Finds all issues that have been closed after the tag_data

Per-part pressure ranges [p_min,p_max] of the (pure) fluid's melting curve.

Return the set of tabular datasets and whether tables were already loaded

Get the data from the spinodal curve constructed in the call to build_spinodal()

\brief Update values for tau, delta @param theta The angle @param tau The old value of tau @param delta The old value of delta @pa

Processes the values for the isoproperty and the graph dimensions to figure which should be used as inputs to the state update. Returns

Get x and y coordinates and the linear interpolation derivative

Production-matching h_floor that walks T up over the melting line.

Return true if the fluid has a melting line - default is false, but can be re-implemented by derived class

Return the final hash as 16 lowercase hex chars (zero-padded).

Return the mass enthalpy in J/kg

Accept only a faithful (h,s) reproduction that is in-range and fully stable (dp/drho|_T>0 AND cv>0): over that region the (h,s)->(T,rho) map is inject

Try the three legs in order; accept the first result that is stable, matching, AND outside the dome (a genuine single-phase state). An in-dome (metas

Target enthalpy shifted into the caloric superancillary's stamped frame (#2773).

True if (T,rho) lies strictly inside the two-phase dome (a metastable single- phase extension). Such a root reproduces a two-phase (h,s) but is NOT t

Target entropy shifted into the caloric superancillary's stamped frame (#2773).

Serialize an nlohmann::json value to a pretty-printed string.

\brief Construct the binary pair library including all the binary pairs that are possible * * The data structure also includes space for a s

Map positive values to log10 for color, plus 1-2-5 decade colorbar ticks labelled with the ORIGINAL values (so the bulk variation is visible inste

Creates a whole page with some plots and basic information for both fit quality, reference data, data sources and more.

Build the per-region (xn, xi) grids returned to both the sampler and the SVD builder. Single source of truth for the secondary-axis spacing — the SVD

https://proquest.safaribooksonline.com/9780321637413 https://web.stanford.edu/class/archive/cs/cs107/cs107.1202/lab1/

Numeric finiteness of Axy at delta->0 and virial c1,c2 for concrete params.

Z = 1

Path A: independently evaluate exp(l_i * log_delta) and exp(m_i * log_tau) for every term, the way the live all() does today. Returns a sink to defea

Path B: precompute one exp() per unique exponent, then do a small linear-search lookup per term to fetch the cached value. Realistic for the typical

Compute the percentile of a sorted vector. pct in [0, 1].

Plot the cells of the heat exchanger

Polish the patch backend's T after an HmassP_INPUTS update so the returned state is forward-consistent in h(T, p), not just R7-97- backward-consistent

Entropy twin of polish_patch_state_: polish the patch backend's T after a PSmass_INPUTS update so the returned state is forward- consistent in s(T, p)

Returns (fwd: xi -> p, inv: p -> xi) for the named primary axis.