict[words][2] == 'Missile':
char_dict[words][3] = msl
# Write Character data to file
with open(cfgData.char_dir + "/" + char + "/" + char + ".json",
"w") as f:
f.write(json.dumps(char_dict))
# Get stat total bonuses
stat = char_dict[words][1]
if len(stat) == 2:
if stat.upper() == "NA":
stat_bonus = 0
else:
if stat == "ST":
stat_bonus = sttb
elif stat == "QU":
stat_bonus = qutb
elif stat == "PR":
stat_bonus = prtb
elif stat == "IN":
stat_bonus = intb
elif stat == "EM":
stat_bonus = emtb
elif stat == "CO":
stat_bonus = cotb
elif stat == "AG":
stat_bonus = agtb
elif stat == "SD":
stat_bonus = sdtb
elif stat == "ME":
stat_bonus = metb
elif stat == "RE":
stat_bonus = retb
char_dict[words][11] = stat_bonus
elif len(stat) == 5:
stats = stat.split('/')
# Stat 1
if stats[0] == "ST":
stat_bonus1 = sttb
elif stats[0] == "QU":
stat_bonus1 = qutb
elif stats[0] == "PR":
stat_bonus1 = prtb
elif stats[0] == "IN":
stat_bonus1 = intb
elif stats[0] == "EM":
stat_bonus1 = emtb
elif stats[0] == "CO":
stat_bonus1 = cotb
elif stats[0] == "AG":
stat_bonus1 = agtb
elif stats[0] == "SD":
stat_bonus1 = sdtb
elif stats[0] == "ME":
stat_bonus1 = metb
elif stats[0] == "RE":
stat_bonus1 = retb
# Stat 2
if stats[1] == "ST":
stat_bonus2 = sttb
elif stats[1] == "QU":
stat_bonus2 = qutb
elif stats[1] == "PR":
stat_bonus2 = prtb
elif stats[1] == "IN":
stat_bonus2 = intb
elif stats[1] == "EM":
stat_bonus2 = emtb
elif stats[1] == "CO":
stat_bonus2 = cotb
elif stats[1] == "AG":
stat_bonus2 = agtb
elif stats[1] == "SD":
stat_bonus2 = sdtb
elif stats[1] == "ME":
stat_bonus2 = metb
elif stats[1] == "RE":
stat_bonus2 = retb
stat_bonus = (stat_bonus1 + stat_bonus2) / 2
char_dict[words][11] = cfgData.iround(stat_bonus)
elif len(stat) == 8:
stats = stat.split('/')
# Stat 1
if stats[0] == "ST":
stat_bonus1 = sttb
elif stats[0] == "QU":
stat_bonus1 = qutb
elif stats[0] == "PR":
stat_bonus1 = prtb
elif stats[0] == "IN":
stat_bonus1 = intb
elif stats[0] == "EM":
stat_bonus1 = emtb
elif stats[0] == "CO":
stat_bonus1 = cotb
elif stats[0] == "AG":
stat_bonus1 = agtb
elif stats[0] == "SD":
stat_bonus1 = sdtb
elif stats[0] == "ME":
stat_bonus1 = metb
elif stats[0] == "RE":
stat_bonus1 = retb
# Stat 2
if stats[1] == "ST":
stat_bonus2 = sttb
elif stats[1] == "QU":
stat_bonus2 = qutb
elif stats[1] == "PR":
stat_bonus2 = prtb
elif stats[1] == "IN":
stat_bonus2 = intb
elif stats[1] == "EM":
stat_bonus2 = emtb
elif stats[1] == "CO":
stat_bonus2 = cotb
elif stats[1] == "AG":
stat_bonus2 = agtb
elif stats[1] == "SD":
stat_bonus2 = sdtb
elif stats[1] == "ME":
stat_bonus2 = metb
elif stats[1] == "RE":
stat_bonus2 = retb
# Stat 3
if stats[2] == "ST":
stat_bonus3 = sttb
elif stats[2] == "QU":
stat_bonus3 = qutb
elif stats[2] == "PR":
stat_bonus3 = prtb
elif stats[2] == "IN":
stat_bonus3 = intb
elif stats[2] == "EM":
stat_bonus3 = emtb
elif stats[2] == "CO":
stat_bonus3 = cotb
elif stats[2] == "AG":
stat_bonus3 = agtb
elif stats[2] == "SD":
stat_bonus3 = sdtb
elif stats[2] == "ME":
stat_bonus3 = metb
elif stats[2] == "RE":
stat_bonus3 = retb
stat_bonus = (stat_bonus1 + stat_bonus2 + stat_bonus3) / 3
# Update dictionary
char_dict[words][11] = cfgData.iround(stat_bonus)
# Calcalute skill bonus
skill_rank_total = char_dict[words][5] + char_dict[words][
6] + char_dict[words][7] + char_dict[words][8]
if char_dict[words][0] == 'Maneuvering in Soft Leather':
skill_bonus = skill_rank_total * 5
elif char_dict[words][0] == 'Maneuvering in Rigid Leather':
skill_bonus = skill_rank_total * 5
elif char_dict[words][0] == 'Maneuvering in Chain':
skill_bonus = skill_rank_total * 5
elif char_dict[words][0] == 'Maneuvering in Plate':
skill_bonus = skill_rank_total * 5
elif skill_rank_total <= 10:
skill_bonus = skill_rank_total * 5
elif skill_rank_total >= 11 and skill_rank_total <= 20:
skill_bonus = 50 + ((skill_rank_total - 10) * 2)
elif skill_rank_total >= 21 and skill_rank_total <= 30:
skill_bonus = 70 + ((skill_rank_total - 20) * 1)
else:
skill_bonus = 80 + ((skill_rank_total - 30) * 0.5)
# Update dictionary
char_dict[words][10] = cfgData.iround(skill_bonus)
# Calcalute Total Skill Bonus
total_skill_bonus = char_dict[words][10] + char_dict[words][
11] + char_dict[words][12] + char_dict[words][13]
# Update dictionary
char_dict[words][14] = total_skill_bonus
# Write Character data to file
with open(cfgData.char_dir + "/" + char + "/" + char + ".json",
"w") as f:
f.write(json.dumps(char_dict))
# Power Point Math
stpp, qupp, copp, agpp, sdpp, mepp, repp = "-", "-", "-", "-", "-", "-", "-"
if char_dict['realm'] == "NULL":
prpp, inpp, empp = 0.0, 0.0, 0.0
tpp = 0.0
if char_dict['realm'] == "PR":
inpp, empp = 0.0, 0.0
tpp = prpp
if char_dict['realm'] == "IN":
empp, prpp = 0.0, 0.0
tpp = inpp
if char_dict['realm'] == "EM":
inpp, prpp = 0.0, 0.0
tpp = empp
if char_dict['realm'] == "IP":
empp = 0.0
tpp = (float(inpp) + float(prpp)) / 2
if char_dict['realm'] == "PE":
inpp = 0.0
tpp = (float(empp) + float(prpp)) / 2
if char_dict['realm'] == "IE":
prpp = 0.0
tpp = (float(inpp) + float(empp)) / 2
if char_dict['realm'] == "AR":
tpp = (float(inpp) + float(prpp) + float(empp)) / 3
# Development Point Math
stdp, qudp, emdp, indp, prdp = "-", "-", "-", "-", "-"
if char_dict['lvl'] == 0:
lvl = "AD"
elif char_dict['lvl'] == 0.5:
lvl = "AP"
else:
lvl = char_dict['lvl']
cfgData.clear_screen()
print
print "*", 93 * "-", "*"
print "| Name: {:<23} Level: {:2}{:13}Race: {:20}{:16}|".format(
char_dict['FullName'].title(), lvl, "", char_dict['race'], "")
print "| Profession: {:<18}Exp: {:<8}{:5}Next Level: {:<33} |".format(
char_dict['pro_name'].title(), char_dict['exp'], "",
char_dict['next_lvl'])
print "| Sex: {:<7}{:10}Age: {:<4}{:63}|".format(
char_dict['gender'].title(), "", char_dict['age'], "")
print "| Height: {:<7}{:4}Weight: {:<4}{:63}|".format(
char_dict['height'], " ", char_dict['weight'], "")
print "| Hair: {:<8}{:7}Eyes: {:<8}{:59}|".format(char_dict['hair'], "",
char_dict['eye'], "")
print "*", 93 * "-", "*"
print "| Stats |"
print "*", 93 * "-", "*"
print "| | | | Stat | Race | Dev | PP | Misc | Total |"
print "| | Current | Pot'l | Bonus | Bonus | Pts | Pts | Bonus | Bonus |"
print "*", 93 * "-", "*"
print "| Strength (ST) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['st_stat'], char_dict['st_pot'], stb, raceb[1], stdp, stpp,
char_dict['stmb'], sttb)
print "| Quickness (QU) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['qu_stat'], char_dict['qu_pot'], qub, raceb[2], qudp, qupp,
char_dict['qumb'], qutb)
print "| Presence (PR) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['pr_stat'], char_dict['pr_pot'], prb, raceb[3], prdp, prpp,
char_dict['prmb'], prtb)
print "| Intuition (IN) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['in_stat'], char_dict['in_pot'], inb, raceb[4], indp, inpp,
char_dict['inmb'], intb)
print "| Empathy (EM) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['em_stat'], char_dict['em_pot'], emb, raceb[5], emdp, empp,
char_dict['emmb'], emtb)
print "| Constitution (CO) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['co_stat'], char_dict['co_pot'], cob, raceb[6], codp, copp,
char_dict['comb'], cotb)
print "| Agility (AG) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['ag_stat'], char_dict['ag_pot'], agb, raceb[7], agdp, agpp,
char_dict['agmb'], agtb)
print "| Self Discipline (SD) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['sd_stat'], char_dict['sd_pot'], sdb, raceb[8], sddp, sdpp,
char_dict['sdmb'], sdtb)
print "| Memory (ME) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['me_stat'], char_dict['me_pot'], meb, raceb[9], medp, mepp,
char_dict['memb'], metb)
print "| Reasoning (RE) |{:^9}|{:^11}|{:^7}|{:^7}|{:^5}|{:^5}|{:^7}|{:^7}|".format(
char_dict['re_stat'], char_dict['re_pot'], reb, raceb[10], redp, repp,
char_dict['remb'], retb)
print "*", 93 * "-", "*"
print "| Development/Power Points:{:41}| {:^4}| {:^4}| |".format(
" ", tdp, tpp)
print "*", 93 * "-", "*"
print "| {:32} | Hobby | AD | AP | | Skill| Stat |Level| Misc | Total |".format(
" ")
print "| {:32} | Ranks |Ranks|Ranks|Ranks| Bonus| Bonus|Bonus| Bonus| Bonus |".format(
"Skill Name")
print "*", 93 * "-", "*"
sklist = []
for words in char_dict:
if words.isdigit():
if char_dict[words][5] > 0 or char_dict[words][6] > 0 or char_dict[
words][7] > 0 or char_dict[words][8] > 0:
print "| {:32} | {:^5} |{:^5}|{:^5}|{:^5}|{:^6}|{:^6}|{:^5}|{:^6}|{:^7}|".format(
char_dict[words][0], char_dict[words][5],
char_dict[words][6], char_dict[words][7],
char_dict[words][8], char_dict[words][10],
char_dict[words][11], char_dict[words][13],
char_dict[words][12], char_dict[words][14])
print "*", 93 * "-", "*"
print
print
def lang_set(char):
with open(cfgData.char_dir + "/" + char + "/" + char + ".json", "r") as cf:
char_dict = json.load(cf)
# Pull number of languages from race.csv
with open(cfgData.cfg_dir + "/lang.csv", "r") as la:
lan = la.read().splitlines()
#clear_screen()
num_of_lang = 0
with open(cfgData.cfg_dir + "/race.csv", "r") as rf:
racelist = rf.read().splitlines()
# loop thru race list to find a matching race
f = 0
while f < len(racelist):
x = racelist[f].split(',')
f += 1
if x[0] == char_dict['race']:
num_of_lang = x[16]
# Check if character's languages are set
check = 1
lcheck = []
while check <= int(num_of_lang):
lanSearch = "lang" + ` check `
if lanSearch in char_dict:
lcheck.append(check)
check += 1
if len(lcheck) == int(num_of_lang):
print "Base languages are already set."
print "Returning to Main Menu"
print
else:
with open(cfgData.cfg_dir + "/lc.csv", "r") as r:
lc = r.read().splitlines()
lanlist = []
lcnt = 1
while len(lanlist) < int(num_of_lang):
num = 1
j = 0
print "+", 87 * "=", "+"
for x in lc:
j = x.split(';')
print "| {:<2} | {:40}| {:40} |".format(j[0], j[1], j[2])
print "+", 87 * "=", "+"
print
# Create menu of languages
for y in lan:
print "{:<2}.) {:20}".format(num, y)
num += 1
lanch = ""
while lanch < 1 or lanch > len(lan):
try:
lanch = int(raw_input("Select Language: "))
except:
print "Enter a number between 1 and {:2}..".format(
len(lan))
lanspoke = ""
while lanspoke < 1 or lanspoke > 10:
try:
lanspoke = int(raw_input("Enter Spoken rank: "))
except:
print "Enter a number between 1 and 10.."
lanwritten = ""
while lanwritten < 1 or lanwritten > 10:
try:
lanwritten = int(raw_input("Enter Written rank: "))
except:
print "Enter a number between 1 and 10.."
lanlist.append(lan[lanch - 1])
lan.pop(lanch - 1)
y = "lang" + ` lcnt `
char_dict[y] = [lanlist[lcnt - 1], lanspoke, lanwritten]
lcnt += 1
# Add languages to dictionary
# Open character file to write out data
with open(cfgData.char_dir + "/" + char + "/" + char + ".json",
'w') as f:
f.write(json.dumps(char_dict))
cfgData.clear_screen()
def mbbonus():
p = charMenu.char_menu()
menu_len = len(p)
while True:
s = int(raw_input("Select Character: "))
if s >= 1 and s <= menu_len:
break
else:
print "Invalid Selection! Select a character from the list"
# Open the file
s -= 1
char = p[s]
with open(cfgData.char_dir + "/" + char + "/" + char + ".json", "r") as cf:
char_dict = json.load(cf)
stat_name = [["Strength", "stmb", "stb", "strb", "sttb"],
["Quickness", "qumb", "qub", "qurb", "qutb"],
["Presence", "prmb", "prb", "prrb", "prtb"],
["Intuition", "inmb", "inb", "inrb", "intb"],
["Empathy", "emmb", "emb", "emrb", "emtb"],
["Constitution", "comb", "cob", "corb", "cotb"],
["Agility", "agmb", "agb", "agrb", "agtb"],
["Self Discipline", "sdmb", "sdb", "sdrb", "sdtb"],
["Memory", "memb", "meb", "merb", "metb"],
["Reasoning", "remb", "reb", "rerb", "retb"]]
mb = ""
cfgData.clear_screen()
mbloop = True
while mbloop:
cnt, menu = 1, 0
print ""
print "+", 47 * "=", "+"
while cnt <= len(stat_name):
print "| {:>2}.) {:9}({:2}) {:>2}.) {:16}({:2}) |".format(
cnt, stat_name[menu][0], char_dict[stat_name[menu][1]],
cnt + 1, stat_name[menu + 1][0],
char_dict[stat_name[menu + 1][1]])
cnt += 2
menu += 2
print "|", 47 * " ", "|"
print "| {:>2}.) {:42}|".format("X", "Exit")
print "+", 47 * "=", "+"
print ""
le = 1
while le == 1:
try:
mbch = raw_input("Select a stat to increase: ")
if re.match("^[1-9xX]$", mbch):
le = 0
elif re.match("^10$", mbch):
le = 0
else:
print "Enter a number between 1 and 10!"
except:
print "Enter a number or X to exit"
# Run Misc Bonus function
if mbch.upper() == "X":
le = 0
mbloop = False
else:
j = int(mbch)
if 0 < j < 11:
mb = mbset(stat_name[int(mbch) - 1][1])
stat_total_bonus = int(
char_dict[stat_name[int(mbch) - 1][1]]) + int(
char_dict[stat_name[int(mbch) - 1][2]]) + int(
char_dict[stat_name[int(mbch) - 1][3]])
char_dict[stat_name[int(mbch) - 1][1]] = mb
char_dict[stat_name[int(mbch) - 1][4]] = stat_total_bonus
# Open character file to write out data
with open(cfgData.char_dir + "/" + char + "/" + char + ".json",
'w') as f:
f.write(json.dumps(char_dict))