code/modules/power/generators/turbine.dm 
| COMPFRICTION | Multiplies the friction of the compressor |
|---|---|
| COMP_MOMENT_OF_INERTIA | Compressor's moment of inertia in kg * m^2 |
| RPM_TO_RAD_PER_SECOND | Convert RPM to radians per second(SI angular velocity units) |
| COMPRESSOR_HEAT_CAPACITY | Compressors heat capacity in J / K |
| THERMAL_EFF_TEMP_CURVE | Changes the scaling of thermal efficiency with temperature. Lower value means faster scaling |
| COMPRESSION_RPM_CURVE | Changes the scaling of compression ratio with RPM. Lower value means faster scaling |
| KINETIC_TO_ELECTRIC | The portion of the kinetic energy converted to electrical |
| COMPRESSION_RATIO_MAX | The maximum compression ratio of the turbine |
| THERMAL_EFF_COMPRESSION_CURVE | Scales the effect of compresion ratio on thermal efficiency |
| THERMAL_EFF_PART_BASE | The base value we add values dervied from componenet ratings to for thermal efficiency scaling. higher value means lesser effect of parts |
| POWER_EFF_PART_BASE | The base value we add values dervied from componenet ratings to for power efficiency. higher value means lesser effect of parts |
| THERMAL_EFF_MAX | Maximum possible thermal efficiency |
| BEARING_DAMAGE_MAX | Amount of damage at which the turbine catastrophically fails |
| BEARING_DAMAGE_BASE_THRESHOLD | The temperature at which the bearings start taking damage |
| BEARING_DAMAGE_SCALING | Scales the damage taken by the bearings. Higher value means less damage. |
| BEARING_DAMAGE_FRICTION | Friction from bearing damage |
| FAILURE_MESSAGE | Message send upon catastrphic failure |
| FAIILRE_RPM_EXPLOSION_THRESHOLD | RPM at which the turbine explodes upon failing |
| MAX_ENERGY_PORTION | The maximum portion of the compressor's kinetic energy the turbine can harvest each tick |
Define Details
BEARING_DAMAGE_BASE_THRESHOLD
The temperature at which the bearings start taking damage
BEARING_DAMAGE_FRICTION
Friction from bearing damage
BEARING_DAMAGE_MAX
Amount of damage at which the turbine catastrophically fails
BEARING_DAMAGE_SCALING
Scales the damage taken by the bearings. Higher value means less damage.
COMPFRICTION
Multiplies the friction of the compressor
COMPRESSION_RATIO_MAX
The maximum compression ratio of the turbine
COMPRESSION_RPM_CURVE
Changes the scaling of compression ratio with RPM. Lower value means faster scaling
COMPRESSOR_HEAT_CAPACITY
Compressors heat capacity in J / K
COMP_MOMENT_OF_INERTIA
Compressor's moment of inertia in kg * m^2
FAIILRE_RPM_EXPLOSION_THRESHOLD
RPM at which the turbine explodes upon failing
FAILURE_MESSAGE
Message send upon catastrphic failure
KINETIC_TO_ELECTRIC
The portion of the kinetic energy converted to electrical
MAX_ENERGY_PORTION
The maximum portion of the compressor's kinetic energy the turbine can harvest each tick
POWER_EFF_PART_BASE
The base value we add values dervied from componenet ratings to for power efficiency. higher value means lesser effect of parts
RPM_TO_RAD_PER_SECOND
Convert RPM to radians per second(SI angular velocity units)
THERMAL_EFF_COMPRESSION_CURVE
Scales the effect of compresion ratio on thermal efficiency
THERMAL_EFF_MAX
Maximum possible thermal efficiency
THERMAL_EFF_PART_BASE
The base value we add values dervied from componenet ratings to for thermal efficiency scaling. higher value means lesser effect of parts
THERMAL_EFF_TEMP_CURVE
Changes the scaling of thermal efficiency with temperature. Lower value means faster scaling