% luacoolprop.tex -- generic TeX interface for LuaCoolProp % Copyright (C) 2026 Christophe Jorssen. % Maintained by Christophe Jorssen . % Distributed under LPPL 1.3c or later. \ifx\luacoolproptexloaded\undefined \else \expandafter\endinput \fi \def\luacoolproptexloaded{1.1.0} \chardef\LCPSavedAtCatcode=\catcode`\@ \catcode`\@=11 % ConTeXt uses \unexpanded as a protected-definition prefix and keeps the % e-TeX primitive under \normalunexpanded. Normalize that one primitive here % so Lua string serialization behaves identically in every supported format. \ifx\normalunexpanded\undefined \let\LCP@unexpanded\unexpanded \else \let\LCP@unexpanded\normalunexpanded \fi \ifx\directlua\undefined \errmessage{luacoolprop requires LuaTeX or LuaHBTeX} \fi % Load pgfplots in a generic-friendly way if it is not already available. \ifx\pgfplotsset\undefined \input pgfplots.tex \fi % Every generated thermodynamic curve receives a stable TikZ `name path` so % documents can construct intersections and recover derived states. This is % therefore a runtime dependency of the public API, not a document-wide style % choice. Loading the library defines the path machinery without changing % PGFPlots compatibility or the user's axis styles. \usetikzlibrary{intersections} % Autonomous label-placement library. LuaCoolProp delegates automatic labels to % the bundled PGFPlots library instead of implementing placement itself. The % library only defines its keys. LuaCoolProp enables its hooks % locally on the high-level axes it creates; unrelated PGFPlots axes retain the % user's settings. \expandafter\ifx\csname pgfplotsautonode@loaded\endcsname\relax \usepgfplotslibrary{autonode}% \fi \ifx\PackageWarning\undefined \def\LCP@warning#1#2{\message{#1 warning: #2}}% \else \def\LCP@warning#1#2{\PackageWarning{#1}{#2}}% \fi % Format-independent fallbacks. The LaTeX wrapper predefines these private % hooks with siunitx's \num, \qty, and \unit commands. Plain TeX and ConTeXt % retain the traditional math-mode output and never acquire a LaTeX dependency. % The second quantity/unit argument is siunitx syntax; the final argument is % its generic-TeX representation. \ifx\LCP@format@number\undefined \def\LCP@format@number#1{#1}% \fi \ifx\LCP@format@quantity\undefined \def\LCP@format@quantity#1#2#3{#1\,#3}% \fi \ifx\LCP@format@unit\undefined \def\LCP@format@unit#1#2{#2}% \fi % -------------------------------------------------------------------------- % Global package state and pgf/tikz integration % -------------------------------------------------------------------------- \def\LCP@global@fluid{R134a} \def\LCP@global@library{} \def\LCP@global@hscale{0.001}% J/kg -> kJ/kg \def\LCP@global@pscale{0.00001}% Pa -> bar \def\LCP@global@vscale{1}% m^3/kg -> m^3/kg \def\LCP@global@sscale{0.001}% J/(kg K) -> kJ/(kg K) \def\LCP@global@temperaturescale{1}% K -> K \def\LCP@global@temperatureoffset{0}% plotted T=(T_SI-offset)*scale \def\LCP@global@haxisunit{kjkg} \def\LCP@global@paxisunit{bar} \def\LCP@global@vaxisunit{m3kg} \def\LCP@global@saxisunit{kjkgk} \def\LCP@global@temperatureaxisunit{kelvin} \def\LCP@global@referencestate{DEF} \def\LCPFluidName{R134a} \def\LCPFluidReferenceState{DEF} \def\LCPFluidPcritSI{} \def\LCPFluidPcritBar{} \def\LCPFluidPcritPlot{} \def\LCPFluidPtripleSI{} \def\LCPFluidPtripleBar{} \def\LCPFluidTcritK{} \def\LCPFluidTcritC{} \def\LCPFluidTtripleK{} \def\LCPFluidTtripleC{} \def\LCPFluidRhocritSI{} \pgfkeys{/luacoolprop/.is family} \pgfkeys{% /luacoolprop/fluid/.code={\LCPSetFluid{#1}}, /luacoolprop/library/.code={\def\LCP@global@library{#1}}, /luacoolprop/reference state/.code={\def\LCP@global@referencestate{#1}}, /luacoolprop/enthalpy scale/.code={\def\LCP@global@hscale{#1}\def\LCP@global@haxisunit{custom}}, /luacoolprop/h scale/.style={enthalpy scale={#1}}, /luacoolprop/pressure scale/.code={\def\LCP@global@pscale{#1}\def\LCP@global@paxisunit{custom}}, /luacoolprop/p scale/.style={pressure scale={#1}}, /luacoolprop/specific volume scale/.code={\def\LCP@global@vscale{#1}\def\LCP@global@vaxisunit{custom}}, /luacoolprop/v scale/.style={specific volume scale={#1}}, /luacoolprop/entropy scale/.code={\def\LCP@global@sscale{#1}\def\LCP@global@saxisunit{custom}}, /luacoolprop/s scale/.style={entropy scale={#1}}, /luacoolprop/temperature scale/.code={\def\LCP@global@temperaturescale{#1}\def\LCP@global@temperatureoffset{0}\def\LCP@global@temperatureaxisunit{custom}}, /luacoolprop/t scale/.style={temperature scale={#1}}, /luacoolprop/enthalpy axis unit/.is choice, /luacoolprop/enthalpy axis unit/jkg/.code={\def\LCP@global@hscale{1}\def\LCP@global@haxisunit{jkg}}, /luacoolprop/enthalpy axis unit/kjkg/.code={\def\LCP@global@hscale{0.001}\def\LCP@global@haxisunit{kjkg}}, /luacoolprop/pressure axis unit/.is choice, /luacoolprop/pressure axis unit/pa/.code={\def\LCP@global@pscale{1}\def\LCP@global@paxisunit{pa}}, /luacoolprop/pressure axis unit/kpa/.code={\def\LCP@global@pscale{0.001}\def\LCP@global@paxisunit{kpa}}, /luacoolprop/pressure axis unit/mpa/.code={\def\LCP@global@pscale{0.000001}\def\LCP@global@paxisunit{mpa}}, /luacoolprop/pressure axis unit/bar/.code={\def\LCP@global@pscale{0.00001}\def\LCP@global@paxisunit{bar}}, /luacoolprop/specific volume axis unit/.is choice, /luacoolprop/specific volume axis unit/m3kg/.code={\def\LCP@global@vscale{1}\def\LCP@global@vaxisunit{m3kg}}, /luacoolprop/specific volume axis unit/lkg/.code={\def\LCP@global@vscale{1000}\def\LCP@global@vaxisunit{lkg}}, /luacoolprop/entropy axis unit/.is choice, /luacoolprop/entropy axis unit/jkgk/.code={\def\LCP@global@sscale{1}\def\LCP@global@saxisunit{jkgk}}, /luacoolprop/entropy axis unit/kjkgk/.code={\def\LCP@global@sscale{0.001}\def\LCP@global@saxisunit{kjkgk}}, /luacoolprop/temperature axis unit/.is choice, /luacoolprop/temperature axis unit/kelvin/.code={\def\LCP@global@temperaturescale{1}\def\LCP@global@temperatureoffset{0}\def\LCP@global@temperatureaxisunit{kelvin}}, /luacoolprop/temperature axis unit/celsius/.code={\def\LCP@global@temperaturescale{1}\def\LCP@global@temperatureoffset{273.15}\def\LCP@global@temperatureaxisunit{celsius}}, /luacoolprop/.unknown/.code={% \LCP@warning{luacoolprop}{Unknown key `/luacoolprop/\pgfkeyscurrentname`}% }% } \def\LCPSetup#1{\pgfkeys{/luacoolprop/.cd,#1}} \def\LCPSetFluid#1{\def\LCP@global@fluid{#1}} \def\LCPSetLibrary#1{\def\LCP@global@library{#1}} \def\LCPSetReferenceState#1{% \def\LCP@global@referencestate{#1}% \directlua{require("luacoolprop").set_reference_state( "\luaescapestring{\LCP@global@fluid}", "\luaescapestring{\LCP@global@referencestate}", "\luaescapestring{\LCP@global@library}")}% } \def\LCPUpdateFluidConstants{% \directlua{require("luacoolprop").tex.print_fluid_constants({% fluid="\luaescapestring{\LCP@global@fluid}",% library="\luaescapestring{\LCP@global@library}",% reference_state="\luaescapestring{\LCP@global@referencestate}",% p_scale="\luaescapestring{\LCP@global@pscale}"% })}% } \def\LCPDeclareFluid#1{\LCPSetFluid{#1}\LCPUpdateFluidConstants} \def\LCP@curveoverrides{} \long\def\LCP@append@curveoverride#1#2#3{% \begingroup \toks0=\expandafter{\LCP@curveoverrides}% \xdef\LCP@curveoverrides{\the\toks0\LCP@unexpanded{#1|#2|#3^^J}}% \endgroup } % These styles are TikZ node styles, not pgfplots styles. Keeping font macros % here avoids passing commands such as \scriptsize through Lua strings. \def\LCP@label@font{\ifx\scriptsize\undefined\relax\else\scriptsize\fi} \tikzset{% luacoolprop label node/.style={font=\LCP@label@font,fill=white,fill opacity=0.75,text opacity=1,inner sep=1pt}, luacoolprop quality label node/.style={luacoolprop label node}, luacoolprop isotherm label node/.style={luacoolprop label node}, luacoolprop isentrope label node/.style={luacoolprop label node}, luacoolprop isochore label node/.style={luacoolprop label node}, luacoolprop isenthalp label node/.style={luacoolprop label node}, luacoolprop isobar label node/.style={luacoolprop label node}, luacoolprop phase envelope label node/.style={luacoolprop label node}, luacoolprop process label node/.style={luacoolprop label node} } \pgfplotsset{% luacoolprop fluid/.code={\LCPSetFluid{#1}}, lcp fluid/.style={luacoolprop fluid={#1}} } % PGFPlots runs in a survey phase followed by a visualization phase. % LuaCoolProp emits each automatic label through pgfplots-autonode as a trailing % command immediately after the corresponding \addplot. This keeps plot data % available during the survey phase and delegates collision avoidance to % pgfplots-autonode. % Axis labels and numerical coordinates are governed by the same local unit % selector. A raw scale remains available for advanced use, but is labelled % explicitly as a scaled SI coordinate so it can never masquerade as a named % physical unit. \def\LCP@unit@jkg{jkg}\def\LCP@unit@kjkg{kjkg} \def\LCP@unit@pa{pa}\def\LCP@unit@kpa{kpa} \def\LCP@unit@mpa{mpa}\def\LCP@unit@bar{bar} \def\LCP@unit@mthreekg{m3kg}\def\LCP@unit@lkg{lkg} \def\LCP@unit@jkgk{jkgk}\def\LCP@unit@kjkgk{kjkgk} \def\LCP@unit@kelvin{kelvin}\def\LCP@unit@celsius{celsius} \def\LCP@enthalpy@axislabel{% \ifx\LCP@haxisunit\LCP@unit@jkg $\LCP@enthalpysymbol/\LCP@format@unit{\joule\per\kilogram}{{\rm J\,kg^{-1}}}$% \else\ifx\LCP@haxisunit\LCP@unit@kjkg $\LCP@enthalpysymbol/\LCP@format@unit{\kilo\joule\per\kilogram}{{\rm kJ\,kg^{-1}}}$% \else $\LCP@enthalpysymbol_{\rm plot}=\LCP@format@number{\LCP@hscale}\,\LCP@enthalpysymbol_{\rm SI}$% \fi\fi} \def\LCP@pressure@axislabel{% \ifx\LCP@paxisunit\LCP@unit@pa $\LCP@pressuresymbol/\LCP@format@unit{\pascal}{{\rm Pa}}$% \else\ifx\LCP@paxisunit\LCP@unit@kpa $\LCP@pressuresymbol/\LCP@format@unit{\kilo\pascal}{{\rm kPa}}$% \else\ifx\LCP@paxisunit\LCP@unit@mpa $\LCP@pressuresymbol/\LCP@format@unit{\mega\pascal}{{\rm MPa}}$% \else\ifx\LCP@paxisunit\LCP@unit@bar $\LCP@pressuresymbol/\LCP@format@unit{\bar}{{\rm bar}}$% \else $\LCP@pressuresymbol_{\rm plot}=\LCP@format@number{\LCP@pscale}\,\LCP@pressuresymbol_{\rm SI}$% \fi\fi\fi\fi} \def\LCP@volume@axislabel{% \ifx\LCP@vaxisunit\LCP@unit@mthreekg $\LCP@specificvolumesymbol/\LCP@format@unit{\cubic\metre\per\kilogram}{{\rm m^3\,kg^{-1}}}$% \else\ifx\LCP@vaxisunit\LCP@unit@lkg $\LCP@specificvolumesymbol/\LCP@format@unit{\litre\per\kilogram}{{\rm L\,kg^{-1}}}$% \else $\LCP@specificvolumesymbol_{\rm plot}=\LCP@format@number{\LCP@vscale}\,\LCP@specificvolumesymbol_{\rm SI}$% \fi\fi} \def\LCP@entropy@axislabel{% \ifx\LCP@saxisunit\LCP@unit@jkgk $\LCP@entropysymbol/\LCP@format@unit{\joule\per\kilogram\per\kelvin}{{\rm J\,kg^{-1}\,K^{-1}}}$% \else\ifx\LCP@saxisunit\LCP@unit@kjkgk $\LCP@entropysymbol/\LCP@format@unit{\kilo\joule\per\kilogram\per\kelvin}{{\rm kJ\,kg^{-1}\,K^{-1}}}$% \else $\LCP@entropysymbol_{\rm plot}=\LCP@format@number{\LCP@sscale}\,\LCP@entropysymbol_{\rm SI}$% \fi\fi} \def\LCP@temperature@axislabel{% \ifx\LCP@temperatureaxisunit\LCP@unit@kelvin $\LCP@temperaturesymbol/\LCP@format@unit{\kelvin}{{\rm K}}$% \else\ifx\LCP@temperatureaxisunit\LCP@unit@celsius $\LCP@temperaturesymbol/\LCP@format@unit{\celsius}{{}^{\circ}{\rm C}}$% \else $\LCP@temperaturesymbol_{\rm plot}=\LCP@format@number{\LCP@temperaturescale}\,\LCP@temperaturesymbol_{\rm SI}$% \fi\fi} \def\LCP@ph@applyaxisdefaults{% \pgfplotsset{every axis/.append style={% auto node placement, width=13cm, height=8cm, xlabel={\LCP@enthalpy@axislabel}, ylabel={\LCP@pressure@axislabel}, ymode=log, grid=both, minor grid style={draw=gray!10}, major grid style={draw=gray!30}, tick align=outside, enlargelimits=false% }}% } \def\LCP@pv@applyaxisdefaults{% \pgfplotsset{every axis/.append style={% auto node placement, width=13cm, height=8cm, xlabel={\LCP@volume@axislabel}, ylabel={\LCP@pressure@axislabel}, xmode=log, ymode=log, grid=both, minor grid style={draw=gray!10}, major grid style={draw=gray!30}, tick align=outside, enlargelimits=false% }}% } \def\LCP@ts@applyaxisdefaults{% \pgfplotsset{every axis/.append style={% auto node placement, width=13cm, height=8cm, xlabel={\LCP@entropy@axislabel}, ylabel={\LCP@temperature@axislabel}, grid=both, minor grid style={draw=gray!10}, major grid style={draw=gray!30}, tick align=outside, enlargelimits=false% }}% } \def\LCP@hs@applyaxisdefaults{% \pgfplotsset{every axis/.append style={% auto node placement, width=13cm, height=8cm, xlabel={\LCP@entropy@axislabel}, ylabel={\LCP@enthalpy@axislabel}, grid=both, minor grid style={draw=gray!10}, major grid style={draw=gray!30}, tick align=outside, enlargelimits=false% }}% } \def\LCP@pt@applyaxisdefaults{% \pgfplotsset{every axis/.append style={% auto node placement, width=13cm, height=8cm, xlabel={\LCP@temperature@axislabel}, ylabel={\LCP@pressure@axislabel}, ymode=log, grid=both, minor grid style={draw=gray!10}, major grid style={draw=gray!30}, tick align=outside, enlargelimits=false% }}% } % -------------------------------------------------------------------------- % Diagram keys % % Every type owns /luacoolprop/diagram/. Format-independent mechanics % live in /luacoolprop/diagram/common; no coordinate system is the template or % fallback for another one. % -------------------------------------------------------------------------- \pgfkeys{/luacoolprop/diagram/common/.is family} \pgfkeys{/luacoolprop/diagram/PH/.is family} \pgfkeys{/luacoolprop/diagram/PH/.search also={/luacoolprop/diagram/common}} % Alternate PH namespace accepted by the public interface. \pgfkeys{/luacoolprop/ph diagram/.is family} \pgfkeys{/luacoolprop/ph diagram/.search also={/luacoolprop/diagram/PH}} \def\LCP@unsupported@family#1#2{% \errmessage{luacoolprop: diagram type `#1' does not provide the `#2' background family}% } \pgfkeys{% /luacoolprop/diagram/PH/enthalpy axis unit/.is choice, /luacoolprop/diagram/PH/enthalpy axis unit/jkg/.code={\def\LCP@hscale{1}\def\LCP@haxisunit{jkg}}, /luacoolprop/diagram/PH/enthalpy axis unit/kjkg/.code={\def\LCP@hscale{0.001}\def\LCP@haxisunit{kjkg}}, /luacoolprop/diagram/PH/pressure axis unit/.is choice, /luacoolprop/diagram/PH/pressure axis unit/pa/.code={\def\LCP@pscale{1}\def\LCP@paxisunit{pa}}, /luacoolprop/diagram/PH/pressure axis unit/kpa/.code={\def\LCP@pscale{0.001}\def\LCP@paxisunit{kpa}}, /luacoolprop/diagram/PH/pressure axis unit/mpa/.code={\def\LCP@pscale{0.000001}\def\LCP@paxisunit{mpa}}, /luacoolprop/diagram/PH/pressure axis unit/bar/.code={\def\LCP@pscale{0.00001}\def\LCP@paxisunit{bar}}, /luacoolprop/diagram/PH/isenthalp/.code={\LCP@unsupported@family{PH}{isenthalp}}, /luacoolprop/diagram/PH/isenthalps/.style={isenthalp={#1}}, /luacoolprop/diagram/PH/isobar/.code={\LCP@unsupported@family{PH}{isobar}}, /luacoolprop/diagram/PH/isobars/.style={isobar={#1}} } \def\LCP@diagram@setdefaults{% \edef\LCP@fluid{\LCP@global@fluid}% \edef\LCP@library{\LCP@global@library}% \edef\LCP@referencestate{\LCP@global@referencestate}% \def\LCP@isoquality{true}% \def\LCP@isotherms{false}% \def\LCP@isentropes{false}% \def\LCP@isochores{false}% \def\LCP@enthalpysymbol{h}% \def\LCP@pressuresymbol{p}% \def\LCP@qualitysymbol{Q}% \def\LCP@temperaturesymbol{T}% \def\LCP@entropysymbol{s}% \def\LCP@specificvolumesymbol{v}% \def\LCP@qmin{0}% \def\LCP@qmax{1}% \def\LCP@qstep{0.1}% \def\LCP@qmode{linear}% \def\LCP@qcount{auto}% \def\LCP@qvalues{}% \def\LCP@qpreset{default}% \def\LCP@pressuremin{auto}% \def\LCP@pressuremax{auto}% \def\LCP@pressuremaxfactor{1.10}% \edef\LCP@hscale{\LCP@global@hscale}% \edef\LCP@pscale{\LCP@global@pscale}% \edef\LCP@haxisunit{\LCP@global@haxisunit}% \edef\LCP@paxisunit{\LCP@global@paxisunit}% \edef\LCP@vaxisunit{\LCP@global@vaxisunit}% \edef\LCP@saxisunit{\LCP@global@saxisunit}% \edef\LCP@temperatureaxisunit{\LCP@global@temperatureaxisunit}% \edef\LCP@temperatureoffset{\LCP@global@temperatureoffset}% \def\LCP@initialintervals{18}% \def\LCP@maxdepth{8}% \def\LCP@tolerance{0.25}% \def\LCP@logweight{30}% \def\LCP@coorddigits{6}% \def\LCP@domainpolicy{ignore}% \def\LCP@labels{false}% \def\LCP@labelplacement{autonode}% \def\LCP@labelcollisionpolicy{keep}% \def\LCP@labelhideoverlapthreshold{0.06}% \def\LCP@labelhideedgethreshold{0.025}% \def\LCP@labelcandidatecount{21}% \def\LCP@labelminpos{0}% \def\LCP@labelmaxpos{1}% \def\LCP@autonodecandidates{51}% \def\LCP@autonodecandidatestrategy{around-preferred}% \def\LCP@autonodeclearance{1pt}% \def\LCP@autonodeinnersep{1.5pt}% \def\LCP@autonodenormalshift{0pt}% \def\LCP@autonodepreferredweight{8}% \def\LCP@autonodeoverlapweight{1000}% \def\LCP@labelseparation{0.018}% \def\LCP@labeloverlappenalty{1000}% \def\LCP@labeldistancepenalty{1}% \def\LCP@labeledgepenalty{5}% \def\LCP@labelboxbasewidth{0.045}% \def\LCP@labelboxcharwidth{0.0060}% \def\LCP@labelboxheight{0.060}% \def\LCP@labelboxslopedmultiplier{1.35}% \def\LCP@curveoverrides{}% \def\LCP@qualitylabels{auto}% \def\LCP@isothermlabels{auto}% \def\LCP@isentropelabels{auto}% \def\LCP@isochorelabels{auto}% \def\LCP@labelpos{0.35}% \def\LCP@qualitylabelpos{0.35}% \def\LCP@isothermlabelpos{0.20}% \def\LCP@isentropelabelpos{0.45}% \def\LCP@isochorelabelpos{0.58}% \def\LCP@labelevery{2}% \def\LCP@qualitylabelevery{2}% \def\LCP@isothermlabelevery{2}% \def\LCP@isentropelabelevery{2}% \def\LCP@isochorelabelevery{2}% \def\LCP@labelsloped{false}% \def\LCP@qualitylabelsloped{auto}% \def\LCP@isothermlabelsloped{auto}% \def\LCP@isentropelabelsloped{auto}% \def\LCP@isochorelabelsloped{auto}% \def\LCP@labelallowupsidedown{false}% \def\LCP@qualitylabelallowupsidedown{auto}% \def\LCP@isothermlabelallowupsidedown{auto}% \def\LCP@isentropelabelallowupsidedown{auto}% \def\LCP@isochorelabelallowupsidedown{auto}% \def\LCP@labelstyle{luacoolprop label node}% \def\LCP@qualitylabelstyle{luacoolprop quality label node}% \def\LCP@isothermlabelstyle{luacoolprop isotherm label node}% \def\LCP@isentropelabelstyle{luacoolprop isentrope label node}% \def\LCP@isochorelabelstyle{luacoolprop isochore label node}% \def\LCP@legend{false}% \def\LCP@forgetplot{true}% \def\LCP@curvestyle{}% \def\LCP@qualitycolor{blue!60!black}% \def\LCP@qualityboundarycolor{blue!80!black}% \def\LCP@isothermcolor{red!65!black}% \def\LCP@isentropecolor{green!50!black}% \def\LCP@isochorecolor{orange!80!black}% \def\LCP@interiorstyle{line width=0.25pt}% \def\LCP@boundarystyle{line width=0.9pt}% \def\LCP@isothermstyle{line width=0.25pt}% \def\LCP@isentropeunit{kjkgk}% \def\LCP@smin{auto}% \def\LCP@smax{auto}% \def\LCP@sstep{0.1}% \def\LCP@smode{linear}% \def\LCP@scount{auto}% \def\LCP@spreset{default}% \def\LCP@svalues{}% \def\LCP@isentropestyle{line width=0.25pt,densely dotted}% \def\LCP@specificvolumeunit{m3kg}% \def\LCP@vmin{auto}% \def\LCP@vmax{auto}% \def\LCP@vstep{auto}% \def\LCP@vmode{log}% \def\LCP@vcount{8}% \def\LCP@vpreset{default}% \def\LCP@vvalues{}% \def\LCP@isochorestyle{line width=0.25pt,dash pattern=on 2pt off 1.4pt}% \def\LCP@temperatureunit{celsius}% \def\LCP@tmin{auto}% \def\LCP@tmax{auto}% \def\LCP@tstep{10}% \def\LCP@tmode{linear}% \def\LCP@tcount{auto}% \def\LCP@tpreset{default}% \def\LCP@tvalues{}% \def\LCP@isotherminitialintervals{14}% \def\LCP@isothermmaxdepth{7}% \def\LCP@isothermtolerance{0.35}% \def\LCP@isentropeinitialintervals{14}% \def\LCP@isentropemaxdepth{7}% \def\LCP@isentropetolerance{0.30}% \def\LCP@isochoreinitialintervals{16}% \def\LCP@isochoremaxdepth{8}% \def\LCP@isochoretolerance{0.28}% \def\LCP@saturationpressureepsilon{0.00001}% } \pgfkeys{% /luacoolprop/diagram/common/fluid/.store in=\LCP@fluid, /luacoolprop/diagram/common/library/.store in=\LCP@library, /luacoolprop/diagram/common/reference state/.store in=\LCP@referencestate, /luacoolprop/diagram/common/quality/.store in=\LCP@isoquality, /luacoolprop/diagram/common/iso quality/.style={quality={#1}}, /luacoolprop/diagram/common/isoquality/.style={quality={#1}}, /luacoolprop/diagram/common/quality curves/.style={quality={#1}}, /luacoolprop/diagram/common/isotherm/.store in=\LCP@isotherms, /luacoolprop/diagram/common/isotherms/.style={isotherm={#1}}, /luacoolprop/diagram/common/isentrope/.store in=\LCP@isentropes, /luacoolprop/diagram/common/isentropes/.style={isentrope={#1}}, /luacoolprop/diagram/common/isochore/.store in=\LCP@isochores, /luacoolprop/diagram/common/isochores/.style={isochore={#1}}, /luacoolprop/diagram/common/enthalpy symbol/.store in=\LCP@enthalpysymbol, /luacoolprop/diagram/common/pressure symbol/.store in=\LCP@pressuresymbol, /luacoolprop/diagram/common/quality symbol/.store in=\LCP@qualitysymbol, /luacoolprop/diagram/common/temperature symbol/.store in=\LCP@temperaturesymbol, /luacoolprop/diagram/common/entropy symbol/.store in=\LCP@entropysymbol, /luacoolprop/diagram/common/specific volume symbol/.store in=\LCP@specificvolumesymbol, /luacoolprop/diagram/common/quality min/.store in=\LCP@qmin, /luacoolprop/diagram/common/quality max/.store in=\LCP@qmax, /luacoolprop/diagram/common/quality step/.store in=\LCP@qstep, /luacoolprop/diagram/common/quality mode/.store in=\LCP@qmode, /luacoolprop/diagram/common/quality count/.store in=\LCP@qcount, /luacoolprop/diagram/common/quality values/.store in=\LCP@qvalues, /luacoolprop/diagram/common/quality preset/.store in=\LCP@qpreset, /luacoolprop/diagram/common/q min/.style={quality min={#1}}, /luacoolprop/diagram/common/q max/.style={quality max={#1}}, /luacoolprop/diagram/common/q step/.style={quality step={#1}}, /luacoolprop/diagram/common/q mode/.style={quality mode={#1}}, /luacoolprop/diagram/common/q count/.style={quality count={#1}}, /luacoolprop/diagram/common/q values/.style={quality values={#1}}, /luacoolprop/diagram/common/q preset/.style={quality preset={#1}}, /luacoolprop/diagram/common/pressure min/.store in=\LCP@pressuremin, /luacoolprop/diagram/common/pressure max/.store in=\LCP@pressuremax, /luacoolprop/diagram/common/p min/.style={pressure min={#1}}, /luacoolprop/diagram/common/p max/.style={pressure max={#1}}, /luacoolprop/diagram/common/pressure max factor/.store in=\LCP@pressuremaxfactor, /luacoolprop/diagram/common/p max factor/.style={pressure max factor={#1}}, /luacoolprop/diagram/common/enthalpy scale/.code={\def\LCP@hscale{#1}\def\LCP@haxisunit{custom}}, /luacoolprop/diagram/common/h scale/.style={enthalpy scale={#1}}, /luacoolprop/diagram/common/pressure scale/.code={\def\LCP@pscale{#1}\def\LCP@paxisunit{custom}}, /luacoolprop/diagram/common/p scale/.style={pressure scale={#1}}, /luacoolprop/diagram/common/initial intervals/.store in=\LCP@initialintervals, /luacoolprop/diagram/common/max depth/.store in=\LCP@maxdepth, /luacoolprop/diagram/common/tolerance/.store in=\LCP@tolerance, /luacoolprop/diagram/common/log weight/.store in=\LCP@logweight, /luacoolprop/diagram/common/coord digits/.store in=\LCP@coorddigits, /luacoolprop/diagram/common/domain policy/.store in=\LCP@domainpolicy, /luacoolprop/diagram/common/discontinuity policy/.style={domain policy={#1}}, /luacoolprop/diagram/common/labels/.store in=\LCP@labels, /luacoolprop/diagram/common/label placement/.store in=\LCP@labelplacement, /luacoolprop/diagram/common/label collision policy/.store in=\LCP@labelcollisionpolicy, /luacoolprop/diagram/common/label collision/.style={label collision policy={#1}}, /luacoolprop/diagram/common/label hide overlap threshold/.store in=\LCP@labelhideoverlapthreshold, /luacoolprop/diagram/common/label hide edge threshold/.store in=\LCP@labelhideedgethreshold, /luacoolprop/diagram/common/smart labels/.style={label placement=autonode}, /luacoolprop/diagram/common/automatic labels/.style={label placement=autonode}, /luacoolprop/diagram/common/autonode labels/.style={label placement=autonode}, /luacoolprop/diagram/common/pgfplots autonode labels/.style={label placement=autonode}, /luacoolprop/diagram/common/label candidate count/.store in=\LCP@labelcandidatecount, /luacoolprop/diagram/common/autonode candidates/.store in=\LCP@autonodecandidates, /luacoolprop/diagram/common/autonode candidate strategy/.store in=\LCP@autonodecandidatestrategy, /luacoolprop/diagram/common/autonode clearance/.store in=\LCP@autonodeclearance, /luacoolprop/diagram/common/autonode inner sep/.store in=\LCP@autonodeinnersep, /luacoolprop/diagram/common/autonode normal shift/.store in=\LCP@autonodenormalshift, /luacoolprop/diagram/common/autonode preferred weight/.store in=\LCP@autonodepreferredweight, /luacoolprop/diagram/common/autonode overlap weight/.store in=\LCP@autonodeoverlapweight, /luacoolprop/diagram/common/label min pos/.store in=\LCP@labelminpos, /luacoolprop/diagram/common/label max pos/.store in=\LCP@labelmaxpos, /luacoolprop/diagram/common/label separation/.store in=\LCP@labelseparation, /luacoolprop/diagram/common/label overlap penalty/.store in=\LCP@labeloverlappenalty, /luacoolprop/diagram/common/label distance penalty/.store in=\LCP@labeldistancepenalty, /luacoolprop/diagram/common/label edge penalty/.store in=\LCP@labeledgepenalty, /luacoolprop/diagram/common/label box base width/.store in=\LCP@labelboxbasewidth, /luacoolprop/diagram/common/label box char width/.store in=\LCP@labelboxcharwidth, /luacoolprop/diagram/common/label box height/.store in=\LCP@labelboxheight, /luacoolprop/diagram/common/label box sloped multiplier/.store in=\LCP@labelboxslopedmultiplier, /luacoolprop/diagram/common/label pos for/.code 2 args={\LCP@append@curveoverride{#1}{label_pos}{#2}}, /luacoolprop/diagram/common/label style for/.code 2 args={\LCP@append@curveoverride{#1}{label_style}{#2}}, /luacoolprop/diagram/common/label text for/.code 2 args={\LCP@append@curveoverride{#1}{label_text}{#2}}, /luacoolprop/diagram/common/label show for/.code 2 args={\LCP@append@curveoverride{#1}{label_show}{#2}}, /luacoolprop/diagram/common/label fixed for/.code 2 args={\LCP@append@curveoverride{#1}{label_fixed}{#2}}, /luacoolprop/diagram/common/label sloped for/.code 2 args={\LCP@append@curveoverride{#1}{label_sloped}{#2}}, /luacoolprop/diagram/common/label allow upside down for/.code 2 args={\LCP@append@curveoverride{#1}{label_allow_upside_down}{#2}}, /luacoolprop/diagram/common/curve style for/.code 2 args={\LCP@append@curveoverride{#1}{curve_style}{#2}}, /luacoolprop/diagram/common/quality labels/.store in=\LCP@qualitylabels, /luacoolprop/diagram/common/isotherm labels/.store in=\LCP@isothermlabels, /luacoolprop/diagram/common/isentrope labels/.store in=\LCP@isentropelabels, /luacoolprop/diagram/common/isochore labels/.store in=\LCP@isochorelabels, /luacoolprop/diagram/common/label pos/.store in=\LCP@labelpos, /luacoolprop/diagram/common/quality label pos/.store in=\LCP@qualitylabelpos, /luacoolprop/diagram/common/isotherm label pos/.store in=\LCP@isothermlabelpos, /luacoolprop/diagram/common/isentrope label pos/.store in=\LCP@isentropelabelpos, /luacoolprop/diagram/common/isochore label pos/.store in=\LCP@isochorelabelpos, /luacoolprop/diagram/common/label every/.store in=\LCP@labelevery, /luacoolprop/diagram/common/quality label every/.store in=\LCP@qualitylabelevery, /luacoolprop/diagram/common/isotherm label every/.store in=\LCP@isothermlabelevery, /luacoolprop/diagram/common/isentrope label every/.store in=\LCP@isentropelabelevery, /luacoolprop/diagram/common/isochore label every/.store in=\LCP@isochorelabelevery, /luacoolprop/diagram/common/sloped labels/.store in=\LCP@labelsloped, /luacoolprop/diagram/common/label sloped/.store in=\LCP@labelsloped, /luacoolprop/diagram/common/quality label sloped/.store in=\LCP@qualitylabelsloped, /luacoolprop/diagram/common/isotherm label sloped/.store in=\LCP@isothermlabelsloped, /luacoolprop/diagram/common/isentrope label sloped/.store in=\LCP@isentropelabelsloped, /luacoolprop/diagram/common/isochore label sloped/.store in=\LCP@isochorelabelsloped, /luacoolprop/diagram/common/label allow upside down/.store in=\LCP@labelallowupsidedown, /luacoolprop/diagram/common/quality label allow upside down/.store in=\LCP@qualitylabelallowupsidedown, /luacoolprop/diagram/common/isotherm label allow upside down/.store in=\LCP@isothermlabelallowupsidedown, /luacoolprop/diagram/common/isentrope label allow upside down/.store in=\LCP@isentropelabelallowupsidedown, /luacoolprop/diagram/common/isochore label allow upside down/.store in=\LCP@isochorelabelallowupsidedown, /luacoolprop/diagram/common/label style/.store in=\LCP@labelstyle, /luacoolprop/diagram/common/quality label style/.store in=\LCP@qualitylabelstyle, /luacoolprop/diagram/common/isotherm label style/.store in=\LCP@isothermlabelstyle, /luacoolprop/diagram/common/isentrope label style/.store in=\LCP@isentropelabelstyle, /luacoolprop/diagram/common/isochore label style/.store in=\LCP@isochorelabelstyle, /luacoolprop/diagram/common/label node style/.code={\tikzset{luacoolprop label node/.style={#1}}}, /luacoolprop/diagram/common/quality label node style/.code={\tikzset{luacoolprop quality label node/.style={#1}}}, /luacoolprop/diagram/common/isotherm label node style/.code={\tikzset{luacoolprop isotherm label node/.style={#1}}}, /luacoolprop/diagram/common/isentrope label node style/.code={\tikzset{luacoolprop isentrope label node/.style={#1}}}, /luacoolprop/diagram/common/isochore label node style/.code={\tikzset{luacoolprop isochore label node/.style={#1}}}, /luacoolprop/diagram/common/legend/.store in=\LCP@legend, /luacoolprop/diagram/common/forget plot/.store in=\LCP@forgetplot, /luacoolprop/diagram/common/curve style/.store in=\LCP@curvestyle, /luacoolprop/diagram/common/quality color/.store in=\LCP@qualitycolor, /luacoolprop/diagram/common/quality boundary color/.store in=\LCP@qualityboundarycolor, /luacoolprop/diagram/common/boundary color/.style={quality boundary color={#1}}, /luacoolprop/diagram/common/isotherm color/.store in=\LCP@isothermcolor, /luacoolprop/diagram/common/isentrope color/.store in=\LCP@isentropecolor, /luacoolprop/diagram/common/isochore color/.store in=\LCP@isochorecolor, /luacoolprop/diagram/common/interior style/.store in=\LCP@interiorstyle, /luacoolprop/diagram/common/boundary style/.store in=\LCP@boundarystyle, /luacoolprop/diagram/common/isotherm style/.store in=\LCP@isothermstyle, /luacoolprop/diagram/common/isentrope style/.store in=\LCP@isentropestyle, /luacoolprop/diagram/common/isochore style/.store in=\LCP@isochorestyle, /luacoolprop/diagram/common/specific volume unit/.store in=\LCP@specificvolumeunit, /luacoolprop/diagram/common/volume unit/.style={specific volume unit={#1}}, /luacoolprop/diagram/common/v unit/.style={specific volume unit={#1}}, /luacoolprop/diagram/common/specific volume min/.store in=\LCP@vmin, /luacoolprop/diagram/common/specific volume max/.store in=\LCP@vmax, /luacoolprop/diagram/common/specific volume step/.store in=\LCP@vstep, /luacoolprop/diagram/common/specific volume mode/.store in=\LCP@vmode, /luacoolprop/diagram/common/specific volume count/.store in=\LCP@vcount, /luacoolprop/diagram/common/specific volume preset/.store in=\LCP@vpreset, /luacoolprop/diagram/common/specific volume values/.store in=\LCP@vvalues, /luacoolprop/diagram/common/v min/.style={specific volume min={#1}}, /luacoolprop/diagram/common/v max/.style={specific volume max={#1}}, /luacoolprop/diagram/common/v step/.style={specific volume step={#1}}, /luacoolprop/diagram/common/v mode/.style={specific volume mode={#1}}, /luacoolprop/diagram/common/v count/.style={specific volume count={#1}}, /luacoolprop/diagram/common/v preset/.style={specific volume preset={#1}}, /luacoolprop/diagram/common/v values/.style={specific volume values={#1}}, /luacoolprop/diagram/common/entropy unit/.store in=\LCP@isentropeunit, /luacoolprop/diagram/common/entropy min/.store in=\LCP@smin, /luacoolprop/diagram/common/entropy max/.store in=\LCP@smax, /luacoolprop/diagram/common/entropy step/.store in=\LCP@sstep, /luacoolprop/diagram/common/entropy mode/.store in=\LCP@smode, /luacoolprop/diagram/common/entropy count/.store in=\LCP@scount, /luacoolprop/diagram/common/entropy preset/.store in=\LCP@spreset, /luacoolprop/diagram/common/entropy values/.store in=\LCP@svalues, /luacoolprop/diagram/common/s min/.style={entropy min={#1}}, /luacoolprop/diagram/common/s max/.style={entropy max={#1}}, /luacoolprop/diagram/common/s step/.style={entropy step={#1}}, /luacoolprop/diagram/common/s mode/.style={entropy mode={#1}}, /luacoolprop/diagram/common/s count/.style={entropy count={#1}}, /luacoolprop/diagram/common/s preset/.style={entropy preset={#1}}, /luacoolprop/diagram/common/s values/.style={entropy values={#1}}, /luacoolprop/diagram/common/temperature unit/.store in=\LCP@temperatureunit, /luacoolprop/diagram/common/temperature min/.store in=\LCP@tmin, /luacoolprop/diagram/common/temperature max/.store in=\LCP@tmax, /luacoolprop/diagram/common/temperature step/.store in=\LCP@tstep, /luacoolprop/diagram/common/temperature mode/.store in=\LCP@tmode, /luacoolprop/diagram/common/temperature count/.store in=\LCP@tcount, /luacoolprop/diagram/common/temperature preset/.store in=\LCP@tpreset, /luacoolprop/diagram/common/temperature values/.store in=\LCP@tvalues, /luacoolprop/diagram/common/t min/.style={temperature min={#1}}, /luacoolprop/diagram/common/t max/.style={temperature max={#1}}, /luacoolprop/diagram/common/t step/.style={temperature step={#1}}, /luacoolprop/diagram/common/t mode/.style={temperature mode={#1}}, /luacoolprop/diagram/common/t count/.style={temperature count={#1}}, /luacoolprop/diagram/common/t preset/.style={temperature preset={#1}}, /luacoolprop/diagram/common/t values/.style={temperature values={#1}}, /luacoolprop/diagram/common/isotherm initial intervals/.store in=\LCP@isotherminitialintervals, /luacoolprop/diagram/common/isotherm max depth/.store in=\LCP@isothermmaxdepth, /luacoolprop/diagram/common/isotherm tolerance/.store in=\LCP@isothermtolerance, /luacoolprop/diagram/common/isentrope initial intervals/.store in=\LCP@isentropeinitialintervals, /luacoolprop/diagram/common/isentrope max depth/.store in=\LCP@isentropemaxdepth, /luacoolprop/diagram/common/isentrope tolerance/.store in=\LCP@isentropetolerance, /luacoolprop/diagram/common/isochore initial intervals/.store in=\LCP@isochoreinitialintervals, /luacoolprop/diagram/common/isochore max depth/.store in=\LCP@isochoremaxdepth, /luacoolprop/diagram/common/isochore tolerance/.store in=\LCP@isochoretolerance, /luacoolprop/diagram/common/saturation pressure epsilon/.store in=\LCP@saturationpressureepsilon, /luacoolprop/diagram/common/axis options/.code={\pgfplotsset{every axis/.append style={#1}}}, /luacoolprop/diagram/common/.unknown/.code={% \LCP@warning{luacoolprop}{Unknown key `/luacoolprop/diagram/common/\pgfkeyscurrentname`}% }% } \def\LCP@lua@diagramopts{% fluid="\luaescapestring{\LCP@fluid}",% library="\luaescapestring{\LCP@library}",% reference_state="\luaescapestring{\LCP@referencestate}",% isoquality="\luaescapestring{\LCP@isoquality}",% isotherms="\luaescapestring{\LCP@isotherms}",% isentropes="\luaescapestring{\LCP@isentropes}",% isochores="\luaescapestring{\LCP@isochores}",% enthalpy_symbol="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@enthalpysymbol}}",% pressure_symbol="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@pressuresymbol}}",% quality_symbol="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@qualitysymbol}}",% temperature_symbol="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@temperaturesymbol}}",% entropy_symbol="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@entropysymbol}}",% specific_volume_symbol="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@specificvolumesymbol}}",% q_min="\luaescapestring{\LCP@qmin}",% q_max="\luaescapestring{\LCP@qmax}",% q_step="\luaescapestring{\LCP@qstep}",% q_mode="\luaescapestring{\LCP@qmode}",% q_count="\luaescapestring{\LCP@qcount}",% q_values="\luaescapestring{\LCP@qvalues}",% q_preset="\luaescapestring{\LCP@qpreset}",% pressure_min="\luaescapestring{\LCP@pressuremin}",% pressure_max="\luaescapestring{\LCP@pressuremax}",% pressure_max_factor="\luaescapestring{\LCP@pressuremaxfactor}",% h_scale="\luaescapestring{\LCP@hscale}",% p_scale="\luaescapestring{\LCP@pscale}",% initial_intervals="\luaescapestring{\LCP@initialintervals}",% max_depth="\luaescapestring{\LCP@maxdepth}",% tolerance="\luaescapestring{\LCP@tolerance}",% log_weight="\luaescapestring{\LCP@logweight}",% coord_digits="\luaescapestring{\LCP@coorddigits}",% domain_policy="\luaescapestring{\LCP@domainpolicy}",% labels="\luaescapestring{\LCP@labels}",% label_placement="\luaescapestring{\LCP@labelplacement}",% label_collision_policy="\luaescapestring{\LCP@labelcollisionpolicy}",% label_hide_overlap_threshold="\luaescapestring{\LCP@labelhideoverlapthreshold}",% label_hide_edge_threshold="\luaescapestring{\LCP@labelhideedgethreshold}",% label_candidate_count="\luaescapestring{\LCP@labelcandidatecount}",% label_min_pos="\luaescapestring{\LCP@labelminpos}",% label_max_pos="\luaescapestring{\LCP@labelmaxpos}",% autonode_candidates="\luaescapestring{\LCP@autonodecandidates}",% autonode_candidate_strategy="\luaescapestring{\LCP@autonodecandidatestrategy}",% autonode_clearance="\luaescapestring{\LCP@autonodeclearance}",% autonode_inner_sep="\luaescapestring{\LCP@autonodeinnersep}",% autonode_normal_shift="\luaescapestring{\LCP@autonodenormalshift}",% autonode_preferred_weight="\luaescapestring{\LCP@autonodepreferredweight}",% autonode_overlap_weight="\luaescapestring{\LCP@autonodeoverlapweight}",% label_separation="\luaescapestring{\LCP@labelseparation}",% label_overlap_penalty="\luaescapestring{\LCP@labeloverlappenalty}",% label_distance_penalty="\luaescapestring{\LCP@labeldistancepenalty}",% label_edge_penalty="\luaescapestring{\LCP@labeledgepenalty}",% label_box_base_width="\luaescapestring{\LCP@labelboxbasewidth}",% label_box_char_width="\luaescapestring{\LCP@labelboxcharwidth}",% label_box_height="\luaescapestring{\LCP@labelboxheight}",% label_box_sloped_multiplier="\luaescapestring{\LCP@labelboxslopedmultiplier}",% curve_overrides="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@curveoverrides}}",% quality_labels="\luaescapestring{\LCP@qualitylabels}",% isotherm_labels="\luaescapestring{\LCP@isothermlabels}",% isentrope_labels="\luaescapestring{\LCP@isentropelabels}",% isochore_labels="\luaescapestring{\LCP@isochorelabels}",% label_pos="\luaescapestring{\LCP@labelpos}",% quality_label_pos="\luaescapestring{\LCP@qualitylabelpos}",% isotherm_label_pos="\luaescapestring{\LCP@isothermlabelpos}",% isentrope_label_pos="\luaescapestring{\LCP@isentropelabelpos}",% isochore_label_pos="\luaescapestring{\LCP@isochorelabelpos}",% label_every="\luaescapestring{\LCP@labelevery}",% quality_label_every="\luaescapestring{\LCP@qualitylabelevery}",% isotherm_label_every="\luaescapestring{\LCP@isothermlabelevery}",% isentrope_label_every="\luaescapestring{\LCP@isentropelabelevery}",% isochore_label_every="\luaescapestring{\LCP@isochorelabelevery}",% label_sloped="\luaescapestring{\LCP@labelsloped}",% quality_label_sloped="\luaescapestring{\LCP@qualitylabelsloped}",% isotherm_label_sloped="\luaescapestring{\LCP@isothermlabelsloped}",% isentrope_label_sloped="\luaescapestring{\LCP@isentropelabelsloped}",% isochore_label_sloped="\luaescapestring{\LCP@isochorelabelsloped}",% label_allow_upside_down="\luaescapestring{\LCP@labelallowupsidedown}",% quality_label_allow_upside_down="\luaescapestring{\LCP@qualitylabelallowupsidedown}",% isotherm_label_allow_upside_down="\luaescapestring{\LCP@isothermlabelallowupsidedown}",% isentrope_label_allow_upside_down="\luaescapestring{\LCP@isentropelabelallowupsidedown}",% isochore_label_allow_upside_down="\luaescapestring{\LCP@isochorelabelallowupsidedown}",% label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@labelstyle}}",% quality_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@qualitylabelstyle}}",% isotherm_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isothermlabelstyle}}",% isentrope_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isentropelabelstyle}}",% isochore_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isochorelabelstyle}}",% legend="\luaescapestring{\LCP@legend}",% forget_plot="\luaescapestring{\LCP@forgetplot}",% curve_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@curvestyle}}",% quality_color="\luaescapestring{\LCP@qualitycolor}",% quality_boundary_color="\luaescapestring{\LCP@qualityboundarycolor}",% isotherm_color="\luaescapestring{\LCP@isothermcolor}",% isentrope_color="\luaescapestring{\LCP@isentropecolor}",% isochore_color="\luaescapestring{\LCP@isochorecolor}",% interior_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@interiorstyle}}",% boundary_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@boundarystyle}}",% isotherm_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isothermstyle}}",% entropy_unit="\luaescapestring{\LCP@isentropeunit}",% s_min="\luaescapestring{\LCP@smin}",% s_max="\luaescapestring{\LCP@smax}",% s_step="\luaescapestring{\LCP@sstep}",% s_mode="\luaescapestring{\LCP@smode}",% s_count="\luaescapestring{\LCP@scount}",% s_preset="\luaescapestring{\LCP@spreset}",% s_values="\luaescapestring{\LCP@svalues}",% isentrope_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isentropestyle}}",% specific_volume_unit="\luaescapestring{\LCP@specificvolumeunit}",% v_min="\luaescapestring{\LCP@vmin}",% v_max="\luaescapestring{\LCP@vmax}",% v_step="\luaescapestring{\LCP@vstep}",% v_mode="\luaescapestring{\LCP@vmode}",% v_count="\luaescapestring{\LCP@vcount}",% v_preset="\luaescapestring{\LCP@vpreset}",% v_values="\luaescapestring{\LCP@vvalues}",% isochore_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isochorestyle}}",% temperature_unit="\luaescapestring{\LCP@temperatureunit}",% t_min="\luaescapestring{\LCP@tmin}",% t_max="\luaescapestring{\LCP@tmax}",% t_step="\luaescapestring{\LCP@tstep}",% t_mode="\luaescapestring{\LCP@tmode}",% t_count="\luaescapestring{\LCP@tcount}",% t_preset="\luaescapestring{\LCP@tpreset}",% t_values="\luaescapestring{\LCP@tvalues}",% isotherm_initial_intervals="\luaescapestring{\LCP@isotherminitialintervals}",% isotherm_max_depth="\luaescapestring{\LCP@isothermmaxdepth}",% isotherm_tolerance="\luaescapestring{\LCP@isothermtolerance}",% isentrope_initial_intervals="\luaescapestring{\LCP@isentropeinitialintervals}",% isentrope_max_depth="\luaescapestring{\LCP@isentropemaxdepth}",% isentrope_tolerance="\luaescapestring{\LCP@isentropetolerance}",% isochore_initial_intervals="\luaescapestring{\LCP@isochoreinitialintervals}",% isochore_max_depth="\luaescapestring{\LCP@isochoremaxdepth}",% isochore_tolerance="\luaescapestring{\LCP@isochoretolerance}",% saturation_pressure_epsilon="\luaescapestring{\LCP@saturationpressureepsilon}"% } \def\LCP@lua@phisoquality{% \directlua{require("luacoolprop").tex.print_ph_isoquality({\LCP@lua@diagramopts})}% } \def\LCP@lua@phisotherms{% \directlua{require("luacoolprop").tex.print_ph_isotherms({\LCP@lua@diagramopts})}% } \def\LCP@lua@phisentropes{% \directlua{require("luacoolprop").tex.print_ph_isentropes({\LCP@lua@diagramopts})}% } \def\LCP@lua@phisochores{% \directlua{require("luacoolprop").tex.print_ph_isochores({\LCP@lua@diagramopts})}% } \def\LCP@lua@phplots{% \directlua{require("luacoolprop").tex.print_diagram("PH","plots",{\LCP@lua@diagramopts})}% } \def\LCP@lua@phaxisstyle{% \directlua{require("luacoolprop").tex.print_diagram("PH","axis_style",{\LCP@lua@diagramopts})}% } \def\LCP@lua@phfamilyautonode#1{% \directlua{require("luacoolprop").tex.print_diagram("PH","family",{\LCP@lua@diagramopts},"#1")}% } % -------------------------------------------------------------------------- % PV diagram keys % % PV combines the shared diagram controls with its declared quality, % isotherm, and isentrope capabilities. Its horizontal scale and % logarithmic-x sampling weight are projection-specific. % -------------------------------------------------------------------------- \pgfkeys{/luacoolprop/pv diagram/.is family} \pgfkeys{/luacoolprop/diagram/PV/.is family} \pgfkeys{/luacoolprop/diagram/PV/.search also={/luacoolprop/pv diagram,/luacoolprop/diagram/common}} \pgfkeys{% /luacoolprop/pv diagram/specific volume scale/.code={\def\LCP@vscale{#1}\def\LCP@vaxisunit{custom}}, /luacoolprop/pv diagram/v scale/.style={specific volume scale={#1}}, /luacoolprop/pv diagram/log x weight/.store in=\LCP@logxweight, /luacoolprop/diagram/PV/specific volume axis unit/.is choice, /luacoolprop/diagram/PV/specific volume axis unit/m3kg/.code={\def\LCP@vscale{1}\def\LCP@vaxisunit{m3kg}}, /luacoolprop/diagram/PV/specific volume axis unit/lkg/.code={\def\LCP@vscale{1000}\def\LCP@vaxisunit{lkg}}, /luacoolprop/diagram/PV/pressure axis unit/.is choice, /luacoolprop/diagram/PV/pressure axis unit/pa/.code={\def\LCP@pscale{1}\def\LCP@paxisunit{pa}}, /luacoolprop/diagram/PV/pressure axis unit/kpa/.code={\def\LCP@pscale{0.001}\def\LCP@paxisunit{kpa}}, /luacoolprop/diagram/PV/pressure axis unit/mpa/.code={\def\LCP@pscale{0.000001}\def\LCP@paxisunit{mpa}}, /luacoolprop/diagram/PV/pressure axis unit/bar/.code={\def\LCP@pscale{0.00001}\def\LCP@paxisunit{bar}}, /luacoolprop/diagram/PV/isochore/.code={\LCP@unsupported@family{PV}{isochore}}, /luacoolprop/diagram/PV/isochores/.style={isochore={#1}}, /luacoolprop/diagram/PV/isenthalp/.code={\LCP@unsupported@family{PV}{isenthalp}}, /luacoolprop/diagram/PV/isenthalps/.style={isenthalp={#1}}, /luacoolprop/diagram/PV/isobar/.code={\LCP@unsupported@family{PV}{isobar}}, /luacoolprop/diagram/PV/isobars/.style={isobar={#1}} } \def\LCP@pv@setdefaults{% \LCP@diagram@setdefaults \edef\LCP@vscale{\LCP@global@vscale}% \edef\LCP@vaxisunit{\LCP@global@vaxisunit}% \def\LCP@isochores{false}% \def\LCP@tolerance{0.18}% \def\LCP@isothermtolerance{0.18}% \def\LCP@isentropetolerance{0.18}% \def\LCP@logxweight{30}% } \def\LCP@lua@pvopts{% \LCP@lua@diagramopts,% v_scale="\luaescapestring{\LCP@vscale}",% log_x_weight="\luaescapestring{\LCP@logxweight}"% } \def\LCP@lua@pvplots{% \directlua{require("luacoolprop").tex.print_diagram("PV","plots",{\LCP@lua@pvopts})}% } \def\LCP@lua@pvaxisstyle{% \directlua{require("luacoolprop").tex.print_diagram("PV","axis_style",{\LCP@lua@pvopts})}% } \def\LCP@lua@pvfamilyautonode#1{% \directlua{require("luacoolprop").tex.print_diagram("PV","family",{\LCP@lua@pvopts},"#1")}% } % -------------------------------------------------------------------------- % TS diagram keys % % TS combines the shared diagram controls with quality and constant-specific- % enthalpy families, plus the coordinate scales of this projection. % -------------------------------------------------------------------------- \pgfkeys{/luacoolprop/ts diagram/.is family} \pgfkeys{/luacoolprop/diagram/TS/.is family} \pgfkeys{/luacoolprop/diagram/TS/.search also={/luacoolprop/ts diagram,/luacoolprop/diagram/common}} \pgfkeys{% /luacoolprop/ts diagram/isenthalp/.store in=\LCP@isenthalps, /luacoolprop/ts diagram/isenthalps/.style={isenthalp={#1}}, /luacoolprop/ts diagram/enthalpy curves/.style={isenthalp={#1}}, /luacoolprop/ts diagram/entropy scale/.code={\def\LCP@sscale{#1}\def\LCP@saxisunit{custom}}, /luacoolprop/ts diagram/s scale/.style={entropy scale={#1}}, /luacoolprop/ts diagram/temperature scale/.code={\def\LCP@temperaturescale{#1}\def\LCP@temperatureoffset{0}\def\LCP@temperatureaxisunit{custom}}, /luacoolprop/ts diagram/t scale/.style={temperature scale={#1}}, /luacoolprop/ts diagram/enthalpy unit/.store in=\LCP@enthalpyunit, /luacoolprop/ts diagram/h unit/.style={enthalpy unit={#1}}, /luacoolprop/ts diagram/enthalpy min/.store in=\LCP@hmin, /luacoolprop/ts diagram/enthalpy max/.store in=\LCP@hmax, /luacoolprop/ts diagram/enthalpy step/.store in=\LCP@hstep, /luacoolprop/ts diagram/enthalpy mode/.store in=\LCP@hmode, /luacoolprop/ts diagram/enthalpy count/.store in=\LCP@hcount, /luacoolprop/ts diagram/enthalpy values/.store in=\LCP@hvalues, /luacoolprop/ts diagram/h min/.style={enthalpy min={#1}}, /luacoolprop/ts diagram/h max/.style={enthalpy max={#1}}, /luacoolprop/ts diagram/h step/.style={enthalpy step={#1}}, /luacoolprop/ts diagram/h mode/.style={enthalpy mode={#1}}, /luacoolprop/ts diagram/h count/.style={enthalpy count={#1}}, /luacoolprop/ts diagram/h values/.style={enthalpy values={#1}}, /luacoolprop/ts diagram/isenthalp labels/.store in=\LCP@isenthalplabels, /luacoolprop/ts diagram/isenthalp label pos/.store in=\LCP@isenthalplabelpos, /luacoolprop/ts diagram/isenthalp label every/.store in=\LCP@isenthalplabelevery, /luacoolprop/ts diagram/isenthalp label sloped/.store in=\LCP@isenthalplabelsloped, /luacoolprop/ts diagram/isenthalp label allow upside down/.store in=\LCP@isenthalplabelallowupsidedown, /luacoolprop/ts diagram/isenthalp label style/.store in=\LCP@isenthalplabelstyle, /luacoolprop/ts diagram/isenthalp label node style/.code={\tikzset{luacoolprop isenthalp label node/.style={#1}}}, /luacoolprop/ts diagram/isenthalp color/.store in=\LCP@isenthalpcolor, /luacoolprop/ts diagram/isenthalp style/.store in=\LCP@isenthalpstyle, /luacoolprop/ts diagram/isenthalp initial intervals/.store in=\LCP@isenthalpinitialintervals, /luacoolprop/ts diagram/isenthalp max depth/.store in=\LCP@isenthalpmaxdepth, /luacoolprop/ts diagram/isenthalp tolerance/.store in=\LCP@isenthalptolerance, /luacoolprop/ts diagram/temperature weight/.store in=\LCP@temperatureweight, /luacoolprop/ts diagram/entropy axis min/.store in=\LCP@entropyaxismin, /luacoolprop/ts diagram/entropy axis max/.store in=\LCP@entropyaxismax, /luacoolprop/ts diagram/temperature axis min/.store in=\LCP@temperatureaxismin, /luacoolprop/ts diagram/temperature axis max/.store in=\LCP@temperatureaxismax, /luacoolprop/diagram/TS/entropy axis unit/.is choice, /luacoolprop/diagram/TS/entropy axis unit/jkgk/.code={\def\LCP@sscale{1}\def\LCP@saxisunit{jkgk}}, /luacoolprop/diagram/TS/entropy axis unit/kjkgk/.code={\def\LCP@sscale{0.001}\def\LCP@saxisunit{kjkgk}}, /luacoolprop/diagram/TS/temperature axis unit/.is choice, /luacoolprop/diagram/TS/temperature axis unit/kelvin/.code={\def\LCP@temperaturescale{1}\def\LCP@temperatureoffset{0}\def\LCP@temperatureaxisunit{kelvin}}, /luacoolprop/diagram/TS/temperature axis unit/celsius/.code={\def\LCP@temperaturescale{1}\def\LCP@temperatureoffset{273.15}\def\LCP@temperatureaxisunit{celsius}}, /luacoolprop/diagram/TS/isotherm/.code={\LCP@unsupported@family{TS}{isotherm}}, /luacoolprop/diagram/TS/isotherms/.style={isotherm={#1}}, /luacoolprop/diagram/TS/isentrope/.code={\LCP@unsupported@family{TS}{isentrope}}, /luacoolprop/diagram/TS/isentropes/.style={isentrope={#1}}, /luacoolprop/diagram/TS/isochore/.code={\LCP@unsupported@family{TS}{isochore}}, /luacoolprop/diagram/TS/isochores/.style={isochore={#1}}, /luacoolprop/diagram/TS/isobar/.code={\LCP@unsupported@family{TS}{isobar}}, /luacoolprop/diagram/TS/isobars/.style={isobar={#1}} } \def\LCP@ts@setdefaults{% \LCP@diagram@setdefaults \def\LCP@isenthalps{false}% \edef\LCP@sscale{\LCP@global@sscale}% \edef\LCP@temperaturescale{\LCP@global@temperaturescale}% \edef\LCP@saxisunit{\LCP@global@saxisunit}% \edef\LCP@temperatureaxisunit{\LCP@global@temperatureaxisunit}% \edef\LCP@temperatureoffset{\LCP@global@temperatureoffset}% \def\LCP@enthalpyunit{kjkg}% \def\LCP@hmin{auto}% \def\LCP@hmax{auto}% \def\LCP@hstep{auto}% \def\LCP@hmode{linear}% \def\LCP@hcount{8}% \def\LCP@hvalues{}% \def\LCP@isenthalplabels{auto}% \def\LCP@isenthalplabelpos{0.65}% \def\LCP@isenthalplabelevery{2}% \def\LCP@isenthalplabelsloped{auto}% \def\LCP@isenthalplabelallowupsidedown{auto}% \def\LCP@isenthalplabelstyle{luacoolprop isenthalp label node}% \def\LCP@isenthalpcolor{red!65!black}% \def\LCP@isenthalpstyle{line width=0.25pt,densely dashed}% \def\LCP@isenthalpinitialintervals{16}% \def\LCP@isenthalpmaxdepth{8}% \def\LCP@isenthalptolerance{0.10}% \def\LCP@temperatureweight{0.01}% \def\LCP@entropyaxismin{auto}% \def\LCP@entropyaxismax{auto}% \def\LCP@temperatureaxismin{auto}% \def\LCP@temperatureaxismax{auto}% \def\LCP@tolerance{0.10}% \def\LCP@logweight{8}% } \def\LCP@lua@tsopts{% \LCP@lua@diagramopts,% isenthalps="\luaescapestring{\LCP@isenthalps}",% s_scale="\luaescapestring{\LCP@sscale}",% temperature_scale="\luaescapestring{\LCP@temperaturescale}",% temperature_offset="\luaescapestring{\LCP@temperatureoffset}",% enthalpy_unit="\luaescapestring{\LCP@enthalpyunit}",% h_min="\luaescapestring{\LCP@hmin}",% h_max="\luaescapestring{\LCP@hmax}",% h_step="\luaescapestring{\LCP@hstep}",% h_mode="\luaescapestring{\LCP@hmode}",% h_count="\luaescapestring{\LCP@hcount}",% h_values="\luaescapestring{\LCP@hvalues}",% isenthalp_labels="\luaescapestring{\LCP@isenthalplabels}",% isenthalp_label_pos="\luaescapestring{\LCP@isenthalplabelpos}",% isenthalp_label_every="\luaescapestring{\LCP@isenthalplabelevery}",% isenthalp_label_sloped="\luaescapestring{\LCP@isenthalplabelsloped}",% isenthalp_label_allow_upside_down="\luaescapestring{\LCP@isenthalplabelallowupsidedown}",% isenthalp_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isenthalplabelstyle}}",% isenthalp_color="\luaescapestring{\LCP@isenthalpcolor}",% isenthalp_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isenthalpstyle}}",% isenthalp_initial_intervals="\luaescapestring{\LCP@isenthalpinitialintervals}",% isenthalp_max_depth="\luaescapestring{\LCP@isenthalpmaxdepth}",% isenthalp_tolerance="\luaescapestring{\LCP@isenthalptolerance}",% temperature_weight="\luaescapestring{\LCP@temperatureweight}",% entropy_axis_min="\luaescapestring{\LCP@entropyaxismin}",% entropy_axis_max="\luaescapestring{\LCP@entropyaxismax}",% temperature_axis_min="\luaescapestring{\LCP@temperatureaxismin}",% temperature_axis_max="\luaescapestring{\LCP@temperatureaxismax}"% } \def\LCP@lua@tsplots{% \directlua{require("luacoolprop").tex.print_diagram("TS","plots",{\LCP@lua@tsopts})}% } \def\LCP@lua@tsaxisstyle{% \directlua{require("luacoolprop").tex.print_diagram("TS","axis_style",{\LCP@lua@tsopts})}% } \def\LCP@lua@tsfamilyautonode#1{% \directlua{require("luacoolprop").tex.print_diagram("TS","family",{\LCP@lua@tsopts},"#1")}% } % -------------------------------------------------------------------------- % HS diagram keys % % HS is mass-specific enthalpy versus mass-specific entropy. It combines the % shared controls with quality, isochore, isotherm, and isobar families. % -------------------------------------------------------------------------- \pgfkeys{/luacoolprop/hs diagram/.is family} \pgfkeys{/luacoolprop/diagram/HS/.is family} \pgfkeys{/luacoolprop/diagram/HS/.search also={/luacoolprop/hs diagram,/luacoolprop/diagram/common}} \pgfkeys{% /luacoolprop/hs diagram/isobar/.store in=\LCP@isobars, /luacoolprop/hs diagram/isobars/.style={isobar={#1}}, /luacoolprop/hs diagram/entropy scale/.code={\def\LCP@sscale{#1}\def\LCP@saxisunit{custom}}, /luacoolprop/hs diagram/s scale/.style={entropy scale={#1}}, /luacoolprop/hs diagram/enthalpy weight/.store in=\LCP@enthalpyweight, /luacoolprop/hs diagram/isobar unit/.store in=\LCP@isobarunit, /luacoolprop/hs diagram/isobar min/.store in=\LCP@isobarmin, /luacoolprop/hs diagram/isobar max/.store in=\LCP@isobarmax, /luacoolprop/hs diagram/isobar step/.store in=\LCP@isobarstep, /luacoolprop/hs diagram/isobar mode/.store in=\LCP@isobarmode, /luacoolprop/hs diagram/isobar count/.store in=\LCP@isobarcount, /luacoolprop/hs diagram/isobar values/.store in=\LCP@isobarvalues, /luacoolprop/hs diagram/isobar temperature min/.store in=\LCP@isobartemperaturemin, /luacoolprop/hs diagram/isobar temperature max/.store in=\LCP@isobartemperaturemax, /luacoolprop/hs diagram/isobar labels/.store in=\LCP@isobarlabels, /luacoolprop/hs diagram/isobar label pos/.store in=\LCP@isobarlabelpos, /luacoolprop/hs diagram/isobar label every/.store in=\LCP@isobarlabelevery, /luacoolprop/hs diagram/isobar label sloped/.store in=\LCP@isobarlabelsloped, /luacoolprop/hs diagram/isobar label allow upside down/.store in=\LCP@isobarlabelallowupsidedown, /luacoolprop/hs diagram/isobar label style/.store in=\LCP@isobarlabelstyle, /luacoolprop/hs diagram/isobar label node style/.code={\tikzset{luacoolprop isobar label node/.style={#1}}}, /luacoolprop/hs diagram/isobar color/.store in=\LCP@isobarcolor, /luacoolprop/hs diagram/isobar style/.store in=\LCP@isobarstyle, /luacoolprop/hs diagram/isobar initial intervals/.store in=\LCP@isobarinitialintervals, /luacoolprop/hs diagram/isobar max depth/.store in=\LCP@isobarmaxdepth, /luacoolprop/hs diagram/isobar tolerance/.store in=\LCP@isobartolerance, /luacoolprop/hs diagram/entropy axis min/.store in=\LCP@entropyaxismin, /luacoolprop/hs diagram/entropy axis max/.store in=\LCP@entropyaxismax, /luacoolprop/hs diagram/enthalpy axis min/.store in=\LCP@enthalpyaxismin, /luacoolprop/hs diagram/enthalpy axis max/.store in=\LCP@enthalpyaxismax, /luacoolprop/diagram/HS/entropy axis unit/.is choice, /luacoolprop/diagram/HS/entropy axis unit/jkgk/.code={\def\LCP@sscale{1}\def\LCP@saxisunit{jkgk}}, /luacoolprop/diagram/HS/entropy axis unit/kjkgk/.code={\def\LCP@sscale{0.001}\def\LCP@saxisunit{kjkgk}}, /luacoolprop/diagram/HS/enthalpy axis unit/.is choice, /luacoolprop/diagram/HS/enthalpy axis unit/jkg/.code={\def\LCP@hscale{1}\def\LCP@haxisunit{jkg}}, /luacoolprop/diagram/HS/enthalpy axis unit/kjkg/.code={\def\LCP@hscale{0.001}\def\LCP@haxisunit{kjkg}}, /luacoolprop/diagram/HS/isentrope/.code={\LCP@unsupported@family{HS}{isentrope}}, /luacoolprop/diagram/HS/isentropes/.style={isentrope={#1}}, /luacoolprop/diagram/HS/isenthalp/.code={\LCP@unsupported@family{HS}{isenthalp}}, /luacoolprop/diagram/HS/isenthalps/.style={isenthalp={#1}} } \def\LCP@hs@setdefaults{% \LCP@diagram@setdefaults \def\LCP@isobars{false}% \edef\LCP@sscale{\LCP@global@sscale}% \edef\LCP@saxisunit{\LCP@global@saxisunit}% \def\LCP@enthalpyweight{0.01}% \def\LCP@isobarunit{bar}% \def\LCP@isobarmin{auto}% \def\LCP@isobarmax{auto}% \def\LCP@isobarstep{auto}% \def\LCP@isobarmode{log}% \def\LCP@isobarcount{7}% \def\LCP@isobarvalues{}% \def\LCP@isobartemperaturemin{auto}% \def\LCP@isobartemperaturemax{auto}% \def\LCP@isobarlabels{auto}% \def\LCP@isobarlabelpos{0.68}% \def\LCP@isobarlabelevery{2}% \def\LCP@isobarlabelsloped{auto}% \def\LCP@isobarlabelallowupsidedown{auto}% \def\LCP@isobarlabelstyle{luacoolprop isobar label node}% \def\LCP@isobarcolor{purple!70!black}% \def\LCP@isobarstyle{line width=0.25pt,dash pattern=on 3pt off 1.5pt}% \def\LCP@isobarinitialintervals{16}% \def\LCP@isobarmaxdepth{8}% \def\LCP@isobartolerance{0.10}% \def\LCP@entropyaxismin{auto}% \def\LCP@entropyaxismax{auto}% \def\LCP@enthalpyaxismin{auto}% \def\LCP@enthalpyaxismax{auto}% \def\LCP@tolerance{0.10}% \def\LCP@isothermtolerance{0.10}% \def\LCP@isochoretolerance{0.10}% \def\LCP@logweight{8}% } \def\LCP@lua@hsopts{% \LCP@lua@diagramopts,% isobars="\luaescapestring{\LCP@isobars}",% s_scale="\luaescapestring{\LCP@sscale}",% enthalpy_weight="\luaescapestring{\LCP@enthalpyweight}",% isobar_unit="\luaescapestring{\LCP@isobarunit}",% isobar_min="\luaescapestring{\LCP@isobarmin}",% isobar_max="\luaescapestring{\LCP@isobarmax}",% isobar_step="\luaescapestring{\LCP@isobarstep}",% isobar_mode="\luaescapestring{\LCP@isobarmode}",% isobar_count="\luaescapestring{\LCP@isobarcount}",% isobar_values="\luaescapestring{\LCP@isobarvalues}",% isobar_temperature_min="\luaescapestring{\LCP@isobartemperaturemin}",% isobar_temperature_max="\luaescapestring{\LCP@isobartemperaturemax}",% isobar_labels="\luaescapestring{\LCP@isobarlabels}",% isobar_label_pos="\luaescapestring{\LCP@isobarlabelpos}",% isobar_label_every="\luaescapestring{\LCP@isobarlabelevery}",% isobar_label_sloped="\luaescapestring{\LCP@isobarlabelsloped}",% isobar_label_allow_upside_down="\luaescapestring{\LCP@isobarlabelallowupsidedown}",% isobar_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isobarlabelstyle}}",% isobar_color="\luaescapestring{\LCP@isobarcolor}",% isobar_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isobarstyle}}",% isobar_initial_intervals="\luaescapestring{\LCP@isobarinitialintervals}",% isobar_max_depth="\luaescapestring{\LCP@isobarmaxdepth}",% isobar_tolerance="\luaescapestring{\LCP@isobartolerance}",% entropy_axis_min="\luaescapestring{\LCP@entropyaxismin}",% entropy_axis_max="\luaescapestring{\LCP@entropyaxismax}",% enthalpy_axis_min="\luaescapestring{\LCP@enthalpyaxismin}",% enthalpy_axis_max="\luaescapestring{\LCP@enthalpyaxismax}"% } \def\LCP@lua@hsplots{% \directlua{require("luacoolprop").tex.print_diagram("HS","plots",{\LCP@lua@hsopts})}% } \def\LCP@lua@hsaxisstyle{% \directlua{require("luacoolprop").tex.print_diagram("HS","axis_style",{\LCP@lua@hsopts})}% } \def\LCP@lua@hsfamilyautonode#1{% \directlua{require("luacoolprop").tex.print_diagram("HS","family",{\LCP@lua@hsopts},"#1")}% } % -------------------------------------------------------------------------- % PT diagram keys % % PT is pressure versus temperature. Its coexistence locus is represented by % one phase-envelope curve because saturated liquid and saturated vapour have % identical PT coordinates. Isentropes, isenthalps, and isochores are % independent optional background families. % -------------------------------------------------------------------------- \pgfkeys{/luacoolprop/pt diagram/.is family} \pgfkeys{/luacoolprop/diagram/PT/.is family} \pgfkeys{/luacoolprop/diagram/PT/.search also={/luacoolprop/pt diagram,/luacoolprop/diagram/common}} \pgfkeys{% /luacoolprop/pt diagram/phase envelope/.store in=\LCP@phaseenvelope, /luacoolprop/pt diagram/saturation/.style={phase envelope={#1}}, /luacoolprop/pt diagram/equilibrium curve/.style={phase envelope={#1}}, /luacoolprop/pt diagram/isenthalp/.store in=\LCP@isenthalps, /luacoolprop/pt diagram/isenthalps/.style={isenthalp={#1}}, /luacoolprop/pt diagram/enthalpy curves/.style={isenthalp={#1}}, /luacoolprop/pt diagram/temperature scale/.code={\def\LCP@temperaturescale{#1}\def\LCP@temperatureoffset{0}\def\LCP@temperatureaxisunit{custom}}, /luacoolprop/pt diagram/t scale/.style={temperature scale={#1}}, /luacoolprop/pt diagram/enthalpy unit/.store in=\LCP@enthalpyunit, /luacoolprop/pt diagram/h unit/.style={enthalpy unit={#1}}, /luacoolprop/pt diagram/enthalpy min/.store in=\LCP@hmin, /luacoolprop/pt diagram/enthalpy max/.store in=\LCP@hmax, /luacoolprop/pt diagram/enthalpy step/.store in=\LCP@hstep, /luacoolprop/pt diagram/enthalpy mode/.store in=\LCP@hmode, /luacoolprop/pt diagram/enthalpy count/.store in=\LCP@hcount, /luacoolprop/pt diagram/enthalpy values/.store in=\LCP@hvalues, /luacoolprop/pt diagram/h min/.style={enthalpy min={#1}}, /luacoolprop/pt diagram/h max/.style={enthalpy max={#1}}, /luacoolprop/pt diagram/h step/.style={enthalpy step={#1}}, /luacoolprop/pt diagram/h mode/.style={enthalpy mode={#1}}, /luacoolprop/pt diagram/h count/.style={enthalpy count={#1}}, /luacoolprop/pt diagram/h values/.style={enthalpy values={#1}}, /luacoolprop/pt diagram/isenthalp labels/.store in=\LCP@isenthalplabels, /luacoolprop/pt diagram/isenthalp label pos/.store in=\LCP@isenthalplabelpos, /luacoolprop/pt diagram/isenthalp label every/.store in=\LCP@isenthalplabelevery, /luacoolprop/pt diagram/isenthalp label sloped/.store in=\LCP@isenthalplabelsloped, /luacoolprop/pt diagram/isenthalp label allow upside down/.store in=\LCP@isenthalplabelallowupsidedown, /luacoolprop/pt diagram/isenthalp label style/.store in=\LCP@isenthalplabelstyle, /luacoolprop/pt diagram/isenthalp label node style/.code={\tikzset{luacoolprop isenthalp label node/.style={#1}}}, /luacoolprop/pt diagram/isenthalp color/.store in=\LCP@isenthalpcolor, /luacoolprop/pt diagram/isenthalp style/.store in=\LCP@isenthalpstyle, /luacoolprop/pt diagram/isenthalp initial intervals/.store in=\LCP@isenthalpinitialintervals, /luacoolprop/pt diagram/isenthalp max depth/.store in=\LCP@isenthalpmaxdepth, /luacoolprop/pt diagram/isenthalp tolerance/.store in=\LCP@isenthalptolerance, /luacoolprop/pt diagram/phase envelope labels/.store in=\LCP@phaseenvelopelabels, /luacoolprop/pt diagram/phase envelope label text/.store in=\LCP@phaseenvelopelabeltext, /luacoolprop/pt diagram/phase envelope label pos/.store in=\LCP@phaseenvelopelabelpos, /luacoolprop/pt diagram/phase envelope label sloped/.store in=\LCP@phaseenvelopelabelsloped, /luacoolprop/pt diagram/phase envelope label allow upside down/.store in=\LCP@phaseenvelopelabelallowupsidedown, /luacoolprop/pt diagram/phase envelope label style/.store in=\LCP@phaseenvelopelabelstyle, /luacoolprop/pt diagram/phase envelope label node style/.code={\tikzset{luacoolprop phase envelope label node/.style={#1}}}, /luacoolprop/pt diagram/phase envelope color/.store in=\LCP@phaseenvelopecolor, /luacoolprop/pt diagram/phase envelope style/.store in=\LCP@phaseenvelopestyle, /luacoolprop/pt diagram/phase envelope initial intervals/.store in=\LCP@phaseenvelopeinitialintervals, /luacoolprop/pt diagram/phase envelope max depth/.store in=\LCP@phaseenvelopemaxdepth, /luacoolprop/pt diagram/phase envelope tolerance/.store in=\LCP@phaseenvelopetolerance, /luacoolprop/pt diagram/temperature axis min/.store in=\LCP@temperatureaxismin, /luacoolprop/pt diagram/temperature axis max/.store in=\LCP@temperatureaxismax, /luacoolprop/diagram/PT/temperature axis unit/.is choice, /luacoolprop/diagram/PT/temperature axis unit/kelvin/.code={\def\LCP@temperaturescale{1}\def\LCP@temperatureoffset{0}\def\LCP@temperatureaxisunit{kelvin}}, /luacoolprop/diagram/PT/temperature axis unit/celsius/.code={\def\LCP@temperaturescale{1}\def\LCP@temperatureoffset{273.15}\def\LCP@temperatureaxisunit{celsius}}, /luacoolprop/diagram/PT/pressure axis unit/.is choice, /luacoolprop/diagram/PT/pressure axis unit/pa/.code={\def\LCP@pscale{1}\def\LCP@paxisunit{pa}}, /luacoolprop/diagram/PT/pressure axis unit/kpa/.code={\def\LCP@pscale{0.001}\def\LCP@paxisunit{kpa}}, /luacoolprop/diagram/PT/pressure axis unit/mpa/.code={\def\LCP@pscale{0.000001}\def\LCP@paxisunit{mpa}}, /luacoolprop/diagram/PT/pressure axis unit/bar/.code={\def\LCP@pscale{0.00001}\def\LCP@paxisunit{bar}}, /luacoolprop/diagram/PT/quality/.code={\LCP@unsupported@family{PT}{quality}}, /luacoolprop/diagram/PT/isoquality/.style={quality={#1}}, /luacoolprop/diagram/PT/isotherm/.code={\LCP@unsupported@family{PT}{isotherm}}, /luacoolprop/diagram/PT/isotherms/.style={isotherm={#1}}, /luacoolprop/diagram/PT/isobar/.code={\LCP@unsupported@family{PT}{isobar}}, /luacoolprop/diagram/PT/isobars/.style={isobar={#1}} } \def\LCP@pt@setdefaults{% \LCP@diagram@setdefaults \def\LCP@isoquality{false}% \def\LCP@phaseenvelope{true}% \def\LCP@isenthalps{false}% \edef\LCP@temperaturescale{\LCP@global@temperaturescale}% \edef\LCP@temperatureoffset{\LCP@global@temperatureoffset}% \edef\LCP@temperatureaxisunit{\LCP@global@temperatureaxisunit}% \def\LCP@enthalpyunit{kjkg}% \def\LCP@hmin{auto}\def\LCP@hmax{auto}\def\LCP@hstep{auto}% \def\LCP@hmode{linear}\def\LCP@hcount{8}\def\LCP@hvalues{}% \def\LCP@isenthalplabels{auto}\def\LCP@isenthalplabelpos{0.62}% \def\LCP@isenthalplabelevery{2}\def\LCP@isenthalplabelsloped{auto}% \def\LCP@isenthalplabelallowupsidedown{auto}% \def\LCP@isenthalplabelstyle{luacoolprop isenthalp label node}% \def\LCP@isenthalpcolor{red!65!black}% \def\LCP@isenthalpstyle{line width=0.25pt,densely dashed}% \def\LCP@isenthalpinitialintervals{18}\def\LCP@isenthalpmaxdepth{8}% \def\LCP@isenthalptolerance{0.10}% \def\LCP@phaseenvelopelabels{auto}% \def\LCP@phaseenvelopelabeltext{liquid--vapour equilibrium}% \def\LCP@phaseenvelopelabelpos{0.45}% \def\LCP@phaseenvelopelabelsloped{auto}% \def\LCP@phaseenvelopelabelallowupsidedown{auto}% \def\LCP@phaseenvelopelabelstyle{luacoolprop phase envelope label node}% \def\LCP@phaseenvelopecolor{blue!80!black}% \def\LCP@phaseenvelopestyle{line width=0.9pt}% \def\LCP@phaseenvelopeinitialintervals{20}% \def\LCP@phaseenvelopemaxdepth{9}% \def\LCP@phaseenvelopetolerance{0.08}% \def\LCP@temperatureaxismin{auto}\def\LCP@temperatureaxismax{auto}% \def\LCP@tolerance{0.10}\def\LCP@logweight{30}% \def\LCP@isentropetolerance{0.10}\def\LCP@isochoretolerance{0.10}% } \def\LCP@lua@ptopts{% \LCP@lua@diagramopts,% phase_envelope="\luaescapestring{\LCP@phaseenvelope}",% isenthalps="\luaescapestring{\LCP@isenthalps}",% temperature_scale="\luaescapestring{\LCP@temperaturescale}",% temperature_offset="\luaescapestring{\LCP@temperatureoffset}",% enthalpy_unit="\luaescapestring{\LCP@enthalpyunit}",% h_min="\luaescapestring{\LCP@hmin}",h_max="\luaescapestring{\LCP@hmax}",% h_step="\luaescapestring{\LCP@hstep}",h_mode="\luaescapestring{\LCP@hmode}",% h_count="\luaescapestring{\LCP@hcount}",h_values="\luaescapestring{\LCP@hvalues}",% isenthalp_labels="\luaescapestring{\LCP@isenthalplabels}",% isenthalp_label_pos="\luaescapestring{\LCP@isenthalplabelpos}",% isenthalp_label_every="\luaescapestring{\LCP@isenthalplabelevery}",% isenthalp_label_sloped="\luaescapestring{\LCP@isenthalplabelsloped}",% isenthalp_label_allow_upside_down="\luaescapestring{\LCP@isenthalplabelallowupsidedown}",% isenthalp_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isenthalplabelstyle}}",% isenthalp_color="\luaescapestring{\LCP@isenthalpcolor}",% isenthalp_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@isenthalpstyle}}",% isenthalp_initial_intervals="\luaescapestring{\LCP@isenthalpinitialintervals}",% isenthalp_max_depth="\luaescapestring{\LCP@isenthalpmaxdepth}",% isenthalp_tolerance="\luaescapestring{\LCP@isenthalptolerance}",% phase_envelope_labels="\luaescapestring{\LCP@phaseenvelopelabels}",% phase_envelope_label_text="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@phaseenvelopelabeltext}}",% phase_envelope_label_pos="\luaescapestring{\LCP@phaseenvelopelabelpos}",% phase_envelope_label_sloped="\luaescapestring{\LCP@phaseenvelopelabelsloped}",% phase_envelope_label_allow_upside_down="\luaescapestring{\LCP@phaseenvelopelabelallowupsidedown}",% phase_envelope_label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@phaseenvelopelabelstyle}}",% phase_envelope_color="\luaescapestring{\LCP@phaseenvelopecolor}",% phase_envelope_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@phaseenvelopestyle}}",% phase_envelope_initial_intervals="\luaescapestring{\LCP@phaseenvelopeinitialintervals}",% phase_envelope_max_depth="\luaescapestring{\LCP@phaseenvelopemaxdepth}",% phase_envelope_tolerance="\luaescapestring{\LCP@phaseenvelopetolerance}",% temperature_axis_min="\luaescapestring{\LCP@temperatureaxismin}",% temperature_axis_max="\luaescapestring{\LCP@temperatureaxismax}"% } \def\LCP@lua@ptplots{% \directlua{require("luacoolprop").tex.print_diagram("PT","plots",{\LCP@lua@ptopts})}% } \def\LCP@lua@ptaxisstyle{% \directlua{require("luacoolprop").tex.print_diagram("PT","axis_style",{\LCP@lua@ptopts})}% } \def\LCP@lua@ptfamilyautonode#1{% \directlua{require("luacoolprop").tex.print_diagram("PT","family",{\LCP@lua@ptopts},"#1")}% } % -------------------------------------------------------------------------- % Process segment keys shared by every registered coordinate projection. % -------------------------------------------------------------------------- \pgfkeys{/luacoolprop/process/common/.is family} \pgfkeys{/luacoolprop/process/PH/.is family} \pgfkeys{/luacoolprop/process/PH/.search also={/luacoolprop/process/common}} \pgfkeys{/luacoolprop/ph process/.is family} \pgfkeys{/luacoolprop/ph process/.search also={/luacoolprop/process/PH}} \pgfkeys{% /luacoolprop/process/PH/enthalpy axis unit/.is choice, /luacoolprop/process/PH/enthalpy axis unit/jkg/.code={\def\LCP@processhscale{1}}, /luacoolprop/process/PH/enthalpy axis unit/kjkg/.code={\def\LCP@processhscale{0.001}}, /luacoolprop/process/PH/pressure axis unit/.is choice, /luacoolprop/process/PH/pressure axis unit/pa/.code={\def\LCP@processpscale{1}}, /luacoolprop/process/PH/pressure axis unit/kpa/.code={\def\LCP@processpscale{0.001}}, /luacoolprop/process/PH/pressure axis unit/mpa/.code={\def\LCP@processpscale{0.000001}}, /luacoolprop/process/PH/pressure axis unit/bar/.code={\def\LCP@processpscale{0.00001}} } \def\LCP@process@setdefaults{% \edef\LCP@processfluid{\LCP@global@fluid}% \edef\LCP@processlibrary{\LCP@global@library}% \edef\LCP@processreferencestate{\LCP@global@referencestate}% \edef\LCP@processhscale{\LCP@global@hscale}% \edef\LCP@processpscale{\LCP@global@pscale}% \def\LCP@processtype{isobar}% \def\LCP@processfrom{}% \def\LCP@processto{}% \def\LCP@processvalue{}% \def\LCP@processp{}% \def\LCP@processT{}% \def\LCP@processh{}% \def\LCP@processs{}% \def\LCP@processq{}% \def\LCP@processv{}% \def\LCP@processname{}% \def\LCP@processcolor{black}% \def\LCP@processstyle{line width=1pt}% \def\LCP@processlabel{}% \def\LCP@processlabelpos{0.5}% \def\LCP@processlabelstyle{luacoolprop process label node}% \def\LCP@processlabelsloped{true}% \def\LCP@processlabelallowupsidedown{false}% \def\LCP@processmarkendpoints{false}% \def\LCP@processmarkerstyle{only marks,mark=*,mark size=1.2pt}% \def\LCP@processinitialintervals{12}% \def\LCP@processmaxdepth{7}% \def\LCP@processtolerance{0.25}% \def\LCP@processlogweight{30}% \def\LCP@processcoorddigits{6}% \def\LCP@processdomainpolicy{ignore}% \def\LCP@processexportcoordinates{}% \def\LCP@processlogcoordinates{false}% } \pgfkeys{% /luacoolprop/process/common/fluid/.store in=\LCP@processfluid, /luacoolprop/process/common/library/.store in=\LCP@processlibrary, /luacoolprop/process/common/reference state/.store in=\LCP@processreferencestate, /luacoolprop/process/common/type/.store in=\LCP@processtype, /luacoolprop/process/common/kind/.style={type={#1}}, /luacoolprop/process/common/process/.style={type={#1}}, /luacoolprop/process/common/from/.store in=\LCP@processfrom, /luacoolprop/process/common/start/.style={from={#1}}, /luacoolprop/process/common/to/.store in=\LCP@processto, /luacoolprop/process/common/stop/.style={to={#1}}, /luacoolprop/process/common/value/.store in=\LCP@processvalue, /luacoolprop/process/common/pressure/.store in=\LCP@processp, /luacoolprop/process/common/p/.style={pressure={#1}}, /luacoolprop/process/common/temperature/.store in=\LCP@processT, /luacoolprop/process/common/T/.style={temperature={#1}}, /luacoolprop/process/common/t/.style={temperature={#1}}, /luacoolprop/process/common/enthalpy/.store in=\LCP@processh, /luacoolprop/process/common/h/.style={enthalpy={#1}}, /luacoolprop/process/common/entropy/.store in=\LCP@processs, /luacoolprop/process/common/s/.style={entropy={#1}}, /luacoolprop/process/common/quality/.store in=\LCP@processq, /luacoolprop/process/common/q/.style={quality={#1}}, /luacoolprop/process/common/Q/.style={quality={#1}}, /luacoolprop/process/common/specific volume/.store in=\LCP@processv, /luacoolprop/process/common/v/.style={specific volume={#1}}, /luacoolprop/process/common/name/.store in=\LCP@processname, /luacoolprop/process/common/id/.style={name={#1}}, /luacoolprop/process/common/color/.store in=\LCP@processcolor, /luacoolprop/process/common/process color/.style={color={#1}}, /luacoolprop/process/common/style/.store in=\LCP@processstyle, /luacoolprop/process/common/process style/.style={style={#1}}, /luacoolprop/process/common/label/.store in=\LCP@processlabel, /luacoolprop/process/common/label text/.style={label={#1}}, /luacoolprop/process/common/label pos/.store in=\LCP@processlabelpos, /luacoolprop/process/common/label style/.store in=\LCP@processlabelstyle, /luacoolprop/process/common/label node style/.code={\tikzset{luacoolprop process label node/.style={#1}}}, /luacoolprop/process/common/label sloped/.store in=\LCP@processlabelsloped, /luacoolprop/process/common/sloped label/.style={label sloped={#1}}, /luacoolprop/process/common/label allow upside down/.store in=\LCP@processlabelallowupsidedown, /luacoolprop/process/common/mark endpoints/.store in=\LCP@processmarkendpoints, /luacoolprop/process/common/markers/.style={mark endpoints={#1}}, /luacoolprop/process/common/marker style/.store in=\LCP@processmarkerstyle, /luacoolprop/process/common/enthalpy scale/.store in=\LCP@processhscale, /luacoolprop/process/common/h scale/.style={enthalpy scale={#1}}, /luacoolprop/process/common/pressure scale/.store in=\LCP@processpscale, /luacoolprop/process/common/p scale/.style={pressure scale={#1}}, /luacoolprop/process/common/initial intervals/.store in=\LCP@processinitialintervals, /luacoolprop/process/common/max depth/.store in=\LCP@processmaxdepth, /luacoolprop/process/common/tolerance/.store in=\LCP@processtolerance, /luacoolprop/process/common/log weight/.store in=\LCP@processlogweight, /luacoolprop/process/common/coord digits/.store in=\LCP@processcoorddigits, /luacoolprop/process/common/domain policy/.store in=\LCP@processdomainpolicy, /luacoolprop/process/common/discontinuity policy/.style={domain policy={#1}}, /luacoolprop/process/common/export coordinates/.store in=\LCP@processexportcoordinates, /luacoolprop/process/common/log coordinates/.store in=\LCP@processlogcoordinates, /luacoolprop/process/common/.unknown/.code={% \LCP@warning{luacoolprop}{Unknown key `/luacoolprop/process/common/\pgfkeyscurrentname`}% }% } \def\LCP@lua@processopts{% fluid="\luaescapestring{\LCP@processfluid}",% library="\luaescapestring{\LCP@processlibrary}",% reference_state="\luaescapestring{\LCP@processreferencestate}",% type="\luaescapestring{\LCP@processtype}",% % State specifications are numeric data. Expand earlier endpoint exports so % one process can feed the next; styles and labels remain unexpanded below. from="\luaescapestring{\LCP@processfrom}",% to="\luaescapestring{\LCP@processto}",% value="\luaescapestring{\LCP@processvalue}",% p="\luaescapestring{\LCP@processp}",% T="\luaescapestring{\LCP@processT}",% h="\luaescapestring{\LCP@processh}",% s="\luaescapestring{\LCP@processs}",% q="\luaescapestring{\LCP@processq}",% v="\luaescapestring{\LCP@processv}",% name="\luaescapestring{\LCP@processname}",% color="\luaescapestring{\LCP@processcolor}",% style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@processstyle}}",% label="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@processlabel}}",% label_pos="\luaescapestring{\LCP@processlabelpos}",% label_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@processlabelstyle}}",% label_sloped="\luaescapestring{\LCP@processlabelsloped}",% label_allow_upside_down="\luaescapestring{\LCP@processlabelallowupsidedown}",% mark_endpoints="\luaescapestring{\LCP@processmarkendpoints}",% marker_style="\luaescapestring{\LCP@unexpanded\expandafter{\LCP@processmarkerstyle}}",% h_scale="\luaescapestring{\LCP@processhscale}",% p_scale="\luaescapestring{\LCP@processpscale}",% process_initial_intervals="\luaescapestring{\LCP@processinitialintervals}",% process_max_depth="\luaescapestring{\LCP@processmaxdepth}",% process_tolerance="\luaescapestring{\LCP@processtolerance}",% log_weight="\luaescapestring{\LCP@processlogweight}",% coord_digits="\luaescapestring{\LCP@processcoorddigits}",% domain_policy="\luaescapestring{\LCP@processdomainpolicy}",% export_coordinates="\luaescapestring{\LCP@processexportcoordinates}",% log_coordinates="\luaescapestring{\LCP@processlogcoordinates}"% } \def\LCP@lua@phprocess{% \directlua{require("luacoolprop").tex.print_diagram("PH","process",{\LCP@lua@processopts})}% } % PV adds the scale of its horizontal specific-volume coordinate. \pgfkeys{/luacoolprop/pv process/.is family} \pgfkeys{/luacoolprop/process/PV/.is family} \pgfkeys{/luacoolprop/process/PV/.search also={/luacoolprop/pv process,/luacoolprop/process/common}} \pgfkeys{% /luacoolprop/pv process/specific volume scale/.store in=\LCP@processvscale, /luacoolprop/pv process/v scale/.style={specific volume scale={#1}}, /luacoolprop/pv process/log x weight/.store in=\LCP@processlogxweight, /luacoolprop/process/PV/specific volume axis unit/.is choice, /luacoolprop/process/PV/specific volume axis unit/m3kg/.code={\def\LCP@processvscale{1}}, /luacoolprop/process/PV/specific volume axis unit/lkg/.code={\def\LCP@processvscale{1000}}, /luacoolprop/process/PV/pressure axis unit/.is choice, /luacoolprop/process/PV/pressure axis unit/pa/.code={\def\LCP@processpscale{1}}, /luacoolprop/process/PV/pressure axis unit/kpa/.code={\def\LCP@processpscale{0.001}}, /luacoolprop/process/PV/pressure axis unit/mpa/.code={\def\LCP@processpscale{0.000001}}, /luacoolprop/process/PV/pressure axis unit/bar/.code={\def\LCP@processpscale{0.00001}} } \def\LCP@pv@process@setdefaults{% \LCP@process@setdefaults \edef\LCP@processvscale{\LCP@global@vscale}% \def\LCP@processtolerance{0.18}% \def\LCP@processlogxweight{30}% } \def\LCP@lua@pvprocessopts{% \LCP@lua@processopts,% v_scale="\luaescapestring{\LCP@processvscale}",% log_x_weight="\luaescapestring{\LCP@processlogxweight}"% } \def\LCP@lua@pvprocess{% \directlua{require("luacoolprop").tex.print_diagram("PV","process",{\LCP@lua@pvprocessopts})}% } % TS adds the scales of its plotted entropy and temperature coordinates. \pgfkeys{/luacoolprop/ts process/.is family} \pgfkeys{/luacoolprop/process/TS/.is family} \pgfkeys{/luacoolprop/process/TS/.search also={/luacoolprop/ts process,/luacoolprop/process/common}} \pgfkeys{% /luacoolprop/ts process/entropy scale/.store in=\LCP@processsscale, /luacoolprop/ts process/s scale/.style={entropy scale={#1}}, /luacoolprop/ts process/temperature scale/.store in=\LCP@processtemperaturescale, /luacoolprop/ts process/t scale/.style={temperature scale={#1}}, /luacoolprop/ts process/temperature weight/.store in=\LCP@processtemperatureweight, /luacoolprop/process/TS/entropy axis unit/.is choice, /luacoolprop/process/TS/entropy axis unit/jkgk/.code={\def\LCP@processsscale{1}}, /luacoolprop/process/TS/entropy axis unit/kjkgk/.code={\def\LCP@processsscale{0.001}}, /luacoolprop/process/TS/temperature axis unit/.is choice, /luacoolprop/process/TS/temperature axis unit/kelvin/.code={\def\LCP@processtemperaturescale{1}\def\LCP@processtemperatureoffset{0}}, /luacoolprop/process/TS/temperature axis unit/celsius/.code={\def\LCP@processtemperaturescale{1}\def\LCP@processtemperatureoffset{273.15}} } \def\LCP@ts@process@setdefaults{% \LCP@process@setdefaults \edef\LCP@processsscale{\LCP@global@sscale}% \edef\LCP@processtemperaturescale{\LCP@global@temperaturescale}% \edef\LCP@processtemperatureoffset{\LCP@global@temperatureoffset}% \def\LCP@processtolerance{0.10}% \def\LCP@processlogweight{8}% \def\LCP@processtemperatureweight{0.01}% } \def\LCP@lua@tsprocessopts{% \LCP@lua@processopts,% s_scale="\luaescapestring{\LCP@processsscale}",% temperature_scale="\luaescapestring{\LCP@processtemperaturescale}",% temperature_offset="\luaescapestring{\LCP@processtemperatureoffset}",% temperature_weight="\luaescapestring{\LCP@processtemperatureweight}"% } \def\LCP@lua@tsprocess{% \directlua{require("luacoolprop").tex.print_diagram("TS","process",{\LCP@lua@tsprocessopts})}% } % HS adds its entropy coordinate and adaptive enthalpy error weight. \pgfkeys{/luacoolprop/hs process/.is family} \pgfkeys{/luacoolprop/process/HS/.is family} \pgfkeys{/luacoolprop/process/HS/.search also={/luacoolprop/hs process,/luacoolprop/process/common}} \pgfkeys{% /luacoolprop/hs process/entropy scale/.store in=\LCP@processsscale, /luacoolprop/hs process/s scale/.style={entropy scale={#1}}, /luacoolprop/hs process/enthalpy weight/.store in=\LCP@processenthalpyweight, /luacoolprop/process/HS/entropy axis unit/.is choice, /luacoolprop/process/HS/entropy axis unit/jkgk/.code={\def\LCP@processsscale{1}}, /luacoolprop/process/HS/entropy axis unit/kjkgk/.code={\def\LCP@processsscale{0.001}}, /luacoolprop/process/HS/enthalpy axis unit/.is choice, /luacoolprop/process/HS/enthalpy axis unit/jkg/.code={\def\LCP@processhscale{1}}, /luacoolprop/process/HS/enthalpy axis unit/kjkg/.code={\def\LCP@processhscale{0.001}} } \def\LCP@hs@process@setdefaults{% \LCP@process@setdefaults \edef\LCP@processsscale{\LCP@global@sscale}% \def\LCP@processtolerance{0.10}% \def\LCP@processlogweight{8}% \def\LCP@processenthalpyweight{0.01}% } \def\LCP@lua@hsprocessopts{% \LCP@lua@processopts,% s_scale="\luaescapestring{\LCP@processsscale}",% enthalpy_weight="\luaescapestring{\LCP@processenthalpyweight}"% } \def\LCP@lua@hsprocess{% \directlua{require("luacoolprop").tex.print_diagram("HS","process",{\LCP@lua@hsprocessopts})}% } % PT adds its plotted temperature coordinate to the common pressure scale. \pgfkeys{/luacoolprop/pt process/.is family} \pgfkeys{/luacoolprop/process/PT/.is family} \pgfkeys{/luacoolprop/process/PT/.search also={/luacoolprop/pt process,/luacoolprop/process/common}} \pgfkeys{% /luacoolprop/pt process/temperature scale/.store in=\LCP@processtemperaturescale, /luacoolprop/pt process/t scale/.style={temperature scale={#1}}, /luacoolprop/process/PT/temperature axis unit/.is choice, /luacoolprop/process/PT/temperature axis unit/kelvin/.code={\def\LCP@processtemperaturescale{1}\def\LCP@processtemperatureoffset{0}}, /luacoolprop/process/PT/temperature axis unit/celsius/.code={\def\LCP@processtemperaturescale{1}\def\LCP@processtemperatureoffset{273.15}}, /luacoolprop/process/PT/pressure axis unit/.is choice, /luacoolprop/process/PT/pressure axis unit/pa/.code={\def\LCP@processpscale{1}}, /luacoolprop/process/PT/pressure axis unit/kpa/.code={\def\LCP@processpscale{0.001}}, /luacoolprop/process/PT/pressure axis unit/mpa/.code={\def\LCP@processpscale{0.000001}}, /luacoolprop/process/PT/pressure axis unit/bar/.code={\def\LCP@processpscale{0.00001}} } \def\LCP@pt@process@setdefaults{% \LCP@process@setdefaults \edef\LCP@processtemperaturescale{\LCP@global@temperaturescale}% \edef\LCP@processtemperatureoffset{\LCP@global@temperatureoffset}% \def\LCP@processtolerance{0.10}% \def\LCP@processlogweight{30}% } \def\LCP@lua@ptprocessopts{% \LCP@lua@processopts,% temperature_scale="\luaescapestring{\LCP@processtemperaturescale}",% temperature_offset="\luaescapestring{\LCP@processtemperatureoffset}"% } \def\LCP@lua@ptprocess{% \directlua{require("luacoolprop").tex.print_diagram("PT","process",{\LCP@lua@ptprocessopts})}% } % -------------------------------------------------------------------------- % Diagram dispatch API % % Public diagram identifiers are uppercase coordinate pairs (PH, PV, TS, HS, % and PT). % Each registered type provides render, % plots, family, and process handlers with the same calling convention. % -------------------------------------------------------------------------- \long\def\LCP@register@diagram#1#2#3#4{% \expandafter\def\csname LCP@diagram@#1@render\endcsname##1{#2[##1]}% \expandafter\def\csname LCP@diagram@#1@plots\endcsname##1{#3[##1]}% \expandafter\def\csname LCP@diagram@#1@process\endcsname##1{#4[##1]}% } \long\def\LCP@register@diagram@family#1#2#3{% \expandafter\def\csname LCP@diagram@#1@family@#2\endcsname##1{#3[##1]}% } \def\LCP@diagram@dispatch#1#2#3{% \expandafter\ifx\csname LCP@diagram@#1@#2\endcsname\relax \errmessage{luacoolprop: diagram type `#1' does not implement `#2'}% \else \csname LCP@diagram@#1@#2\endcsname{#3}% \fi } \def\LCPDiagram#1{% \pgfutil@ifnextchar[{\LCP@Diagram{#1}}{\LCP@Diagram{#1}[]}% } \def\LCP@Diagram#1[#2]{\LCP@diagram@dispatch{#1}{render}{#2}} \def\LCPAddDiagramPlots#1{% \pgfutil@ifnextchar[{\LCP@AddDiagramPlots{#1}}{\LCP@AddDiagramPlots{#1}[]}% } \def\LCP@AddDiagramPlots#1[#2]{\LCP@diagram@dispatch{#1}{plots}{#2}} \def\LCPAddDiagramFamily#1#2{% \pgfutil@ifnextchar[{\LCP@AddDiagramFamily{#1}{#2}}{\LCP@AddDiagramFamily{#1}{#2}[]}% } \def\LCP@AddDiagramFamily#1#2[#3]{% \expandafter\ifx\csname LCP@diagram@#1@family@#2\endcsname\relax \errmessage{luacoolprop: diagram type `#1' has no `#2' family}% \else \csname LCP@diagram@#1@family@#2\endcsname{#3}% \fi } \def\LCPAddDiagramProcess#1{% \pgfutil@ifnextchar[{\LCP@AddDiagramProcess{#1}}{\LCP@AddDiagramProcess{#1}[]}% } \def\LCP@AddDiagramProcess#1[#2]{\LCP@diagram@dispatch{#1}{process}{#2}} % PH registration uses the same dispatch API as PV, TS, and HS. \def\LCP@AddPHProcess[#1]{% \begingroup \LCP@process@setdefaults \pgfkeys{/luacoolprop/process/PH/.cd,#1}% \LCP@lua@phprocess \endgroup } % Low-level macros: use inside an existing pgfplots axis. \def\LCP@AddPHQuality[#1]{% \begingroup \LCP@diagram@setdefaults \def\LCP@isoquality{true}% \def\LCP@isotherms{false}% \pgfkeys{/luacoolprop/diagram/PH/.cd,#1}% \LCP@lua@phfamilyautonode{quality} \endgroup } \def\LCP@AddPHIsotherms[#1]{% \begingroup \LCP@diagram@setdefaults \def\LCP@isoquality{false}% \def\LCP@isotherms{true}% \pgfkeys{/luacoolprop/diagram/PH/.cd,#1}% \LCP@lua@phfamilyautonode{isotherm} \endgroup } \def\LCP@AddPHIsentropes[#1]{% \begingroup \LCP@diagram@setdefaults \def\LCP@isoquality{false}% \def\LCP@isentropes{true}% \pgfkeys{/luacoolprop/diagram/PH/.cd,#1}% \LCP@lua@phfamilyautonode{isentrope} \endgroup } \def\LCP@AddPHIsochores[#1]{% \begingroup \LCP@diagram@setdefaults \def\LCP@isoquality{false}% \def\LCP@isochores{true}% \pgfkeys{/luacoolprop/diagram/PH/.cd,#1}% \LCP@lua@phfamilyautonode{isochore} \endgroup } \def\LCP@AddPHPlots[#1]{% \begingroup \LCP@diagram@setdefaults \pgfkeys{/luacoolprop/diagram/PH/.cd,#1}% \LCP@lua@phplots \endgroup } % High-level macro: creates the TikZ picture and the pgfplots axis. \def\LCP@PHDiagram[#1]{% \begingroup \LCP@diagram@setdefaults \LCP@ph@applyaxisdefaults \pgfkeys{/luacoolprop/diagram/PH/.cd,#1}% \LCP@lua@phaxisstyle \ifx\begin\undefined \tikzpicture \axis \LCP@lua@phplots \endaxis \endtikzpicture \else \begin{tikzpicture}% \begin{axis}% \LCP@lua@phplots \end{axis}% \end{tikzpicture}% \fi \endgroup } % PV handlers implement the generic dispatch contract. \def\LCP@AddPVProcess[#1]{% \begingroup \LCP@pv@process@setdefaults \pgfkeys{/luacoolprop/process/PV/.cd,#1}% \LCP@lua@pvprocess \endgroup } \def\LCP@AddPVQuality[#1]{% \begingroup \LCP@pv@setdefaults \def\LCP@isoquality{true}% \def\LCP@isotherms{false}% \def\LCP@isentropes{false}% \pgfkeys{/luacoolprop/diagram/PV/.cd,#1}% \LCP@lua@pvfamilyautonode{quality}% \endgroup } \def\LCP@AddPVIsotherms[#1]{% \begingroup \LCP@pv@setdefaults \def\LCP@isoquality{false}% \def\LCP@isotherms{true}% \def\LCP@isentropes{false}% \pgfkeys{/luacoolprop/diagram/PV/.cd,#1}% \LCP@lua@pvfamilyautonode{isotherm}% \endgroup } \def\LCP@AddPVIsentropes[#1]{% \begingroup \LCP@pv@setdefaults \def\LCP@isoquality{false}% \def\LCP@isotherms{false}% \def\LCP@isentropes{true}% \pgfkeys{/luacoolprop/diagram/PV/.cd,#1}% \LCP@lua@pvfamilyautonode{isentrope}% \endgroup } \def\LCP@AddPVPlots[#1]{% \begingroup \LCP@pv@setdefaults \pgfkeys{/luacoolprop/diagram/PV/.cd,#1}% \LCP@lua@pvplots \endgroup } \def\LCP@PVDiagram[#1]{% \begingroup \LCP@pv@setdefaults \LCP@pv@applyaxisdefaults \pgfkeys{/luacoolprop/diagram/PV/.cd,#1}% \LCP@lua@pvaxisstyle \ifx\begin\undefined \tikzpicture \axis \LCP@lua@pvplots \endaxis \endtikzpicture \else \begin{tikzpicture}% \begin{axis}% \LCP@lua@pvplots \end{axis}% \end{tikzpicture}% \fi \endgroup } % TS handlers implement the generic dispatch contract. \def\LCP@AddTSProcess[#1]{% \begingroup \LCP@ts@process@setdefaults \pgfkeys{/luacoolprop/process/TS/.cd,#1}% \LCP@lua@tsprocess \endgroup } \def\LCP@AddTSQuality[#1]{% \begingroup \LCP@ts@setdefaults \def\LCP@isoquality{true}% \def\LCP@isenthalps{false}% \pgfkeys{/luacoolprop/diagram/TS/.cd,#1}% \LCP@lua@tsfamilyautonode{quality}% \endgroup } \def\LCP@AddTSIsenthalps[#1]{% \begingroup \LCP@ts@setdefaults \def\LCP@isoquality{false}% \def\LCP@isenthalps{true}% \pgfkeys{/luacoolprop/diagram/TS/.cd,#1}% \LCP@lua@tsfamilyautonode{isenthalp}% \endgroup } \def\LCP@AddTSPlots[#1]{% \begingroup \LCP@ts@setdefaults \pgfkeys{/luacoolprop/diagram/TS/.cd,#1}% \LCP@lua@tsplots \endgroup } \def\LCP@TSDiagram[#1]{% \begingroup \LCP@ts@setdefaults \LCP@ts@applyaxisdefaults \pgfkeys{/luacoolprop/diagram/TS/.cd,#1}% \LCP@lua@tsaxisstyle \ifx\begin\undefined \tikzpicture \axis \LCP@lua@tsplots \endaxis \endtikzpicture \else \begin{tikzpicture}% \begin{axis}% \LCP@lua@tsplots \end{axis}% \end{tikzpicture}% \fi \endgroup } % HS handlers mirror the other projections and expose all four requested % background families independently inside an existing axis. \def\LCP@AddHSProcess[#1]{% \begingroup \LCP@hs@process@setdefaults \pgfkeys{/luacoolprop/process/HS/.cd,#1}% \LCP@lua@hsprocess \endgroup } \def\LCP@AddHSQuality[#1]{% \begingroup \LCP@hs@setdefaults \def\LCP@isoquality{true}% \def\LCP@isochores{false}% \def\LCP@isotherms{false}% \def\LCP@isobars{false}% \pgfkeys{/luacoolprop/diagram/HS/.cd,#1}% \LCP@lua@hsfamilyautonode{quality}% \endgroup } \def\LCP@AddHSIsochores[#1]{% \begingroup \LCP@hs@setdefaults \def\LCP@isoquality{false}% \def\LCP@isochores{true}% \def\LCP@isotherms{false}% \def\LCP@isobars{false}% \pgfkeys{/luacoolprop/diagram/HS/.cd,#1}% \LCP@lua@hsfamilyautonode{isochore}% \endgroup } \def\LCP@AddHSIsotherms[#1]{% \begingroup \LCP@hs@setdefaults \def\LCP@isoquality{false}% \def\LCP@isochores{false}% \def\LCP@isotherms{true}% \def\LCP@isobars{false}% \pgfkeys{/luacoolprop/diagram/HS/.cd,#1}% \LCP@lua@hsfamilyautonode{isotherm}% \endgroup } \def\LCP@AddHSIsobars[#1]{% \begingroup \LCP@hs@setdefaults \def\LCP@isoquality{false}% \def\LCP@isochores{false}% \def\LCP@isotherms{false}% \def\LCP@isobars{true}% \pgfkeys{/luacoolprop/diagram/HS/.cd,#1}% \LCP@lua@hsfamilyautonode{isobar}% \endgroup } \def\LCP@AddHSPlots[#1]{% \begingroup \LCP@hs@setdefaults \pgfkeys{/luacoolprop/diagram/HS/.cd,#1}% \LCP@lua@hsplots \endgroup } \def\LCP@HSDiagram[#1]{% \begingroup \LCP@hs@setdefaults \LCP@hs@applyaxisdefaults \pgfkeys{/luacoolprop/diagram/HS/.cd,#1}% \LCP@lua@hsaxisstyle \ifx\begin\undefined \tikzpicture \axis \LCP@lua@hsplots \endaxis \endtikzpicture \else \begin{tikzpicture}% \begin{axis}% \LCP@lua@hsplots \end{axis}% \end{tikzpicture}% \fi \endgroup } % PT handlers expose the coexistence curve and all three optional isoline % families independently inside an existing axis. \def\LCP@AddPTProcess[#1]{% \begingroup \LCP@pt@process@setdefaults \pgfkeys{/luacoolprop/process/PT/.cd,#1}% \LCP@lua@ptprocess \endgroup } \def\LCP@AddPTPhaseEnvelope[#1]{% \begingroup \LCP@pt@setdefaults \def\LCP@phaseenvelope{true}% \def\LCP@isentropes{false}\def\LCP@isenthalps{false}% \def\LCP@isochores{false}% \pgfkeys{/luacoolprop/diagram/PT/.cd,#1}% \LCP@lua@ptfamilyautonode{phase_envelope}% \endgroup } \def\LCP@AddPTIsentropes[#1]{% \begingroup \LCP@pt@setdefaults \def\LCP@phaseenvelope{false}% \def\LCP@isentropes{true}\def\LCP@isenthalps{false}% \def\LCP@isochores{false}% \pgfkeys{/luacoolprop/diagram/PT/.cd,#1}% \LCP@lua@ptfamilyautonode{isentrope}% \endgroup } \def\LCP@AddPTIsenthalps[#1]{% \begingroup \LCP@pt@setdefaults \def\LCP@phaseenvelope{false}% \def\LCP@isentropes{false}\def\LCP@isenthalps{true}% \def\LCP@isochores{false}% \pgfkeys{/luacoolprop/diagram/PT/.cd,#1}% \LCP@lua@ptfamilyautonode{isenthalp}% \endgroup } \def\LCP@AddPTIsochores[#1]{% \begingroup \LCP@pt@setdefaults \def\LCP@phaseenvelope{false}% \def\LCP@isentropes{false}\def\LCP@isenthalps{false}% \def\LCP@isochores{true}% \pgfkeys{/luacoolprop/diagram/PT/.cd,#1}% \LCP@lua@ptfamilyautonode{isochore}% \endgroup } \def\LCP@AddPTPlots[#1]{% \begingroup \LCP@pt@setdefaults \pgfkeys{/luacoolprop/diagram/PT/.cd,#1}% \LCP@lua@ptplots \endgroup } \def\LCP@PTDiagram[#1]{% \begingroup \LCP@pt@setdefaults \LCP@pt@applyaxisdefaults \pgfkeys{/luacoolprop/diagram/PT/.cd,#1}% \LCP@lua@ptaxisstyle \ifx\begin\undefined \tikzpicture \axis \LCP@lua@ptplots \endaxis \endtikzpicture \else \begin{tikzpicture}% \begin{axis}% \LCP@lua@ptplots \end{axis}% \end{tikzpicture}% \fi \endgroup } % Register the built-in operations and curve families. Custom diagram types % provide the same internal handlers and their own capability key families. \LCP@register@diagram{PH}{\LCP@PHDiagram}{\LCP@AddPHPlots}{\LCP@AddPHProcess} \LCP@register@diagram@family{PH}{quality}{\LCP@AddPHQuality} \LCP@register@diagram@family{PH}{isotherm}{\LCP@AddPHIsotherms} \LCP@register@diagram@family{PH}{isentrope}{\LCP@AddPHIsentropes} \LCP@register@diagram@family{PH}{isochore}{\LCP@AddPHIsochores} \LCP@register@diagram{PV}{\LCP@PVDiagram}{\LCP@AddPVPlots}{\LCP@AddPVProcess} \LCP@register@diagram@family{PV}{quality}{\LCP@AddPVQuality} \LCP@register@diagram@family{PV}{isotherm}{\LCP@AddPVIsotherms} \LCP@register@diagram@family{PV}{isentrope}{\LCP@AddPVIsentropes} \LCP@register@diagram{TS}{\LCP@TSDiagram}{\LCP@AddTSPlots}{\LCP@AddTSProcess} \LCP@register@diagram@family{TS}{quality}{\LCP@AddTSQuality} \LCP@register@diagram@family{TS}{isenthalp}{\LCP@AddTSIsenthalps} \LCP@register@diagram{HS}{\LCP@HSDiagram}{\LCP@AddHSPlots}{\LCP@AddHSProcess} \LCP@register@diagram@family{HS}{quality}{\LCP@AddHSQuality} \LCP@register@diagram@family{HS}{isochore}{\LCP@AddHSIsochores} \LCP@register@diagram@family{HS}{isotherm}{\LCP@AddHSIsotherms} \LCP@register@diagram@family{HS}{isobar}{\LCP@AddHSIsobars} \LCP@register@diagram{PT}{\LCP@PTDiagram}{\LCP@AddPTPlots}{\LCP@AddPTProcess} \LCP@register@diagram@family{PT}{phase_envelope}{\LCP@AddPTPhaseEnvelope} \LCP@register@diagram@family{PT}{isentrope}{\LCP@AddPTIsentropes} \LCP@register@diagram@family{PT}{isenthalp}{\LCP@AddPTIsenthalps} \LCP@register@diagram@family{PT}{isochore}{\LCP@AddPTIsochores} % Canonical PH convenience API. The uppercase diagram code is deliberately % stable so that every coordinate system follows the same convenience pattern. \def\LCPPHDiagram{\LCPDiagram{PH}} \def\LCPAddPHPlots{\LCPAddDiagramPlots{PH}} \def\LCPAddPHQuality{\LCPAddDiagramFamily{PH}{quality}} \def\LCPAddPHIsotherms{\LCPAddDiagramFamily{PH}{isotherm}} \def\LCPAddPHIsentropes{\LCPAddDiagramFamily{PH}{isentrope}} \def\LCPAddPHIsochores{\LCPAddDiagramFamily{PH}{isochore}} \def\LCPAddPHProcess{\LCPAddDiagramProcess{PH}} % Canonical PV convenience API. PV is pressure versus mass-specific volume; % the default high-level axis is logarithmic in both coordinates. \def\LCPPVDiagram{\LCPDiagram{PV}} \def\LCPAddPVPlots{\LCPAddDiagramPlots{PV}} \def\LCPAddPVQuality{\LCPAddDiagramFamily{PV}{quality}} \def\LCPAddPVIsotherms{\LCPAddDiagramFamily{PV}{isotherm}} \def\LCPAddPVIsentropes{\LCPAddDiagramFamily{PV}{isentrope}} \def\LCPAddPVProcess{\LCPAddDiagramProcess{PV}} % Canonical TS convenience API. TS is absolute temperature versus % mass-specific entropy; both axes are linear by default. \def\LCPTSDiagram{\LCPDiagram{TS}} \def\LCPAddTSPlots{\LCPAddDiagramPlots{TS}} \def\LCPAddTSQuality{\LCPAddDiagramFamily{TS}{quality}} \def\LCPAddTSIsenthalps{\LCPAddDiagramFamily{TS}{isenthalp}} \def\LCPAddTSProcess{\LCPAddDiagramProcess{TS}} % Canonical HS convenience API. HS is mass-specific enthalpy versus % mass-specific entropy; both axes are linear by default. \def\LCPHSDiagram{\LCPDiagram{HS}} \def\LCPAddHSPlots{\LCPAddDiagramPlots{HS}} \def\LCPAddHSQuality{\LCPAddDiagramFamily{HS}{quality}} \def\LCPAddHSIsochores{\LCPAddDiagramFamily{HS}{isochore}} \def\LCPAddHSIsotherms{\LCPAddDiagramFamily{HS}{isotherm}} \def\LCPAddHSIsobars{\LCPAddDiagramFamily{HS}{isobar}} \def\LCPAddHSProcess{\LCPAddDiagramProcess{HS}} % Canonical PT convenience API. PT is pressure versus temperature; the % default high-level axis is logarithmic only in pressure. \def\LCPPTDiagram{\LCPDiagram{PT}} \def\LCPAddPTPlots{\LCPAddDiagramPlots{PT}} \def\LCPAddPTPhaseEnvelope{\LCPAddDiagramFamily{PT}{phase_envelope}} \def\LCPAddPTIsentropes{\LCPAddDiagramFamily{PT}{isentrope}} \def\LCPAddPTIsenthalps{\LCPAddDiagramFamily{PT}{isenthalp}} \def\LCPAddPTIsochores{\LCPAddDiagramFamily{PT}{isochore}} \def\LCPAddPTProcess{\LCPAddDiagramProcess{PT}} % Alternate spellings. The canonical API above is recommended for documents. \let\LCPPhDiagram\LCPPHDiagram \let\LCPAddPHIsoQuality\LCPAddPHQuality \let\LCPAddPhIsoQuality\LCPAddPHQuality \let\LCPAddPhIsotherms\LCPAddPHIsotherms \let\LCPAddPhIsentropes\LCPAddPHIsentropes \let\LCPAddPhIsochores\LCPAddPHIsochores \let\LCPAddPhPlots\LCPAddPHPlots \let\LCPAddPhProcess\LCPAddPHProcess \let\LCPPhIsoQualityDiagram\LCPPHDiagram \let\LCPAddTSIsoQuality\LCPAddTSQuality \let\LCPAddHSIsoQuality\LCPAddHSQuality \let\LCPAddPTSaturation\LCPAddPTPhaseEnvelope \catcode`\@=\LCPSavedAtCatcode\relax \endinput