EEC v5 Lite (v0.2)

-- EEC Lite v5 (v0.2), edited by TPT_PL ---
--- Author of original EEC: ---------------
-------- lapominator ----------------------

--+++++++++++++++++++++++++++++++++++++++--

-- Changes:
-- New "radioactive" functions
-- MOLD and RUMS re-added
-- Hidden elements stay hidden
-- SSTL in electronics menu
-- DMND in special menu

tpt.el.wax.name="CISO"
tpt.el.wax.flammable=0
tpt.el.wax.heat=40
tpt.el.wax.menusection=10
tpt.el.wax.color=0xffaa55
tpt.el.wax.description=" C Isotope, unstable radioactive, Crystaline Isotope, forms within Isotope Z upon light P Isotope bombardment."
tpt.el.wax.hardness=2
tpt.el.wax.weight=101.0
tpt.el.mwax.hardness=2
tpt.el.mwax.name="DISO"
tpt.el.mwax.flammable=0
tpt.el.mwax.heat=-255
tpt.el.mwax.menusection=10
tpt.el.mwax.color=0x1111AA11
tpt.el.mwax.weight=85.5
tpt.el.mwax.gravity=-0.7
tpt.el.mwax.diffusion = 4.5
tpt.el.mwax.description="Destabalized C Isotope, lightly radioactive and vaporus."
math.randomseed(os.time())
function isotope(i,x,y,s,n)
if tpt.parts[i].life==0 then
tpt.parts[i].life=8
end
ox=math.random(x-1,x+1)
oy=math.random(y-1,y+1)
if tpt.get_property("type",ox,oy)==tpt.el.anar.id then
tpt.set_property("type",tpt.el.glow.id,ox,oy)
tpt.set_property("temp",tpt.get_property("temp",ox,oy)+100,ox,oy)
tpt.create(math.random(x-1,x+1),math.random(y-1,y+1),tpt.el.caus.id)
tpt.parts[i].life=tpt.parts[i].life-1
end
end
tpt.element_func(isotope, tpt.el.wax.id,1)
tpt.element_func(isotope, tpt.el.mwax.id,1)
function caus(i,x,y,s,n)
for ex=x-1,x+1,1 do
for ey=y-1,y+1,1 do
if tpt.get_property("type",ex,ey)==tpt.el.acid.id then
tpt.delete(ex,ey)
tpt.parts[i].life=tpt.parts[i].life-1
if tpt.parts[i].life==51 then
tpt.delete(i)
end
end
end
end
end

tpt.el.bran.name="HEMP"
tpt.el.bran.enabled=1
tpt.el.bran.color=0xBFFCFF
tpt.el.bran.description=" Heavy Exotic Metallic Plasmoid, highly conductive, Isotopic decay of Destabalized CISO upon P Isotope bombardment.."
tpt.el.bran.menu=1
tpt.el.bran.weight=99
tpt.el.bran.menusection=7
tpt.el.bran.falldown=3
tpt.el.bran.gravity=5
tpt.el.bran.diffusion=2
tpt.el.bran.heat=-255
tpt.el.bran.advection=2
tpt.eltransition.bran.tempHighValue = 1600
tpt.eltransition.bran.tempHighType = tpt.element('exot')
tpt.el.bran.explosive=1

function graphics(i, colr, colg, colb)
if tpt.get_property("temp",i) < 5000
and tpt.get_property("temp",i) > 273 then
return 0,0x00FF0030,255,0,255,0,75,183,0,255
elseif tpt.get_property("temp",i) > 5000 then
return 0,0x00ff0020,255,255,255,0,75,255,0,0
elseif tpt.get_property("temp",i) < 273 then
return 0,0x00ff0020,255,0,255,255,75,0,0,255
end
end
tpt.graphics_func(graphics,tpt.el.bran.id)

tpt.el.pste.name = 'EMV'
tpt.el.pste.description = 'Exotic Metallic Vapor, conductive only once.'
tpt.el.pste.color = 0xBFFBFF
tpt.el.pste.menusection = 6
tpt.el.pste.diffusion = 1.5
tpt.el.pste.gravity = 0.5
tpt.el.pste.weight = 1.0
tpt.el.pste.heat = 10.0
tpt.el.pste.hardness = 4.0
tpt.el.pste.properties = 2600
tpt.eltransition.pste.tempHighValue = 1800
tpt.eltransition.pste.tempHighType = tpt.element('glow')

tpt.el.clst.name="Dirt"
tpt.el.clst.description="Dirt, just add water."
tpt.el.clst.color=0xC77400
tpt.el.clst.weight=85.0
tpt.el.clst.menusection=8

tpt.el.brmt.name="Rust"
tpt.el.brmt.description="Oxidized iron."

tpt.el.metl.name = "SSTL"
tpt.el.metl.description = "Stainless Steel, uncorrosive and conductive."
tpt.el.metl.hardness = -1
tpt.el.metl.menusection = 1
tpt.el.metl.color=0xA1AAA1
tpt.el.metl.weight = 102.0

tpt.el.psts.name = 'PEMV'
tpt.el.psts.menu = 1
tpt.el.psts.enabled=1
tpt.el.psts.description =  'Pressurized Exotic Metallic Vapor.'
tpt.el.psts.menusection = 10
tpt.eltransition.psts.tempHighValue = 8888.0
tpt.eltransition.psts.tempHighType = tpt.element('vibr')

tpt.el.isoz.menusection=7
tpt.el.isoz.hardness=2
tpt.el.isoz.description=" Isotope Z, condenced from noble gas upon light neturon bombardment"
tpt.el.iszs.hardness=2
tpt.el.iszs.description=" Isotope Z Stabalized, under goes light radioactive decay"

tpt.el.glow.name="EISO"
tpt.el.glow.description="E Isotope, radioactive decay of D Isotope."
tpt.el.glow.menusection=7
tpt.el.glow.hardness=-1
tpt.eltransition.glow.tempHighValue = 1400
tpt.eltransition.glow.tempHighType = tpt.element('hemp')

tpt.el.anar.name="PISO"
tpt.el.anar.description="P Isotopes, The untested radioactive emissions of Jupiter's red spot , effected by energy X."
tpt.el.anar.flammable=0
tpt.el.anar.weight=101.0
tpt.el.anar.heat=-50
tpt.el.anar.hardness=-1
tpt.el.anar.color=0xff11ffff
tpt.el.anar.gravity=0.0
tpt.el.anar.diffusion=4.0
tpt.el.anar.falldown=-1
tpt.el.anar.menusection=10
tpt.el.anar.airloss=1
tpt.el.anar.airdrag=0

tpt.el.grav.name="IMEG"
tpt.el.grav.description="Inert Metallic Exotic Gel, Very light and photo-voltaic. created within an exotic/micro-carbon based reaction."
tpt.el.grav.menusection = 10
tpt.el.grav.color = 0xBFBFFBFF
tpt.el.grav.diffusion = 1.0
tpt.el.grav.gravity = 0.5
tpt.el.grav.weight = 2.0
tpt.el.grav.heat = 1.0
tpt.el.grav.flammable = 0.0

math.randomseed(os.time())
function boom (i,x,y,s,n)
a=math.random(-1,1)
b=math.random(-1,1)
c=tpt.get_property("temp",i)
if c>140+273.15 then
tpt.create(x+a,y+b,"EMV")
end
end
tpt.element_func(boom,tpt.el.grav.id)

tpt.el.brel.name = 'CCOM'
tpt.el.exot.description= "Exotic non conductive heavy Isotopic decay of HEMP, sensitive to energy particles."
tpt.el.exot.color = 0xBFFBFB
tpt.el.exot.menusection = 7
tpt.el.exot.hardness=-1
tpt.el.brel.menusection = 8
tpt.el.brel.advection = 0.3
tpt.el.brel.loss = 0.7
tpt.el.brel.airdrag = 0.0
tpt.el.brel.description= "Micro Carbon Compound, very conductive."
tpt.el.brel.color = 0xA1AAA1
tpt.el.brel.weight = 85.5
tpt.el.brel.gravity = 0.5
tpt.el.brel.hotair = 0.0
tpt.el.brel.diffusion = 0.1
tpt.el.brel.color = 0xB7B7A9
tpt.eltransition.brel.tempHighValue = 9720
tpt.eltransition.brel.tempHighType = tpt.element('dmnd')
exot_react = 0
math.randomseed(os.time())
tpt.setfpscap(50)
function exot_react(i,x,y,nt)
local found_brel = false
if tpt.get_property("type",x+1,y)==tpt.el.brel.id then
found_brel = true
end
if tpt.get_property("type",x-1,y)==tpt.el.brel.id then
found_brel = true
end
if tpt.get_property("type",x,y+1)==tpt.el.brel.id then
found_brel = true
end
if tpt.get_property("type",x,y-1)==tpt.el.brel.id then
found_brel = true
end
if found_brel then
tpt.set_property("type","IMEG",x,y)
exot_react = 100
end
end
tpt.element_func(exot_react,tpt.el.exot.id,1)

function heat(key,blank,blank,event)
if string.upper(key) == "X" and event == 1 then
tpt.set_property("temp",400,"iszs")
tpt.set_property("temp",0,"bizr")
tpt.set_property("temp",400,"yest")
tpt.set_property("temp",400,"rbdm")
tpt.set_property("type","fire","cflm")
tpt.set_property("type","elec","piso")
tpt.set_property("type","co2","dric")
tpt.set_property("type","neut","uran")
end
end
tpt.register_keypress(heat)

function solidify(key,blank,blank,event)
if string.upper(key) == "V" and event == 1 then
tpt.set_property("type","brck","stne")
tpt.set_property("type","qrtz","pqrt")
tpt.set_property("type","glas","bgla")
tpt.set_property("type","iron","rust")
tpt.set_property("type","vibr","bvbr")
tpt.set_property("type","spng","dyst")
tpt.set_property("type","wood","yest")
tpt.set_property("type","sstl","ccom")
end
end
tpt.register_keypress(solidify)

function cool(key,blank,blank,event)
if string.upper(key) == "C" and event == 1 then
tpt.set_property("temp",1,"lava")
tpt.set_property("temp",200,"bizr")
tpt.set_property("temp",200,"bizg")
tpt.set_property("temp",0,"isoz")
tpt.set_property("temp",100,"yest")
tpt.set_property("temp",0,"diso")
tpt.set_property("temp",0,"lrbd")
tpt.set_property("temp",0,"dric")
tpt.set_property("type","cflm","fire")
tpt.set_property("type","nice","acid")
tpt.set_property("type","cflm","warp")
tpt.set_property("type","hygn","uran")
tpt.set_property("type","cflm","plsm")
tpt.set_property("type","frzz","snow")
tpt.set_property("type","dric","co2")
tpt.set_property("type","ln2","piso")
end
end
tpt.register_keypress(cool)

local Element1 = elements.allocate("MOD", "SNDM")
elements.element(elements.MOD_PT_SNDM, elements.element(tpt.element("MERC")))
elements.property(elements.MOD_PT_SNDM, "Name", "SNDM")
elements.property(elements.MOD_PT_SNDM, "Color", 0xb1AAA1)
elements.property(elements.MOD_PT_SNDM, "Gravity", 0)
elements.property(elements.MOD_PT_SNDM, "Falldown", 0)
elements.property(elements.MOD_PT_SNDM, "Weight", 100)
elements.property(elements.MOD_PT_SNDM, "MenuVisible", 1)
elements.property(elements.MOD_PT_SNDM, "MenuSection", 1)
elements.property(elements.MOD_PT_SNDM, "Advection", 0.05)
elements.property(elements.MOD_PT_SNDM, "AirDrag", 0.01)
elements.property(elements.MOD_PT_SNDM, "Loss", 0.2)
elements.property(elements.MOD_PT_SNDM, "Collision", -0.2)
elements.property(elements.MOD_PT_SNDM, "Flammable", 0)
elements.property(elements.MOD_PT_SNDM, "Hardness", 7)
elements.property(elements.MOD_PT_SNDM, "Temperature", 250.0)
elements.property(elements.MOD_PT_SNDM, "HeatConduct", 0)
elements.property(elements.MOD_PT_SNDM, "Description", "Esendiem,:} strange & reactive.")
local function Esendiem(i, x, y, s, n)

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.watr.id or element == tpt.el.dstw.id or element == tpt.el.bubw.id then
tpt.parts[i].type = tpt.el.cnct.id
tpt.set_property('life', math.random(100, 150), i)
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.oxyg.id or element == tpt.el.loxy.id then
tpt.parts[i].type = tpt.el.brmt.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.caus.id then
tpt.parts[i].type = tpt.el.nitr.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.acid.id then
tpt.parts[i].type = tpt.el.metl.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.anar.id then
tpt.parts[i].type = tpt.el.iron.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.neut.id then
tpt.parts[i].type = tpt.el.lrbd.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.co2.id then
tpt.parts[i].type = tpt.el.brel.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.bran.id then
tpt.parts[i].type = tpt.el.grav.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.elec.id then
tpt.parts[i].type = tpt.el.iszs.id
end

local element = tpt.get_property("type", x+math.random(-1, 1), y+math.random(-1, 1))
if element == tpt.el.glow.id then
tpt.parts[i].type = tpt.el.mwax.id
end
end
tpt.element_func(Esendiem, elements.MOD_PT_SNDM)




local elTemporaryValue = tpt.eltransition.dust.presHighValue
local elTemporaryType = tpt.eltransition.dust.presHighType
tpt.eltransition.dust.presHighValue = 25
tpt.eltransition.dust.presHighType = tpt.element("CCOM")

local elTemporaryValue = tpt.eltransition.brel.presHighValue
local elTemporaryType = tpt.eltransition.brel.presHighType
tpt.eltransition.brel.presHighValue = 115
tpt.eltransition.brel.presHighType = tpt.element("dmnd")

local elTemporaryValue = tpt.eltransition.exot.presHighValue
local elTemporaryType = tpt.eltransition.exot.presHighType
tpt.eltransition.exot.presHighValue = 55
tpt.eltransition.exot.presHighType = tpt.element("hygn")

local elTemporaryValue = tpt.eltransition.wood.presHighValue
local elTemporaryType = tpt.eltransition.wood.presHighType
tpt.eltransition.wood.presHighValue = 45
tpt.eltransition.wood.presHighType = tpt.element("dust")

local elTemporaryValue = tpt.eltransition.shld.presHighValue
local elTemporaryType = tpt.eltransition.shld.presHighType
tpt.eltransition.shld.presHighValue = 50
tpt.eltransition.shld.presHighType = tpt.element("neut")

local elTemporaryValue = tpt.eltransition.shd2.presHighValue
local elTemporaryType = tpt.eltransition.shd2.presHighType
tpt.eltransition.shd2.presHighValue = 120
tpt.eltransition.shd2.presHighType = tpt.element("neut")

local elTemporaryValue = tpt.eltransition.shd3.presHighValue
local elTemporaryType = tpt.eltransition.shd3.presHighType
tpt.eltransition.shd3.presHighValue = 150
tpt.eltransition.shd3.presHighType = tpt.element("neut")

local elTemporaryValue = tpt.eltransition.shd4.presHighValue
local elTemporaryType = tpt.eltransition.shd4.presHighType
tpt.eltransition.shd4.presHighValue = 200
tpt.eltransition.shd4.presHighType = tpt.element("shd4")

local elTemporaryValue = tpt.eltransition.wax.presHighValue
local elTemporaryType = tpt.eltransition.wax.presHighType
tpt.eltransition.wax.presHighValue = 25
tpt.eltransition.wax.presHighType = tpt.element("elec")

local elTemporaryValue = tpt.eltransition.metl.presHighValue
local elTemporaryType = tpt.eltransition.metl.presHighType
tpt.eltransition.metl.presHighValue = 100
tpt.eltransition.metl.presHighType = tpt.element("iron")



function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.wax.id then
tpt.parts[i].type=tpt.el.deut.id
end
end
tpt.element_func(react,tpt.el.phot.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.anar.id then
tpt.parts[i].type=tpt.el.boyl.id
end
end
tpt.element_func(react,tpt.el.rbdm.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.neut.id then
tpt.parts[i].type=tpt.el.bvbr.id
end
end
tpt.element_func(react,tpt.el.psts.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.anar.id then
tpt.parts[i].type=tpt.el.wax.id
end
end
tpt.element_func(react,tpt.el.iszs.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.yest.id then
tpt.parts[i].type=tpt.el.desl.id
end
end
tpt.element_func(react,tpt.el.oil.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.neut.id then
tpt.parts[i].type=tpt.el.isoz.id
end
end
tpt.element_func(react,tpt.el.nble.id)

function react(i,x,y)
typeel=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.phot.id then
tpt.parts[i].type=tpt.el.oxyg.id
end
end
tpt.element_func(react,tpt.el.hygn.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.oxyg.id then
tpt.parts[i].type=tpt.el.nble.id
end
end
tpt.element_func(react,tpt.el.elec.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.anar.id then
tpt.parts[i].type=tpt.el.ln2.id
end
end
tpt.element_func(react,tpt.el.brmt.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.anar.id then
tpt.parts[i].type=tpt.el.qrtz.id
end
end
tpt.element_func(react,tpt.el.co2.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.elec.id then
tpt.parts[i].type=tpt.el.plut.id
end
end
tpt.element_func(react,tpt.el.wax.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.watr.id then
tpt.parts[i].type=tpt.el.vine.id
end
end
tpt.element_func(react,tpt.el.wood.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.wax.id then
tpt.parts[i].type=tpt.el.shld.id
end
end
tpt.element_func(react,tpt.el.neut.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.wood.id then
tpt.parts[i].type=tpt.el.dyst.id
end
end
tpt.element_func(react,tpt.el.anar.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.sltw.id then
tpt.parts[i].type=tpt.el.acid.id
end
end
tpt.element_func(react,tpt.el.caus.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.watr.id then
tpt.parts[i].type=tpt.el.plnt.id
end
end
tpt.element_func(react,tpt.el.clst.id)

function react(i,x,y)
type=tpt.get_property("type",x+math.random(-1,1),y+math.random(-1,1))
if type==tpt.el.soap.id then
tpt.parts[i].type=tpt.el.merc.id
end
end
tpt.element_func(react,tpt.el.boyl.id)

tpt.el.rbdm.menusection=5
tpt.el.vibr.menusection=9
tpt.el.bvbr.menusection=8
tpt.el.qrtz.weight=101.0
tpt.el.dmnd.weight = 200.5
tpt.el.dmnd.menusection = 11
tpt.el.iron.weight = 101.5
tpt.el.ttan.weight = 102.5

tpt.el.acid.weight=25
tpt.el.caus.weight=26

tpt.el.merc.menusection = 7
tpt.el.lrbd.menusection = 7

tpt.el.watr.hardness=2
tpt.el.dstw.hardness=2
tpt.el.sltw.hardness=-1

tpt.el.soap.weight=25
tpt.el.soap.hardness=0

tpt.el.gas.hardness=-1
tpt.el.co2.hardness=-1
tpt.el.smke.flammable=0
tpt.el.wtrv.hardness=-1

local BPDR = elements.allocate("FEYNMAN", "BPDR")
elements.element(elements.FEYNMAN_PT_BPDR, elements.element(elements.DEFAULT_PT_BCOL))
elements.property(elements.FEYNMAN_PT_BPDR, "Name", "BPDR")
elements.property(elements.FEYNMAN_PT_BPDR, "Description", "Black Powder. Very explosive.")
elements.property(elements.FEYNMAN_PT_BPDR, "Colour", 0x353535)
elements.property(elements.FEYNMAN_PT_BPDR, "MenuSection", 5)
elements.property(elements.FEYNMAN_PT_BPDR, "Gravity", .5)
elements.property(elements.FEYNMAN_PT_BPDR, "Flammable", 10000)
elements.property(elements.FEYNMAN_PT_BPDR, "Explosive", 1)
elements.property(elements.FEYNMAN_PT_BPDR, "Loss", 1)
elements.property(elements.FEYNMAN_PT_BPDR, "AirLoss", .5)
elements.property(elements.FEYNMAN_PT_BPDR, "AirDrag", .01)
elements.property(elements.FEYNMAN_PT_BPDR, "Advection", .01)
elements.property(elements.FEYNMAN_PT_BPDR, "Weight", 0)
elements.property(elements.FEYNMAN_PT_BPDR, "Diffusion", 0)

local REXP = elements.allocate("FEYNMAN", "REXP")
elements.element(elements.FEYNMAN_PT_REXP, elements.element(elements.DEFAULT_PT_BCOL))
elements.property(elements.FEYNMAN_PT_REXP, "Name", "REXP")
elements.property(elements.FEYNMAN_PT_REXP, "Description", "More realistic explosive. It explodes by burning rather than exploding and with lots of heat.")
elements.property(elements.FEYNMAN_PT_REXP, "Colour", 0xFF5000)
elements.property(elements.FEYNMAN_PT_REXP, "MenuSection", 5)
elements.property(elements.FEYNMAN_PT_REXP, "Gravity", 0)
elements.property(elements.FEYNMAN_PT_REXP, "Flammable", 10000)
elements.property(elements.FEYNMAN_PT_REXP, "Explosive", 1)
elements.property(elements.FEYNMAN_PT_REXP, "Loss", 0)
elements.property(elements.FEYNMAN_PT_REXP, "AirLoss", 0)
elements.property(elements.FEYNMAN_PT_REXP, "AirDrag", .0)
elements.property(elements.FEYNMAN_PT_REXP, "Advection", 0)
elements.property(elements.FEYNMAN_PT_REXP, "Diffusion", 0)

-- Radioactive function rebuild by DanielGalrito

function CisoGlow(i, r, g, b)
Cisoglow = math.random(1,3)
if Cisoglow == 1 then
    return 1, 0x00000001, 255, 253, 222, 202, 0, 0, 0, 0
end
if Cisoglow == 2 then
    return 1, 0x00000001, 255, 253, 222, 211, 0, 0, 0, 0
end
if Cisoglow == 3 then
    return 1, 0x00000001, 255, 253, 222, 168, 0, 0, 0, 0
end
end
tpt.graphics_func(CisoGlow, tpt.element('wax'))

function DisoGlow(i, r, g, b)
Disoglowr = math.random(0,255)
Disoglowg = math.random(0,255)
Disoglowb = math.random(0,255)
    return 1, 0x00000001, 255, Disoglowr, Disoglowg, Disoglowb, 0, 0, 0, 0
end
tpt.graphics_func(DisoGlow, tpt.element('mwax'))

function PemvGlow(i, r, g, b)
PemvGlow = math.random(1,3)
if PemvGlow == 1 then
    return 1, 0x00000001, 255, 0, 38, 9, 0, 0, 0, 0
end
if PemvGlow == 2 then
    return 1, 0x00000001, 255, 0, 37, 173, 0, 0, 0, 0
end
if PemvGlow == 3 then
    return 1, 0x00000001, 255, 0, 37, 244, 0, 0, 0, 0
end
end
tpt.graphics_func(PemvGlow, tpt.element('psts'))

function PisoGlow(i, r, g, b)

Pisoglowr = math.random(0,1)
Pisoglowg = math.random(110,160)
Pisoglowb = math.random(130,135)
    return 1, 0x00000001, 255, Pisoglowr, Pisoglowg, Pisoglowb, 0, 0, 0, 0
end
tpt.graphics_func(PisoGlow, tpt.element('anar'))

function RumsGlow(i, r, g, b)
RumsGlow = math.random(1,7)
if RumsGlow == 1 then
    return 1, 0x00022000, 255, 254, 205, 166, 100, 255, 205, 166
end
if RumsGlow == 2 then
    return 1, 0x00022000, 255, 254, 42, 236, 100, 255, 42, 236
end
if RumsGlow == 3 then
    return 1, 0x00022000, 255, 254, 140, 122, 100, 255, 140, 122
end
if RumsGlow == 4 then
    return 1, 0x00022000, 255, 254, 243, 70, 100, 255, 243, 70
end
if RumsGlow == 5 then
    return 1, 0x00022000, 255, 254, 46, 147, 100, 255, 46, 147
end
if RumsGlow == 6 then
    return 1, 0x00022000, 255, 254, 167, 252, 100, 255, 167, 252
end
if RumsGlow == 7 then
    return 1, 0x00022000, 255, 254, 178, 50, 100, 255, 178, 50
end
end
tpt.graphics_func(RumsGlow, tpt.element('boyl'))