Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance. Project price only 1 $
You can buy this project and download/modify it how often you want.
package org.jcamp.units;
/**
* many predefined units
* @author Thomas Weber
*/
public class CommonUnit {
public static final Unit generic = BaseUnit.generic;
public static final Unit ampere = BaseUnit.ampere;
public static final Unit candela = BaseUnit.candela;
public static final Unit kelvin = BaseUnit.kelvin;
public static final Unit kilogram = BaseUnit.kilogram;
public static final Unit meter = BaseUnit.meter;
public static final Unit second = BaseUnit.second;
public static final Unit mole = BaseUnit.mole;
public static final Unit radian = BaseUnit.radian;
public static final Unit steradian = BaseUnit.steradian;
// derived SI units
public static final Unit minute = new ScaledUnit(BaseUnit.second, 60, "minute", "min");
public static final Unit hour = new ScaledUnit(BaseUnit.second, 60 * 60, "hour", "h");
public static final Unit gram = new ScaledUnit(BaseUnit.kilogram, 1E-3, "gram", "g");
public static final Unit meterSquared =
new DerivedUnit(new BaseUnit[] { BaseUnit.meter }, new int[] { 2 }, "Area", "square meter", "m\u00B2");
public static final Unit meterCubed =
new DerivedUnit(new BaseUnit[] { BaseUnit.meter }, new int[] { 3 }, "Volume", "cubic meter", "m\u00B3");
public static final Unit liter = new ScaledUnit((DerivedUnit) meterCubed, 1E-6, "liter", "L");
public static final Unit kgPerMeterCubed =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter },
new int[] { 1, -3 },
"Density",
"kilogram per cubic meter",
"kg/m\u00B3");
public static final Unit meterPerSecond =
new DerivedUnit(
new BaseUnit[] { BaseUnit.meter, BaseUnit.second },
new int[] { 1, -1 },
"Velocity",
"meter per second",
"m/s");
public static final Unit meterPerSecondSquared =
new DerivedUnit(
new BaseUnit[] { BaseUnit.meter, BaseUnit.second },
new int[] { 1, -2 },
"Acceleration",
"meter per square second",
"m/s\u00B2");
public static final Unit newton =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second },
new int[] { 1, 1, -2 },
"Force",
"newton",
"N");
public static final Unit pascal =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second },
new int[] { 1, -1, -2 },
"Pressure",
"pascal",
"Pa");
public static final Unit joule =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second },
new int[] { 1, 2, -2 },
"Energy",
"joule",
"J");
public static final Unit watt =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second },
new int[] { 1, 2, -3 },
"Power",
"watt",
"W");
public static final Unit volt =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second, BaseUnit.ampere },
new int[] { 1, 2, -3, -1 },
"Electric Potential",
"volt",
"V");
public static final Unit ohm =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second, BaseUnit.ampere },
new int[] { 1, 2, -3, -2 },
"Electric Resistance",
"ohm",
"\u038f");
public static final Unit siemens =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second, BaseUnit.ampere },
new int[] { -1, -2, 3, 2 },
"Electric Conductance",
"siemens",
"S");
public static final Unit farad =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second, BaseUnit.ampere },
new int[] { -1, -2, 4, 2 },
"Electric Capacitance",
"farad",
"F");
public static final Unit coulomb =
new DerivedUnit(
new BaseUnit[] { BaseUnit.ampere, BaseUnit.second },
new int[] { 1, 1 },
"Electric Charge",
"coulomb",
"C");
public static final Unit weber =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.meter, BaseUnit.second, BaseUnit.ampere },
new int[] { 1, 2, -2, -1 },
"Magnetic Flux",
"weber",
"Wb");
public static final Unit tesla =
new DerivedUnit(
new BaseUnit[] { BaseUnit.kilogram, BaseUnit.second, BaseUnit.ampere },
new int[] { 1, -2, -1 },
"Magnetic Flux Density",
"tesla",
"T");
public static final Unit celsius = new OffsetUnit(BaseUnit.kelvin, 273.15, "Celsius", "\u00B0C");
public static final Unit hertz =
new DerivedUnit(new BaseUnit[] { BaseUnit.second }, new int[] { -1 }, "Frequency", "hertz", "Hz");
public static final Unit perMeter =
new DerivedUnit(new BaseUnit[] { BaseUnit.meter }, new int[] { -1 }, "Wavenumber", "per meter", "1/m");
// imperial and old units
public static final Unit inch = new ScaledUnit((BaseUnit) meter, 2.54E-2, "inch", "inch");
public static final Unit cal = new ScaledUnit((DerivedUnit) joule, 4.184, "calorie", "cal");
public static final Unit atm = new ScaledUnit((DerivedUnit) pascal, 1.01325E5, "atmosphere", "atm");
public static final Unit torr = new ScaledUnit((DerivedUnit) pascal, 1.01325E5 / 760, "Torr", "Torr");
public static final Unit degree = new ScaledUnit((BaseUnit) radian, Math.PI / 180.0, "degree", "\u00b0");
// QM
public static final Unit elementaryCharge =
new ScaledUnit((DerivedUnit) coulomb, 1.602E-19, "elementary charge", "e");
public static final Unit hartree = new ScaledUnit((DerivedUnit) joule, 4.36E-18, "Hartree", "Hartree");
public static final Unit bohr = new ScaledUnit(BaseUnit.meter, 5.292E-11, "Bohr", "Bohr");
public static final Unit eV = new ScaledUnit((DerivedUnit) joule, 96.48456, "electron volt", "eV");
public static final Unit angstoem = new ScaledUnit(BaseUnit.meter, 1E-10, "\u00C5ngstroem", "\u00C5");
public static final Unit relativeAtomMass = new DerivedUnit("Relative Atom Mass", "atomic mass unit", "amu");
public static final Unit relativeElementaryCharge = new DerivedUnit("Relative Elementary Charge", "", "");
/*
* for spectra e.g. JCAMP-DX
*/
public static final Unit ppm =
new ScaledUnit(new DimensionlessUnit("Arbitrary Unit", "", ""), 1E-6, "parts per million", "ppm");
public static final Unit percent =
new ScaledUnit(new DimensionlessUnit("Arbitrary Unit", "", ""), 1E-2, "percent", "%");
public static final Unit permille =
new ScaledUnit(new DimensionlessUnit("Arbitrary Unit", "", ""), 1E-6, "permille", "\u2030");
public static final Unit mz = new DerivedUnit("", "m/z", "m/z");
public static final Unit points = new DerivedUnit("Points", "", "");
public static final Unit counts = new DimensionlessUnit("Counts", "", "");
public static final Unit abundance = new DimensionlessUnit("Abundance", "", "");
public static final Unit relativeAbundance = new DimensionlessUnit("Relative Abundance", "", "");
public static final Unit intensity = new DimensionlessUnit("Intensity", "", "");
public static final Unit absorbance = new DimensionlessUnit("Absorbance", "", "");
public static final Unit reflectance = new DimensionlessUnit("Reflectance", "", "");
public static final Unit transmittance = new DimensionlessUnit("Transmittance", "", "");
public static final Unit kubelka = new AliasUnit(BaseUnit.generic, "Kubelka-Munk");
public static final Unit percentTransmittance = new DimensionlessUnit("% Transmittance", "percent", "%");
public static final Unit percentReflectance = new DimensionlessUnit("% Reflectance", "percent", "%");
public static final Unit percentAbsorbance = new DimensionlessUnit("% Absorbance", "percent", "%");
public static final Unit percentIntensity = new DimensionlessUnit("% Intensity", "percent", "%");
public static final Unit perCM = new ScaledUnit((DerivedUnit) perMeter, 1E2, "per centimeter", "1/cm");
public static final Unit meterWavelength =
new DerivedUnit(new BaseUnit[] { BaseUnit.meter }, new int[] { 1 }, "Wavelength", "meter", "m");
public static final Unit nanometerWavelength = new ScaledUnit(meterWavelength, SIUnitScale.nano);
public static final Unit micrometerWavelength = new ScaledUnit(meterWavelength, SIUnitScale.micro);
public static final Unit bit = new DimensionlessUnit("Bit", "bit", "bit");
}
