bool lx_constants_open(lua_State *L)
{
PUSH_CONSTANT(MOUSE_PRESS, GLFW_PRESS);
PUSH_CONSTANT(MOUSE_RELEASE, GLFW_RELEASE);
PUSH_CONSTANT(MOUSE_REPEAT, GLFW_REPEAT);
mouse_constants_open(L);
key_constants_open(L);
return true;
}
void Constants::Private::populate()
{
Constant c;
PUSH_CONSTANT("Characteristic Impedance of Vacuum",
QLatin1String("376.730313461"), QString::fromUtf8("Ω"));
PUSH_CONSTANT("Dirac's Constant",
QLatin1String("1.054571628e-34"), QString::fromUtf8("J·s"));
PUSH_CONSTANT("Electric Constant",
QLatin1String("8.854187817e-12"), QLatin1String("F/m"));
PUSH_CONSTANT("Gravitation Constant",
QLatin1String("6.67428e-11"), QString::fromUtf8("m³/(kg·s²)"));
PUSH_CONSTANT("Magnetic Constant",
QLatin1String("1.256637061e-6"), QString::fromUtf8("N/A²"));
PUSH_CONSTANT("Planck's Constant",
QLatin1String("6.62606896e-34"), QString::fromUtf8("J·s"));
PUSH_CONSTANT("Speed of Light in Vacuum",
QLatin1String("299792458"), QLatin1String("m/s"));
PUSH_CONSTANT("Bohr-Procopiu Magneton",
QLatin1String("927.400949e-26"), QLatin1String("J/T"));
PUSH_CONSTANT("Conductance Quantum",
QLatin1String("7.748091733e-5"), QLatin1String("S"));
PUSH_CONSTANT("Coulomb's Constant",
QLatin1String("8.987742438e9"), QString::fromUtf8("N·m²/C²"));
PUSH_CONSTANT("Elementary Charge",
QLatin1String("1.60217653e-19"), QLatin1String("C"));
PUSH_CONSTANT("Josephson Constant",
QLatin1String("483597.879e9"), QLatin1String("Hz/V"));
PUSH_CONSTANT("Magnetic Flux Quantum",
QLatin1String("2.06783372e-15"), QLatin1String("Wb"));
PUSH_CONSTANT("Nuclear Magneton",
QLatin1String("5.05078343e-27"), QLatin1String("J/T"));
PUSH_CONSTANT("Resistance Quantum",
QLatin1String("12906.403725"), QString::fromUtf8("Ω"));
PUSH_CONSTANT("von Klitzing Constant",
QLatin1String("25812.807449"), QString::fromUtf8("Ω"));
PUSH_CONSTANT("Bohr Radius",
QLatin1String("0.5291772108e-10"), QLatin1String("m"));
PUSH_CONSTANT("Fermi Coupling Constant",
QLatin1String("1.16639e-5"), QString::fromUtf8("Ge/V²"));
PUSH_CONSTANT("Fine-structure Constant",
QLatin1String("7.297352568e-3"), QLatin1String(""));
PUSH_CONSTANT("Hartree Energy",
QLatin1String("4.35974417e-18"), QLatin1String("J"));
PUSH_CONSTANT("Quantum of Circulation",
QLatin1String("3.636947550e-4"), QString::fromUtf8("m²/s"));
PUSH_CONSTANT("Rydberg Constant",
QLatin1String("10973731.568525"), QLatin1String("1/m"));
PUSH_CONSTANT("Thomson Cross Section",
QLatin1String("0.665245873e-28"), QString::fromUtf8("m²"));
PUSH_CONSTANT("Weak Mixing Angle",
QLatin1String("0.22215"), QLatin1String(""));
PUSH_CONSTANT("Atomic Mass Unit",
QLatin1String("1.66053886e-27"), QLatin1String("kg"));
PUSH_CONSTANT("Avogadro's Number",
QLatin1String("6.0221415e23"), QLatin1String("1/mol"));
PUSH_CONSTANT("Boltzmann Constant",
QLatin1String("1.3806505e-23"), QLatin1String("J/K"));
PUSH_CONSTANT("Faraday, CONSTANT",
QLatin1String("96485.3383"), QLatin1String("C/mol"));
PUSH_CONSTANT("First Radiation Constant",
QLatin1String("3.74177138e-16"), QString::fromUtf8("W·m²"));
PUSH_CONSTANT("Gas Constant",
QLatin1String("8.314472"), QString::fromUtf8("J/(K·mol)"));
PUSH_CONSTANT("Loschmidt Constant",
QLatin1String("2.6867773e25"), QString::fromUtf8("1/m³"));
PUSH_CONSTANT("Molar Planck Constant",
QLatin1String("3.990312716e-10"), QString::fromUtf8("J·s/mol"));
PUSH_CONSTANT("Second Radiation Constant",
QLatin1String("1.4387752e-2"), QString::fromUtf8("m·K"));
PUSH_CONSTANT("Stefan-Boltzmann Constant",
QLatin1String("5.670400e-8"), QString::fromUtf8("W/(m²·K⁴)"));
PUSH_CONSTANT("Astronomical Unit",
QLatin1String("149597870691"), QLatin1String("m"));
PUSH_CONSTANT("Light Year",
QLatin1String("9.4607304725808e15"), QLatin1String("m"));
PUSH_CONSTANT("Parsec",
QLatin1String("3.08567802e16"), QLatin1String("m"));
PUSH_CONSTANT_DAYS("Gregorian Year", QLatin1String("365.2425"));
PUSH_CONSTANT_DAYS("Julian Year", QLatin1String("365.25"));
PUSH_CONSTANT_DAYS("Sidereal Year", QLatin1String("365.2564"));
PUSH_CONSTANT_DAYS("Tropical Year", QLatin1String("365.2422"));
PUSH_CONSTANT("Earth Mass",
QLatin1String("5.9736e24"), QLatin1String("kg"));
PUSH_CONSTANT("Mean Earth Radius",
QLatin1String("6371000"), QLatin1String("m"));
PUSH_CONSTANT("Sun Mass",
QLatin1String("1.9891e30"), QLatin1String("kg"));
PUSH_CONSTANT("Sun Radius",
QLatin1String("6.96265e8"), QLatin1String("m"));
PUSH_CONSTANT("Sun Luminosity",
QLatin1String("3.827e26"), QLatin1String("W"));
}
