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import_csv.py
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import_csv.py
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import csv
from player_data import set_value, set_name, set_shirt_name, nationalities, body_types
def load_csv(of, file):
try:
with open(file, 'r', encoding='utf-8') as csvf:
# list to store the names of columns
csv_reader = csv.reader(csvf, delimiter = ',')
list_of_column_names = []
# loop to iterate thorugh the rows of csv
for row in csv_reader:
# adding the first row
list_of_column_names = row
# breaking the loop after the
# first iteration itself
break
#print(list_of_column_names)
if 'ID' in list_of_column_names:
for row in csv_reader:
player_id = int(row[list_of_column_names.index('ID')])
# Basic settings
if 'NAME' in list_of_column_names:
csv_name=(row[list_of_column_names.index('NAME')])
# Here we limit the stat to already know konami range
#print(player_id, csv_name)
set_name(of, player_id, csv_name)
if 'SHIRT_NAME' in list_of_column_names:
csv_shirt_name=(row[list_of_column_names.index('SHIRT_NAME')])
# Here we limit the stat to already know konami range
#print(player_id, csv_shirt_name)
set_shirt_name(of, player_id, csv_shirt_name)
if 'CALLNAME ID' in list_of_column_names:
csv_callName=int(row[list_of_column_names.index('CALLNAME ID')])
# Here we limit the stat to already know konami range
#print(player_id, csv_callName)
set_value(of, player_id, 1, 0, 65535, csv_callName)
if 'NATIONALITY' in list_of_column_names:
csv_nation=row[list_of_column_names.index('NATIONALITY')]
if (csv_nation) in nationalities:
csv_nation = nationalities.index(csv_nation)
else:
csv_nation = nationalities.index("Nation Free")
#print(player_id, csv_nation)
set_value(of, player_id, 65, 0, 127, csv_nation)
if 'AGE' in list_of_column_names:
csv_age=int(row[list_of_column_names.index('AGE')])-15
# Here we limit the stat to already know konami range
#print(player_id, csv_age)
set_value(of, player_id, 65, 9, 31, csv_age)
if 'STRONG FOOT' in list_of_column_names:
csv_foot=(row[list_of_column_names.index('STRONG FOOT')])
# Here we limit the stat to already know konami range
if csv_foot=="R":
csv_foot=0
else:
csv_foot=1
#print(player_id, csv_foot)
set_value(of, player_id, 5, 0, 1, csv_foot)
if 'INJURY TOLERANCE' in list_of_column_names:
csv_injury=(row[list_of_column_names.index('INJURY TOLERANCE')])
if csv_injury == "A":
csv_injury = 2
elif csv_injury == "B":
csv_injury = 1
else:
csv_injury = 0
# Here we limit the stat to already know konami range
#print(player_id, csv_injury)
set_value(of, player_id, 33, 6, 3, csv_injury)
if 'DRIBBLE STYLE' in list_of_column_names:
csv_dribSty=int(row[list_of_column_names.index('DRIBBLE STYLE')]) - 1
# Here we limit the stat to already know konami range
#print(player_id, csv_dribSty)
set_value(of, player_id, 6, 0, 3, csv_dribSty)
if 'FREE KICK STYLE' in list_of_column_names:
csv_freekick=int(row[list_of_column_names.index('FREE KICK STYLE')]) - 1
# Here we limit the stat to already know konami range
#print(player_id, csv_freekick)
set_value(of, player_id, 5, 1, 15, csv_freekick)
if 'PK STYLE' in list_of_column_names:
csv_pkStyle=int(row[list_of_column_names.index('PK STYLE')]) - 1
# Here we limit the stat to already know konami range
#print(player_id, csv_pkStyle)
set_value(of, player_id, 5, 5, 7, csv_pkStyle)
if 'DROP KICK STYLE' in list_of_column_names:
csv_dkSty=int(row[list_of_column_names.index('DROP KICK STYLE')]) - 1
# Here we limit the stat to already know konami range
#print(player_id, csv_dkSty)
set_value(of, player_id, 6, 2, 3, csv_dkSty)
if 'GOAL CELEBRATION 1' in list_of_column_names:
csv_goal_c1=int(row[list_of_column_names.index('GOAL CELEBRATION 1')])
# Here we limit the stat to already know konami range
#print(player_id, csv_goal_c1)
set_value(of, player_id, 85-48, 1, 127, csv_goal_c1)
if 'GOAL CELEBRATION 2' in list_of_column_names:
csv_goal_c2=int(row[list_of_column_names.index('GOAL CELEBRATION 2')])
# Here we limit the stat to already know konami range
#print(player_id, csv_goal_c2)
set_value(of, player_id, 86-48, 0, 127, csv_goal_c2)
#if 'GROWTH TYPE' in list_of_column_names:
#csv_growth_type=int(row[list_of_column_names.index('GROWTH TYPE')])
# Here we limit the stat to already know konami range
#print(player_id, csv_growth_type)
#set_value(of, player_id, 87-48,2, 3, csv_growth_type)
# Position settings
if 'REGISTERED POSITION' in list_of_column_names:
csv_regPos=int(row[list_of_column_names.index('REGISTERED POSITION')])
# Here we limit the stat to already know konami range
#print(player_id, csv_regPos)
set_value(of, player_id, 6, 4, 15, csv_regPos)
if 'FAVOURED SIDE' in list_of_column_names:
csv_favSide=(row[list_of_column_names.index('FAVOURED SIDE')])
# Here we limit the stat to already know konami range
if csv_favSide=="R":
csv_favSide=0
elif csv_favSide=="L":
csv_favSide=1
else:
csv_favSide=2
#print(player_id, csv_favSide)
set_value(of, player_id, 33, 14, 3, csv_favSide)
if 'GK 0' in list_of_column_names:
csv_gk=int(row[list_of_column_names.index('GK 0')])
# Here we limit the stat to already know konami range
#if csv_gk<0:
# csv_gk=0
#elif csv_gk>1:
# csv_gk=1
#print(player_id, csv_gk)
set_value(of, player_id, 7, 7, 1, csv_gk)
if 'CWP 2' in list_of_column_names:
csv_cbwS=int(row[list_of_column_names.index('CWP 2')])
# Here we limit the stat to already know konami range
#if csv_cbwS<0:
# csv_cbwS=0
#elif csv_cbwS>1:
# csv_cbwS=1
#print(player_id, csv_cbwS)
set_value(of, player_id, 7, 15, 1, csv_cbwS)
if 'CBT 3' in list_of_column_names:
csv_cbt=int(row[list_of_column_names.index('CBT 3')])
# Here we limit the stat to already know konami range
#if csv_cbt<0:
# csv_cbt=0
#elif csv_cbt>1:
# csv_cbt=1
#print(player_id, csv_cbt)
set_value(of, player_id, 9, 7, 1, csv_cbt)
if 'SB 4' in list_of_column_names:
csv_sb=int(row[list_of_column_names.index('SB 4')])
# Here we limit the stat to already know konami range
#if csv_sb<0:
# csv_sb=0
#elif csv_sb>1:
# csv_sb=1
#print(player_id, csv_sb)
set_value(of, player_id, 9, 15, 1, csv_sb)
if 'DMF 5' in list_of_column_names:
csv_dm=int(row[list_of_column_names.index('DMF 5')])
# Here we limit the stat to already know konami range
if player_id==1474:
print(player_id, csv_dm)
set_value(of, player_id, 11, 7, 1, csv_dm)
if 'WB 6' in list_of_column_names:
csv_wb=int(row[list_of_column_names.index('WB 6')])
# Here we limit the stat to already know konami range
#if csv_wb<0:
# csv_wb=0
#elif csv_wb>1:
# csv_wb=1
#print(player_id, csv_wb)
set_value(of, player_id, 11, 15, 1, csv_wb)
if 'CMF 7' in list_of_column_names:
csv_cm=int(row[list_of_column_names.index('CMF 7')])
# Here we limit the stat to already know konami range
#if csv_cm<0:
# csv_cm=0
#elif csv_cm>1:
# csv_cm=1
#print(player_id, csv_cm)
set_value(of, player_id, 13, 7, 1, csv_cm)
if 'SMF 8' in list_of_column_names:
csv_sm=int(row[list_of_column_names.index('SMF 8')])
# Here we limit the stat to already know konami range
#if csv_sm<0:
# csv_sm=0
#elif csv_sm>1:
# csv_sm=1
#print(player_id, csv_sm)
set_value(of, player_id, 13, 15, 1, csv_sm)
if 'AMF 9' in list_of_column_names:
csv_om=int(row[list_of_column_names.index('AMF 9')])
# Here we limit the stat to already know konami range
#if csv_om<0:
# csv_om=0
#elif csv_om>1:
# csv_om=1
#print(player_id, csv_om)
set_value(of, player_id, 15, 7, 1, csv_om)
if 'WF 10' in list_of_column_names:
csv_wg=int(row[list_of_column_names.index('WF 10')])
# Here we limit the stat to already know konami range
#if csv_wg<0:
# csv_wg=0
#elif csv_wg>1:
# csv_wg=1
#print(player_id, csv_wg)
set_value(of, player_id, 15, 15, 1, csv_wg)
if 'SS 11' in list_of_column_names:
csv_ss=int(row[list_of_column_names.index('SS 11')])
# Here we limit the stat to already know konami range
#if csv_ss<0:
# csv_ss=0
#elif csv_ss>1:
# csv_ss=1
#print(player_id, csv_ss)
set_value(of, player_id, 17, 7, 1, csv_ss)
if 'CF 12' in list_of_column_names:
csv_cf=int(row[list_of_column_names.index('CF 12')])
# Here we limit the stat to already know konami range
#if csv_cf<0:
# csv_cf=0
#elif csv_cf>1:
# csv_cf=1
#print(player_id, csv_cf)
set_value(of, player_id, 17, 15, 1, csv_cf)
# Player ability settings
if 'WEAK FOOT ACCURACY' in list_of_column_names:
csv_wfa=int(row[list_of_column_names.index('WEAK FOOT ACCURACY')]) - 1
# Here we limit the stat to already know konami range
#print(player_id, csv_wfa)
set_value(of, player_id, 33, 11, 7, csv_wfa)
if 'WEAK FOOT FREQUENCY' in list_of_column_names:
csv_wff=int(row[list_of_column_names.index('WEAK FOOT FREQUENCY')]) - 1
# Here we limit the stat to already know konami range
#print(player_id, csv_wff)
set_value(of, player_id, 33, 3, 7, csv_wff)
if 'ATTACK' in list_of_column_names:
csv_attack=int(row[list_of_column_names.index('ATTACK')])
# Here we limit the stat to already know konami range
#if csv_attack<=0:
# csv_attack=1
#elif csv_attack>99:
# csv_attack=99
#print(player_id, csv_attack)
set_value(of, player_id, 7, 0, 127, csv_attack)
if 'DEFENSE' in list_of_column_names:
csv_defence=int(row[list_of_column_names.index('DEFENSE')])
# Here we limit the stat to already know konami range
#if csv_defence<=0:
# csv_defence=1
#elif csv_defence>99:
# csv_defence=99
#print(player_id, csv_defence)
set_value(of, player_id, 8, 0, 127, csv_defence)
if 'BALANCE' in list_of_column_names:
csv_balance=int(row[list_of_column_names.index('BALANCE')])
# Here we limit the stat to already know konami range
#if csv_balance<=0:
# csv_balance=1
#elif csv_balance>99:
# csv_balance=99
#print(player_id, csv_balance)
set_value(of, player_id, 9, 0, 127, csv_balance)
if 'STAMINA' in list_of_column_names:
csv_stamina=int(row[list_of_column_names.index('STAMINA')])
# Here we limit the stat to already know konami range
#if csv_stamina<=0:
# csv_stamina=1
#elif csv_stamina>99:
# csv_stamina=99
#print(player_id, csv_stamina)
set_value(of, player_id, 10, 0, 127, csv_stamina)
if 'TOP SPEED' in list_of_column_names:
csv_speed=int(row[list_of_column_names.index('TOP SPEED')])
# Here we limit the stat to already know konami range
#if csv_speed<=0:
# csv_speed=1
#elif csv_speed>99:
# csv_speed=99
#print(player_id, csv_speed)
set_value(of, player_id, 11, 0, 127, csv_speed)
if 'ACCELERATION' in list_of_column_names:
csv_accel=int(row[list_of_column_names.index('ACCELERATION')])
# Here we limit the stat to already know konami range
#if csv_accel<=0:
# csv_accel=1
#elif csv_accel>99:
# csv_accel=99
#print(player_id, csv_accel)
set_value(of, player_id, 12, 0, 127, csv_accel)
if 'RESPONSE' in list_of_column_names:
csv_response=int(row[list_of_column_names.index('RESPONSE')])
# Here we limit the stat to already know konami range
#if csv_response<=0:
# csv_response=1
#elif csv_response>99:
# csv_response=99
#print(player_id, csv_response)
set_value(of, player_id, 13, 0, 127, csv_response)
if 'AGILITY' in list_of_column_names:
csv_agility=int(row[list_of_column_names.index('AGILITY')])
# Here we limit the stat to already know konami range
#if csv_agility<=0:
# csv_agility=1
#elif csv_agility>99:
# csv_agility=99
#print(player_id, csv_agility)
set_value(of, player_id, 14, 0, 127, csv_agility)
if 'DRIBBLE ACCURACY' in list_of_column_names:
csv_dribAcc=int(row[list_of_column_names.index('DRIBBLE ACCURACY')])
# Here we limit the stat to already know konami range
#if csv_dribAcc<=0:
# csv_dribAcc=1
#elif csv_dribAcc>99:
# csv_dribAcc=99
#print(player_id, csv_dribAcc)
set_value(of, player_id, 15, 0, 127, csv_dribAcc)
if 'DRIBBLE SPEED' in list_of_column_names:
csv_dribSpe=int(row[list_of_column_names.index('DRIBBLE SPEED')])
# Here we limit the stat to already know konami range
#if csv_dribSpe<=0:
# csv_dribSpe=1
#elif csv_dribSpe>99:
# csv_dribSpe=99
#print(player_id, csv_dribSpe)
set_value(of, player_id, 16, 0, 127, csv_dribSpe)
#hasta aca llegaste wacho
if 'SHORT PASS ACCURACY' in list_of_column_names:
csv_sPassAcc=int(row[list_of_column_names.index('SHORT PASS ACCURACY')])
# Here we limit the stat to already know konami range
#if csv_sPassAcc<=0:
# csv_sPassAcc=1
#elif csv_sPassAcc>99:
# csv_sPassAcc=99
#print(player_id, csv_sPassAcc)
set_value(of, player_id, 17, 0, 127, csv_sPassAcc)
if 'SHORT PASS SPEED' in list_of_column_names:
csv_sPassSpe=int(row[list_of_column_names.index('SHORT PASS SPEED')])
# Here we limit the stat to already know konami range
#if csv_sPassSpe<=0:
# csv_sPassSpe=1
#elif csv_sPassSpe>99:
# csv_sPassSpe=99
#print(player_id, csv_sPassSpe)
set_value(of, player_id, 18, 0, 127, csv_sPassSpe)
if 'LONG PASS ACCURACY' in list_of_column_names:
csv_lPassAcc=int(row[list_of_column_names.index('LONG PASS ACCURACY')])
# Here we limit the stat to already know konami range
#if csv_lPassAcc<=0:
# csv_lPassAcc=1
#elif csv_lPassAcc>99:
# csv_lPassAcc=99
#print(player_id, csv_lPassAcc)
set_value(of, player_id, 19, 0, 127, csv_lPassAcc)
if 'LONG PASS SPEED' in list_of_column_names:
csv_lPassSpe=int(row[list_of_column_names.index('LONG PASS SPEED')])
# Here we limit the stat to already know konami range
#if csv_lPassSpe<=0:
# csv_lPassSpe=1
#elif csv_lPassSpe>99:
# csv_lPassSpe=99
#print(player_id, csv_lPassSpe)
set_value(of, player_id, 20, 0, 127, csv_lPassSpe)
if 'SHOT ACCURACY' in list_of_column_names:
csv_shotAcc=int(row[list_of_column_names.index('SHOT ACCURACY')])
# Here we limit the stat to already know konami range
#if csv_shotAcc<=0:
# csv_shotAcc=1
#elif csv_shotAcc>99:
# csv_shotAcc=99
#print(player_id, csv_shotAcc)
set_value(of, player_id, 21, 0, 127, csv_shotAcc)
if 'SHOT POWER' in list_of_column_names:
csv_shotPow=int(row[list_of_column_names.index('SHOT POWER')])
# Here we limit the stat to already know konami range
#if csv_shotPow<=0:
# csv_shotPow=1
#elif csv_shotPow>99:
# csv_shotPow=99
#print(player_id, csv_shotPow)
set_value(of, player_id, 22, 0, 127, csv_shotPow)
if 'SHOT TECHNIQUE' in list_of_column_names:
csv_shotTec=int(row[list_of_column_names.index('SHOT TECHNIQUE')])
# Here we limit the stat to already know konami range
#if csv_shotTec<=0:
# csv_shotTec=1
#elif csv_shotTec>99:
# csv_shotTec=99
#print(player_id, csv_shotTec)
set_value(of, player_id, 23, 0, 127, csv_shotTec)
if 'FREE KICK ACCURACY' in list_of_column_names:
csv_fk=int(row[list_of_column_names.index('FREE KICK ACCURACY')])
# Here we limit the stat to already know konami range
#if csv_fk<=0:
# csv_fk=1
#elif csv_fk>99:
# csv_fk=99
#print(player_id, csv_fk)
set_value(of, player_id, 24, 0, 127, csv_fk)
if 'SWERVE' in list_of_column_names:
csv_swerve=int(row[list_of_column_names.index('SWERVE')])
# Here we limit the stat to already know konami range
#if csv_curling<=0:
# csv_curling=1
#elif csv_curling>99:
# csv_curling=99
#print(player_id, csv_curling)
set_value(of, player_id, 25, 0, 127, csv_swerve)
if 'HEADING' in list_of_column_names:
csv_heading=int(row[list_of_column_names.index('HEADING')])
# Here we limit the stat to already know konami range
#if csv_heading<=0:
# csv_heading=1
#elif csv_heading>99:
# csv_heading=99
#print(player_id, csv_heading)
set_value(of, player_id, 26, 0, 127, csv_heading)
if 'JUMP' in list_of_column_names:
csv_jump=int(row[list_of_column_names.index('JUMP')])
# Here we limit the stat to already know konami range
#if csv_jump<=0:
# csv_jump=1
#elif csv_jump>99:
# csv_jump=99
#print(player_id, csv_jump)
set_value(of, player_id, 27, 0, 127, csv_jump)
if 'TECHNIQUE' in list_of_column_names:
csv_tech=int(row[list_of_column_names.index('TECHNIQUE')])
# Here we limit the stat to already know konami range
#if csv_tech<=0:
# csv_tech=1
#elif csv_tech>99:
# csv_tech=99
#print(player_id, csv_tech)
set_value(of, player_id, 29, 0, 127, csv_tech)
if 'AGGRESSION' in list_of_column_names:
csv_aggress=int(row[list_of_column_names.index('AGGRESSION')])
# Here we limit the stat to already know konami range
#if csv_aggress<=0:
# csv_aggress=1
#elif csv_aggress>99:
# csv_aggress=99
#print(player_id, csv_aggress)
set_value(of, player_id, 30, 0, 127, csv_aggress)
if 'MENTALITY' in list_of_column_names:
csv_mental=int(row[list_of_column_names.index('MENTALITY')])
# Here we limit the stat to already know konami range
#if csv_mental<=0:
# csv_mental=1
#elif csv_mental>99:
# csv_mental=99
#print(player_id, csv_mental)
set_value(of, player_id, 31, 0, 127, csv_mental)
if 'CONSISTENCY' in list_of_column_names:
csv_consistency=int(row[list_of_column_names.index('CONSISTENCY')]) - 1
# Here we limit the stat to already know konami range
#if csv_consistency<0:
# csv_consistency=0
#elif csv_consistency>7:
# csv_consistency=7
#print(player_id, csv_consistency)
set_value(of, player_id, 33, 0, 7, csv_consistency)
if 'GOAL KEEPING' in list_of_column_names:
csv_gkAbil=int(row[list_of_column_names.index('GOAL KEEPING')])
# Here we limit the stat to already know konami range
#if csv_gkAbil<=0:
# csv_gkAbil=1
#elif csv_gkAbil>99:
# csv_gkAbil=99
#print(player_id, csv_gkAbil)
set_value(of, player_id, 32, 0, 127, csv_gkAbil)
if 'TEAM WORK' in list_of_column_names:
csv_team=int(row[list_of_column_names.index('TEAM WORK')])
# Here we limit the stat to already know konami range
#if csv_team<=0:
# csv_team=1
#elif csv_team>99:
# csv_team=99
#print(player_id, csv_team)
set_value(of, player_id, 28, 0, 127, csv_team)
if 'CONDITION / FITNESS' in list_of_column_names:
csv_condition=int(row[list_of_column_names.index('CONDITION / FITNESS')]) - 1
# Here we limit the stat to already know konami range
#if csv_condition<0:
# csv_condition=0
#elif csv_condition>7:
# csv_condition=7
#print(player_id, csv_condition)
set_value(of, player_id, 33, 8, 7, csv_condition)
if 'DRIBBLING' in list_of_column_names:
csv_drib=int(row[list_of_column_names.index('DRIBBLING')])
# Here we limit the stat to already know konami range
#if csv_drib<0:
# csv_drib=0
#elif csv_drib>1:
# csv_drib=1
#print(player_id, csv_drib)
set_value(of, player_id, 21, 7, 1, csv_drib)
if 'TACTICAL DRIBBLE' in list_of_column_names:
csv_dribKeep=int(row[list_of_column_names.index('TACTICAL DRIBBLE')])
# Here we limit the stat to already know konami range
#if csv_dribKeep<0:
# csv_dribKeep=0
#elif csv_dribKeep>1:
# csv_dribKeep=1
#print(player_id, csv_dribKeep)
set_value(of, player_id, 21, 15, 1, csv_dribKeep)
if 'POST PLAYER' in list_of_column_names:
csv_post=int(row[list_of_column_names.index('POST PLAYER')])
# Here we limit the stat to already know konami range
#if csv_post<0:
# csv_post=0
#elif csv_post>1:
# csv_post=1
#print(player_id, csv_post)
set_value(of, player_id, 29, 7, 1, csv_post)
if 'POSITIONING' in list_of_column_names:
csv_posit=int(row[list_of_column_names.index('POSITIONING')])
# Here we limit the stat to already know konami range
#if csv_posit<0:
# csv_posit=0
#elif csv_posit>1:
# csv_posit=1
#print(player_id, csv_posit)
set_value(of, player_id, 23, 7, 1, csv_posit)
if 'REACTION' in list_of_column_names:
csv_offside=int(row[list_of_column_names.index('REACTION')])
# Here we limit the stat to already know konami range
#if csv_offside<0:
# csv_offside=0
#elif csv_offside>1:
# csv_offside=1
#print(player_id, csv_offside)
set_value(of, player_id, 23, 15, 1, csv_offside)
if 'LINES' in list_of_column_names:
csv_linePos=int(row[list_of_column_names.index('LINES')])
# Here we limit the stat to already know konami range
#if csv_linePos<0:
# csv_linePos=0
#elif csv_linePos>1:
# csv_linePos=1
#print(player_id, csv_linePos)
set_value(of, player_id, 29, 15, 1, csv_linePos)
if 'MIDDLE SHOOTING' in list_of_column_names:
csv_midShot=int(row[list_of_column_names.index('MIDDLE SHOOTING')])
# Here we limit the stat to already know konami range
#if csv_midShot<0:
# csv_midShot=0
#elif csv_midShot>1:
# csv_midShot=1
#print(player_id, csv_midShot)
set_value(of, player_id, 31, 7, 1, csv_midShot)
if 'SCORING' in list_of_column_names:
csv_scorer=int(row[list_of_column_names.index('SCORING')])
# Here we limit the stat to already know konami range
#if csv_scorer<0:
# csv_scorer=0
#elif csv_scorer>1:
# csv_scorer=1
#print(player_id, csv_scorer)
set_value(of, player_id, 27, 7, 1, csv_scorer)
if 'PLAYMAKING' in list_of_column_names:
csv_play=int(row[list_of_column_names.index('PLAYMAKING')])
# Here we limit the stat to already know konami range
#if csv_play<0:
# csv_play=0
#elif csv_play>1:
# csv_play=1
#print(player_id, csv_play)
set_value(of, player_id, 25, 7, 1, csv_play)
if 'PASSING' in list_of_column_names:
csv_pass=int(row[list_of_column_names.index('PASSING')])
# Here we limit the stat to already know konami range
#if csv_pass<0:
# csv_pass=0
#elif csv_pass>1:
# csv_pass=1
#print(player_id, csv_pass)
set_value(of, player_id, 25, 15, 1, csv_pass)
if 'PENALTIES' in list_of_column_names:
csv_pk=int(row[list_of_column_names.index('PENALTIES')])
# Here we limit the stat to already know konami range
#if csv_pk<0:
# csv_pk=0
#elif csv_pk>1:
# csv_pk=1
#print(player_id, csv_pk)
set_value(of, player_id, 19, 7, 1, csv_pk)
if '1-1 SCORING' in list_of_column_names:
csv_k11=int(row[list_of_column_names.index('1-1 SCORING')])
# Here we limit the stat to already know konami range
#if csv_k11<0:
# csv_k11=0
#elif csv_k11>1:
# csv_k11=1
#print(player_id, csv_k11)
set_value(of, player_id, 27, 15, 1, csv_k11)
if 'LONG THROW' in list_of_column_names:
csv_longThrow=int(row[list_of_column_names.index('LONG THROW')])
# Here we limit the stat to already know konami range
#if csv_longThrow<0:
# csv_longThrow=0
#elif csv_longThrow>1:
# csv_longThrow=1
#print(player_id, csv_longThrow)
set_value(of, player_id, 37, 7, 1, csv_longThrow)
if '1-TOUCH PASS' in list_of_column_names:
csv_direct=int(row[list_of_column_names.index('1-TOUCH PASS')])
# Here we limit the stat to already know konami range
#if csv_direct<0:
# csv_direct=0
#elif csv_direct>1:
# csv_direct=1
#print(player_id, csv_direct)
set_value(of, player_id, 35, 0, 1, csv_direct)
if 'SIDE' in list_of_column_names:
csv_side=int(row[list_of_column_names.index('SIDE')])
# Here we limit the stat to already know konami range
#if csv_side<0:
# csv_side=0
#elif csv_side>1:
# csv_side=1
#print(player_id, csv_side)
set_value(of, player_id, 31, 15, 1, csv_side)
if 'CENTRE' in list_of_column_names:
csv_centre=int(row[list_of_column_names.index('CENTRE')])
# Here we limit the stat to already know konami range
#if csv_centre<0:
# csv_centre=0
#elif csv_centre>1:
# csv_centre=1
#print(player_id, csv_centre)
set_value(of, player_id, 19, 15, 1, csv_centre)
if 'OUTSIDE' in list_of_column_names:
csv_outside=int(row[list_of_column_names.index('OUTSIDE')])
# Here we limit the stat to already know konami range
#if csv_outside<0:
# csv_outside=0
#elif csv_outside>1:
# csv_outside=1
#print(player_id, csv_outside)
set_value(of, player_id, 35, 1, 1, csv_outside)
if 'MARKING' in list_of_column_names:
csv_man=int(row[list_of_column_names.index('MARKING')])
# Here we limit the stat to already know konami range
#if csv_man<0:
# csv_man=0
#elif csv_man>1:
# csv_man=1
#print(player_id, csv_man)
set_value(of, player_id, 35, 2, 1, csv_man)
if 'D-LINE CONTROL' in list_of_column_names:
csv_dLine=int(row[list_of_column_names.index('D-LINE CONTROL')])
# Here we limit the stat to already know konami range
#if csv_dLine<0:
# csv_dLine=0
#elif csv_dLine>1:
# csv_dLine=1
#print(player_id, csv_dLine)
set_value(of, player_id, 35, 5, 1, csv_dLine)
if 'SLIDING' in list_of_column_names:
csv_slide=int(row[list_of_column_names.index('SLIDING')])
# Here we limit the stat to already know konami range
#if csv_slide<0:
# csv_slide=0
#elif csv_slide>1:
# csv_slide=1
#print(player_id, csv_slide)
set_value(of, player_id, 35, 3, 1, csv_slide)
if 'COVERING' in list_of_column_names:
csv_cover=int(row[list_of_column_names.index('COVERING')])
# Here we limit the stat to already know konami range
#if csv_cover<0:
# csv_cover=0
#elif csv_cover>1:
# csv_cover=1
#print(player_id, csv_cover)
set_value(of, player_id, 35, 4, 1, csv_cover)
if 'PENALTY STOPPER' in list_of_column_names:
csv_keeperPK=int(row[list_of_column_names.index('PENALTY STOPPER')])
# Here we limit the stat to already know konami range
#if csv_keeperPK<0:
# csv_keeperPK=0
#elif csv_keeperPK>1:
# csv_keeperPK=1
#print(player_id, csv_keeperPK)
set_value(of, player_id, 35, 6, 1, csv_keeperPK)
if '1-ON-1 STOPPER' in list_of_column_names:
csv_keeper11=int(row[list_of_column_names.index('1-ON-1 STOPPER')])
# Here we limit the stat to already know konami range
#if csv_keeper11<0:
# csv_keeper11=0
#elif csv_keeper11>1:
# csv_keeper11=1
#print(player_id, csv_keeper11)
set_value(of, player_id, 35, 7, 1, csv_keeper11)
if 'FACE TYPE' in list_of_column_names:
csv_face_type = (row[list_of_column_names.index('FACE TYPE')])
#print(player_id, csv_face_type)
if csv_face_type == "BUILD":
csv_face_type = 0
elif csv_face_type == "PRESET SPECIAL":
csv_face_type = 1
elif csv_face_type == "PRESET NORMAL":
csv_face_type = 2
else:
csv_face_type = 0
set_value(of, player_id, 55, 0, 3, csv_face_type)
if 'SKIN COLOUR' in list_of_column_names:
csv_skin_colour = int(row[list_of_column_names.index('SKIN COLOUR')]) - 1
#print(player_id, csv_skin_colour)
set_value(of, player_id, 41, 6, 3, csv_skin_colour)
if 'HEAD HEIGHT' in list_of_column_names:
csv_head_height = int(row[list_of_column_names.index('HEAD HEIGHT')]) + 7
#print(player_id, csv_head_height)
set_value(of, player_id, 43, 3, 15, csv_head_height)
if 'HEAD WIDTH' in list_of_column_names:
csv_head_width = int(row[list_of_column_names.index('HEAD WIDTH')]) + 7
#print(player_id, csv_head_width)
set_value(of, player_id, 43, 7, 15, csv_head_width)
if 'FACE ID' in list_of_column_names:
csv_face_id = int(row[list_of_column_names.index('FACE ID')]) - 1
#print(player_id, csv_face_id)
set_value(of, player_id, 53, 5, 511, csv_face_id)
if 'HEAD OVERALL POSITION' in list_of_column_names:
csv_head_ov_pos = int(row[list_of_column_names.index('HEAD OVERALL POSITION')]) + 3
#print(player_id, csv_head_ov_pos)
set_value(of, player_id, 124-48, 5, 7, csv_head_ov_pos)
# Brows menu
if 'BROWS TYPE' in list_of_column_names:
csv_brows_type = int(row[list_of_column_names.index('BROWS TYPE')]) - 1
#print(player_id, csv_brows_type)
set_value(of, player_id, 71, 5, 31, csv_brows_type)
if 'BROWS ANGLE' in list_of_column_names:
csv_brows_angle = (int(row[list_of_column_names.index('BROWS ANGLE')])* - 1) + 3
#print(player_id, csv_brows_angle)
set_value(of, player_id, 71, 2, 7, csv_brows_angle)
if 'BROWS HEIGHT' in list_of_column_names:
csv_brows_height = (int(row[list_of_column_names.index('BROWS HEIGHT')])* - 1) + 3
#print(player_id, csv_brows_height)
set_value(of, player_id, 70, 4, 7, csv_brows_height)
if 'BROWS SPACING' in list_of_column_names:
csv_brows_spacing = (int(row[list_of_column_names.index('BROWS SPACING')])* - 1) + 3
#print(player_id, csv_brows_spacing)
set_value(of, player_id, 70, 7, 7, csv_brows_spacing)
# Eyes menu
if 'EYES TYPE' in list_of_column_names:
csv_eyes_type = int(row[list_of_column_names.index('EYES TYPE')]) - 1
#print(player_id, csv_eyes_type)
set_value(of, player_id, 68, 3, 31, csv_eyes_type)
if 'EYES POSITION' in list_of_column_names:
csv_eyes_position = (int(row[list_of_column_names.index('EYES POSITION')])* - 1) + 3
#print(player_id, csv_eyes_position)
set_value(of, player_id, 69, 0, 7, csv_eyes_position)
if 'EYES ANGLE' in list_of_column_names:
csv_eyes_angle = (int(row[list_of_column_names.index('EYES ANGLE')])* - 1) + 3
#print(player_id, csv_eyes_angle)
set_value(of, player_id, 69, 3, 7, csv_eyes_angle)
if 'EYES LENGTH' in list_of_column_names:
csv_eyes_lenght = (int(row[list_of_column_names.index('EYES LENGTH')])* - 1) + 3
#print(player_id, csv_eyes_lenght)
set_value(of, player_id, 69, 6, 7, csv_eyes_lenght)
if 'EYES WIDTH' in list_of_column_names:
csv_eyes_width = (int(row[list_of_column_names.index('EYES WIDTH')])* - 1) + 3
#print(player_id, csv_eyes_width)
set_value(of, player_id, 70, 1, 7, csv_eyes_width)
if 'EYES COLOUR 1' in list_of_column_names:
csv_eyes_c1 = int(row[list_of_column_names.index('EYES COLOUR 1')]) - 1
#print(player_id, csv_eyes_c1)
set_value(of, player_id, 46, 9, 3, csv_eyes_c1)
if 'EYES COLOUR 2' in list_of_column_names:
csv_eyes_c2 = (row[list_of_column_names.index('EYES COLOUR 2')])
if csv_eyes_c2 == "BLACK 1":
csv_eyes_c2 = 0
elif csv_eyes_c2 == "BLACK 2":
csv_eyes_c2 = 1
elif csv_eyes_c2 == "DARK GREY 1":
csv_eyes_c2 = 2
elif csv_eyes_c2 == "DARK GREY 2":
csv_eyes_c2 = 3
elif csv_eyes_c2 == "BROWN 1":
csv_eyes_c2 = 4
elif csv_eyes_c2 == "BROWN 2":
csv_eyes_c2 = 5
elif csv_eyes_c2 == "LIGHT BLUE 1":
csv_eyes_c2 = 6
elif csv_eyes_c2 == "LIGHT BLUE 2":
csv_eyes_c2 = 7
elif csv_eyes_c2 == "BLUE 1":
csv_eyes_c2 = 8
elif csv_eyes_c2 == "BLUE 2":
csv_eyes_c2 = 9
elif csv_eyes_c2 == "GREEN 1":
csv_eyes_c2 = 10
elif csv_eyes_c2 == "GREEN 2":
csv_eyes_c2 = 11
else:
csv_eyes_c2 = 0
#print(player_id, csv_eyes_c2)
set_value(of, player_id, 47, 3, 15, csv_eyes_c2)
# Nose menu
if 'NOSE TYPE' in list_of_column_names:
csv_nose_type = int(row[list_of_column_names.index('NOSE TYPE')]) - 1
#print(player_id, csv_nose_type)
set_value(of, player_id, 121-48, 0, 7, csv_nose_type)
if 'NOSE HEIGHT' in list_of_column_names:
csv_nose_height = (int(row[list_of_column_names.index('NOSE HEIGHT')])* - 1) + 3
#print(player_id, csv_nose_height)
set_value(of, player_id, 121-48, 6, 7, csv_nose_height)
if 'NOSE WIDTH' in list_of_column_names:
csv_nose_width = (int(row[list_of_column_names.index('NOSE WIDTH')])* - 1) + 3
#print(player_id, csv_nose_width)
set_value(of, player_id, 121-48, 3, 7, csv_nose_width)
# Cheecks menu
if 'CHEECKS TYPE' in list_of_column_names:
csv_cheecks_type = int(row[list_of_column_names.index('CHEECKS TYPE')]) - 1
#print(player_id, csv_cheecks_type)
set_value(of, player_id, 120-48, 2, 7, csv_cheecks_type)
if 'CHEECKS SHAPE' in list_of_column_names:
csv_cheecks_shape = (int(row[list_of_column_names.index('CHEECKS SHAPE')])* - 1) + 3
#print(player_id, csv_cheecks_shape)
set_value(of, player_id, 120-48, 5, 7, csv_cheecks_shape)
# Mouth menu
if 'MOUTH TYPE' in list_of_column_names:
csv_mouth_type = int(row[list_of_column_names.index('MOUTH TYPE')]) - 1
#print(player_id, csv_mouth_type)
set_value(of, player_id, 122-48, 1, 31, csv_mouth_type)
if 'MOUTH SIZE' in list_of_column_names:
csv_mouth_size = (int(row[list_of_column_names.index('MOUTH SIZE')])* - 1) + 3
#print(player_id, csv_mouth_size)
set_value(of, player_id, 123-48, 1, 7, csv_mouth_size)
if 'MOUTH POSITION' in list_of_column_names:
csv_mouth_position = (int(row[list_of_column_names.index('MOUTH POSITION')])* - 1) + 3
#print(player_id, csv_mouth_position)
set_value(of, player_id, 122-48, 6, 7, csv_mouth_position)
# Jaw menu
if 'JAW TYPE' in list_of_column_names:
csv_jaw_type = int(row[list_of_column_names.index('JAW TYPE')]) - 1
#print(player_id, csv_jaw_type)
set_value(of, player_id, 123-48, 4, 7, csv_jaw_type)
if 'JAW CHIN' in list_of_column_names:
csv_jaw_chin = (int(row[list_of_column_names.index('JAW CHIN')])* - 1) + 3
#print(player_id, csv_jaw_chin)
set_value(of, player_id, 123-48, 7, 7, csv_jaw_chin)
if 'JAW WIDTH' in list_of_column_names:
csv_jaw_width = (int(row[list_of_column_names.index('JAW WIDTH')])* - 1) + 3
#print(player_id, csv_jaw_width)
set_value(of, player_id, 124-48, 2, 7, csv_jaw_width)
# Hair
#if 'HAIR' in list_of_column_names:
#csv_hair = int(row[list_of_column_names.index('HAIR')])
#print(player_id, csv_hair)
#set_value(of, player_id, 45, 0, 2047, csv_hair)
# If we dont find any of those columns in our csv file we dont import the hair attributes
if (("HAIR TYPE" in list_of_column_names) and ("HAIR SHAPE" in list_of_column_names) and ("HAIR FRONT" in list_of_column_names) and ("HAIR VOLUME" in list_of_column_names) and ("HAIR DARKNESS" in list_of_column_names) and ("BANDANA" in list_of_column_names)):
csv_hair = 0
csv_hair_type = row[list_of_column_names.index('HAIR TYPE')]
csv_hair_shape = int(row[list_of_column_names.index('HAIR SHAPE')]) - 1
csv_hair_front = int(row[list_of_column_names.index('HAIR FRONT')]) - 1
csv_hair_volume = int(row[list_of_column_names.index('HAIR VOLUME')]) - 1
csv_hair_darkness = int(row[list_of_column_names.index('HAIR DARKNESS')]) - 1
csv_hair_bandana = int(row[list_of_column_names.index('BANDANA')])
if csv_hair_type == 'BALD':
csv_hair = csv_hair_shape
elif csv_hair_type == 'BUZZ CUT':
csv_hair = 4 + (csv_hair_darkness) + (csv_hair_front * 4) + (csv_hair_shape * 20)
elif csv_hair_type == 'VERY SHORT 1':
csv_hair = 84 + (csv_hair_front) + (csv_hair_shape * 6)
elif csv_hair_type == 'VERY SHORT 2':
if 0 <= csv_hair_shape <= 2:
csv_hair = 108 + (csv_hair_shape * 10) + (csv_hair_front)
else:
csv_hair = 138 + ((csv_hair_shape - 3) * 5) + (csv_hair_front)
elif csv_hair_type == 'STRAIGHT 1':
if 0 <= csv_hair_front <= 8: