| acentricFactor | validate acentric factor |
| CheckDerivativesButane | |
| CheckDerivativesCarbondioxide | |
| CheckDerivativesHelium | |
| CheckDerivativesMedium | |
| CheckDerivativesWater | |
| CheckPartialDerivativesMedium | |
| CriticalPointEoS | critical point of the EoS: (dp/dd)@T = (d2p/dd2)@T = 0 |
| CriticalState | |
| CriticalState_approach | |
| Derivatives_Helmholtz_Multiplied | |
| Derivatives_SaturationBoundary | compare analytical derivatives to numerical derivatives |
| Derivatives_SinglePhase | compare analytical derivatives to numerical derivatives |
| Derivatives_TwoPhase | compare analytical derivatives to numerical derivatives |
 EoSHelium | Helium EoS against the check values of NIST IR 8474 (Tables 3 and 4); writes eosHelium.txt |
| idealGasLimit | |
| LimitsProbe | check that fluidLimits enclose the EoS states at the corners of the validity range |
| MaxwellLoop | show Maxwell Loops |
| prettyPrintCoefficients | pretty printing of EoS coefficients |
| ReferenceState | |
| ThermoSurface | visualisation of thermodynamic surface |
| TransportR32 | R32 viscosity against the check values of Velliadou et al. (2022); writes transport properties to transportR32.txt |