The Powder Toy

catchphrase911

i want to make it so this element cannot lose temperature, but can heat things up. (so it transfers heat but doesnt take on cool)

RebMiami

Maybe try putting something like this in the update function:

sim.partProperty(i, "temp", math.max(sim.partProperty(i, "temp"), sim.partProperty(i, "tmp"))) sim.partProperty(i, "tmp", math.floor(sim.partProperty(i, "temp")))

(I haven't tested this, so I don't know if it'll actually work, but this should allow the material to heat up but not cool down.)

catchphrase911

hmm. when the element falls onto ttan, the ttan heats up and the element cools, is it possible to make it so that the element can heat the ttan, but stay at max temp on its own? the code is

elements.allocate('AU3FGEN', 'EXPL')
elements.element(elements.AU3FGEN_PT_EXPL, elements.element(elements.DEFAULT_PT_BCOL))
elements.property(elements.AU3FGEN_PT_EXPL, 'Name', 'EXPL')
elements.property(elements.AU3FGEN_PT_EXPL, 'Description', 'explosive')
elements.property(elements.AU3FGEN_PT_EXPL, 'Color', '0xF76D00')
elements.property(elements.AU3FGEN_PT_EXPL, 'MenuSection', '5')
elements.property(elements.AU3FGEN_PT_EXPL, 'Gravity', '7')
elements.property(elements.AU3FGEN_PT_EXPL, 'Flammable', '0')
elements.property(elements.AU3FGEN_PT_EXPL, 'Explosive', '0')
elements.property(elements.AU3FGEN_PT_EXPL, 'Temperature', '9000')
elements.property(elements.AU3FGEN_PT_EXPL, 'LowTemperature', '9999')
elements.property(elements.AU3FGEN_PT_EXPL, 'HotAir', '10')
elements.property(elements.AU3FGEN_PT_EXPL, 'Loss', '0')
elements.property(elements.AU3FGEN_PT_EXPL, 'AirLoss', '0')
elements.property(elements.AU3FGEN_PT_EXPL, 'AirDrag', '0.1')
elements.property(elements.AU3FGEN_PT_EXPL, 'Advection', '1')
elements.property(elements.AU3FGEN_PT_EXPL, 'Weight', '100')elements.property(elements.AU3FGEN_PT_EXPL, 'HeatConduct', '50')
elements.property(elements.AU3FGEN_PT_EXPL, 'Diffusion', '1')
elements.property(elements.AU3FGEN_PT_EXPL, 'Falldown', '0')
elements.property(elements.AU3FGEN_PT_EXPL, 'LowPressure', -20)
elements.property(elements.AU3FGEN_PT_EXPL, 'LowPressureTransition', tpt.element("fsep"))

EXPLUpdate = function(i, x, y, s, n)
sim.partProperty(i, "temp", math.max(sim.partProperty(i, "temp"), sim.partProperty(i, "tmp")))
sim.partProperty(i, "tmp", math.floor(sim.partProperty(i, "temp")))
end

local g = function(i, r, g, b)
local cola, colr, colg, colb, firea, firer, fireg, fireb
cola = 255 -- Alpha
colr = 255 -- Red
colg = 102 -- Green
colb = 0 -- Blue
firea = 255 -- Alpha Glow
firer = 255 -- Red Glow
fireg = 102 -- Green Glow
fireb = 0 -- Blue Glow
--See Pixel Mode Values Table for more info
return 0, 0xF76D00, cola, colr, colg, colb, firea, firer, fireg, fireb
end
tpt.graphics_func(g, tpt.element('EXPL'))

it is messy and i didnt make half of it, it is an edited script i figured out, as i cant code very well at all ._.

Hecker

Ok, the heating of it is slower then it would normaly be,

to change the speed of heat transfer

change the numbers in these, (make them the same) in the update function

sim.partProperty(i,'temp',sim.partProperty(i,'temp') + 1)

sim.partProperty(r,'temp',sim.partProperty(r,'temp') - 1)

if elem.EL_PT_test then elem.free(elem.EL_PT_test) end

local test = elem.allocate('EL', 'test')

elem.property(test, 'Name', 'test')

elem.property(test, 'Description', 'test')

elem.property(test, 'MenuVisible', 1)

elem.property(test, 'MenuSection', 8)

elem.property(test, 'Color', 0xffffff)

elem.property(test, 'Flammable', 0)

elem.property(test, 'Explosive', 0)

elem.property(test, 'Properties', elem.TYPE_GAS)

elem.property(test, 'Weight', 0)

elem.property(test, 'Gravity', 0.1)

elem.property(test, 'Diffusion', 0)

elem.property(test, 'Advection', 1)

elem.property(test, 'AirLoss', 1)

elem.property(test, 'AirDrag', 0)

elem.property(test, 'Temperature', convertCtoK(20))

elem.property(test, 'HeatConduct', 0)

elem.property(test, 'Falldown', 3)

elem.property(test, 'Update',function(i, x, y, s, nt)

for r in sim.neighbors(x,y,2,2) do

if (sim.partProperty(r, "temp") >= sim.partProperty(i,'temp')) then

sim.partProperty(i,'temp',sim.partProperty(i,'temp') + 1)

sim.partProperty(r,'temp',sim.partProperty(r,'temp') - 1)

end

end)

username90000

just use molten plutonium for this

Help with script element temp loss