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/**
* Copyright (C) 2018 Adrien Hopkins
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with this program. If not, see <https://www.gnu.org/licenses/>.
*/
package org.unitConverter.math;
import org.unitConverter.dimension.BaseDimension;
import org.unitConverter.dimension.OtherBaseDimension;
import org.unitConverter.dimension.SIBaseDimension;
/**
* All of the dimensions that are used by the SI. (Test data for the ObjectProductTest)
*
* @author Adrien Hopkins
* @since 2018-12-11
* @since v0.1.0
*/
final class StandardDimensions {
// base dimensions
public static final ObjectProduct<BaseDimension> EMPTY = ObjectProduct.empty();
public static final ObjectProduct<BaseDimension> LENGTH = ObjectProduct.oneOf(SIBaseDimension.LENGTH);
public static final ObjectProduct<BaseDimension> MASS = ObjectProduct.oneOf(SIBaseDimension.MASS);
public static final ObjectProduct<BaseDimension> TIME = ObjectProduct.oneOf(SIBaseDimension.TIME);
public static final ObjectProduct<BaseDimension> ELECTRIC_CURRENT = ObjectProduct
.oneOf(SIBaseDimension.ELECTRIC_CURRENT);
public static final ObjectProduct<BaseDimension> TEMPERATURE = ObjectProduct.oneOf(SIBaseDimension.TEMPERATURE);
public static final ObjectProduct<BaseDimension> QUANTITY = ObjectProduct.oneOf(SIBaseDimension.QUANTITY);
public static final ObjectProduct<BaseDimension> LUMINOUS_INTENSITY = ObjectProduct
.oneOf(SIBaseDimension.LUMINOUS_INTENSITY);
public static final ObjectProduct<BaseDimension> INFORMATION = ObjectProduct.oneOf(OtherBaseDimension.INFORMATION);
public static final ObjectProduct<BaseDimension> CURRENCY = ObjectProduct.oneOf(OtherBaseDimension.CURRENCY);
// derived dimensions without named SI units
public static final ObjectProduct<BaseDimension> AREA = LENGTH.times(LENGTH);
public static final ObjectProduct<BaseDimension> VOLUME = AREA.times(LENGTH);
public static final ObjectProduct<BaseDimension> VELOCITY = LENGTH.dividedBy(TIME);
public static final ObjectProduct<BaseDimension> ACCELERATION = VELOCITY.dividedBy(TIME);
public static final ObjectProduct<BaseDimension> WAVENUMBER = EMPTY.dividedBy(LENGTH);
public static final ObjectProduct<BaseDimension> MASS_DENSITY = MASS.dividedBy(VOLUME);
public static final ObjectProduct<BaseDimension> SURFACE_DENSITY = MASS.dividedBy(AREA);
public static final ObjectProduct<BaseDimension> SPECIFIC_VOLUME = VOLUME.dividedBy(MASS);
public static final ObjectProduct<BaseDimension> CURRENT_DENSITY = ELECTRIC_CURRENT.dividedBy(AREA);
public static final ObjectProduct<BaseDimension> MAGNETIC_FIELD_STRENGTH = ELECTRIC_CURRENT.dividedBy(LENGTH);
public static final ObjectProduct<BaseDimension> CONCENTRATION = QUANTITY.dividedBy(VOLUME);
public static final ObjectProduct<BaseDimension> MASS_CONCENTRATION = CONCENTRATION.times(MASS);
public static final ObjectProduct<BaseDimension> LUMINANCE = LUMINOUS_INTENSITY.dividedBy(AREA);
public static final ObjectProduct<BaseDimension> REFRACTIVE_INDEX = VELOCITY.dividedBy(VELOCITY);
public static final ObjectProduct<BaseDimension> REFLACTIVE_PERMEABILITY = EMPTY.times(EMPTY);
public static final ObjectProduct<BaseDimension> ANGLE = LENGTH.dividedBy(LENGTH);
public static final ObjectProduct<BaseDimension> SOLID_ANGLE = AREA.dividedBy(AREA);
// derived dimensions with named SI units
public static final ObjectProduct<BaseDimension> FREQUENCY = EMPTY.dividedBy(TIME);
public static final ObjectProduct<BaseDimension> FORCE = MASS.times(ACCELERATION);
public static final ObjectProduct<BaseDimension> ENERGY = FORCE.times(LENGTH);
public static final ObjectProduct<BaseDimension> POWER = ENERGY.dividedBy(TIME);
public static final ObjectProduct<BaseDimension> ELECTRIC_CHARGE = ELECTRIC_CURRENT.times(TIME);
public static final ObjectProduct<BaseDimension> VOLTAGE = ENERGY.dividedBy(ELECTRIC_CHARGE);
public static final ObjectProduct<BaseDimension> CAPACITANCE = ELECTRIC_CHARGE.dividedBy(VOLTAGE);
public static final ObjectProduct<BaseDimension> ELECTRIC_RESISTANCE = VOLTAGE.dividedBy(ELECTRIC_CURRENT);
public static final ObjectProduct<BaseDimension> ELECTRIC_CONDUCTANCE = ELECTRIC_CURRENT.dividedBy(VOLTAGE);
public static final ObjectProduct<BaseDimension> MAGNETIC_FLUX = VOLTAGE.times(TIME);
public static final ObjectProduct<BaseDimension> MAGNETIC_FLUX_DENSITY = MAGNETIC_FLUX.dividedBy(AREA);
public static final ObjectProduct<BaseDimension> INDUCTANCE = MAGNETIC_FLUX.dividedBy(ELECTRIC_CURRENT);
public static final ObjectProduct<BaseDimension> LUMINOUS_FLUX = LUMINOUS_INTENSITY.times(SOLID_ANGLE);
public static final ObjectProduct<BaseDimension> ILLUMINANCE = LUMINOUS_FLUX.dividedBy(AREA);
public static final ObjectProduct<BaseDimension> SPECIFIC_ENERGY = ENERGY.dividedBy(MASS);
public static final ObjectProduct<BaseDimension> CATALYTIC_ACTIVITY = QUANTITY.dividedBy(TIME);
// You may NOT get StandardDimensions instances!
private StandardDimensions() {
throw new AssertionError();
}
}
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