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CHOMPStation2/code/modules/mob/mob_helpers.dm
Zuhayr 223bd86f18 Merge branch 'organremoval' of https://github.com/Zuhayr/Baystation12 into dev 
First pass on major conversion of xenomorphs to a human subspecies. Additional condensing of various redundant mob verbs.
Converted larva and diona to their own class, collapsed the rest of xenomorphs into a human species, other stuff.
Completely removed attack_alien(). Still have to reimplement some of the lost behavior for human/alien.
Reapplies lost attack_alien() functionality other than tackling/caressing.
Further alien/humanoid cleanup and xenospawn fix-ups. Also uncommented caste verbs.
Removed half-finished abilities system since species.dm handles it.
All xenomorphs functionality should be working now, other than the HUD, tackling and the xenomorph balance issues.
Added icons for xenomorph castes, moved broadcast languages into datums, removed alien_talk and robot_talk vars.
Merged with organ removal code.
Reapplied verbs to simple_animals/slimes. Updated species definitions to have appropriate organs.
Readded tackle as a human verb.
Borer changes regarding brain removal.
Working on moving the human HUD to the species datum a bit. Mixed results.
Moved Cortical Link to a language, added borer husks.
Tidied up the HUD stuff. Still need to make it rebuild properly when species is changed, but this will do for no
Compile fix, forgot the DME.
Fixed up ventcrawl, added new organ mechanics for dionaea.
Fixed up some overlooked sections causing mobs without brains to die immediately.
Fixed up plasma generation for queens, bugs with organs, force_organ issues with set_species().
2014-09-29 06:19:26 +09:30

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// fun if you want to typecast humans/monkeys/etc without writing long path-filled lines.
/proc/ishuman(A)
if(istype(A, /mob/living/carbon/human))
return 1
return 0
/proc/isalien(A)
if(istype(A, /mob/living/carbon/alien))
return 1
return 0
/proc/ismonkey(A)
if(A && istype(A, /mob/living/carbon/monkey))
return 1
return 0
/proc/isbrain(A)
if(A && istype(A, /mob/living/carbon/brain))
return 1
return 0
/proc/isslime(A)
if(istype(A, /mob/living/carbon/slime))
return 1
return 0
/proc/isrobot(A)
if(istype(A, /mob/living/silicon/robot))
return 1
return 0
/proc/isanimal(A)
if(istype(A, /mob/living/simple_animal))
return 1
return 0
/proc/iscorgi(A)
if(istype(A, /mob/living/simple_animal/corgi))
return 1
return 0
/proc/iscrab(A)
if(istype(A, /mob/living/simple_animal/crab))
return 1
return 0
/proc/iscat(A)
if(istype(A, /mob/living/simple_animal/cat))
return 1
return 0
/proc/ismouse(A)
if(istype(A, /mob/living/simple_animal/mouse))
return 1
return 0
/proc/isbear(A)
if(istype(A, /mob/living/simple_animal/hostile/bear))
return 1
return 0
/proc/iscarp(A)
if(istype(A, /mob/living/simple_animal/hostile/carp))
return 1
return 0
/proc/isclown(A)
if(istype(A, /mob/living/simple_animal/hostile/retaliate/clown))
return 1
return 0
/proc/isAI(A)
if(istype(A, /mob/living/silicon/ai))
return 1
return 0
/proc/ispAI(A)
if(istype(A, /mob/living/silicon/pai))
return 1
return 0
/proc/iscarbon(A)
if(istype(A, /mob/living/carbon))
return 1
return 0
/proc/issilicon(A)
if(istype(A, /mob/living/silicon))
return 1
return 0
/proc/isliving(A)
if(istype(A, /mob/living))
return 1
return 0
proc/isobserver(A)
if(istype(A, /mob/dead/observer))
return 1
return 0
proc/isorgan(A)
if(istype(A, /datum/organ/external))
return 1
return 0
proc/isdeaf(A)
if(istype(A, /mob))
var/mob/M = A
return (M.sdisabilities & DEAF) || M.ear_deaf
return 0
proc/isnewplayer(A)
if(istype(A, /mob/new_player))
return 1
return 0
proc/hasorgans(A)
return ishuman(A)
/proc/hsl2rgb(h, s, l)
return //TODO: Implement
/*
Miss Chance
*/
//TODO: Integrate defence zones and targeting body parts with the actual organ system, move these into organ definitions.
//The base miss chance for the different defence zones
var/list/global/base_miss_chance = list(
"head" = 40,
"chest" = 10,
"groin" = 20,
"l_leg" = 20,
"r_leg" = 20,
"l_arm" = 20,
"r_arm" = 20,
"l_hand" = 50,
"r_hand" = 50,
"l_foot" = 50,
"r_foot" = 50,
)
//Used to weight organs when an organ is hit randomly (i.e. not a directed, aimed attack).
//Also used to weight the protection value that armour provides for covering that body part when calculating protection from full-body effects.
var/list/global/organ_rel_size = list(
"head" = 25,
"chest" = 70,
"groin" = 30,
"l_leg" = 25,
"r_leg" = 25,
"l_arm" = 25,
"r_arm" = 25,
"l_hand" = 10,
"r_hand" = 10,
"l_foot" = 10,
"r_foot" = 10,
)
/proc/check_zone(zone)
if(!zone) return "chest"
switch(zone)
if("eyes")
zone = "head"
if("mouth")
zone = "head"
return zone
// Returns zone with a certain probability. If the probability fails, or no zone is specified, then a random body part is chosen.
// Do not use this if someone is intentionally trying to hit a specific body part.
// Use get_zone_with_miss_chance() for that.
/proc/ran_zone(zone, probability)
if (zone)
zone = check_zone(zone)
if (prob(probability))
return zone
var/ran_zone = zone
while (ran_zone == zone)
ran_zone = pick (
organ_rel_size["head"]; "head",
organ_rel_size["chest"]; "chest",
organ_rel_size["groin"]; "groin",
organ_rel_size["l_arm"]; "l_arm",
organ_rel_size["r_arm"]; "r_arm",
organ_rel_size["l_leg"]; "l_leg",
organ_rel_size["r_leg"]; "r_leg",
organ_rel_size["l_hand"]; "l_hand",
organ_rel_size["r_hand"]; "r_hand",
organ_rel_size["l_foot"]; "l_foot",
organ_rel_size["r_foot"]; "r_foot",
)
return ran_zone
// Emulates targetting a specific body part, and miss chances
// May return null if missed
// miss_chance_mod may be negative.
/proc/get_zone_with_miss_chance(zone, var/mob/target, var/miss_chance_mod = 0)
zone = check_zone(zone)
// you can only miss if your target is standing and not restrained
if(!target.buckled && !target.lying)
var/miss_chance = 10
if (zone in base_miss_chance)
miss_chance = base_miss_chance[zone]
miss_chance = max(miss_chance + miss_chance_mod, 0)
if(prob(miss_chance))
if(prob(70))
return null
return pick(base_miss_chance)
return zone
/proc/stars(n, pr)
if (pr == null)
pr = 25
if (pr <= 0)
return null
else
if (pr >= 100)
return n
var/te = n
var/t = ""
n = length(n)
var/p = null
p = 1
while(p <= n)
if ((copytext(te, p, p + 1) == " " || prob(pr)))
t = text("[][]", t, copytext(te, p, p + 1))
else
t = text("[]*", t)
p++
return t
proc/slur(phrase)
phrase = html_decode(phrase)
var/leng=lentext(phrase)
var/counter=lentext(phrase)
var/newphrase=""
var/newletter=""
while(counter>=1)
newletter=copytext(phrase,(leng-counter)+1,(leng-counter)+2)
if(rand(1,3)==3)
if(lowertext(newletter)=="o") newletter="u"
if(lowertext(newletter)=="s") newletter="ch"
if(lowertext(newletter)=="a") newletter="ah"
if(lowertext(newletter)=="c") newletter="k"
switch(rand(1,15))
if(1,3,5,8) newletter="[lowertext(newletter)]"
if(2,4,6,15) newletter="[uppertext(newletter)]"
if(7) newletter+="'"
//if(9,10) newletter="<b>[newletter]</b>"
//if(11,12) newletter="<big>[newletter]</big>"
//if(13) newletter="<small>[newletter]</small>"
newphrase+="[newletter]";counter-=1
return newphrase
/proc/stutter(n)
var/te = html_decode(n)
var/t = ""//placed before the message. Not really sure what it's for.
n = length(n)//length of the entire word
var/p = null
p = 1//1 is the start of any word
while(p <= n)//while P, which starts at 1 is less or equal to N which is the length.
var/n_letter = copytext(te, p, p + 1)//copies text from a certain distance. In this case, only one letter at a time.
if (prob(80) && (ckey(n_letter) in list("b","c","d","f","g","h","j","k","l","m","n","p","q","r","s","t","v","w","x","y","z")))
if (prob(10))
n_letter = text("[n_letter]-[n_letter]-[n_letter]-[n_letter]")//replaces the current letter with this instead.
else
if (prob(20))
n_letter = text("[n_letter]-[n_letter]-[n_letter]")
else
if (prob(5))
n_letter = null
else
n_letter = text("[n_letter]-[n_letter]")
t = text("[t][n_letter]")//since the above is ran through for each letter, the text just adds up back to the original word.
p++//for each letter p is increased to find where the next letter will be.
return copytext(sanitize(t),1,MAX_MESSAGE_LEN)
proc/Gibberish(t, p)//t is the inputted message, and any value higher than 70 for p will cause letters to be replaced instead of added
/* Turn text into complete gibberish! */
var/returntext = ""
for(var/i = 1, i <= length(t), i++)
var/letter = copytext(t, i, i+1)
if(prob(50))
if(p >= 70)
letter = ""
for(var/j = 1, j <= rand(0, 2), j++)
letter += pick("#","@","*","&","%","$","/", "<", ">", ";","*","*","*","*","*","*","*")
returntext += letter
return returntext
/proc/ninjaspeak(n)
/*
The difference with stutter is that this proc can stutter more than 1 letter
The issue here is that anything that does not have a space is treated as one word (in many instances). For instance, "LOOKING," is a word, including the comma.
It's fairly easy to fix if dealing with single letters but not so much with compounds of letters./N
*/
var/te = html_decode(n)
var/t = ""
n = length(n)
var/p = 1
while(p <= n)
var/n_letter
var/n_mod = rand(1,4)
if(p+n_mod>n+1)
n_letter = copytext(te, p, n+1)
else
n_letter = copytext(te, p, p+n_mod)
if (prob(50))
if (prob(30))
n_letter = text("[n_letter]-[n_letter]-[n_letter]")
else
n_letter = text("[n_letter]-[n_letter]")
else
n_letter = text("[n_letter]")
t = text("[t][n_letter]")
p=p+n_mod
return copytext(sanitize(t),1,MAX_MESSAGE_LEN)
/proc/shake_camera(mob/M, duration, strength=1)
if(!M || !M.client || M.shakecamera)
return
M.shakecamera = 1
spawn(1)
var/atom/oldeye=M.client.eye
var/aiEyeFlag = 0
if(istype(oldeye, /mob/aiEye))
aiEyeFlag = 1
var/x
for(x=0; x<duration, x++)
if(aiEyeFlag)
M.client.eye = locate(dd_range(1,oldeye.loc.x+rand(-strength,strength),world.maxx),dd_range(1,oldeye.loc.y+rand(-strength,strength),world.maxy),oldeye.loc.z)
else
M.client.eye = locate(dd_range(1,M.loc.x+rand(-strength,strength),world.maxx),dd_range(1,M.loc.y+rand(-strength,strength),world.maxy),M.loc.z)
sleep(1)
M.client.eye=oldeye
M.shakecamera = 0
/proc/findname(msg)
for(var/mob/M in mob_list)
if (M.real_name == text("[msg]"))
return 1
return 0
/mob/proc/abiotic(var/full_body = 0)
if(full_body && ((src.l_hand && !( src.l_hand.abstract )) || (src.r_hand && !( src.r_hand.abstract )) || (src.back || src.wear_mask)))
return 1
if((src.l_hand && !( src.l_hand.abstract )) || (src.r_hand && !( src.r_hand.abstract )))
return 1
return 0
//converts intent-strings into numbers and back
var/list/intents = list("help","disarm","grab","hurt")
/proc/intent_numeric(argument)
if(istext(argument))
switch(argument)
if("help") return 0
if("disarm") return 1
if("grab") return 2
else return 3
else
switch(argument)
if(0) return "help"
if(1) return "disarm"
if(2) return "grab"
else return "hurt"
//change a mob's act-intent. Input the intent as a string such as "help" or use "right"/"left
/mob/verb/a_intent_change(input as text)
set name = "a-intent"
set hidden = 1
if(ishuman(src) || isbrain(src))
switch(input)
if("help","disarm","grab","hurt")
a_intent = input
if("right")
a_intent = intent_numeric((intent_numeric(a_intent)+1) % 4)
if("left")
a_intent = intent_numeric((intent_numeric(a_intent)+3) % 4)
if(hud_used && hud_used.action_intent)
hud_used.action_intent.icon_state = "intent_[a_intent]"
else if(isrobot(src) || ismonkey(src))
switch(input)
if("help")
a_intent = "help"
if("hurt")
a_intent = "hurt"
if("right","left")
a_intent = intent_numeric(intent_numeric(a_intent) - 3)
if(hud_used && hud_used.action_intent)
if(a_intent == "hurt")
hud_used.action_intent.icon_state = "harm"
else
hud_used.action_intent.icon_state = "help"
/proc/broadcast_security_hud_message(var/message, var/broadcast_source)
broadcast_hud_message(message, broadcast_source, sec_hud_users, /obj/item/clothing/glasses/hud/security)
/proc/broadcast_medical_hud_message(var/message, var/broadcast_source)
broadcast_hud_message(message, broadcast_source, med_hud_users, /obj/item/clothing/glasses/hud/health)
/proc/broadcast_hud_message(var/message, var/broadcast_source, var/list/targets, var/icon)
var/turf/sourceturf = get_turf(broadcast_source)
for(var/mob/M in targets)
var/turf/targetturf = get_turf(M)
if((targetturf.z == sourceturf.z))
M.show_message("<span class='info'>\icon[icon] [message]</span>", 1)
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