turbine_parts
Vars | |
current_tier | Current part tier |
---|---|
fourth_tier_material | Stores the path of the material for the fourth tier upgrade |
fourth_tier_material_amount | Amount of fourth tier material for the upgrade |
max_rpm | Max rpm reachable by the part |
max_rpm_tier_multiplier | Multiplier to increase the max rpm per tier, max should be around 500000 rpm |
max_temperature | Max temperature achievable by the part before the turbine starts to take damage |
max_temperature_tier_exponential | Max temperature exponential value per tier |
max_tier | Max part tier |
part_efficiency | Efficiency of the part to the turbine machine |
part_efficiency_increase_amount | Efficiency increase amount for each tier |
second_tier_material | Stores the path of the material for the second tier upgrade |
second_tier_material_amount | Amount of second tier material for the upgrade |
third_tier_material | Stores the path of the material for the third tier upgrade |
third_tier_material_amount | Amount of third tier material for the upgrade |
Var Details
current_tier
Current part tier
fourth_tier_material
Stores the path of the material for the fourth tier upgrade
fourth_tier_material_amount
Amount of fourth tier material for the upgrade
max_rpm
Max rpm reachable by the part
max_rpm_tier_multiplier
Multiplier to increase the max rpm per tier, max should be around 500000 rpm
max_temperature
Max temperature achievable by the part before the turbine starts to take damage
max_temperature_tier_exponential
Max temperature exponential value per tier
max_tier
Max part tier
part_efficiency
Efficiency of the part to the turbine machine
part_efficiency_increase_amount
Efficiency increase amount for each tier
second_tier_material
Stores the path of the material for the second tier upgrade
second_tier_material_amount
Amount of second tier material for the upgrade
third_tier_material
Stores the path of the material for the third tier upgrade
third_tier_material_amount
Amount of third tier material for the upgrade