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Signed-off-by: Geert Mulders <gmulders@gmail.com>
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| // Apply dokka plugin to allow extraction of ducumentation from KDoc comments | ||
| id("org.jetbrains.dokka") version "1.4.20" | ||
| id("org.jetbrains.dokka") version "1.9.20" |
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The build complained that this plugin could not be found.
| this.divide(factor, 0, roundingMode) * factor | ||
| this.divide(factor, 0, roundingMode) * factor | ||
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| operator fun <U : Units> BigDecimal.times(m: Measure<U>): Measure<U> = |
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In some cases you want to multiply your measure with some dimensionless value. e.g. when calculating the effectiveness of an consumer equipment on the congested element effectiveness * (4 * megaWatt))
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Wasnt this functionality already present in measure 1.3? From MeasureKt.class
public fun <A : com.alliander.measure.Units, B : A> baseUnits(first: A, second: B): A { /* compiled code */ }
public operator fun <A : com.alliander.measure.Units, B : A> A.compareTo(other: B): kotlin.Int { /* compiled code */ }
public operator fun <U : com.alliander.measure.Units> java.math.BigDecimal.times(units: U): com.alliander.measure.Measure<U> { /* compiled code */ }
public operator fun <U : com.alliander.measure.Units> kotlin.Double.times(units: U): com.alliander.measure.Measure<U> { /* compiled code */ }
public operator fun <U : com.alliander.measure.Units> kotlin.Float.times(units: U): com.alliander.measure.Measure<U> { /* compiled code */ }
public operator fun <U : com.alliander.measure.Units> kotlin.Int.times(units: U): com.alliander.measure.Measure<U> { /* compiled code */ }
public operator fun <U : com.alliander.measure.Units> kotlin.Long.times(units: U): com.alliander.measure.Measure<U> { /* compiled code */ }
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No, what you are referring to is a multiplication with a Unit --> 13 * kiloWatt
What this does is a multiplication with a Meaure:
val measure: Measure<Power> = 4 * megaWatt
val newMeasure: Measure<Power> = 3 * measure // 12 MW
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| @JvmName("currentTimesVoltage") | ||
| operator fun Measure<Current>.times(voltage: Measure<Voltage>): Measure<Power> { |
| } | ||
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| @JvmName("voltageTimesCurrent") | ||
| operator fun Measure<Voltage>.times(current: Measure<Current>): Measure<Power> { |
| } | ||
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| @JvmName("powerDivVoltage") | ||
| operator fun Measure<Power>.div(voltage: Measure<Voltage>): Measure<Current> { |
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| @JvmName("powerDivCurrent") | ||
| operator fun Measure<Power>.div(current: Measure<Current>): Measure<Voltage> { |
| return Measure(p / i, volt) | ||
| } | ||
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| class Voltage(suffix: String, ratio: BigDecimal = BigDecimal.ONE) : Units(suffix, ratio) { |
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Voltage definition, I don't expect that we will use more then kiloVolts (our distribution grid is max 380kV)
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| return Measure(p.amount * dt.amount, joule) | ||
| class Current(suffix: String, ratio: BigDecimal = BigDecimal.ONE) : Units(suffix, ratio) { |
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Current definition, I don't expect that we will use more then kA, that already seems really high to me.
Signed-off-by: Geert Mulders <gmulders@gmail.com>
| import java.math.RoundingMode.UP | ||
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| class MeasureTest : StringSpec({ | ||
| "Joule, Watt and seconds are different units" { |
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Moved this to a more elaborate test in the new test file: The units have the correct measure
| sum shouldBe 2000 * joule | ||
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| "power times time is energy" { |
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Move to the new test file
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| } | ||
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| "energySum returns correct amount of energy when given a list of measures of energy" { |
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This was already covered by another test.
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