vle-units 0.3.2

# VLE default unit catalog — loaded by `UnitRegistry::with_vle_defaults()`
# via `include_str!`, so this file ships baked into the binary; there is no
# runtime file I/O.
#
# Schema: see `units/src/toml_loader.rs` and
# `docs/en/units/dimensional-analysis.md` §7.2.
#
# Canonical units per dimension (must stay aligned with `vle_units` aliases
# and the legacy VB6/Pascal codebases):
#   temperature       → K       (absolute)
#   temperature_diff  → K       (interval; separate type, no offset)
#   pressure          → kPa     (absolute)
#   molar_energy      → kJ/kmol (numerically equal to J/mol)
#   molar_entropy     → kJ/(kmol·K)
#   molar_volume      → cm^3/mol
#   amount            → kmol
#
# `scale` is canonical-units per 1 of the listed unit.
# `offset` defaults to 0.0 when omitted.
# `gauge = true` means "resolve offset from the registry's atmospheric pressure
# at conversion time" — only valid for pressure.

# ── Temperature (absolute) ───────────────────────────────────────────────
[[unit]]
name = "K"
dimension = "temperature"
scale = 1.0

[[unit]]
name = "degC"
dimension = "temperature"
scale = 1.0
offset = 273.15

[[unit]]
name = "degF"
dimension = "temperature"
# K = (F - 32)·5/9 + 273.15  →  K = F·(5/9) + (273.15 - 32·5/9)
scale = 0.5555555555555556
offset = 255.3722222222222

[[unit]]
name = "degR"
dimension = "temperature"
scale = 0.5555555555555556

# ── Temperature difference (interval) ────────────────────────────────────
[[unit]]
name = "delta_K"
dimension = "temperature_diff"
scale = 1.0

[[unit]]
name = "delta_degC"
dimension = "temperature_diff"
scale = 1.0

[[unit]]
name = "delta_degF"
dimension = "temperature_diff"
scale = 0.5555555555555556

[[unit]]
name = "delta_degR"
dimension = "temperature_diff"
scale = 0.5555555555555556

# ── Pressure (absolute) — canonical kPa ──────────────────────────────────
[[unit]]
name = "Pa"
dimension = "pressure"
scale = 0.001

[[unit]]
name = "kPa"
dimension = "pressure"
scale = 1.0

[[unit]]
name = "MPa"
dimension = "pressure"
scale = 1000.0

[[unit]]
name = "bar"
dimension = "pressure"
scale = 100.0

[[unit]]
name = "atm"
dimension = "pressure"
scale = 101.325

[[unit]]
name = "psi"
dimension = "pressure"
scale = 6.89475729316836

[[unit]]
name = "mmHg"
dimension = "pressure"
scale = 0.133322387415

[[unit]]
name = "torr"
dimension = "pressure"
scale = 0.13332236842105

# ── Pressure (gauge) — offset resolved from registry P_atm at conversion ─
[[unit]]
name = "kPag"
dimension = "pressure"
scale = 1.0
gauge = true

[[unit]]
name = "barg"
dimension = "pressure"
scale = 100.0
gauge = true

[[unit]]
name = "psig"
dimension = "pressure"
scale = 6.89475729316836
gauge = true

# ── Molar energy — canonical kJ/kmol (= J/mol numerically) ───────────────
[[unit]]
name = "kJ/kmol"
dimension = "molar_energy"
scale = 1.0

[[unit]]
name = "J/mol"
dimension = "molar_energy"
scale = 1.0

[[unit]]
name = "J/kmol"
dimension = "molar_energy"
scale = 0.001

[[unit]]
name = "kJ/mol"
dimension = "molar_energy"
scale = 1000.0

[[unit]]
name = "cal/mol"
dimension = "molar_energy"
scale = 4.184

[[unit]]
name = "kcal/kmol"
dimension = "molar_energy"
scale = 4.184

[[unit]]
name = "BTU/lbmol"
dimension = "molar_energy"
scale = 2.326

# ── Molar entropy / heat capacity — canonical kJ/(kmol·K) ────────────────
[[unit]]
name = "kJ/(kmol*K)"
dimension = "molar_entropy"
scale = 1.0

[[unit]]
name = "J/(mol*K)"
dimension = "molar_entropy"
scale = 1.0

[[unit]]
name = "cal/(mol*K)"
dimension = "molar_entropy"
scale = 4.184

[[unit]]
name = "BTU/(lbmol*degR)"
dimension = "molar_entropy"
scale = 4.184  # 1 BTU/(lbmol·°R) = 4.184 J/(mol·K)

# ── Molar volume — canonical cm^3/mol ────────────────────────────────────
[[unit]]
name = "cm^3/mol"
dimension = "molar_volume"
scale = 1.0

[[unit]]
name = "m^3/kmol"
dimension = "molar_volume"
# 1 m³/kmol = (10⁶ cm³) / (10³ mol) = 1000 cm³/mol — same value as 1 L/mol.
scale = 1000.0

[[unit]]
name = "L/mol"
dimension = "molar_volume"
scale = 1000.0

[[unit]]
name = "m^3/mol"
dimension = "molar_volume"
scale = 1000000.0

[[unit]]
name = "ft^3/lbmol"
dimension = "molar_volume"
scale = 62.427960576145

# ── Amount — canonical kmol ──────────────────────────────────────────────
[[unit]]
name = "kmol"
dimension = "amount"
scale = 1.0

[[unit]]
name = "mol"
dimension = "amount"
scale = 0.001

[[unit]]
name = "lbmol"
dimension = "amount"
scale = 0.45359237