From The Mana World
Generating the Monster reference page
This is a python script to generate the complete Monster reference page. The script takes the following arguments:
mobdbtowiki <path to item database> <path to monster database>
If you run dbtowiki without any arguments, the script will try to find the files item_db.txt and mob_db.txt inside the working directory. The script will print the text to stdout (standard output). It is then only a matter of copying and pasting in that text. If you want to edit the introductory text or add images, please do so in the script itself below.
mobdbtowiki
Adding this to our tools repo. Please currently check Here currently
#!/usr/bin/env python
# -*- coding: UTF-8 -*-
# Licensed under GNU General Public License
import sys, os, datetime, math;
# VARIOUS SETTINGS
# If something seems not to work, set this value to 1 to get more information
debug = 0
# Number of rows between table header
headerafterrow = 10
# Formatting of traits
traitstart = '\'\'<span style="color:#ad1818">'
traitend = '</span>\'\''
# Formatting of mutations
mutationstart = '\'\'<span style="color:#4a4a4a">'
mutationend = '</span>\'\''
#####################################
## ##
## ADD WIKILINKS TO IMAGES BELOW ##
## ##
#####################################
imageurls = {
'AlizarinPlant': "[[Image:Plant-Alizarin.png]]",
'MauvePlant': "[[Image:Plant-Mauve.png]]",
'Bat': "[[Image:Bat.png]]",
'BlackScorpion': "[[Image:BlackScorpion.png]]",
'CaveSnake': "[[Image:LampSnake.png]]",
'CobaltPlant': "[[Image:Plant-Cobalt.png]]",
'CloverPatch': "[[Image:CloverPatch.png]]",
'EasterFluffy': "[[Image:Fluffy.png]]",
'EvilMushroom': "[[Image:Evilmushroom.png]]",
'FireGoblin': "[[Image:FireGoblin.png]]",
'FireSkull': "[[Image:FireSkull.png]]",
'Flower': "[[Image:Sleepflower.png]]",
'Fluffy': "[[Image:Fluffy.png]]",
'GambogePlant': "[[Image:Plant-Gamboge.png]]",
'GiantMaggot': "[[Image:GiantMaggot.png]]",
'GrassSnake': "[[Image:GrassSnake.png]]",
'GreenSlime': "[[Image:GreenSlime.png]]",
'JackO': "[[Image:JackO.png]]",
'LogHead': "[[Image:Stumpy.png]]",
'Maggot': "[[Image:Maggot.png]]",
'Mouboo': "[[Image:Mouboo.png]]",
'MountainSnake': "[[Image:MountainSnake.png]]",
'Pinkie': "[[Image:Violet.png]]",
'PoisonSkull': "[[Image:PoisonSkull.png]]",
'RedScorpion': "[[Image:RedScorpion.png]]",
'RedSlime': "[[Image:RedSlime.png]]",
'RudolphSlime': "[[Image:Rudolphslime.png]]",
'SantaSlime': "[[Image:Santaslime.png]]",
'Scorpion': "[[Image:Scorpion.png]]",
'SeaSlime': "[[Image:Sea-slime.png]]",
'Silkworm': "[[Image:Silkworm.png]]",
'Snake' : "[[Image:Snake.png]]",
'Spider': "[[Image:Spider.png]]",
'SpikyMushroom': "[[Image:Shroom.png]]",
'Squirrel': "[[Image:Squirrel.png]]",
'YellowSlime': "[[Image:YellowSlime.png]]"
# Note that the last line above should not be ended by a comma!
}
##########################################
## ##
## CHANGE THE INTRODUCTORY TEXT BELOW ##
## ##
##########################################
intro = []
# Each appended line will automatically end with a line break
intro.append("{{Category_playerinfo}}")
intro.append("{{Status_green}}")
intro.append("")
intro.append("'''Page last generated on %s.'''" % datetime.date.today())
intro.append("")
intro.append("'''Warning:''' This reference might be out of date. The python script to generate this page can be found on the discussion page. Please be aware that any manual changes made to this page may be lost when the page is generated anew. Also, this reference might not reflect what is currently in the game. [http://gitorious.org/projects/tmw-eathena-data/repos/mainline/blobs/master/db/mob_db.txt You can view the most up-to-date version here.]")
intro.append("")
intro.append("The monsters are sorted roughly by their fighting strength, calculated as <code>health_points * (attack_min + attack_max)</code>. For more information on the drops please see the [[item reference]].")
intro.append("")
intro.append("'''Key:''' HP is health points, DEF is defense, ATT is attack, EXP is the calculated base experience, JEXP is the job experience. The others are self-explanatory. Traits (such as aggressive) are written in " + traitstart + "italics" + traitend + ".")
intro.append("")
# Table headers
def printtableheader():
print '! style="background:#efdead;" | Image'
print '! style="background:#efdead;" | Name'
print '! style="background:#efdead;" | ID'
print '! style="background:#efdead;" | HP'
print '! style="background:#efdead;" | DEF'
print '! style="background:#efdead;" | ATT'
print '! style="background:#efdead;" | EXP'
print '! style="background:#efdead;" | JEXP'
print '! style="background:#efdead;" | Drops'
print '|-'
class whatever: pass
log = []
def saveint(string):
try:
return int(string)
except:
return 0
def parsemonsters(file):
objects = []
for line in file:
s = line[:line.find('//')].strip().replace('\t','')
if s:
values = s.split(',')
if line[0] == '#':
if debug:
log.append("FOUND COMMENT LINE: %s" % str(values))
log.append("NUMBER OF FIELDS IN COMMENT LINE: %d" % len(values))
continue
numberofvalues = 57
if len(values) != numberofvalues:
log.append("mob_db: Warning, monster-line with ID %s has %d values instead of %d" % (values[0], len(values), numberofvalues))
if debug:
log.append(" line was %s" % str(values))
while len(values) < numberofvalues - 1:
values.append('')
while len(values) > numberofvalues - 1:
values.pop()
o = whatever()
o.id = saveint(values[0]) # Monster ID
o.label = values[1] # The label (name) used in GM commands
o.name = values[2] # The name known to the server (not to the client)
o.level = saveint(values[3]) # Level
o.hp = saveint(values[4]) # Health points
o.sp = saveint(values[5]) # SP
o.experience = saveint(values[6]) # Experience points
o.jobexperience = saveint(values[7]) # Job experience points
o.range1 = saveint(values[8]) # Range of attack
o.attackmin = saveint(values[9]) # Minimum attack damage
o.attackmax = saveint(values[10]) # Maximum attack damage
o.defense = saveint(values[11]) # Defense (relative in percent)
o.magicaldefense = saveint(values[12]) # Magical defense (ditto)
o.strength = saveint(values[13]) # Strength level
o.agility = saveint(values[14]) # Agility level
o.vitality = saveint(values[15]) # Vitality level
o.intelligence = saveint(values[16]) # Intelligence level
o.dexterity = saveint(values[17]) # Dexterity level
o.luck = saveint(values[18]) # Luck level
o.range2 = saveint(values[19]) # Some-other range ???
o.range3 = saveint(values[20]) # Line-of-sight range ???
o.scale = saveint(values[21]) # The size type
o.race = saveint(values[22]) # Race
o.element = saveint(values[23]) # Element level and type
o.mode = saveint(values[24]) # Behaviour type (aggressive etc.)
o.speed = saveint(values[25]) # Walking speed (faster for lower values)
o.attackdelay = saveint(values[26]) # Attack delay (attack speed is the inverse)
o.attackmotion = saveint(values[27]) # Speed of attack animation ???
o.damagemotion = saveint(values[28]) # Speed of damage animation ???
o.drop = [whatever() for i in range(8)]
o.drop[0].id = saveint(values[29]) # The following are 8 groups of item IDs and
o.drop[0].per = saveint(values[30]) # drop rates (100 = 1%) for drops 1 to 8
o.drop[1].id = saveint(values[31])
o.drop[1].per = saveint(values[32])
o.drop[2].id = saveint(values[33])
o.drop[2].per = saveint(values[34])
o.drop[3].id = saveint(values[35])
o.drop[3].per = saveint(values[36])
o.drop[4].id = saveint(values[37])
o.drop[4].per = saveint(values[38])
o.drop[5].id = saveint(values[39])
o.drop[5].per = saveint(values[40])
o.drop[6].id = saveint(values[41])
o.drop[6].per = saveint(values[42])
o.drop[7].id = saveint(values[43])
o.drop[7].per = saveint(values[44])
o.item1 = saveint(values[45]) # ???
o.item2 = saveint(values[46]) # ???
o.mexp = saveint(values[47]) # ???
o.expper = saveint(values[48]) # ???
o.mvp = [whatever() for i in range(3)]
o.mvp[0].id = saveint(values[49]) # The following are 3 groups of item IDs and
o.mvp[0].per = saveint(values[50]) # drop rates (100 = 1%) for what drops ???
o.mvp[1].id = saveint(values[51])
o.mvp[1].per = saveint(values[52])
o.mvp[2].id = saveint(values[53])
o.mvp[2].per = saveint(values[54])
o.mutnr = saveint(values[55]) # Number of mutations
o.mutstr = saveint(values[56]) # Mutation strength
objects.append(o)
return objects
def addimageurls(monsters):
global imageurls
for m in monsters:
if m.label in imageurls:
m.imgurl = imageurls[m.label]
else:
m.imgurl = ''
if debug:
log.append('Warning: Could not find imageurl for %s' % m.label)
def adddropnames(monsters,dropnames):
for m in monsters:
for d in m.drop:
# Only add a dropname if it isn't "default" (id=0)
if d.id in dropnames and int(d.id):
d.name = dropnames[d.id]
else:
d.name = ''
def parseitemnames(file):
global log
dic = {}
for line in file:
if line[0] == '#' or line[0] == ',':
continue
s = line[:line.find('//')].strip()
if s:
values = s.split(',')
if len(values) < 3:
if len(values) > 0: log.append("mob_db: Warning, item-line with ID %s doesn't even have 3 values. Skipped." % (values[0], len(values)))
else:
id = int(values[0])
dic[id] = values[2]
return dic
def printlog():
if len(log) > 0:
print '\n---------------------------------------'
for line in log:
print line
def getdropstring(monster):
i = 0
output = ""
monster.drop.sort(key=lambda x: x.per, reverse=True)
for d in monster.drop:
if d.name:
if i != 0:
output += '<br>'
s = ""
if d.per >= 1000:
s = "%d" % (d.per/100)
elif d.per >= 100:
if (d.per % 100) != 0:
s = "%1.1f" % (d.per/100.0)
else:
s = "%d" % (d.per/100)
else:
if (d.per % 1000) != 0:
s = "%.2f" % (d.per/100.0)
else:
s = "%.1f" % (d.per/100.0)
output += ("%s (%s%%)" % (d.name.replace('\t',''), s))
i += 1
return output
def printmonsters(monsters):
# Key to monster behaviour/trait modes
#
# TRAIT ID FIELD = MODE COMMENT
# Moving 0 0x0001 1
# Looter 1 0x0002 2
# Aggressor 2 0x0004 4
# Assister 3 0x0008 8
# ? 4 0x0010 16 Currently not used
# ? 5 0x0020 32 Used (but what does it do?)
# ? 6 0x0040 64 Currently not used
# ? 7 0x0080 128 Currently not used
# ? 8 0x0100 256 Currently not used
# ? 9 0x0200 512 Currently not used
# ? 10 0x0400 1024 Currently not used
# ? 11 0x0800 2048 Currently not used
# ? 12 0x1000 4096 Currently not used
# Attack master 13 0x2000 8192 Used for summoned monsters
print '{| border="1" cellspacing="0" cellpadding="5" width="100%" align="center"'
i = 0
for m in monsters:
if i == headerafterrow:
i = 0
if i == 0:
printtableheader()
# Image
print '| align="center" | %s' % m.imgurl
# Name, Stationary/Assists traits and Mutations
sys.stdout.write('| %s' % m.name)
if m.mode >> 0 & 1 == 0:
sys.stdout.write('<br />' + traitstart + 'Stationary' + traitend)
if m.mode >> 3 & 1 == 1:
sys.stdout.write('<br />' + traitstart + 'Assists' + traitend)
if m.mutnr > 0:
sys.stdout.write('<br />' + mutationstart + 'May mutate %d attribute' % m.mutnr)
if m.mutnr > 1:
sys.stdout.write('s')
sys.stdout.write(' up to %d%%' % m.mutstr + mutationend)
#else:
# sys.stdout.write('<br />' + mutationstart + 'Does not mutate' + mutationend)
print
# ID, Health and Defense
print '| align="center" | %d' % m.id
print '| align="center" | %d' % m.hp
print '| align="center" | %d%%' % m.defense
# Attack and No-attack/Aggressive traits
if m.mode >> 7 & 1 == 0:
sys.stdout.write('| align="center" | ' + traitstart + 'N/A' + traitend)
else:
if m.attackmin < m.attackmax:
sys.stdout.write('| align="center" | %d–%d' % (m.attackmin, m.attackmax))
else:
sys.stdout.write('| align="center" | %d' % m.attackmin)
if m.mode >> 2 & 1 == 1:
sys.stdout.write('<br />' + traitstart + 'Aggro' + traitend)
print
# Experience and Job experience, following *tmw-eathena*/src/map/mob.c
calc_exp = 0
if m.experience == 0:
if m.hp <= 1:
calc_exp = 1
mod_def = 100 - m.defense
if mod_def == 0:
mod_def = 1
effective_hp = ((50 - m.luck) * m.hp / 50) + (2 * m.luck * m.hp / mod_def)
attack_factor = (m.attackmin + m.attackmax + m.strength / 3 + m.dexterity / 2 + m.luck) * (1872 / m.attackdelay) / 4
dodge_factor = (m.level + m.agility + m.luck / 2)**(4 / 3)
persuit_factor = (3 + m.range1) * (m.mode % 2) * 1000 / m.speed
aggression_factor = 1
if False:
aggression_factor = 10 / 9
base_exp_rate = 100 # From *tmw-eathena-data*/conf/battle_athena.conf
calc_exp = int(math.floor(effective_hp * (math.sqrt(attack_factor) + math.sqrt(dodge_factor) + math.sqrt(persuit_factor) + 55)**3 * aggression_factor / 2000000 * base_exp_rate / 100))
if calc_exp < 1:
calc_exp = 1
else:
calc_exp = m.experience
print '| align="center" | %d' % calc_exp
print '| align="center" | %d' % m.jobexperience
# Drops and Looter trait
sys.stdout.write('| %s' % getdropstring(m))
if m.mode >> 1 & 1 == 1:
sys.stdout.write('<br />' + traitstart + 'Picks up loot' + traitend)
print
print '|-'
i += 1
print '|}'
#MAIN
try:
if len(sys.argv) == 1:
mob_db = "mob_db.txt"
item_db = "item_db.txt"
elif len(sys.argv) == 3:
mob_db = sys.argv[1]
item_db = sys.argv[2]
else:
mob_db = ''
item_db = ''
print "Wrong number of arguments"
if mob_db and item_db :
if not os.path.isfile(mob_db):
print "File does not exist: %s" % mob_db
mob_db = ''
if not os.path.isfile(item_db):
print "File does not exist: %s" % item_db
item_db = ''
if not (mob_db and item_db):
print "\nUSAGE:"
print "%s without any arguments will use item_db.txt and mob_db.txt in the current directory." % sys.argv[0]
print "to specify custom files, call: %s <mob_db> <item_db>" % sys.argv[0]
exit(-1);
else:
if debug:
log.append("Monster-list [mob_db] = %s" % mob_db)
log.append("Item-list [item_db] = %s" % item_db)
f = open(mob_db)
monsters = parsemonsters(f);
f = open(item_db)
itemnames = parseitemnames(f);
addimageurls(monsters)
adddropnames(monsters,itemnames)
monsters.sort(key=lambda x: x.hp*(x.attackmin+x.attackmax))
for line in intro:
print line
printmonsters(monsters)
finally:
printlog()
