def test_deoxys_d():
try:
create_table("deoxys defense")
calc_stat_product("deoxys defense")
except:
pass
PVP_stats = get_stat_product("deoxys defense", [0, 15, 15])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 2305927
assert round(PVP_stats[2]) == 100
def test_bronzong():
try:
create_table("bronzong")
calc_stat_product("bronzong")
except Exception as e:
print("table exists")
PVP_stats = get_stat_product("bronzong", [1, 15, 14])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 2050565
assert round(PVP_stats[2]) == 100
def test_altaria():
try:
create_table("altaria")
calc_stat_product("altaria")
except Exception as e:
print("table exists")
PVP_stats = get_stat_product("altaria", [0, 14, 15])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 2212160
assert round(PVP_stats[2]) == 100
def test_lanturn():
try:
create_table("lanturn")
calc_stat_product("lanturn")
except Exception as e:
print("table exists")
PVP_stats = get_stat_product("lanturn", [0, 13, 14])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 2177678
assert round(PVP_stats[2]) == 100
def test_azumarill():
try:
create_table("azumarill")
calc_stat_product("azumarill")
except Exception as e:
print(e)
PVP_stats = get_stat_product("azumarill", [8, 15, 15])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 2365612
assert round(PVP_stats[2]) == 100
def test_medicham():
try:
create_table("medicham")
calc_stat_product("medicham")
except Exception as e:
print(e)
PVP_stats = get_stat_product("medicham", [15, 15, 15])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 1900834
assert round(PVP_stats[2]) == 100
def test_skarmory():
try:
create_table("skarmory")
calc_stat_product("skarmory")
except Exception as e:
print("table exists")
PVP_stats = get_stat_product("skarmory", [0, 15, 14])
assert PVP_stats[0] == 1
assert round(PVP_stats[1]) == 2153020
assert round(PVP_stats[2]) == 100
def single_poke_analysis(single_entry):
from stat_product import get_stat_product, create_table, calc_stat_product
stats = read_stats(filename=None, single_entry=single_entry)
evo_pokemon = search_chosen.get()
# read cp multiplier and level data from text file
dic_cp_mult = read_cp_mult()
# read stardust and level data from csv file
dic_stardust = read_stardust()
dic_power_up = read_power_up_costs()
for entry in stats:
pokemon = entry[1]
t_IV = entry[3:] # order: atk, def, stam
# choose correct base stat for pokemon being analyzed
t_base_stats = read_base_stats(pokemon)
# guess by inputing IVs and possible cp_mult into cp equation
# narrow down levels & cp multipliers based on stardust
t_cp_mult, t_level = narrow_cp_mult(dic_cp_mult, dic_stardust, entry,
t_base_stats)
# calc evolution stats
evolve_stats = calc_evolve_cp(evo_pokemon, t_IV, t_level, t_cp_mult,
dic_cp_mult, dic_power_up)
# get PVP stat product
try:
create_table(evo_pokemon)
calc_stat_product(evo_pokemon)
except Exception as e:
pass #print(e)
PVP_stats = get_stat_product(evo_pokemon, t_IV)
# display tables for great league and perhaps ultra league
display_great_league(PVP_stats, entry, t_level, t_IV, evolve_stats,
evo_pokemon)
if show_ultra_league.get() is True:
display_ultra_league(PVP_stats, entry, t_level, t_IV, evolve_stats)
if show_master_league.get() is True:
display_master_league(PVP_stats, entry, t_level, t_IV,
evolve_stats)
def main():
from stat_product import get_stat_product, create_table, calc_stat_product
# set poke_file as global so that files can be fed in
# see read_many_files.py for usage
global poke_file
global evo_pokemon
global single_entry
global show_ultra_state
# read pokemon data from text file
try:
# poke_file has been defined in read_many_files.py as global var
stats = read_stats(poke_file)
except:
# poke_file hasn't been defined
poke_file = file_input()
stats = read_stats(poke_file)
# ask for evolution pokemon (assumes only one pokemon species in file)
if len(argv) == 2 and "csv" not in argv[1]:
# evolution input from command line, and input not mistaken for csv file
evo_pokemon = argv[1].lower()
print("Using target pokemon: {}".format(evo_pokemon))
elif len(argv) >= 3 and "csv" not in argv[1]:
# argv has [useless string, evo pokemon, poke file]
evo_pokemon = argv[1].lower()
elif len(argv) >= 2 and "csv" in argv[1]:
# no evo pokemon specified from command line, only files
evo_pokemon = input("Evolution pokemon?\n").lower()
print('Evolution pokemon chosen: ', evo_pokemon)
else:
try:
print('Evolution pokemon chosen: ', evo_pokemon)
except:
evo_pokemon = input("Evolution pokemon?\n").lower()
# read cp multiplier and level data from text file
dic_cp_mult = read_cp_mult()
#print(dic_cp_mult)
# read stardust and level data from csv file
dic_stardust = read_stardust()
#print(dic_stardust[1300])
dic_power_up = read_power_up_costs()
for entry in stats:
pokemon = entry[1]
t_IV = entry[3:] # order: atk, def, stam
# choose correct base stat for pokemon being analyzed
t_base_stats = read_base_stats(pokemon)
# guess by inputing IVs and possible cp_mult into cp equation
# narrow down levels & cp multipliers based on stardust
t_cp_mult, t_level = narrow_cp_mult(dic_cp_mult, dic_stardust, entry,
t_base_stats)
#print("t_list_levels", t_list_levels)
# calc evolution stats
dic_evolve_stats = calc_evolve_cp(evo_pokemon, t_IV, t_level,
t_cp_mult, dic_cp_mult, dic_power_up)
#print(evolve_stats)
# get PVP stat product
try:
#print("creating table for: {}".format(evo_pokemon))
create_table(evo_pokemon)
calc_stat_product(evo_pokemon)
except Exception as e:
#print(e)
pass #print(e)
PVP_stats = get_stat_product(evo_pokemon, t_IV)
# display Great League analysis
display_great_league(PVP_stats, entry, t_level, t_IV, dic_evolve_stats,
evo_pokemon)
# optionally display Ultra League analysis based on checkbox in GUI
try:
if show_ultra_state:
display_ultra_league(PVP_stats, entry, t_level, t_IV,
dic_evolve_stats)
if show_master_state:
display_master_league(PVP_stats, entry, t_level, t_IV,
dic_evolve_stats)
except Exception as e:
print(e)