Barometric pressure calculation, Pa

Some cheating to get the correct behaviour

Return {cp_canonical: (rp_name, cp_canonical, aliases)} for every CoolProp fluid whose REFPROP_NAME appears in the FLUIDS directory.

Download url to dest with automatic retries on transient failures.

Upper-case stems of all .FLD files in the REFPROP FLUIDS directory.

Get the limits for the graphs in temperature and pressure, based on SI units: [Tmin, Tmax, pmin, pmax]

Get the limits of the internal axis object in SI units Returns a list containing [xmin, xmax, ymin, ymax]

https://test.pypi.org' -> 'test.pypi.org'.

Actionable recovery steps when the browser cookie store can't be read.

Try to detect a list-like structure excluding strings

Convert a binary-pair regex match to a human-readable 'A + B' string.

Resolve a perm field that may be either a scalar or a dict of region -> perm. Falls back to the smallest perm in the dict if the region key i

Upper-case stems of all .PPF files in the REFPROP FLUIDS directory.

The part that does not depend on the coefficients

\brief Add and convert an old-style Gaussian term from GERG 2008 natural gas model to generalized form * * Term of the format * \f$ \alpha^r=\di

\brief Add and convert a term from Lemmon and Jacobsen (2005) used for R125 * * Term of the format * \f$ \alpha^r=\displaystyle\sum_i n_i \delta

Schema-validate a JSON blob and merge it into the given library instance. File-private so the constructor can populate `*this` without going through t

Schema-validate a JSON blob and merge it into the given library instance. File-private so the constructor can populate `*this` without going through t

Reinterpret a double's storage as a uint64 so two values can be compared bit-for-bit. The shared-intermediate optimization claims a *term-for-term ide

Build the h = h_B23(p) boundary curve in (p, h) coords by walking p knots and evaluating forward IF97 h(T_B23(p), p) at each. Used to split the SUPER

Entropy analogs of build_h_R1R3_curve / build_h_B23_curve — return s = s_IF97(T_boundary, p) along the IF97 R1/R3 isotherm (623.15 K) and the R2/R3 B2

Construct the spinodal curve for the mixture (or pure fluid)

Returns true if a cache file matching the SVDSBTL on-disk pattern exists for both HmassP_INPUTS and PT_INPUTS for `fluid`. We can't just call default

Compute all four virial quantities B, dB/dT, C, dC/dT in a single residual EOS evaluation, evaluated in the delta→0 limit (delta=1e-12), without trigg

Evaluate the ideal-gas Helmholtz energy alpha0 and its tau-derivative for a pure fluid, at delta=1 (rho = rho_reducing), without triggering a full sta

Calculate lines with constant values of type 'iso_type' in terms of x and y as defined by the plot object. 'iso_range' either is a collection

Probe whether H can evaluate all caloric properties at lnp. Returns true on success.

Basic checks for coefficient vectors. Starts with only the first coefficient dimension * and checks the matrix size against the parameters rows and

Check whether the issues have the correct milestone information or are labeled for exclusion

Return IF97 region index in {1, 2, 3, 5} or None if outside.