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integrate XGM into the code

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New turf proc: assume_gas().  Maps to air.adjust_gas_temp().
Lots of optimizations to processing, fire, lighting, HasEntered() and
 more.
Zones now process all fire data and existance in one go, fire objects
 only handle spreading.
Most code has been ported straight so some of it mightn't be ideally
 structured for the new gas_mixtures.

Signed-off-by: Mloc-Argent <colmohici@gmail.com>
This commit is contained in:
Mloc-Argent
2014-07-22 19:52:12 +01:00
parent 0918f8bdde
commit d5e9851b62
99 changed files with 1175 additions and 1823 deletions
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code/WorkInProgress/Cael_Aislinn/Rust/core_field.dm
+8 -9
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@@ -140,20 +140,19 @@ Deuterium-tritium fusion: 4.5 x 10^7 K
//the amount of phoron pulled in each update is relative to the field strength, with 50T (max field strength) = 100% of area covered by the field
//at minimum strength, 0.25% of the field volume is pulled in per update (?)
//have a max of 1000 moles suspended
if(held_phoron.phoron < transfer_ratio * 1000)
if(held_phoron.gas["phoron"] < transfer_ratio * 1000)
var/moles_covered = environment.return_pressure()*volume_covered/(environment.temperature * R_IDEAL_GAS_EQUATION)
//world << "\blue moles_covered: [moles_covered]"
//
var/datum/gas_mixture/gas_covered = environment.remove(moles_covered)
var/datum/gas_mixture/phoron_captured = new /datum/gas_mixture()
//
phoron_captured.phoron = round(gas_covered.phoron * transfer_ratio)
phoron_captured.gas["phoron"] = round(gas_covered.gas["phoron"] * transfer_ratio)
//world << "\blue[phoron_captured.phoron] moles of phoron captured"
phoron_captured.temperature = gas_covered.temperature
phoron_captured.update_values()
//
gas_covered.phoron -= phoron_captured.phoron
gas_covered.update_values()
gas_covered.adjust_gas("phoron", -phoron_captured.gas["phoron"])
//
held_phoron.merge(phoron_captured)
//
@@ -171,7 +170,7 @@ Deuterium-tritium fusion: 4.5 x 10^7 K
//change held phoron temp according to energy levels
//SPECIFIC_HEAT_TOXIN
if(mega_energy > 0 && held_phoron.phoron)
if(mega_energy > 0 && held_phoron.gas["phoron"])
var/heat_capacity = held_phoron.heat_capacity()//200 * number of phoron moles
if(heat_capacity > 0.0003) //formerly MINIMUM_HEAT_CAPACITY
held_phoron.temperature = (heat_capacity + mega_energy * 35000)/heat_capacity
@@ -179,7 +178,7 @@ Deuterium-tritium fusion: 4.5 x 10^7 K
//if there is too much phoron in the field, lose some
/*if( held_phoron.phoron > (MOLES_CELLSTANDARD * 7) * (50 / field_strength) )
LosePhoron()*/
if(held_phoron.phoron > 1)
if(held_phoron.gas["phoron"] > 1)
//lose a random amount of phoron back into the air, increased by the field strength (want to switch this over to frequency eventually)
var/loss_ratio = rand() * (0.05 + (0.05 * 50 / field_strength))
//world << "lost [loss_ratio*100]% of held phoron"
@@ -187,16 +186,16 @@ Deuterium-tritium fusion: 4.5 x 10^7 K
var/datum/gas_mixture/phoron_lost = new
phoron_lost.temperature = held_phoron.temperature
//
phoron_lost.phoron = held_phoron.phoron * loss_ratio
phoron_lost.gas["phoron"] = held_phoron.gas["phoron"] * loss_ratio
//phoron_lost.update_values()
held_phoron.phoron -= held_phoron.phoron * loss_ratio
held_phoron.gas["phoron"] -= held_phoron.gas["phoron"] * loss_ratio
//held_phoron.update_values()
//
environment.merge(phoron_lost)
radiation += loss_ratio * mega_energy * 0.1
mega_energy -= loss_ratio * mega_energy * 0.1
else
held_phoron.phoron = 0
held_phoron.gas["phoron"] = null
//held_phoron.update_values()
//handle some reactants formatting