Units_cellml.txt

 def model Units as
    // displacement

    def unit mm as
        unit metre {pref: milli};
    enddef;

    // area

    def unit m2 as
        unit metre {expo: 2};
    enddef;

    def unit mm2 as
        unit metre {pref: milli, expo: 2};
    enddef;

    // volume

    def unit m3 as
        unit metre {expo: 3};
    enddef;

    def unit mm3 as
        unit metre {pref: milli, expo: 3};
    enddef;

    /////////////////////////
    // power

    def unit J_per_s as
        unit joule;
        unit second {expo: -1};
    enddef;

    //////////////////////////
    // flow (molar)

    def unit mol_per_s as
        unit mole;
        unit second {expo: -1};
    enddef;

    def unit mmol_per_s as
        unit mole {pref: milli};
        unit second {expo: -1};
    enddef;

    def unit umol_per_s as
        unit mole {pref: micro};
        unit second {expo: -1};
    enddef;

    def unit nmol_per_s as
        unit mole {pref: nano};
        unit second {expo: -1};
    enddef;

    // flow (current)

    def unit C_per_s as
        unit coulomb;
        unit second {expo: -1};
    enddef;

    def unit mC_per_s as
        unit coulomb {pref: milli};
        unit second {expo: -1};
    enddef;

    def unit uC_per_s as
        unit coulomb {pref: micro};
        unit second {expo: -1};
    enddef;

    def unit nC_per_s as
        unit coulomb {pref: nano};
        unit second {expo: -1};
    enddef;

    // flow (velocity)

    def unit m_per_s as
        unit metre;
        unit second {expo: -1};
    enddef;

    def unit mm_per_s as
        unit metre {pref: milli};
        unit second {expo: -1};
    enddef;

    def unit um_per_s as
        unit metre {pref: milli};
        unit second {expo: -1};
    enddef;

    def unit rad_per_s as
        unit radian;
        unit second {expo: -1};
    enddef;

    // flow (volumetric)

    def unit m3_per_s as
        unit metre {expo: 3};
        unit second {expo: -1};
    enddef;

    def unit mm3_per_s as
        unit metre {pref: milli, expo: 3};
        unit second {expo: -1};
    enddef;

    def unit l_per_s as
        unit litre;
        unit second {expo: -1};
    enddef;

    //////////////////////////
    // potential (chemical)

    def unit J_per_mol as
        unit joule;
        unit mole {expo: -1};
    enddef;

    // potential (voltage)

    def unit J_per_C as
        unit joule;
        unit coulomb {expo: -1};
    enddef;

    def unit J_per_C_s as
        unit joule;
        unit coulomb {expo: -1};
        unit second {expo: -1};
    enddef;

    // potential (force)

    def unit J_per_m as
        unit joule;
        unit metre {expo: -1};
    enddef;

    // potential (pressure)

    def unit J_per_m3 as
        unit joule;
        unit metre {expo: -3};
    enddef;

    def unit J_per_m3_s as
        unit joule;
        unit metre {expo: -3};
        unit second {expo: -1};
    enddef;

    ////////////////////////
    // inductance

    def unit Js2_per_mol2 as
        unit joule;
        unit second {expo: 2};
        unit mole {expo: -2};
    enddef;

    // elastance

    def unit Js_per_mol2 as
        unit joule;
        unit second;
        unit mole {expo: -2};
    enddef;

    // resistance

    def unit J_per_mol2 as
        unit joule;
        unit mole {expo: -2};
    enddef;

    // conductance

    def unit C2_per_J_s as
        unit coulomb {expo: 2};
        unit joule {expo: -1};
        unit second {expo: -1};
    enddef;

    // capacitance

    def unit J_per_C2 as
        unit joule {expo: 1};
        unit coulomb {expo: -2};
    enddef;

    def unit C2_per_J as
        unit joule {expo: 1};
        unit coulomb {expo: -2};
    enddef;

    /////////////////////////
    // concentration (molar)

    def unit mol_per_m3 as
        unit mole;
        unit metre {expo: -3};
    enddef;

    // concentration (M)

    def unit M as
        unit mole;
        unit litre {expo: -1};
    enddef;

    // concentration (mM)

    def unit mM as
        unit mole {pref: milli};
        unit litre {expo: -1};
    enddef;

    // concentration (uM)

    def unit uM as
        unit mole {pref: micro};
        unit litre {expo: -1};
    enddef;

    // concentration (mass)

    def unit kg_per_m3 as
        unit kilogram;
        unit metre {expo: -3};
    enddef;

    // concentration (number)

    def unit per_m3 as
        unit metre {expo: -3};
    enddef;

    /////////////////////////
    // flux (diffusion)

    def unit mol_per_m2_s as
        unit mole;
        unit metre {expo: -2};
        unit second {expo: -1};
    enddef;

    // flux (M)

    def unit mM_m_per_s as
        unit mM;
        unit metre;
        unit second {expo: -1};
    enddef;

    // flux (energy)

    def unit J_per_m2_s as
        unit joule;
        unit metre {expo: -2};
        unit second {expo: -1};
    enddef;

    // flux (mass)

    def unit Js_per_m4 as
        unit joule;
        unit second;
        unit metre {expo: -4};
    enddef;

    /////////////////////////
    // reaction rate (order0)

    def unit mM_per_s as
        unit mM;
        unit second {expo: -1};
    enddef;

    // reaction rate (order1)

    def unit per_s as
        unit second {expo: -1};
    enddef;

    // reaction rate (order2)

    def unit per_mM_s as
        unit mM {expo: -1};
        unit second {expo: -1};
    enddef;

    // reaction rate (order3)

    def unit m6_per_mol2_s as
        unit metre {expo: 6};
        unit mole {expo: -2};
        unit second {expo: -1};
    enddef;

    def unit m3_per_mol as
        unit metre {expo: 3};
        unit mole {expo: -1};
    enddef;

    def unit mol_per_m3_s as
        unit mole {expo: 1};
        unit metre {expo: -3};
        unit second {expo: -1};
    enddef;

    /////////////////////////
    // rate constant

    def unit per_mol as
        unit mole {expo: -1};
    enddef;

    // gas constant

    def unit J_per_mol_K as
        unit joule;
        unit mole {expo: -1};
        unit kelvin {expo: -1};
    enddef;

    // faraday constant

    def unit C_per_mol as
        unit coulomb;
        unit mole {expo: -1};
    enddef;

    // diffusivity (mass)

    def unit m2_per_s as
        unit metre {expo: 2};
        unit second {expo: -1};
    enddef;

    def unit per_C as
        unit coulomb {expo: -1};
    enddef;

    def unit per_m as
        unit metre {expo: -1};
    enddef;

    def unit per_mM as
        unit mM {expo: -1};
    enddef;

    //////////////////////// Mechanical System /////////////////////
    // inductance

    def unit J_s2_per_m2 as
        unit joule;
        unit second {expo: 2};
        unit metre {expo: -2};
    enddef;

    // elastance

    def unit J_s_per_m2 as
        unit joule;
        unit second;
        unit metre {expo: -2};
    enddef;

    // resistance

    def unit J_per_m2 as
        unit joule;
        unit metre {expo: -2};
    enddef;

    // Acceleration

    def unit m_per_s2 as
        unit metre;
        unit second {expo: -2};
    enddef;

    def unit rad_per_s2 as
        unit radian;
        unit second {expo: -2};
    enddef;

    //////////////////////// Fluid System /////////////////////
    // Dynamic Viscosity (Pa.s)

    def unit J_s_per_m3 as
        unit joule;
        unit second;
        unit metre {expo: -3};
    enddef;

    // Density (kg/m3)

    def unit J_s2_per_m5 as
        unit joule;
        unit second {expo: 2};
        unit metre {expo: -5};
    enddef;

    // Compliance

    def unit J_per_m6 as
        unit joule;
        unit metre {expo: -6};
    enddef;

    // Elastance

    def unit m6_per_J as
        unit metre {expo: 6};
        unit joule {expo: -1};
    enddef;

    // Resistance

    def unit J_s_per_m6 as
        unit joule;
        unit second;
        unit metre {expo: -6};
    enddef;

    // Inertia

    def unit J_s2_per_m6 as
        unit joule;
        unit second {expo: 2};
        unit metre {expo: -6};
    enddef;

    // Acceleration

    def unit m3_per_s2 as
        unit metre {expo: 3};
        unit second {expo: -2};
    enddef;

    //////////////////////// Fluid System /////////////////////
    // Dynamic Viscosity (Pa.s)

    def unit gJ_per_m3 as
        unit joule {pref: giga};
        unit metre {expo: -3};
    enddef;

    def unit gJ_s_per_m3 as
        unit joule {pref: giga};
        unit second;
        unit metre {expo: -3};
    enddef;

    // Density (kg/m3)

    def unit pJ_s2_per_m5 as
        unit joule {pref: peta};
        unit second {expo: 2};
        unit metre {expo: -5};
    enddef;

    // Compliance

    def unit eJ_per_m6 as
        unit joule {pref: exa};
        unit metre {expo: -6};
    enddef;

    // Elastance

    def unit mm6_per_J as
        unit metre {pref: milli, expo: 6};
        unit joule {expo: -1};
    enddef;

    // Resistance

    def unit eJ_s_per_m6 as
        unit joule {pref: exa};
        unit second;
        unit metre {expo: -6};
    enddef;

    // Inertia

    def unit eJ_s2_per_m6 as
        unit joule {pref: exa};
        unit second {expo: 2};
        unit metre {expo: -6};
    enddef;

    def unit J_s2_per_m9 as
        unit joule;
        unit second {expo: 2};
        unit metre {expo: -9};
    enddef;

    // Acceleration

    def unit mm3_per_s2 as
        unit metre {pref: milli, expo: 3};
        unit second {expo: -2};
    enddef;

    def unit per_mm3 as
        unit metre {pref: milli, expo: -3};
    enddef;

    // Valve Unit

    def unit UnitValve as
        unit metre {expo: 3};
        unit second {expo: -1};
        unit J_per_m3 {expo: -0.5};
    enddef;

    def unit s2 as
        unit second {expo: 2};
    enddef;

    def unit s_per_m3 as
        unit second;
        unit metre {expo: -3};
    enddef;
enddef;