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VOREStation/code/game/dna/dna_misc.dm
Mark Aherne (Faerdan) 231387776b Split dna.dm into three files to make it easier to browse the code. 
This is a pre-cursor to my DNA Modifier rewrite using Nano UI.
2013-09-12 20:55:10 +01:00

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/////////////////////////// DNA HELPER-PROCS
/proc/getleftblocks(input,blocknumber,blocksize)
var/string
if (blocknumber > 1)
string = copytext(input,1,((blocksize*blocknumber)-(blocksize-1)))
return string
else
return null
/proc/getrightblocks(input,blocknumber,blocksize)
var/string
if (blocknumber < (length(input)/blocksize))
string = copytext(input,blocksize*blocknumber+1,length(input)+1)
return string
else
return null
/proc/getblockstring(input,block,subblock,blocksize,src,ui) // src is probably used here just for urls; ui is 1 when requesting for the unique identifier screen, 0 for structural enzymes screen
var/string
var/subpos = 1 // keeps track of the current sub block
var/blockpos = 1 // keeps track of the current block
for(var/i = 1, i <= length(input), i++) // loop through each letter
var/pushstring
if(subpos == subblock && blockpos == block) // if the current block/subblock is selected, mark it
pushstring = "</font color><b>[copytext(input, i, i+1)]</b><font color='blue'>"
else
if(ui) //This is for allowing block clicks to be differentiated
pushstring = "<a href='?src=\ref[src];uimenuset=[num2text(blockpos)];uimenusubset=[num2text(subpos)]'>[copytext(input, i, i+1)]</a>"
else
pushstring = "<a href='?src=\ref[src];semenuset=[num2text(blockpos)];semenusubset=[num2text(subpos)]'>[copytext(input, i, i+1)]</a>"
string += pushstring // push the string to the return string
if(subpos >= blocksize) // add a line break for every block
string += " </font color><font color='#285B5B'>|</font color><font color='blue'> "
subpos = 0
blockpos++
subpos++
return string
/proc/getblock(input,blocknumber,blocksize)
var/result
result = copytext(input ,(blocksize*blocknumber)-(blocksize-1),(blocksize*blocknumber)+1)
return result
/proc/getblockbuffer(input,blocknumber,blocksize)
var/result[3]
var/block = copytext(input ,(blocksize*blocknumber)-(blocksize-1),(blocksize*blocknumber)+1)
for(var/i = 1, i <= 3, i++)
result[i] = copytext(block, i, i+1)
return result
/proc/setblock(istring, blocknumber, replacement, blocksize)
if(!blocknumber)
return istring
if(!istring || !replacement || !blocksize) return 0
var/result = getleftblocks(istring, blocknumber, blocksize) + replacement + getrightblocks(istring, blocknumber, blocksize)
return result
/proc/add_zero2(t, u)
var/temp1
while (length(t) < u)
t = "0[t]"
temp1 = t
if (length(t) > u)
temp1 = copytext(t,2,u+1)
return temp1
/proc/miniscramble(input,rs,rd)
var/output
output = null
if (input == "C" || input == "D" || input == "E" || input == "F")
output = pick(prob((rs*10));"4",prob((rs*10));"5",prob((rs*10));"6",prob((rs*10));"7",prob((rs*5)+(rd));"0",prob((rs*5)+(rd));"1",prob((rs*10)-(rd));"2",prob((rs*10)-(rd));"3")
if (input == "8" || input == "9" || input == "A" || input == "B")
output = pick(prob((rs*10));"4",prob((rs*10));"5",prob((rs*10));"A",prob((rs*10));"B",prob((rs*5)+(rd));"C",prob((rs*5)+(rd));"D",prob((rs*5)+(rd));"2",prob((rs*5)+(rd));"3")
if (input == "4" || input == "5" || input == "6" || input == "7")
output = pick(prob((rs*10));"4",prob((rs*10));"5",prob((rs*10));"A",prob((rs*10));"B",prob((rs*5)+(rd));"C",prob((rs*5)+(rd));"D",prob((rs*5)+(rd));"2",prob((rs*5)+(rd));"3")
if (input == "0" || input == "1" || input == "2" || input == "3")
output = pick(prob((rs*10));"8",prob((rs*10));"9",prob((rs*10));"A",prob((rs*10));"B",prob((rs*10)-(rd));"C",prob((rs*10)-(rd));"D",prob((rs*5)+(rd));"E",prob((rs*5)+(rd));"F")
if (!output) output = "5"
return output
//Instead of picking a value far from the input, this will pick values closer to it.
//Sorry for the block of code, but it's more efficient then calling text2hex -> loop -> hex2text
/proc/miniscrambletarget(input,rs,rd)
var/output = null
switch(input)
if("0")
output = pick(prob((rs*10)+(rd));"0",prob((rs*10)+(rd));"1",prob((rs*10));"2",prob((rs*10)-(rd));"3")
if("1")
output = pick(prob((rs*10)+(rd));"0",prob((rs*10)+(rd));"1",prob((rs*10)+(rd));"2",prob((rs*10));"3",prob((rs*10)-(rd));"4")
if("2")
output = pick(prob((rs*10));"0",prob((rs*10)+(rd));"1",prob((rs*10)+(rd));"2",prob((rs*10)+(rd));"3",prob((rs*10));"4",prob((rs*10)-(rd));"5")
if("3")
output = pick(prob((rs*10)-(rd));"0",prob((rs*10));"1",prob((rs*10)+(rd));"2",prob((rs*10)+(rd));"3",prob((rs*10)+(rd));"4",prob((rs*10));"5",prob((rs*10)-(rd));"6")
if("4")
output = pick(prob((rs*10)-(rd));"1",prob((rs*10));"2",prob((rs*10)+(rd));"3",prob((rs*10)+(rd));"4",prob((rs*10)+(rd));"5",prob((rs*10));"6",prob((rs*10)-(rd));"7")
if("5")
output = pick(prob((rs*10)-(rd));"2",prob((rs*10));"3",prob((rs*10)+(rd));"4",prob((rs*10)+(rd));"5",prob((rs*10)+(rd));"6",prob((rs*10));"7",prob((rs*10)-(rd));"8")
if("6")
output = pick(prob((rs*10)-(rd));"3",prob((rs*10));"4",prob((rs*10)+(rd));"5",prob((rs*10)+(rd));"6",prob((rs*10)+(rd));"7",prob((rs*10));"8",prob((rs*10)-(rd));"9")
if("7")
output = pick(prob((rs*10)-(rd));"4",prob((rs*10));"5",prob((rs*10)+(rd));"6",prob((rs*10)+(rd));"7",prob((rs*10)+(rd));"8",prob((rs*10));"9",prob((rs*10)-(rd));"A")
if("8")
output = pick(prob((rs*10)-(rd));"5",prob((rs*10));"6",prob((rs*10)+(rd));"7",prob((rs*10)+(rd));"8",prob((rs*10)+(rd));"9",prob((rs*10));"A",prob((rs*10)-(rd));"B")
if("9")
output = pick(prob((rs*10)-(rd));"6",prob((rs*10));"7",prob((rs*10)+(rd));"8",prob((rs*10)+(rd));"9",prob((rs*10)+(rd));"A",prob((rs*10));"B",prob((rs*10)-(rd));"C")
if("10")//A
output = pick(prob((rs*10)-(rd));"7",prob((rs*10));"8",prob((rs*10)+(rd));"9",prob((rs*10)+(rd));"A",prob((rs*10)+(rd));"B",prob((rs*10));"C",prob((rs*10)-(rd));"D")
if("11")//B
output = pick(prob((rs*10)-(rd));"8",prob((rs*10));"9",prob((rs*10)+(rd));"A",prob((rs*10)+(rd));"B",prob((rs*10)+(rd));"C",prob((rs*10));"D",prob((rs*10)-(rd));"E")
if("12")//C
output = pick(prob((rs*10)-(rd));"9",prob((rs*10));"A",prob((rs*10)+(rd));"B",prob((rs*10)+(rd));"C",prob((rs*10)+(rd));"D",prob((rs*10));"E",prob((rs*10)-(rd));"F")
if("13")//D
output = pick(prob((rs*10)-(rd));"A",prob((rs*10));"B",prob((rs*10)+(rd));"C",prob((rs*10)+(rd));"D",prob((rs*10)+(rd));"E",prob((rs*10));"F")
if("14")//E
output = pick(prob((rs*10)-(rd));"B",prob((rs*10));"C",prob((rs*10)+(rd));"D",prob((rs*10)+(rd));"E",prob((rs*10)+(rd));"F")
if("15")//F
output = pick(prob((rs*10)-(rd));"C",prob((rs*10));"D",prob((rs*10)+(rd));"E",prob((rs*10)+(rd));"F")
if(!input || !output) //How did this happen?
output = "8"
return output
/proc/isblockon(hnumber, bnumber , var/UI = 0)
var/temp2
temp2 = hex2num(hnumber)
if(UI)
if(temp2 >= 2050)
return 1
else
return 0
if (bnumber == HULKBLOCK || bnumber == TELEBLOCK || bnumber == NOBREATHBLOCK || bnumber == NOPRINTSBLOCK || bnumber == SMALLSIZEBLOCK || bnumber == SHOCKIMMUNITYBLOCK)
if (temp2 >= 3500 + BLOCKADD)
return 1
else
return 0
if (bnumber == XRAYBLOCK || bnumber == FIREBLOCK || bnumber == REMOTEVIEWBLOCK || bnumber == REGENERATEBLOCK || bnumber == INCREASERUNBLOCK || bnumber == REMOTETALKBLOCK || bnumber == MORPHBLOCK)
if (temp2 >= 3050 + BLOCKADD)
return 1
else
return 0
if (temp2 >= 2050 + BLOCKADD)
return 1
else
return 0
/proc/ismuton(var/block,var/mob/M)
return isblockon(getblock(M.dna.struc_enzymes, block,3),block)
/proc/randmutb(mob/M as mob)
if(!M) return
var/num
var/newdna
num = pick(GLASSESBLOCK,COUGHBLOCK,FAKEBLOCK,NERVOUSBLOCK,CLUMSYBLOCK,TWITCHBLOCK,HEADACHEBLOCK,BLINDBLOCK,DEAFBLOCK,HALLUCINATIONBLOCK)
M.dna.check_integrity()
newdna = setblock(M.dna.struc_enzymes,num,toggledblock(getblock(M.dna.struc_enzymes,num,3)),3)
M.dna.struc_enzymes = newdna
return
/proc/randmutg(mob/M as mob)
if(!M) return
var/num
var/newdna
num = pick(HULKBLOCK,XRAYBLOCK,FIREBLOCK,TELEBLOCK,NOBREATHBLOCK,REMOTEVIEWBLOCK,REGENERATEBLOCK,INCREASERUNBLOCK,REMOTETALKBLOCK,MORPHBLOCK,BLENDBLOCK,NOPRINTSBLOCK,SHOCKIMMUNITYBLOCK,SMALLSIZEBLOCK)
M.dna.check_integrity()
newdna = setblock(M.dna.struc_enzymes,num,toggledblock(getblock(M.dna.struc_enzymes,num,3)),3)
M.dna.struc_enzymes = newdna
return
/proc/scramble(var/type, mob/M as mob, var/p)
if(!M) return
M.dna.check_integrity()
if(type)
for(var/i = 1, i <= STRUCDNASIZE-1, i++)
if(prob(p))
M.dna.uni_identity = setblock(M.dna.uni_identity, i, add_zero2(num2hex(rand(1,4095), 1), 3), 3)
updateappearance(M, M.dna.uni_identity)
else
for(var/i = 1, i <= STRUCDNASIZE-1, i++)
if(prob(p))
M.dna.struc_enzymes = setblock(M.dna.struc_enzymes, i, add_zero2(num2hex(rand(1,4095), 1), 3), 3)
domutcheck(M, null)
return
/proc/randmuti(mob/M as mob)
if(!M) return
var/num
var/newdna
num = rand(1,UNIDNASIZE)
M.dna.check_integrity()
newdna = setblock(M.dna.uni_identity,num,add_zero2(num2hex(rand(1,4095),1),3),3)
M.dna.uni_identity = newdna
return
/proc/toggledblock(hnumber) //unused
var/temp3
var/chtemp
temp3 = hex2num(hnumber)
if (temp3 < 2050)
chtemp = rand(2050,4095)
return add_zero2(num2hex(chtemp,1),3)
else
chtemp = rand(1,2049)
return add_zero2(num2hex(chtemp,1),3)
/////////////////////////// DNA HELPER-PROCS
/////////////////////////// DNA MISC-PROCS
/proc/updateappearance(mob/M as mob , structure)
if(istype(M, /mob/living/carbon/human))
M.dna.check_integrity()
var/mob/living/carbon/human/H = M
H.r_hair = hex2num(getblock(structure,1,3))
H.b_hair = hex2num(getblock(structure,2,3))
H.g_hair = hex2num(getblock(structure,3,3))
H.r_facial = hex2num(getblock(structure,4,3))
H.b_facial = hex2num(getblock(structure,5,3))
H.g_facial = hex2num(getblock(structure,6,3))
H.s_tone = round(((hex2num(getblock(structure,7,3)) / 16) - 220))
H.r_eyes = hex2num(getblock(structure,8,3))
H.g_eyes = hex2num(getblock(structure,9,3))
H.b_eyes = hex2num(getblock(structure,10,3))
if (isblockon(getblock(structure, 11,3),11 , 1))
H.gender = FEMALE
else
H.gender = MALE
//Hair
var/hairnum = hex2num(getblock(structure,13,3))
var/index = round(1 +(hairnum / 4096)*hair_styles_list.len)
if((0 < index) && (index <= hair_styles_list.len))
H.h_style = hair_styles_list[index]
//Facial Hair
var/beardnum = hex2num(getblock(structure,12,3))
index = round(1 +(beardnum / 4096)*facial_hair_styles_list.len)
if((0 < index) && (index <= facial_hair_styles_list.len))
H.f_style = facial_hair_styles_list[index]
H.update_body(0)
H.update_hair()
return 1
else
return 0
/proc/probinj(var/pr, var/inj)
return prob(pr+inj*pr)
/proc/domutcheck(mob/living/M as mob, connected, inj)
if (!M) return
M.dna.check_integrity()
M.disabilities = 0
M.sdisabilities = 0
var/old_mutations = M.mutations
M.mutations = list()
// M.see_in_dark = 2
// M.see_invisible = 0
if(PLANT in old_mutations)
M.mutations.Add(PLANT)
if(SKELETON in old_mutations)
M.mutations.Add(SKELETON)
if(FAT in old_mutations)
M.mutations.Add(FAT)
if(HUSK in old_mutations)
M.mutations.Add(HUSK)
if(ismuton(NOBREATHBLOCK,M))
if(probinj(45,inj) || (mNobreath in old_mutations))
M << "\blue You feel no need to breathe."
M.mutations.Add(mNobreath)
if(ismuton(REMOTEVIEWBLOCK,M))
if(probinj(45,inj) || (mRemote in old_mutations))
M << "\blue Your mind expands"
M.mutations.Add(mRemote)
if(ismuton(REGENERATEBLOCK,M))
if(probinj(45,inj) || (mRegen in old_mutations))
M << "\blue You feel strange"
M.mutations.Add(mRegen)
if(ismuton(INCREASERUNBLOCK,M))
if(probinj(45,inj) || (mRun in old_mutations))
M << "\blue You feel quick"
M.mutations.Add(mRun)
if(ismuton(REMOTETALKBLOCK,M))
if(probinj(45,inj) || (mRemotetalk in old_mutations))
M << "\blue You expand your mind outwards"
M.mutations.Add(mRemotetalk)
if(ismuton(MORPHBLOCK,M))
if(probinj(45,inj) || (mMorph in old_mutations))
M.mutations.Add(mMorph)
M << "\blue Your skin feels strange"
if(ismuton(BLENDBLOCK,M))
if(probinj(45,inj) || (mBlend in old_mutations))
M.mutations.Add(mBlend)
M << "\blue You feel alone"
if(ismuton(HALLUCINATIONBLOCK,M))
if(probinj(45,inj) || (mHallucination in old_mutations))
M.mutations.Add(mHallucination)
M << "\blue Your mind says 'Hello'"
if(ismuton(NOPRINTSBLOCK,M))
if(probinj(45,inj) || (mFingerprints in old_mutations))
M.mutations.Add(mFingerprints)
M << "\blue Your fingers feel numb"
if(ismuton(SHOCKIMMUNITYBLOCK,M))
if(probinj(45,inj) || (mShock in old_mutations))
M.mutations.Add(mShock)
M << "\blue You feel strange"
if(ismuton(SMALLSIZEBLOCK,M))
if(probinj(45,inj) || (mSmallsize in old_mutations))
M << "\blue Your skin feels rubbery"
M.mutations.Add(mSmallsize)
if (isblockon(getblock(M.dna.struc_enzymes, HULKBLOCK,3),HULKBLOCK))
if(probinj(5,inj) || (HULK in old_mutations))
M << "\blue Your muscles hurt."
M.mutations.Add(HULK)
if (isblockon(getblock(M.dna.struc_enzymes, HEADACHEBLOCK,3),HEADACHEBLOCK))
M.disabilities |= EPILEPSY
M << "\red You get a headache."
if (isblockon(getblock(M.dna.struc_enzymes, FAKEBLOCK,3),FAKEBLOCK))
M << "\red You feel strange."
if (prob(95))
if(prob(50))
randmutb(M)
else
randmuti(M)
else
randmutg(M)
if (isblockon(getblock(M.dna.struc_enzymes, COUGHBLOCK,3),COUGHBLOCK))
M.disabilities |= COUGHING
M << "\red You start coughing."
if (isblockon(getblock(M.dna.struc_enzymes, CLUMSYBLOCK,3),CLUMSYBLOCK))
M << "\red You feel lightheaded."
M.mutations.Add(CLUMSY)
if (isblockon(getblock(M.dna.struc_enzymes, TWITCHBLOCK,3),TWITCHBLOCK))
M.disabilities |= TOURETTES
M << "\red You twitch."
if (isblockon(getblock(M.dna.struc_enzymes, XRAYBLOCK,3),XRAYBLOCK))
if(probinj(30,inj) || (XRAY in old_mutations))
M << "\blue The walls suddenly disappear."
// M.sight |= (SEE_MOBS|SEE_OBJS|SEE_TURFS)
// M.see_in_dark = 8
// M.see_invisible = 2
M.mutations.Add(XRAY)
if (isblockon(getblock(M.dna.struc_enzymes, NERVOUSBLOCK,3),NERVOUSBLOCK))
M.disabilities |= NERVOUS
M << "\red You feel nervous."
if (isblockon(getblock(M.dna.struc_enzymes, FIREBLOCK,3),FIREBLOCK))
if(probinj(30,inj) || (COLD_RESISTANCE in old_mutations))
M << "\blue Your body feels warm."
M.mutations.Add(COLD_RESISTANCE)
if (isblockon(getblock(M.dna.struc_enzymes, BLINDBLOCK,3),BLINDBLOCK))
M.sdisabilities |= BLIND
M << "\red You can't seem to see anything."
if (isblockon(getblock(M.dna.struc_enzymes, TELEBLOCK,3),TELEBLOCK))
if(probinj(15,inj) || (TK in old_mutations))
M << "\blue You feel smarter."
M.mutations.Add(TK)
if (isblockon(getblock(M.dna.struc_enzymes, DEAFBLOCK,3),DEAFBLOCK))
M.sdisabilities |= DEAF
M.ear_deaf = 1
M << "\red Its kinda quiet.."
if (isblockon(getblock(M.dna.struc_enzymes, GLASSESBLOCK,3),GLASSESBLOCK))
M.disabilities |= NEARSIGHTED
M << "Your eyes feel weird..."
/* If you want the new mutations to work, UNCOMMENT THIS.
if(istype(M, /mob/living/carbon))
for (var/datum/mutations/mut in global_mutations)
mut.check_mutation(M)
*/
//////////////////////////////////////////////////////////// Monkey Block
if (isblockon(getblock(M.dna.struc_enzymes, MONKEYBLOCK,3),MONKEYBLOCK) && istype(M, /mob/living/carbon/human))
// human > monkey
var/mob/living/carbon/human/H = M
H.monkeyizing = 1
var/list/implants = list() //Try to preserve implants.
for(var/obj/item/weapon/implant/W in H)
implants += W
W.loc = null
if(!connected)
for(var/obj/item/W in (H.contents-implants))
if (W==H.w_uniform) // will be teared
continue
H.drop_from_inventory(W)
M.monkeyizing = 1
M.canmove = 0
M.icon = null
M.invisibility = 101
var/atom/movable/overlay/animation = new( M.loc )
animation.icon_state = "blank"
animation.icon = 'icons/mob/mob.dmi'
animation.master = src
flick("h2monkey", animation)
sleep(48)
del(animation)
var/mob/living/carbon/monkey/O = null
if(H.species.primitive)
O = new H.species.primitive(src)
else
H.gib() //Trying to change the species of a creature with no primitive var set is messy.
return
if(M)
if (M.dna)
O.dna = M.dna
M.dna = null
if (M.suiciding)
O.suiciding = M.suiciding
M.suiciding = null
for(var/datum/disease/D in M.viruses)
O.viruses += D
D.affected_mob = O
M.viruses -= D
for(var/obj/T in (M.contents-implants))
del(T)
O.loc = M.loc
if(M.mind)
M.mind.transfer_to(O) //transfer our mind to the cute little monkey
if (connected) //inside dna thing
var/obj/machinery/dna_scannernew/C = connected
O.loc = C
C.occupant = O
connected = null
O.real_name = text("monkey ([])",copytext(md5(M.real_name), 2, 6))
O.take_overall_damage(M.getBruteLoss() + 40, M.getFireLoss())
O.adjustToxLoss(M.getToxLoss() + 20)
O.adjustOxyLoss(M.getOxyLoss())
O.stat = M.stat
O.a_intent = "hurt"
for (var/obj/item/weapon/implant/I in implants)
I.loc = O
I.implanted = O
// O.update_icon = 1 //queue a full icon update at next life() call
del(M)
return
if (!isblockon(getblock(M.dna.struc_enzymes, MONKEYBLOCK,3),MONKEYBLOCK) && !istype(M, /mob/living/carbon/human))
// monkey > human,
var/mob/living/carbon/monkey/Mo = M
Mo.monkeyizing = 1
var/list/implants = list() //Still preserving implants
for(var/obj/item/weapon/implant/W in Mo)
implants += W
W.loc = null
if(!connected)
for(var/obj/item/W in (Mo.contents-implants))
Mo.drop_from_inventory(W)
M.monkeyizing = 1
M.canmove = 0
M.icon = null
M.invisibility = 101
var/atom/movable/overlay/animation = new( M.loc )
animation.icon_state = "blank"
animation.icon = 'icons/mob/mob.dmi'
animation.master = src
flick("monkey2h", animation)
sleep(48)
del(animation)
var/mob/living/carbon/human/O = new( src )
if(Mo.greaterform)
O.set_species(Mo.greaterform)
if (isblockon(getblock(M.dna.uni_identity, 11,3),11))
O.gender = FEMALE
else
O.gender = MALE
if (M)
if (M.dna)
O.dna = M.dna
M.dna = null
if (M.suiciding)
O.suiciding = M.suiciding
M.suiciding = null
for(var/datum/disease/D in M.viruses)
O.viruses += D
D.affected_mob = O
M.viruses -= D
//for(var/obj/T in M)
// del(T)
O.loc = M.loc
if(M.mind)
M.mind.transfer_to(O) //transfer our mind to the human
if (connected) //inside dna thing
var/obj/machinery/dna_scannernew/C = connected
O.loc = C
C.occupant = O
connected = null
var/i
while (!i)
var/randomname
if (O.gender == MALE)
randomname = capitalize(pick(first_names_male) + " " + capitalize(pick(last_names)))
else
randomname = capitalize(pick(first_names_female) + " " + capitalize(pick(last_names)))
if (findname(randomname))
continue
else
O.real_name = randomname
i++
updateappearance(O,O.dna.uni_identity)
O.take_overall_damage(M.getBruteLoss(), M.getFireLoss())
O.adjustToxLoss(M.getToxLoss())
O.adjustOxyLoss(M.getOxyLoss())
O.stat = M.stat
for (var/obj/item/weapon/implant/I in implants)
I.loc = O
I.implanted = O
// O.update_icon = 1 //queue a full icon update at next life() call
del(M)
return
//////////////////////////////////////////////////////////// Monkey Block
if(M)
M.update_icon = 1 //queue a full icon update at next life() call
return null
/////////////////////////// DNA MISC-PROCS
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