equilibrium

Vars
data	Used to store specific data needed for a reaction, usually used to keep track of things between explosion calls. CANNOT be used as a part of chemical_recipe - those vars are static lookup tables.
delta_ph	How pure our step is
delta_t	Result vars, private - do not edit unless in reaction_step() How much we're adding
h_ion_mod	pH mod
holder	The location/reagents datum the processing is taking place
multiplier	How much product we can make multiplied by the input recipe's products/required_reagents numerical values
product_ratio	The sum total of each of the product's numerical's values. This is so the addition/deletion is kept at the right values for multiple product reactions
reacted_vol	How much of the reaction has been made so far. Mostly used for subprocs, but it keeps track across the whole reaction and is added to every step.
reaction	The chemical reaction that is presently being processed
reaction_quality	What our last delta_ph was
speed_mod	Modifiers from catalysts, do not use negative numbers. I should write a better handiler for modifying these Speed mod
step_target_vol	The target volume the reaction is headed towards. This is updated every tick, so isn't the total value for the reaction, it's just a way to ensure we can't make more than is possible.
target_vol	The total possible that this reaction can make presently - used for gui outputs
thermic_mod	Temp mod
time_deficit	Allow us to deal with lag by "charging" up our reactions to react faster over a period - this means that the reaction doesn't suddenly mass react - which can cause explosions
to_delete	If we're done with this reaction so that holder can clear it.
Procs
check_reagent_properties	Check to make sure our input vars are sensible

Var Details

var
data
–

Used to store specific data needed for a reaction, usually used to keep track of things between explosion calls. CANNOT be used as a part of chemical_recipe - those vars are static lookup tables.

var
delta_ph
–

How pure our step is

var
delta_t
–

Result vars, private - do not edit unless in reaction_step() How much we're adding

var
h_ion_mod
–

pH mod

var
holder
– /datum/reagents

The location/reagents datum the processing is taking place

var
multiplier
–

How much product we can make multiplied by the input recipe's products/required_reagents numerical values

var
product_ratio
–

The sum total of each of the product's numerical's values. This is so the addition/deletion is kept at the right values for multiple product reactions

var
reacted_vol
–

How much of the reaction has been made so far. Mostly used for subprocs, but it keeps track across the whole reaction and is added to every step.

var
reaction
– /datum/chemical_reaction

The chemical reaction that is presently being processed

var
reaction_quality
–

What our last delta_ph was

var
speed_mod
–

Modifiers from catalysts, do not use negative numbers. I should write a better handiler for modifying these Speed mod

var
step_target_vol
–

The target volume the reaction is headed towards. This is updated every tick, so isn't the total value for the reaction, it's just a way to ensure we can't make more than is possible.

var
target_vol
–

The total possible that this reaction can make presently - used for gui outputs

var
thermic_mod
–

Temp mod

var
time_deficit
–

Allow us to deal with lag by "charging" up our reactions to react faster over a period - this means that the reaction doesn't suddenly mass react - which can cause explosions

var
to_delete
–

If we're done with this reaction so that holder can clear it.

Proc Details

proc
check_reagent_properties
()

Check to make sure our input vars are sensible

Is our atom in which this reaction is occuring still intact?
Do we still have reagents to react with
Do we have the required catalysts? If you're adding more checks for reactions, this is the proc to edit otherwise, generally, don't call this directed except internally

equilibrium /datum/equilibrium

Vars

Procs

Var Details

var data –

var delta_ph –

var delta_t –

var h_ion_mod –

var holder – /datum/reagents

var multiplier –

var product_ratio –

var reacted_vol –

var reaction – /datum/chemical_reaction

var reaction_quality –

var speed_mod –

var step_target_vol –

var target_vol –

var thermic_mod –

var time_deficit –

var to_delete –