ff/source/_posts/Cross-Unit-Converter-test.md at master

Willem Cazander 44d34d1788 Added DRL post and svg stuff

2020-10-01 02:06:00 +02:00

9.5 KiB

Raw Permalink Blame History

title: Cross Unit Converter test date: 2018-01-18 21:01:43 tags: - java - unit-converter

Unit groups

digraph G {
	kelvin[shape=box,style=filled,color=".9 0.5 0.9",label="kelvin\nK\nkelvin\n(thermodynamic_temperature)",labelloc=b];
	kelvin -> kelvin[color=red,label="174"];
	ampere[shape=box,style=filled,color=".9 0.5 0.9",label="ampere\nA\nampere\n(electric_current)",labelloc=b];
	ampere -> ampere[color=red,label="29"];
	candela[shape=box,style=filled,color=".9 0.5 0.9",label="candela\ncd\ncandela\n(luminous_intensity)",labelloc=b];
	candela -> candela[color=red,label="29"];
	mole[shape=box,style=filled,color=".9 0.5 0.9",label="mole\nmol\nmole\n(amount_of_substance)",labelloc=b];
	mole -> mole[color=red,label="30"];
	metre[shape=box,style=filled,color=".9 0.5 0.9",label="metre\nm\nmetre\n(length)",labelloc=b];
	metre -> metre[color=red,label="348"];
	kilogram[shape=box,style=filled,color=".9 0.5 0.9",label="kilogram\ng\ngram\n(mass)",labelloc=b];
	kilogram -> kilogram[color=red,label="174"];
	second[shape=box,style=filled,color=".9 0.5 0.9",label="second\ns\nsecond\n(time)",labelloc=b];
	second -> second[color=red,label="174"];
	square_metre[label="square_metre\nm²\nsquare metre\n(area)",labelloc=b];
	square_metre -> square_metre[color=red,label="351"];
	metre -> square_metre[dir=none];
	cubic_metre[label="cubic_metre\nm³\ncubic metre\n(volume)",labelloc=b];
	cubic_metre -> cubic_metre[color=red,label="348"];
	metre -> cubic_metre[dir=none];
	metre_per_second[label="metre_per_second\nm/s\nmetre per second\n(speed,velocity)",labelloc=b];
	metre_per_second -> metre_per_second[color=red,label="60552"];
	metre -> metre_per_second[dir=none];
	second -> metre_per_second[dir=none];
	cubic_metre_per_second[label="cubic_metre_per_second\nm³/s\ncubic metre per second\n(volumetric_flow)",labelloc=b];
	cubic_metre_per_second -> cubic_metre_per_second[color=red,label="60552"];
	cubic_metre -> cubic_metre_per_second[dir=none];
	second -> cubic_metre_per_second[dir=none];
	metre_per_second_squared[label="metre_per_second_squared\nm/s²\nMeter per second squared\n(acceleration)",labelloc=b];
	metre_per_second_squared -> metre_per_second_squared[color=red,label="10536049"];
	metre_per_second -> metre_per_second_squared[dir=none];
	second -> metre_per_second_squared[dir=none];
	metre_per_second_cubed[label="metre_per_second_cubed\nm/s²/s\nMeter per second squared per second\n(jerk,jolt,surge,lurch)",labelloc=b];
	metre_per_second_cubed -> metre_per_second_cubed[color=red,label="1833272526"];
	metre_per_second_squared -> metre_per_second_cubed[dir=none];
	second -> metre_per_second_cubed[dir=none];
	metre_per_quartic_second[label="metre_per_quartic_second\nm/s²/s/s\nMeter per second squared per second per second\n(snap,jounce)",labelloc=b];
	metre_per_quartic_second -> metre_per_quartic_second[color=red,label="318989419524"];
	metre_per_second_cubed -> metre_per_quartic_second[dir=none];
	second -> metre_per_quartic_second[dir=none];
	newton[label="newton\nN\nnewton\n(force,weight)",labelloc=b];
	newton -> newton[color=red,label="1833272527"];
	kilogram -> newton[dir=none];
	metre_per_second_squared -> newton[dir=none];
	kilogram_per_square_metre[label="kilogram_per_square_metre\ng/m²\ngram per square metre\n(area_density)",labelloc=b];
	kilogram_per_square_metre -> kilogram_per_square_metre[color=red,label="61074"];
	kilogram -> kilogram_per_square_metre[dir=none];
	square_metre -> kilogram_per_square_metre[dir=none];
	kilogram_per_cubic_metre[label="kilogram_per_cubic_metre\ng/m³\ngram per cubic metre\n(density,mass_density)",labelloc=b];
	kilogram_per_cubic_metre -> kilogram_per_cubic_metre[color=red,label="60552"];
	kilogram -> kilogram_per_cubic_metre[dir=none];
	cubic_metre -> kilogram_per_cubic_metre[dir=none];
	cubic_metre_per_kilogram[label="cubic_metre_per_kilogram\nm³/g\ncubic metre per gram\n(specific_volume)",labelloc=b];
	cubic_metre_per_kilogram -> cubic_metre_per_kilogram[color=red,label="60552"];
	cubic_metre -> cubic_metre_per_kilogram[dir=none];
	kilogram -> cubic_metre_per_kilogram[dir=none];
	mole_per_cubic_metre[label="mole_per_cubic_metre\nmol/m³\nmole per cubic metre\n(molarity)",labelloc=b];
	mole_per_cubic_metre -> mole_per_cubic_metre[color=red,label="10440"];
	mole -> mole_per_cubic_metre[dir=none];
	cubic_metre -> mole_per_cubic_metre[dir=none];
	cubic_metre_per_mole[label="cubic_metre_per_mole\nm³/mol\ncubic metre per mole\n(molar_volume)",labelloc=b];
	cubic_metre_per_mole -> cubic_metre_per_mole[color=red,label="10440"];
	cubic_metre -> cubic_metre_per_mole[dir=none];
	mole -> cubic_metre_per_mole[dir=none];
	newton_per_second[label="newton_per_second\nkg/m/s/s/s\nkilogram per metre per second per second per second\n(yank)",labelloc=b];
	newton_per_second -> newton_per_second[color=red,label="318989419698"];
	newton -> newton_per_second[dir=none];
	second -> newton_per_second[dir=none];
Stats[shape=box,color=".9 0.2 0.8",label="unit groups: 21\ntotal units: 641656246143",labelloc=b];
}

Building groups

/**
 * 
 * 
 * @author Willem Cazander
 * @version 1.0 Oct 17, 2015
 */
public class UnitXCModuleKelvin implements UnitXCConfigModule {
	
	public static final String GROUP_ID           = "kelvin";
	public static final String GROUP_BASE_TYPE_ID = "K";
	private static final String[] GROUP_QUANTITIES = {"thermodynamic_temperature"};
	
	public static final String TYPE_KELVIN_ID  = GROUP_BASE_TYPE_ID;
	public static final String TYPE_KELVIN_NAME  = GROUP_ID;
	public static final String TYPE_KELVIN_FLAG  = buildFlag(GROUP_ID,TYPE_KELVIN_NAME);
	private static final String TYPE_KELVIN_WIKI  = "Kelvin";
	
	public static final String TYPE_CELSIUS_ID  = "°C";
	public static final String TYPE_CELSIUS_NAME  = "celsius";
	public static final String TYPE_CELSIUS_FLAG  = buildFlag(GROUP_ID,TYPE_CELSIUS_NAME);
	private static final double TYPE_CELSIUS_OFFSET = 273.15;
	private static final String TYPE_CELSIUS_WIKI  = "Celsius";
	
	public static final String TYPE_FAHRENHEIT_ID  = "°F";
	public static final String TYPE_FAHRENHEIT_NAME  = "fahrenheit";
	public static final String TYPE_FAHRENHEIT_FLAG  = buildFlag(GROUP_ID,TYPE_FAHRENHEIT_NAME);
	private static final double TYPE_FAHRENHEIT_OFFSET = 459.67;
	private static final Fraction TYPE_FAHRENHEIT_FRACTION = Fraction.getFraction(5,9);
	private static final String TYPE_FAHRENHEIT_WIKI  = "Fahrenheit";
	
	public static final String TYPE_RANKINE_ID  = "°R";
	public static final String TYPE_RANKINE_NAME  = "rankine";
	public static final String TYPE_RANKINE_FLAG  = buildFlag(GROUP_ID,TYPE_RANKINE_NAME);
	private static final String TYPE_RANKINE_WIKI  = "Rankine_scale";
	
	public static final String TYPE_ROMER_ID  = "Rø";
	public static final String TYPE_ROMER_NAME  = "rømer";
	public static final String TYPE_ROMER_FLAG  = buildFlag(GROUP_ID,TYPE_ROMER_NAME);
	public static final String TYPE_ROMER_ALIAS_NAME  = "romer";
	public static final String TYPE_ROMER_ALIAS_FLAG  = buildFlag(GROUP_ID,TYPE_ROMER_ALIAS_NAME);
	private static final Fraction TYPE_ROMER_FRACTION = Fraction.getFraction(40,21);
	private static final double   TYPE_ROMER_FRACTION_OFFSET = 7.5;
	private static final String TYPE_ROMER_WIKI  = "Rømer_scale";
	
	@Override
	public void configModule(UnitXCConfigBuilder builder) {
		builder.createUnitGroupBase(GROUP_ID)
			.addQuantityIds(GROUP_QUANTITIES)
			.setBaseTypeId(     TYPE_KELVIN_ID)
			.createSIUnitTypes()
				.setId(         TYPE_KELVIN_ID)
				.setName(       TYPE_KELVIN_NAME)
				.addTypeFlag(   TYPE_KELVIN_FLAG)
				.setWebLinkWiki(TYPE_KELVIN_WIKI)
			.build()
			.createSIUnitTypes()
				.setId(         TYPE_CELSIUS_ID)
				.setName(       TYPE_CELSIUS_NAME)
				.addTypeFlag(   TYPE_CELSIUS_FLAG)
				.setWebLinkWiki(TYPE_CELSIUS_WIKI)
				.createToBaseConverterSteps().offsetUp(TYPE_CELSIUS_OFFSET).build()
				.createFromBaseConverterSteps().offsetDown(TYPE_CELSIUS_OFFSET).build()
			.build()
			.createSIUnitTypes()
				.setId(          TYPE_FAHRENHEIT_ID)
				.setName(        TYPE_FAHRENHEIT_NAME)
				.addTypeFlag(    TYPE_FAHRENHEIT_FLAG)
				.addTypeFlag( UnitXCConfigBuilder.TYPE_FLAG_IMPERIAL)
				.setWebLinkWiki( TYPE_FAHRENHEIT_WIKI)
				.createToBaseConverterSteps()
					.offsetUp(   TYPE_FAHRENHEIT_OFFSET)
					.multiply(   TYPE_FAHRENHEIT_FRACTION)
				.build()
				.createFromBaseConverterSteps()
					.multiply(   TYPE_FAHRENHEIT_FRACTION.invert())
					.offsetDown( TYPE_FAHRENHEIT_OFFSET)
				.build()
			.build()
			.createSIUnitTypes()
				.setId(          TYPE_RANKINE_ID)
				.setName(        TYPE_RANKINE_NAME)
				.addTypeFlag (   TYPE_RANKINE_FLAG)
				.setWebLinkWiki( TYPE_RANKINE_WIKI)
				.createToBaseConverterSteps().multiply(TYPE_FAHRENHEIT_FRACTION).build()
				.createFromBaseConverterSteps().multiply(TYPE_FAHRENHEIT_FRACTION.invert()).build()
			.build()
			.createSIUnitTypes()
				.setId(          TYPE_ROMER_ID)
				.setName(        TYPE_ROMER_NAME)
				.addTypeFlag(    TYPE_ROMER_FLAG)
				.setWebLinkWiki( TYPE_ROMER_WIKI)
				.createToBaseConverterSteps()
					.offsetUp(   TYPE_CELSIUS_OFFSET)
					.multiply(   TYPE_ROMER_FRACTION)
					.offsetUp(   TYPE_ROMER_FRACTION_OFFSET)
				.build()
				.createFromBaseConverterSteps()
					.offsetDown( TYPE_ROMER_FRACTION_OFFSET)
					.multiply(   TYPE_ROMER_FRACTION.invert())
					.offsetDown( TYPE_CELSIUS_OFFSET)
				.build()
			.build()
			.createSIUnitTypes()
				.setAliasOfType( TYPE_ROMER_ID)
				.setId(          TYPE_ROMER_ALIAS_NAME)
				.setName(        TYPE_ROMER_ALIAS_NAME)
				.addTypeFlag(    TYPE_ROMER_ALIAS_FLAG)
			.build()
		.build()
		;
	}
}

9.5 KiB Raw Permalink Blame History

Unit groups

Building groups

9.5 KiB

Raw Permalink Blame History