## On this page

  

 

 # OpenTD.Dimension.IDimension Interface Reference

 Last update: 16.07.2025 

Represents a physical dimension, e.g., density. [More...](#details)

Inheritance diagram for OpenTD.Dimension.IDimension:

 ![](/sites/default/files/migrate-content/opentd_net4_reference_2025_r2_1/interface_open_t_d_1_1_dimension_1_1_i_dimension.png)



## <a id="pub-methods" name="pub-methods"></a>Public Member Functions

double [ConvertFromSI](#afddcd70691fedb7f5e45b35ab591c2a5) (double x, [UnitsData](class_open_t_d_1_1_units_data.xhtml) units) Converts x from SI to input units.   
 double [ConvertToSI](#a47ad8f3b8708cb63cb89777b06affd5f) ([UnitsData](class_open_t_d_1_1_units_data.xhtml) units, double x) Converts x from input units to SI.   
 string [GetName](#aeeb6edfa19e874001b5453f595995383) () Gets the name of the dimension, e.g., "Density".   
 string [GetUnitsName](#a545ddcaa082f8f4d78c6e0c8176fcd02) ([UnitsData](class_open_t_d_1_1_units_data.xhtml) units) Gets the name of unit corresponding to this dimension, e.g. "kg/m3".   
 string [GetTitle](#a216ec184b866a2be2257c288c7960674) ([UnitsData](class_open_t_d_1_1_units_data.xhtml) units) Gets the name of the dimension and the unit, e.g., "Density (kg/m3)".   
 <a id="details" name="details"></a>## Detailed Description

Represents a physical dimension, e.g., density.



## Member Function Documentation

<a id="afddcd70691fedb7f5e45b35ab591c2a5" name="afddcd70691fedb7f5e45b35ab591c2a5"></a>## [◆ ](#afddcd70691fedb7f5e45b35ab591c2a5)ConvertFromSI()

 double OpenTD.Dimension.IDimension.ConvertFromSI  ( double *x*,    [UnitsData](class_open_t_d_1_1_units_data.xhtml) *units* )

Converts x from SI to input units.

Implemented in [OpenTD.Dimension.Angle](class_open_t_d_1_1_dimension_1_1_angle.xhtml#ad236d7466f913b509676eb1e1f52a60a), [OpenTD.Dimension.Area](class_open_t_d_1_1_dimension_1_1_area.xhtml#a426a49a6f3914f02117f7795d966e1fb), [OpenTD.Dimension.CondPerArea](class_open_t_d_1_1_dimension_1_1_cond_per_area.xhtml#aa8f039cc5651243adf27cd7e2c402134), [OpenTD.Dimension.CondPerLength](class_open_t_d_1_1_dimension_1_1_cond_per_length.xhtml#a98d8bfb351a93d3656db54198f33bf9f), [OpenTD.Dimension.Conductance](class_open_t_d_1_1_dimension_1_1_conductance.xhtml#a0555f956ebb1c1e7b1f4071efc99e948), [OpenTD.Dimension.Current](class_open_t_d_1_1_dimension_1_1_current.xhtml#a4ca7d4c6ca4dee6d612c4ba8f8d44815), [OpenTD.Dimension.Density](class_open_t_d_1_1_dimension_1_1_density.xhtml#a1d6561a1ce84c18f353dc13eb0db7b3c), [OpenTD.Dimension.Dimensionless](class_open_t_d_1_1_dimension_1_1_dimensionless.xhtml#a5bb7c0612289a326e82059ad0696faf4), [OpenTD.Dimension.DynamicViscosity](class_open_t_d_1_1_dimension_1_1_dynamic_viscosity.xhtml#a0b18bf3e7ebac46f5bdcbbc060444ae1), [OpenTD.Dimension.Energy](class_open_t_d_1_1_dimension_1_1_energy.xhtml#a5035ec6e3defab775d5317daf0695439), [OpenTD.Dimension.EnergyPerArea](class_open_t_d_1_1_dimension_1_1_energy_per_area.xhtml#afa1b2c997f256145c7cccdb16016ce4e), [OpenTD.Dimension.EnergyPerLength](class_open_t_d_1_1_dimension_1_1_energy_per_length.xhtml#a78014b2917c00792fa7263d2ab3e1715), [OpenTD.Dimension.EnergyPerMass](class_open_t_d_1_1_dimension_1_1_energy_per_mass.xhtml#a16550a8ffdbf55038fcf6595edabaf2b), [OpenTD.Dimension.Enthalpy](class_open_t_d_1_1_dimension_1_1_enthalpy.xhtml#aba7dc0333cfe25f80d14186efff62417), [OpenTD.Dimension.Entropy](class_open_t_d_1_1_dimension_1_1_entropy.xhtml#af930f7df6622d76eded66c436b3b0fbb), [OpenTD.Dimension.Flux](class_open_t_d_1_1_dimension_1_1_flux.xhtml#a539d5978112f9d08f452f394fc31d16e), [OpenTD.Dimension.Force](class_open_t_d_1_1_dimension_1_1_force.xhtml#a5dd4681c001e7a9944f12e3f8f72e11e), [OpenTD.Dimension.Gravity](class_open_t_d_1_1_dimension_1_1_gravity.xhtml#a13c20e94dee05846e5b2af8ef08bfdbd), [OpenTD.Dimension.HeatRate](class_open_t_d_1_1_dimension_1_1_heat_rate.xhtml#a00fd26063c2e77fb9e9ea84782420213), [OpenTD.Dimension.HeatRatePerVolume](class_open_t_d_1_1_dimension_1_1_heat_rate_per_volume.xhtml#a64716ce1ef6c3fcc6ca2e407c5b676a7), [OpenTD.Dimension.Inertial](class_open_t_d_1_1_dimension_1_1_inertial.xhtml#ad5389191afb7bc8c07846a1c1737582b), [OpenTD.Dimension.InversePressure](class_open_t_d_1_1_dimension_1_1_inverse_pressure.xhtml#acb864455f480264f64098b451a16eb2b), [OpenTD.Dimension.InverseVolume](class_open_t_d_1_1_dimension_1_1_inverse_volume.xhtml#a2364da761d33693b497c0551c871924b), [OpenTD.Dimension.Mass](class_open_t_d_1_1_dimension_1_1_mass.xhtml#a52d24b9258f623485ba0e8d8fd40a81a), [OpenTD.Dimension.MassFlowRate](class_open_t_d_1_1_dimension_1_1_mass_flow_rate.xhtml#a4a5082a23e824e1ee99afae895afc732), [OpenTD.Dimension.MassFlowratePerEnthalpy](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_enthalpy.xhtml#a530b58c48d6f0cc0b309aec177ba9ee4), [OpenTD.Dimension.MassFlowratePerPressure](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_pressure.xhtml#aaa3619ff0b1f6f6e9aea8615dc042a78), [OpenTD.Dimension.MassFlux](class_open_t_d_1_1_dimension_1_1_mass_flux.xhtml#a8b34f29f927d837e2c792328f7e4adf3), [OpenTD.Dimension.MassPerLength](class_open_t_d_1_1_dimension_1_1_mass_per_length.xhtml#a184960d9e2e188da14e7285abd755243), [OpenTD.Dimension.ModelLength](class_open_t_d_1_1_dimension_1_1_model_length.xhtml#a02898147888026844d7659f74600c509), [OpenTD.Dimension.MomentOfInertia](class_open_t_d_1_1_dimension_1_1_moment_of_inertia.xhtml#a3a9cd1340c855c0fee4e3ef3a396d2f8), [OpenTD.Dimension.OrbitLength](class_open_t_d_1_1_dimension_1_1_orbit_length.xhtml#a9883a69cdba3ae8a226ac84aaf4d1707), [OpenTD.Dimension.OrbitVelocity](class_open_t_d_1_1_dimension_1_1_orbit_velocity.xhtml#aafc0b5fcc50e00d5d1ddb5bdd308a22e), [OpenTD.Dimension.Pressure](class_open_t_d_1_1_dimension_1_1_pressure.xhtml#ac9878efa2b86316f4004dbf32b3367b9), [OpenTD.Dimension.PressurePerVolume](class_open_t_d_1_1_dimension_1_1_pressure_per_volume.xhtml#ac1f8e56298153662f503f00d0a0da8c0), [OpenTD.Dimension.Resistivity](class_open_t_d_1_1_dimension_1_1_resistivity.xhtml#a33414e633ae85b530a9d2c9588fa74e8), [OpenTD.Dimension.Rotation](class_open_t_d_1_1_dimension_1_1_rotation.xhtml#ae3aba156943f4bfb96a92098e3986e22), [OpenTD.Dimension.SpecificHeat](class_open_t_d_1_1_dimension_1_1_specific_heat.xhtml#af86ae201f0e11924baff936bf2f800e9), [OpenTD.Dimension.StefanBoltzmann](class_open_t_d_1_1_dimension_1_1_stefan_boltzmann.xhtml#a8acfb095efa3acd2fa648475a3566e51), [OpenTD.Dimension.SurfaceTension](class_open_t_d_1_1_dimension_1_1_surface_tension.xhtml#a0a50980e1b86dda24a0591803caad5db), [OpenTD.Dimension.Temp](class_open_t_d_1_1_dimension_1_1_temp.xhtml#a3fdf318ce75209b2f90db0a18e1b246c), [OpenTD.Dimension.TempAbs](class_open_t_d_1_1_dimension_1_1_temp_abs.xhtml#ab7ee1fc79ffff3302a711b39ef43ac7e), [OpenTD.Dimension.ThermalMass](class_open_t_d_1_1_dimension_1_1_thermal_mass.xhtml#a65505d94a56cc03473dc47d20718a10c), [OpenTD.Dimension.Time](class_open_t_d_1_1_dimension_1_1_time.xhtml#a762c1cd23575637ab1cac00a440b83a5), [OpenTD.Dimension.Torque](class_open_t_d_1_1_dimension_1_1_torque.xhtml#a6f449271ca5919df4b849097b1f8482e), [OpenTD.Dimension.Unknown](class_open_t_d_1_1_dimension_1_1_unknown.xhtml#adbee0e38f8bedafbb4985d5936ff52c1), [OpenTD.Dimension.Velocity](class_open_t_d_1_1_dimension_1_1_velocity.xhtml#a4173ca626d0b22cf43a1d0c0aa79b545), [OpenTD.Dimension.Voltage](class_open_t_d_1_1_dimension_1_1_voltage.xhtml#af45226baac4a811115b7acba8bc68914), [OpenTD.Dimension.VoltsPerTemp](class_open_t_d_1_1_dimension_1_1_volts_per_temp.xhtml#aeb77e87ee354abc87b6e2f036da374f1), [OpenTD.Dimension.Volume](class_open_t_d_1_1_dimension_1_1_volume.xhtml#af73bf1f7848c0b232501b360c5a61cb1), and [OpenTD.Dimension.VolumeFlowRate](class_open_t_d_1_1_dimension_1_1_volume_flow_rate.xhtml#a54dfe8e1c280cab964a87beab075f564).





<a id="a47ad8f3b8708cb63cb89777b06affd5f" name="a47ad8f3b8708cb63cb89777b06affd5f"></a>## [◆ ](#a47ad8f3b8708cb63cb89777b06affd5f)ConvertToSI()

 double OpenTD.Dimension.IDimension.ConvertToSI  ( [UnitsData](class_open_t_d_1_1_units_data.xhtml) *units*,    double *x* )

Converts x from input units to SI.

Implemented in [OpenTD.Dimension.Angle](class_open_t_d_1_1_dimension_1_1_angle.xhtml#a9405adb075c46335bc80ecf64ec05bee), [OpenTD.Dimension.Area](class_open_t_d_1_1_dimension_1_1_area.xhtml#a079148d5fa42b4b84a73cd19fd017cd4), [OpenTD.Dimension.CondPerArea](class_open_t_d_1_1_dimension_1_1_cond_per_area.xhtml#a1318f409aa9fff18cf30cbc80797e651), [OpenTD.Dimension.CondPerLength](class_open_t_d_1_1_dimension_1_1_cond_per_length.xhtml#a79002034b94af8a354d5896e84db1602), [OpenTD.Dimension.Conductance](class_open_t_d_1_1_dimension_1_1_conductance.xhtml#a936f3926b9eaad8de5b48c8fddc468c3), [OpenTD.Dimension.Current](class_open_t_d_1_1_dimension_1_1_current.xhtml#a75f2eb4882c35632b09fd09cf4fbf0a7), [OpenTD.Dimension.Density](class_open_t_d_1_1_dimension_1_1_density.xhtml#a1703030b0524271eec695a73be054652), [OpenTD.Dimension.Dimensionless](class_open_t_d_1_1_dimension_1_1_dimensionless.xhtml#ac1c2591c3dcb03eb16f4a60e7ef86737), [OpenTD.Dimension.DynamicViscosity](class_open_t_d_1_1_dimension_1_1_dynamic_viscosity.xhtml#ab810f2a34eb22ea8fd98e860b768a7f4), [OpenTD.Dimension.Energy](class_open_t_d_1_1_dimension_1_1_energy.xhtml#acea120b8fee93f1451927a983cd0a662), [OpenTD.Dimension.EnergyPerArea](class_open_t_d_1_1_dimension_1_1_energy_per_area.xhtml#aec5549c6c5e425db06b90cb3a7a00ad0), [OpenTD.Dimension.EnergyPerLength](class_open_t_d_1_1_dimension_1_1_energy_per_length.xhtml#a1f9b7fc9fa88e9d1d7ab486082c483e7), [OpenTD.Dimension.EnergyPerMass](class_open_t_d_1_1_dimension_1_1_energy_per_mass.xhtml#a831d64cc6731ca9915b0b6b6fd41074f), [OpenTD.Dimension.Enthalpy](class_open_t_d_1_1_dimension_1_1_enthalpy.xhtml#a824ce18498b604508ba0ca874e7dd9f0), [OpenTD.Dimension.Entropy](class_open_t_d_1_1_dimension_1_1_entropy.xhtml#acdd4dd800b9b500c0461f09fb5ad241b), [OpenTD.Dimension.Flux](class_open_t_d_1_1_dimension_1_1_flux.xhtml#a51c68068b54cce70020a1467e3a93b50), [OpenTD.Dimension.Force](class_open_t_d_1_1_dimension_1_1_force.xhtml#a0ec7887494363ecc2b1951ec4a59417f), [OpenTD.Dimension.Gravity](class_open_t_d_1_1_dimension_1_1_gravity.xhtml#a34e9e8f9850cc7e0a4c25bc745db15d5), [OpenTD.Dimension.HeatRate](class_open_t_d_1_1_dimension_1_1_heat_rate.xhtml#a4e8757f87fe436f95c0c575e9bff3f8a), [OpenTD.Dimension.HeatRatePerVolume](class_open_t_d_1_1_dimension_1_1_heat_rate_per_volume.xhtml#a50b884c22d37ebffca2a7d2dca29b94e), [OpenTD.Dimension.Inertial](class_open_t_d_1_1_dimension_1_1_inertial.xhtml#a3f39c5080c28cfb845b1ad8c80a57f12), [OpenTD.Dimension.InversePressure](class_open_t_d_1_1_dimension_1_1_inverse_pressure.xhtml#a5616efc43e094fb3a16c98aadc699ebf), [OpenTD.Dimension.InverseVolume](class_open_t_d_1_1_dimension_1_1_inverse_volume.xhtml#a0d8a3ff4e201038c17eeb01905f96b3c), [OpenTD.Dimension.Mass](class_open_t_d_1_1_dimension_1_1_mass.xhtml#aeaa44c5f902dd390cfc942eca62a3dbd), [OpenTD.Dimension.MassFlowRate](class_open_t_d_1_1_dimension_1_1_mass_flow_rate.xhtml#a9a5e2f6f141b0dc6aa3d7e5ed69500ca), [OpenTD.Dimension.MassFlowratePerEnthalpy](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_enthalpy.xhtml#aa323490cbd3da711648e17641fd6e561), [OpenTD.Dimension.MassFlowratePerPressure](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_pressure.xhtml#a630e44f2076bdb639fbb50a872abd433), [OpenTD.Dimension.MassFlux](class_open_t_d_1_1_dimension_1_1_mass_flux.xhtml#ab89b3bb59180e589f86261aa323bf5af), [OpenTD.Dimension.MassPerLength](class_open_t_d_1_1_dimension_1_1_mass_per_length.xhtml#abdd3f311a14a32fbc98fd7e834def363), [OpenTD.Dimension.ModelLength](class_open_t_d_1_1_dimension_1_1_model_length.xhtml#a9148ed6d4f6ce87fd151273c6eb95968), [OpenTD.Dimension.MomentOfInertia](class_open_t_d_1_1_dimension_1_1_moment_of_inertia.xhtml#a6843e50ebb41614a0f13b713339f19fb), [OpenTD.Dimension.OrbitLength](class_open_t_d_1_1_dimension_1_1_orbit_length.xhtml#a35489ad641eef41f6e987e5b24ae83cc), [OpenTD.Dimension.OrbitVelocity](class_open_t_d_1_1_dimension_1_1_orbit_velocity.xhtml#a62d9c388228fdebb4e15146b8a0bb10e), [OpenTD.Dimension.Pressure](class_open_t_d_1_1_dimension_1_1_pressure.xhtml#aa2a668d5fbba9808ac337ff021441b86), [OpenTD.Dimension.PressurePerVolume](class_open_t_d_1_1_dimension_1_1_pressure_per_volume.xhtml#ab78431b2172175e278c54f435cc90db8), [OpenTD.Dimension.Resistivity](class_open_t_d_1_1_dimension_1_1_resistivity.xhtml#a956d5ecc20e414dcab6e9fe4fedcf4a9), [OpenTD.Dimension.Rotation](class_open_t_d_1_1_dimension_1_1_rotation.xhtml#a11249c12fbefd30c3b47c65c3829aad3), [OpenTD.Dimension.SpecificHeat](class_open_t_d_1_1_dimension_1_1_specific_heat.xhtml#a8d86140734b42ea9f273a0f57f13c0fd), [OpenTD.Dimension.StefanBoltzmann](class_open_t_d_1_1_dimension_1_1_stefan_boltzmann.xhtml#a879e86bbd22ba60c2766802dd308ec7c), [OpenTD.Dimension.SurfaceTension](class_open_t_d_1_1_dimension_1_1_surface_tension.xhtml#a6b919bf6fccf7dfa2f0b4e8f073c3093), [OpenTD.Dimension.Temp](class_open_t_d_1_1_dimension_1_1_temp.xhtml#a52ff1f0c8169cda9b80f31871b6db5c2), [OpenTD.Dimension.TempAbs](class_open_t_d_1_1_dimension_1_1_temp_abs.xhtml#a9cf40fa0bb39bca7b03d3bedef73c20d), [OpenTD.Dimension.ThermalMass](class_open_t_d_1_1_dimension_1_1_thermal_mass.xhtml#a418a986a0ee10415d10b3f548b120d25), [OpenTD.Dimension.Time](class_open_t_d_1_1_dimension_1_1_time.xhtml#a59d24ad4e1c8b466fc36dc79255efbd2), [OpenTD.Dimension.Torque](class_open_t_d_1_1_dimension_1_1_torque.xhtml#a2abd98975ffc13eb8a476d9b7c3ffeaf), [OpenTD.Dimension.Unknown](class_open_t_d_1_1_dimension_1_1_unknown.xhtml#aea2f17d1297c3c7402e951e840b9a7f5), [OpenTD.Dimension.Velocity](class_open_t_d_1_1_dimension_1_1_velocity.xhtml#a5b70cccea3a0f3eed132e0209cc097cc), [OpenTD.Dimension.Voltage](class_open_t_d_1_1_dimension_1_1_voltage.xhtml#a4d48a17716caeaeb7900347edbe3124e), [OpenTD.Dimension.VoltsPerTemp](class_open_t_d_1_1_dimension_1_1_volts_per_temp.xhtml#accd4c45676375a6e86d799ef7e71452b), [OpenTD.Dimension.Volume](class_open_t_d_1_1_dimension_1_1_volume.xhtml#a025a25aa665f865eac9b49e5f67b51de), and [OpenTD.Dimension.VolumeFlowRate](class_open_t_d_1_1_dimension_1_1_volume_flow_rate.xhtml#a4bf3a4cbcb74f983533a0759889f7d14).





<a id="aeeb6edfa19e874001b5453f595995383" name="aeeb6edfa19e874001b5453f595995383"></a>## [◆ ](#aeeb6edfa19e874001b5453f595995383)GetName()

 string OpenTD.Dimension.IDimension.GetName  ( ) 

Gets the name of the dimension, e.g., "Density".

ReturnsSystem.String.Implemented in [OpenTD.Dimension.Angle](class_open_t_d_1_1_dimension_1_1_angle.xhtml#abee247330cae5b11a707a38e5ec2a4ed), [OpenTD.Dimension.Area](class_open_t_d_1_1_dimension_1_1_area.xhtml#ac8dd43015061485937a045ec9b73ac6d), [OpenTD.Dimension.CondPerArea](class_open_t_d_1_1_dimension_1_1_cond_per_area.xhtml#a811982472a411ae425df494f5f88e6be), [OpenTD.Dimension.CondPerLength](class_open_t_d_1_1_dimension_1_1_cond_per_length.xhtml#a1db91eb9d8f3d668152ebc99438aa47b), [OpenTD.Dimension.Conductance](class_open_t_d_1_1_dimension_1_1_conductance.xhtml#a38afe932f75681449fbc3ed78b62163e), [OpenTD.Dimension.Current](class_open_t_d_1_1_dimension_1_1_current.xhtml#ab97088eed4305b6c4fe3ed9c6d7ce02f), [OpenTD.Dimension.Density](class_open_t_d_1_1_dimension_1_1_density.xhtml#a7c4863807776cb42c64099cacea8a3c2), [OpenTD.Dimension.Dimensionless](class_open_t_d_1_1_dimension_1_1_dimensionless.xhtml#a2f3f3666e4659e593044407f0d0299fd), [OpenTD.Dimension.DynamicViscosity](class_open_t_d_1_1_dimension_1_1_dynamic_viscosity.xhtml#ac054078d643fa91f998480944aae97e9), [OpenTD.Dimension.Energy](class_open_t_d_1_1_dimension_1_1_energy.xhtml#a97163449ad322547a952a46c7d98c37f), [OpenTD.Dimension.EnergyPerArea](class_open_t_d_1_1_dimension_1_1_energy_per_area.xhtml#a0fb9f19f1710cfec158eb0c8199824b9), [OpenTD.Dimension.EnergyPerLength](class_open_t_d_1_1_dimension_1_1_energy_per_length.xhtml#aca8e035cc24dbf38abfeccb41ba2d5f5), [OpenTD.Dimension.EnergyPerMass](class_open_t_d_1_1_dimension_1_1_energy_per_mass.xhtml#a8952fec2ea307271330361c45421cb7e), [OpenTD.Dimension.Enthalpy](class_open_t_d_1_1_dimension_1_1_enthalpy.xhtml#a1e6a2bafd5bad61c0f3fc8dd343f5dc7), [OpenTD.Dimension.Entropy](class_open_t_d_1_1_dimension_1_1_entropy.xhtml#a56aa25b4e1a5a08c5b1e5d9d049f5c72), [OpenTD.Dimension.Flux](class_open_t_d_1_1_dimension_1_1_flux.xhtml#ada7348e45098d1eb030bc6bf54da3f39), [OpenTD.Dimension.Force](class_open_t_d_1_1_dimension_1_1_force.xhtml#a5b43d1d2b489fe9db0bf734603c26626), [OpenTD.Dimension.Gravity](class_open_t_d_1_1_dimension_1_1_gravity.xhtml#af5f7a28b265ba39a5aa000b008447154), [OpenTD.Dimension.HeatRate](class_open_t_d_1_1_dimension_1_1_heat_rate.xhtml#a0190c2db364091b4f8f2af0d94780995), [OpenTD.Dimension.HeatRatePerVolume](class_open_t_d_1_1_dimension_1_1_heat_rate_per_volume.xhtml#a8461be087e730aa57d13ec4673f92dab), [OpenTD.Dimension.Inertial](class_open_t_d_1_1_dimension_1_1_inertial.xhtml#a0e0e8a8133b9f76896b98aa1ef40b398), [OpenTD.Dimension.InversePressure](class_open_t_d_1_1_dimension_1_1_inverse_pressure.xhtml#acc5fd1a7a6dc0856adbd05cdaf73bbe8), [OpenTD.Dimension.InverseVolume](class_open_t_d_1_1_dimension_1_1_inverse_volume.xhtml#abd594c898819be77b966a009d35fe991), [OpenTD.Dimension.Mass](class_open_t_d_1_1_dimension_1_1_mass.xhtml#a1fdcab6f6d67f2f689d05c6ee4db340c), [OpenTD.Dimension.MassFlowRate](class_open_t_d_1_1_dimension_1_1_mass_flow_rate.xhtml#ac95608a9a171d0e72ec74fae7f1cc3d2), [OpenTD.Dimension.MassFlowratePerEnthalpy](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_enthalpy.xhtml#a14a479bfa27de3514c82e9b8893fc0ac), [OpenTD.Dimension.MassFlowratePerPressure](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_pressure.xhtml#a4ba7d54169344bdae582a9bc8bf6686c), [OpenTD.Dimension.MassFlux](class_open_t_d_1_1_dimension_1_1_mass_flux.xhtml#a3b120962c97f13b322e450971ce2e749), [OpenTD.Dimension.MassPerLength](class_open_t_d_1_1_dimension_1_1_mass_per_length.xhtml#a9dbc8d3de678f197529798958955547f), [OpenTD.Dimension.ModelLength](class_open_t_d_1_1_dimension_1_1_model_length.xhtml#aa25612f94a411c188e189a8b7e26935d), [OpenTD.Dimension.MomentOfInertia](class_open_t_d_1_1_dimension_1_1_moment_of_inertia.xhtml#a6efa8d760800f2cf4e821fe0f0c71a40), [OpenTD.Dimension.OrbitLength](class_open_t_d_1_1_dimension_1_1_orbit_length.xhtml#a3fc663e9bf97cc958ddc964d3699731d), [OpenTD.Dimension.OrbitVelocity](class_open_t_d_1_1_dimension_1_1_orbit_velocity.xhtml#acb62313bc206916b60f787177d004dd8), [OpenTD.Dimension.Pressure](class_open_t_d_1_1_dimension_1_1_pressure.xhtml#a9481d35be1b4dbc06dbc2804637fda77), [OpenTD.Dimension.PressurePerVolume](class_open_t_d_1_1_dimension_1_1_pressure_per_volume.xhtml#a90ae264d8c2c7b5312a23f62dad693ed), [OpenTD.Dimension.Resistivity](class_open_t_d_1_1_dimension_1_1_resistivity.xhtml#a0616fa2222b94caf82926fb6d8aae65a), [OpenTD.Dimension.Rotation](class_open_t_d_1_1_dimension_1_1_rotation.xhtml#a13dcce194d33547de20a6617965d7d2c), [OpenTD.Dimension.SpecificHeat](class_open_t_d_1_1_dimension_1_1_specific_heat.xhtml#aee705a66b5ac1f00aa24e859b8c2b077), [OpenTD.Dimension.StefanBoltzmann](class_open_t_d_1_1_dimension_1_1_stefan_boltzmann.xhtml#a5020dd81c4a2865fab7ccdfad71f621a), [OpenTD.Dimension.SurfaceTension](class_open_t_d_1_1_dimension_1_1_surface_tension.xhtml#a842f495bb8cf267f04688a7f9b08d8ed), [OpenTD.Dimension.Temp](class_open_t_d_1_1_dimension_1_1_temp.xhtml#ab15c8c16fb1cef4cb38467e98e877d68), [OpenTD.Dimension.TempAbs](class_open_t_d_1_1_dimension_1_1_temp_abs.xhtml#af19d038766554d8643d46c044004e756), [OpenTD.Dimension.ThermalMass](class_open_t_d_1_1_dimension_1_1_thermal_mass.xhtml#ad27615333de19804a194d16dcbfe7f03), [OpenTD.Dimension.Time](class_open_t_d_1_1_dimension_1_1_time.xhtml#adfac91fe3bdbb96ce30c4cbb364e976c), [OpenTD.Dimension.Torque](class_open_t_d_1_1_dimension_1_1_torque.xhtml#a8317d72f5c5cc7517f0e390a978bd9a0), [OpenTD.Dimension.Unknown](class_open_t_d_1_1_dimension_1_1_unknown.xhtml#af8b9904b3de5cdad5a3c2435728d4aef), [OpenTD.Dimension.Velocity](class_open_t_d_1_1_dimension_1_1_velocity.xhtml#a9809d6ce359d0aa10145a0e42169a3a8), [OpenTD.Dimension.Voltage](class_open_t_d_1_1_dimension_1_1_voltage.xhtml#a53550e7733aea1d3556870293249c232), [OpenTD.Dimension.VoltsPerTemp](class_open_t_d_1_1_dimension_1_1_volts_per_temp.xhtml#a75f5e8db1f9690f2e077a54105796808), [OpenTD.Dimension.Volume](class_open_t_d_1_1_dimension_1_1_volume.xhtml#a545a7a92bae169ce8b5941cd09034776), and [OpenTD.Dimension.VolumeFlowRate](class_open_t_d_1_1_dimension_1_1_volume_flow_rate.xhtml#aa4e0d9234cf818284626caed2b73a202).





<a id="a216ec184b866a2be2257c288c7960674" name="a216ec184b866a2be2257c288c7960674"></a>## [◆ ](#a216ec184b866a2be2257c288c7960674)GetTitle()

 string OpenTD.Dimension.IDimension.GetTitle  ( [UnitsData](class_open_t_d_1_1_units_data.xhtml) *units*) 

Gets the name of the dimension and the unit, e.g., "Density (kg/m3)".

Parameters unitsThe units.ReturnsSystem.String.Implemented in [OpenTD.Dimension.Angle](class_open_t_d_1_1_dimension_1_1_angle.xhtml#a796c826eb6b8fbaeee69a0643a332df6), [OpenTD.Dimension.Area](class_open_t_d_1_1_dimension_1_1_area.xhtml#a3206f840693d769c6e0fc938bd14b729), [OpenTD.Dimension.CondPerArea](class_open_t_d_1_1_dimension_1_1_cond_per_area.xhtml#a7eb7d7a437af3ce25351e042cd6365d2), [OpenTD.Dimension.CondPerLength](class_open_t_d_1_1_dimension_1_1_cond_per_length.xhtml#a4c819c5c8e065ee3d1bea5fa4e694700), [OpenTD.Dimension.Conductance](class_open_t_d_1_1_dimension_1_1_conductance.xhtml#a0d1a69e2b52a4f66d96f6d80601751ef), [OpenTD.Dimension.Current](class_open_t_d_1_1_dimension_1_1_current.xhtml#a1be7a884a69a767a2725f5ddabecd2df), [OpenTD.Dimension.Density](class_open_t_d_1_1_dimension_1_1_density.xhtml#a3489d16f75c4f83c5ff5064214a8d419), [OpenTD.Dimension.Dimensionless](class_open_t_d_1_1_dimension_1_1_dimensionless.xhtml#a65e2e73d2e21dc9276778d4ada423365), [OpenTD.Dimension.DynamicViscosity](class_open_t_d_1_1_dimension_1_1_dynamic_viscosity.xhtml#acc4cf6720c91dddf5b0ca38cf36a8e16), [OpenTD.Dimension.Energy](class_open_t_d_1_1_dimension_1_1_energy.xhtml#a019601e56c5bd52b5c34b6f78cd5b420), [OpenTD.Dimension.EnergyPerArea](class_open_t_d_1_1_dimension_1_1_energy_per_area.xhtml#a691737f7e54b115a169061a90df1ebb2), [OpenTD.Dimension.EnergyPerLength](class_open_t_d_1_1_dimension_1_1_energy_per_length.xhtml#aa4b227d88140d3252d77c04b3e4f55c4), [OpenTD.Dimension.EnergyPerMass](class_open_t_d_1_1_dimension_1_1_energy_per_mass.xhtml#a9f5c88939776f69cc2b6a450d78c0422), [OpenTD.Dimension.Enthalpy](class_open_t_d_1_1_dimension_1_1_enthalpy.xhtml#aeafb8d707003c612302a06a363de0c3c), [OpenTD.Dimension.Entropy](class_open_t_d_1_1_dimension_1_1_entropy.xhtml#ae1d06d4c3b31caa7962f955fd2a5e6d9), [OpenTD.Dimension.Flux](class_open_t_d_1_1_dimension_1_1_flux.xhtml#a18ab20fbf76427e579e3b1d60fd91638), [OpenTD.Dimension.Force](class_open_t_d_1_1_dimension_1_1_force.xhtml#a0984b255da6c549d0f90162a18d6f339), [OpenTD.Dimension.Gravity](class_open_t_d_1_1_dimension_1_1_gravity.xhtml#aa9678ffbed70185fd7335145316aa461), [OpenTD.Dimension.HeatRate](class_open_t_d_1_1_dimension_1_1_heat_rate.xhtml#a4667d1dace58cb8408055ba6aa3b8dda), [OpenTD.Dimension.HeatRatePerVolume](class_open_t_d_1_1_dimension_1_1_heat_rate_per_volume.xhtml#a362579990140171a416479cf689e20dc), [OpenTD.Dimension.Inertial](class_open_t_d_1_1_dimension_1_1_inertial.xhtml#a32bf7d96454b1581b73c7209d4c2b57f), [OpenTD.Dimension.InversePressure](class_open_t_d_1_1_dimension_1_1_inverse_pressure.xhtml#a76fd7d71cd316aa1bf14426a9901e61d), [OpenTD.Dimension.InverseVolume](class_open_t_d_1_1_dimension_1_1_inverse_volume.xhtml#a5ebc438312fef73f6251a3cbfa6b3009), [OpenTD.Dimension.Mass](class_open_t_d_1_1_dimension_1_1_mass.xhtml#aaa11774456b8db64d7c80dad0374b907), [OpenTD.Dimension.MassFlowRate](class_open_t_d_1_1_dimension_1_1_mass_flow_rate.xhtml#a5d801a290ee9d3b43f0f881a3d76840a), [OpenTD.Dimension.MassFlowratePerEnthalpy](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_enthalpy.xhtml#ab252d8cef850889e976bf0c0891e05ff), [OpenTD.Dimension.MassFlowratePerPressure](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_pressure.xhtml#ae62c31f5e13279ed97f689bf8f18cd79), [OpenTD.Dimension.MassFlux](class_open_t_d_1_1_dimension_1_1_mass_flux.xhtml#ac1f8a4e60ee710ce588b2fc40cc24299), [OpenTD.Dimension.MassPerLength](class_open_t_d_1_1_dimension_1_1_mass_per_length.xhtml#a7070e91f8eb911db2ace7263d5003c6e), [OpenTD.Dimension.ModelLength](class_open_t_d_1_1_dimension_1_1_model_length.xhtml#a366d3da800f867e70c8655872fe42fb4), [OpenTD.Dimension.MomentOfInertia](class_open_t_d_1_1_dimension_1_1_moment_of_inertia.xhtml#aba82b44232f99d4d78f2f931531ca5b3), [OpenTD.Dimension.OrbitLength](class_open_t_d_1_1_dimension_1_1_orbit_length.xhtml#a134facfc5fdafe557806820c67af164a), [OpenTD.Dimension.OrbitVelocity](class_open_t_d_1_1_dimension_1_1_orbit_velocity.xhtml#a67f2e176f5afbe4a2f2afab683465faa), [OpenTD.Dimension.Pressure](class_open_t_d_1_1_dimension_1_1_pressure.xhtml#ad1e790b4f48eedeb6e8ca79707cf78b6), [OpenTD.Dimension.PressurePerVolume](class_open_t_d_1_1_dimension_1_1_pressure_per_volume.xhtml#a2e17f1dfb16244b79ed841b9c7d62cb4), [OpenTD.Dimension.Resistivity](class_open_t_d_1_1_dimension_1_1_resistivity.xhtml#ac88909599d4dbde212cb8e3b1ff3adf4), [OpenTD.Dimension.Rotation](class_open_t_d_1_1_dimension_1_1_rotation.xhtml#a952b31d4e1fb4bc56804aabddaa4eb42), [OpenTD.Dimension.SpecificHeat](class_open_t_d_1_1_dimension_1_1_specific_heat.xhtml#a638813647271b764ccc53c880cfb93a5), [OpenTD.Dimension.StefanBoltzmann](class_open_t_d_1_1_dimension_1_1_stefan_boltzmann.xhtml#af45364b3293f4d6b456921fd9fbcb7ed), [OpenTD.Dimension.SurfaceTension](class_open_t_d_1_1_dimension_1_1_surface_tension.xhtml#a6fc535f368a64313594d4a0c47f4ede5), [OpenTD.Dimension.Temp](class_open_t_d_1_1_dimension_1_1_temp.xhtml#a08cc6a5e926a51a00afa2d70ad87025e), [OpenTD.Dimension.TempAbs](class_open_t_d_1_1_dimension_1_1_temp_abs.xhtml#a9e89307e651edc261177100b2627f6ae), [OpenTD.Dimension.ThermalMass](class_open_t_d_1_1_dimension_1_1_thermal_mass.xhtml#ac04b0577d1d56f50d9c32341a42cf38b), [OpenTD.Dimension.Time](class_open_t_d_1_1_dimension_1_1_time.xhtml#afcdafe7d2c696164306e69719a1344a2), [OpenTD.Dimension.Torque](class_open_t_d_1_1_dimension_1_1_torque.xhtml#ae730f498d654f4a3d1442fdefd44af26), [OpenTD.Dimension.Unknown](class_open_t_d_1_1_dimension_1_1_unknown.xhtml#a3abeb0dfb70e0a040a9cc6c35c612a99), [OpenTD.Dimension.Velocity](class_open_t_d_1_1_dimension_1_1_velocity.xhtml#a458eb07c857e60ffa30e56fc8771e68d), [OpenTD.Dimension.Voltage](class_open_t_d_1_1_dimension_1_1_voltage.xhtml#aba46582e5a3a430a8cd24b2a8fa6601c), [OpenTD.Dimension.VoltsPerTemp](class_open_t_d_1_1_dimension_1_1_volts_per_temp.xhtml#acf28ced20a6859213c0542de2be6f8e8), [OpenTD.Dimension.Volume](class_open_t_d_1_1_dimension_1_1_volume.xhtml#af8329c2b7e1d6497edfde405a8595893), and [OpenTD.Dimension.VolumeFlowRate](class_open_t_d_1_1_dimension_1_1_volume_flow_rate.xhtml#ada148c61fbe2e2b021cce96dd56ba345).





<a id="a545ddcaa082f8f4d78c6e0c8176fcd02" name="a545ddcaa082f8f4d78c6e0c8176fcd02"></a>## [◆ ](#a545ddcaa082f8f4d78c6e0c8176fcd02)GetUnitsName()

 string OpenTD.Dimension.IDimension.GetUnitsName  ( [UnitsData](class_open_t_d_1_1_units_data.xhtml) *units*) 

Gets the name of unit corresponding to this dimension, e.g. "kg/m3".

Parameters unitsThe units.ReturnsSystem.String.Implemented in [OpenTD.Dimension.Angle](class_open_t_d_1_1_dimension_1_1_angle.xhtml#a3d4cdb91724f58a295a92139ccdd0884), [OpenTD.Dimension.Area](class_open_t_d_1_1_dimension_1_1_area.xhtml#aef4e878bb0648613c53e68030797c2b5), [OpenTD.Dimension.CondPerArea](class_open_t_d_1_1_dimension_1_1_cond_per_area.xhtml#adbc6fe984042b88d9d3cbd313d38d65a), [OpenTD.Dimension.CondPerLength](class_open_t_d_1_1_dimension_1_1_cond_per_length.xhtml#a99d2abab69c23d6bbd257152e93f8fcd), [OpenTD.Dimension.Conductance](class_open_t_d_1_1_dimension_1_1_conductance.xhtml#a52f5f55b8b86b60c9047639d2b05e963), [OpenTD.Dimension.Current](class_open_t_d_1_1_dimension_1_1_current.xhtml#aa97f8a316efcff835d5c65f1b56f6ae6), [OpenTD.Dimension.Density](class_open_t_d_1_1_dimension_1_1_density.xhtml#a73d75b828a6c37c7b70c31c53086eb67), [OpenTD.Dimension.Dimensionless](class_open_t_d_1_1_dimension_1_1_dimensionless.xhtml#ad62f52b5480a3443c867f8cecaaea98e), [OpenTD.Dimension.DynamicViscosity](class_open_t_d_1_1_dimension_1_1_dynamic_viscosity.xhtml#a2c22a0b3298859450e8dcbf1ca5fda41), [OpenTD.Dimension.Energy](class_open_t_d_1_1_dimension_1_1_energy.xhtml#ad971bce68965a99bafd1cc8eab9d224d), [OpenTD.Dimension.EnergyPerArea](class_open_t_d_1_1_dimension_1_1_energy_per_area.xhtml#a4a655ffa1fded35c409998f6811c2ccf), [OpenTD.Dimension.EnergyPerLength](class_open_t_d_1_1_dimension_1_1_energy_per_length.xhtml#a59c84d2d51a7e8c153838cfd8dabd1e0), [OpenTD.Dimension.EnergyPerMass](class_open_t_d_1_1_dimension_1_1_energy_per_mass.xhtml#a3ea408bd65833e341cf3f31c1d2fc29f), [OpenTD.Dimension.Enthalpy](class_open_t_d_1_1_dimension_1_1_enthalpy.xhtml#ad86017efe510c4175e703357d35675c3), [OpenTD.Dimension.Entropy](class_open_t_d_1_1_dimension_1_1_entropy.xhtml#a886def8428f1e7cc36043351e7971ec3), [OpenTD.Dimension.Flux](class_open_t_d_1_1_dimension_1_1_flux.xhtml#ab8a608c645ea842939b91e599198f891), [OpenTD.Dimension.Force](class_open_t_d_1_1_dimension_1_1_force.xhtml#af7b0be7145be5d8660277554f8bfaca8), [OpenTD.Dimension.Gravity](class_open_t_d_1_1_dimension_1_1_gravity.xhtml#aead4678673ffa39c52a3eeadc8bae225), [OpenTD.Dimension.HeatRate](class_open_t_d_1_1_dimension_1_1_heat_rate.xhtml#aa225b25dd44ef00a4b4a04adb96c1b10), [OpenTD.Dimension.HeatRatePerVolume](class_open_t_d_1_1_dimension_1_1_heat_rate_per_volume.xhtml#ade4069a54419917c31f9a9e86a709ef4), [OpenTD.Dimension.Inertial](class_open_t_d_1_1_dimension_1_1_inertial.xhtml#a46c382bd01a2e978f6fb0932bf474362), [OpenTD.Dimension.InversePressure](class_open_t_d_1_1_dimension_1_1_inverse_pressure.xhtml#a5494c47df1ec8c5321d47a7b4e451628), [OpenTD.Dimension.InverseVolume](class_open_t_d_1_1_dimension_1_1_inverse_volume.xhtml#ae943e3b691ee085f956f51138d5108f2), [OpenTD.Dimension.Mass](class_open_t_d_1_1_dimension_1_1_mass.xhtml#ad8e097e11f2cee78950aeb44380cc04d), [OpenTD.Dimension.MassFlowRate](class_open_t_d_1_1_dimension_1_1_mass_flow_rate.xhtml#afad2f6da5bb661531f4091526ad39d7a), [OpenTD.Dimension.MassFlowratePerEnthalpy](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_enthalpy.xhtml#a80bc8af5da3475d8c35b2a68815faeb4), [OpenTD.Dimension.MassFlowratePerPressure](class_open_t_d_1_1_dimension_1_1_mass_flowrate_per_pressure.xhtml#a8104f478a27fbf0354eebca0604518be), [OpenTD.Dimension.MassFlux](class_open_t_d_1_1_dimension_1_1_mass_flux.xhtml#a5afc8e9e9ba5f83d8cc2b0532a55cf9f), [OpenTD.Dimension.MassPerLength](class_open_t_d_1_1_dimension_1_1_mass_per_length.xhtml#a90954c2c592c6293aa9c6a73dc44583d), [OpenTD.Dimension.ModelLength](class_open_t_d_1_1_dimension_1_1_model_length.xhtml#a1c703f06b293b57f27c640a07d78d6a4), [OpenTD.Dimension.MomentOfInertia](class_open_t_d_1_1_dimension_1_1_moment_of_inertia.xhtml#aa8669e1214c35f352b62a701752937c4), [OpenTD.Dimension.OrbitLength](class_open_t_d_1_1_dimension_1_1_orbit_length.xhtml#ad0dbf5ec1f1eb2c6551bc950f899a970), [OpenTD.Dimension.OrbitVelocity](class_open_t_d_1_1_dimension_1_1_orbit_velocity.xhtml#a3109f4879850b191cc43e4e62fe8c582), [OpenTD.Dimension.Pressure](class_open_t_d_1_1_dimension_1_1_pressure.xhtml#a02b6dc3ffdd37c80b1ae9b71e0fb89c7), [OpenTD.Dimension.PressurePerVolume](class_open_t_d_1_1_dimension_1_1_pressure_per_volume.xhtml#aef99a14e77ec54ac7a38f408ca5954c4), [OpenTD.Dimension.Resistivity](class_open_t_d_1_1_dimension_1_1_resistivity.xhtml#ad325109944776c1bd22dd5fe9eee378a), [OpenTD.Dimension.Rotation](class_open_t_d_1_1_dimension_1_1_rotation.xhtml#ab46b3b6c4aa129b6c26805672620aa32), [OpenTD.Dimension.SpecificHeat](class_open_t_d_1_1_dimension_1_1_specific_heat.xhtml#abf8f41cb5581766df52002a0b5f01bc8), [OpenTD.Dimension.StefanBoltzmann](class_open_t_d_1_1_dimension_1_1_stefan_boltzmann.xhtml#ad4f0efa13ac1aa97fca83bf859cba126), [OpenTD.Dimension.SurfaceTension](class_open_t_d_1_1_dimension_1_1_surface_tension.xhtml#afe9a703924648f5bb456d5e81e1f4b33), [OpenTD.Dimension.Temp](class_open_t_d_1_1_dimension_1_1_temp.xhtml#afccaee8e272b8af1e70c9ebde0a838c2), [OpenTD.Dimension.TempAbs](class_open_t_d_1_1_dimension_1_1_temp_abs.xhtml#a9e0daf41c178adef3096ff9a5091a1b5), [OpenTD.Dimension.ThermalMass](class_open_t_d_1_1_dimension_1_1_thermal_mass.xhtml#a82ae9ed2a6cfd0076abf97818159d4b2), [OpenTD.Dimension.Time](class_open_t_d_1_1_dimension_1_1_time.xhtml#aea85d49c038c83ebad68ce386c0a73db), [OpenTD.Dimension.Torque](class_open_t_d_1_1_dimension_1_1_torque.xhtml#a075f41332b8e07e363e246e7926d470e), [OpenTD.Dimension.Unknown](class_open_t_d_1_1_dimension_1_1_unknown.xhtml#a32fb267085cc5b5446a2193502a2abf2), [OpenTD.Dimension.Velocity](class_open_t_d_1_1_dimension_1_1_velocity.xhtml#a85d1b032a58d2a74f1f4d2a4c2b29199), [OpenTD.Dimension.Voltage](class_open_t_d_1_1_dimension_1_1_voltage.xhtml#a7b6ed91b278798c10710aa304c9d425b), [OpenTD.Dimension.VoltsPerTemp](class_open_t_d_1_1_dimension_1_1_volts_per_temp.xhtml#a3510d4386d203e527365079c46f2a4f6), [OpenTD.Dimension.Volume](class_open_t_d_1_1_dimension_1_1_volume.xhtml#a346b7c90513172a342054f47a41103e7), and [OpenTD.Dimension.VolumeFlowRate](class_open_t_d_1_1_dimension_1_1_volume_flow_rate.xhtml#a21b4f9a9c2eb1cb5beb0e24e832b0415).





---

The documentation for this interface was generated from the following file:- C:/Users/mgarrett/source/repos/BuildsTdSuite/builds/TDDEV\_ALPHA/buildXX/OpenTD/Dimension/**Dimensional.cs**