500 lines
21 KiB
C#
500 lines
21 KiB
C#
///
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/// Copyright (c) 2016-2020 Sensus Slovensko a.s.
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///
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using System;
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using System.Reflection;
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using Config.Entities;
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namespace Config
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{
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public enum Unit
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{
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[Description("---")] None,
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[Description("imp.")] pulse,
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#if LANG_PL
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[Description("stopień")] degree,
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#else
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[Description("degree")] degree,
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#endif
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[Description("l")] l, /// * 1 liter
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[Description("dm3")] dm3, /// 1 dm3 = 1 liter
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[Description("m3")] m3, /// 1000 l
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[Description("gal(UK)")] gal_UK, /// 1 gal(UK) = 4.54609 l
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[Description("gal(US)")] gal_US, /// 1 gal(US) = 3.78541178 l
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[Description("l/h")] lph, /// 1 liter/h
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[Description("m3/h")] m3ph, /// * 1 m3/h = 1000 l/h
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[Description("g")] g, /// 0.001 kg
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[Description("lb")] lb, /// 0.45359237 kg
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[Description("kg")] kg, /// * 1 kilogram
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[Description("t")] t, /// 1000 kg
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[Description("ms")] ms, /// 1 ms = 0.001 s
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[Description("s")] s, /// * 1 second
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[Description("min")] min, /// 1 min = 60 s
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[Description("hr")] hour, /// 1 hour = 60 min = 3600 s
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[Description("°C")] C, /// * degree Celsius (°C)
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[Description("°F")] F, /// degree Fahrenheit
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[Description("K")] K, /// degree Kelvin
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[Description("Pa")] Pa, /// 1 Pa = 0.01 hPa
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[Description("hPa")] hPa, /// 1 hPa = 100 Pa
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[Description("mbar")] mbar, /// 1 mbar = 1 hPa = 100 Pa
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[Description("kPa")] kPa, /// 1 kPa = 10 hPa = 10000 Pa
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[Description("inHg")] inHg, /// 1 inHg = 33.864 hPa
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[Description("psi")] psi, /// 1 psi = 0.0689475729 bar
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[Description("bar")] bar, /// * 1 Bar = 1000 mbar = 0.1 MPa = 100000 Pa
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[Description("MPa")] MPa, /// 1 MPa = 10000 hPa
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[Description("R%")] RPct, /// * 1 R%
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[Description("%")] Pct, /// * 1 %
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[Description("promile")] Promile, /// 1 promile = 0.1 %
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[Description("mm")] mm, /// * 1 millimeter
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[Description("cm")] cm, /// 1 cm = 10 mm
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[Description("m")] m, /// 1 m = 1000 mm
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[Description("in")] inch, /// 1 inch = 25.4 mm
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[Description("kg/m3")] kgpm3, /// * 1 kg/m3 = 0.001 kg/l
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[Description("kg/l")] kgpl, /// 1 kg/l = 1000 kg/m3
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[Description("J")] J, /// * 1 Joul
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[Description("kJ")] kJ, /// 1 kJ = 1000 J
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[Description("MJ")] MJ, /// 1 MJ = 1000000 J
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[Description("Wh")] Wh, /// 1 Wh = 3600 J
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[Description("kWh")] kWh, /// 1 kWh = 3600000 J
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[Description("MWh")] MWh, /// 1 MWh = 3600000000 J
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[Description("uS/cm")] uSpcm, /// * 1 uS/cm
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#if LANG_PL
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[Description("imp/l")] ppl, /// * 1 pulse/l
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[Description("imp/dm3")] ppdm3, /// * 1 pulse/dm3
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[Description("stopień/l")] degpl, /// * 1 degree/l
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[Description("stopień/dm3")] degpdm3, /// * 1 degree/dm3
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[Description("l/imp")] lpp, /// * 1 l/pulse
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[Description("dm3/imp")] dm3pp, /// * 1 dm3/pulse
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[Description("l/stopień")] lpdeg, /// * 1 l/degree
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[Description("dm3/stopień")] dm3pdeg, /// * 1 dm3/degree
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#else
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[Description("pulse/l")] ppl, /// * 1 pulse/l
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[Description("pulse/dm3")] ppdm3, /// * 1 pulse/dm3
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[Description("degree/l")] degpl, /// * 1 degree/l
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[Description("degree/dm3")] degpdm3, /// * 1 degree/dm3
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[Description("l/pulse")] lpp, /// * 1 l/pulse
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[Description("dm3/pulse")] dm3pp, /// * 1 dm3/pulse
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[Description("l/degree")] lpdeg, /// * 1 l/degree
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[Description("dm3/degree")] dm3pdeg, /// * 1 dm3/degree
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#endif
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///
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[Description("pulse/kWh")] ppkWh, /// * 1 pulse/kWh
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[Description("kWh/pulse")] kWhpp, /// * 1 kWh/pulse
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Count
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}
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public enum Quantity
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{
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/// Quantities with units and conversions (double -> double)
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#if LANG_DE
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[Description("Volumen")] Volume,
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[Description("Durchfluss")] Flow,
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[Description("Masse")] Mass,
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[Description("Zeit")] Time,
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[Description("Temperatur")] Temperature,
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[Description("Druck")] Pressure,
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[Description("Feuchtigkeit")] Humidity,
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[Description("Fehler")] Error,
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[Description("Länge")] Length,
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[Description("Dichte")] Density,
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[Description("Energie")] Energy,
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[Description("Impulse")] Pulses,
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[Description("Impulse/l")] PulsePerLtr,
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[Description("Impulse/kWh")] PulsePerKWh,
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[Description("Leitfähigkeit")] Conductivity,
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/// Quantities without units and conversions
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[Description("Nummer")] Number,
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[Description("Text")] String,
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[Description("Boolean")] Boolean,
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[Description("Datum und Uhrzeit")] DateTime,
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[Description("Aufgezählt")] Enumerated,
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#elif LANG_PL
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[Description("Objętość")] Volume,
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[Description("Przepływ")] Flow,
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[Description("Masa")] Mass,
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[Description("Czas")] Time,
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[Description("Temperatura")] Temperature,
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[Description("Ciśnienie")] Pressure,
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[Description("Wilgotność")] Humidity,
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[Description("Błąd")] Error,
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[Description("Długość")] Length,
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[Description("Gęstość")] Density,
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[Description("Energia")] Energy,
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[Description("Impulsy")] Pulses,
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[Description("Impulsy/litr")] PulsePerLtr,
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[Description("Impulsy/kWh")] PulsePerKWh,
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[Description("Przewodność")] Conductivity,
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/// Quantities without units and conversions
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[Description("Numer")] Number,
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[Description("Tekst")] String,
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[Description("Boolean")] Boolean,
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[Description("Data i czas")] DateTime,
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[Description("Wyliczone")] Enumerated,
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#elif LANG_CS
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[Description("Objem")] Volume,
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[Description("Průtok")] Flow,
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[Description("Hmotnost")] Mass,
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[Description("Čas")] Time,
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[Description("Teplota")] Temperature,
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[Description("Tlak")] Pressure,
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[Description("Vlhkost")] Humidity,
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[Description("Chyba")] Error,
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[Description("Délka")] Length,
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[Description("Hustota")] Density,
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[Description("Energie")] Energy,
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[Description("Pulzy")] Pulses,
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[Description("Pulzy/litr")] PulsePerLtr,
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[Description("Pulzy/kWh")] PulsePerKWh,
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[Description("Vodivost")] Conductivity,
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/// Quantities without units and conversions
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[Description("Počet")] Number,
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[Description("Text")] String,
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[Description("Boolean")] Boolean,
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[Description("Datum a čas")] DateTime,
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[Description("Vyjmenované")] Enumerated,
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#elif LANG_IT
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[Description("Volume")] Volume,
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[Description("Flusso")] Flow,
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[Description("Massa")] Mass,
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[Description("Tempo")] Time,
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[Description("Temperatura")] Temperature,
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[Description("Pressione")] Pressure,
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[Description("Umidità")] Humidity,
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[Description("Errore")] Error,
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[Description("Lungezza")] Length,
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[Description("Densità")] Density,
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[Description("Energia")] Energy,
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[Description("Impulso")] Pulses,
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[Description("Impulso/litro")] PulsePerLtr,
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[Description("Impulso/kWh")] PulsePerKWh,
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[Description("Conduttività")] Conductivity,
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/// Quantities without units and conversions
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[Description("Numero")] Number,
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[Description("Stringa")] String,
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[Description("Boolean")] Boolean,
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[Description("Data e ora")] DateTime,
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[Description("Enumerato")] Enumerated,
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#else
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[Description("Volume")] Volume,
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[Description("Flow")] Flow,
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[Description("Mass")] Mass,
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[Description("Time")] Time,
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[Description("Temperature")] Temperature,
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[Description("Pressure")] Pressure,
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[Description("Humidity")] Humidity,
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[Description("Error")] Error,
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[Description("Length")] Length,
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[Description("Density")] Density,
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[Description("Energy")] Energy,
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[Description("Pulses")] Pulses,
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[Description("Pulses/liter")] PulsePerLtr,
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[Description("Pulses/kWh")] PulsePerKWh,
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[Description("Conductivity")] Conductivity,
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/// Quantities without units and conversions
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[Description("Number")] Number,
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[Description("String")] String,
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[Description("Boolean")] Boolean,
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[Description("Date and time")] DateTime,
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[Description("Enumerated")] Enumerated,
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#endif
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Count,
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}
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public static class Units
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{
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public static bool IsUnitless(Quantity quantity)
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{
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return quantity >= Quantity.Number;
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}
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public static bool IsDefaultUnit(Unit unit)
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{
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return unit == Unit.l || unit == Unit.m3ph || unit == Unit.kg || unit == Unit.s || unit == Unit.C || unit == Unit.bar || unit == Unit.RPct ||
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unit == Unit.Pct || unit == Unit.mm || unit == Unit.kgpm3 || unit == Unit.J || unit == Unit.ppl || unit == Unit.ppkWh || unit == Unit.uSpcm;
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}
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public static bool IsQuantity(Unit units, Quantity quantity)
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{
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return (quantity == GetQuantity(units));
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}
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public static Quantity GetQuantity(Unit units)
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{
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switch (units)
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{
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case Unit.pulse:
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case Unit.degree:
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return Config.Quantity.Pulses;
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case Unit.l:
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case Unit.dm3:
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case Unit.m3:
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case Unit.gal_UK:
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case Unit.gal_US:
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return Config.Quantity.Volume;
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case Unit.lph:
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case Unit.m3ph:
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return Config.Quantity.Flow;
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case Unit.g:
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case Unit.kg:
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case Unit.t:
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case Unit.lb:
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return Config.Quantity.Mass;
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case Unit.s:
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case Unit.min:
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case Unit.hour:
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case Unit.ms:
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return Config.Quantity.Time;
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case Unit.C:
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case Unit.F:
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case Unit.K:
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return Config.Quantity.Temperature;
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case Unit.Pa:
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case Unit.hPa:
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case Unit.mbar:
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case Unit.kPa:
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case Unit.inHg:
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case Unit.psi:
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case Unit.bar:
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case Unit.MPa:
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return Config.Quantity.Pressure;
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case Unit.RPct:
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return Config.Quantity.Humidity;
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case Unit.Pct:
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case Unit.Promile:
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return Config.Quantity.Error;
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case Unit.mm:
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case Unit.cm:
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case Unit.m:
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case Unit.inch:
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return Config.Quantity.Length;
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case Unit.kgpm3:
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case Unit.kgpl:
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return Config.Quantity.Density;
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case Unit.J:
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case Unit.kJ:
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case Unit.MJ:
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case Unit.Wh:
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case Unit.kWh:
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case Unit.MWh:
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return Config.Quantity.Energy;
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case Unit.ppl:
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case Unit.ppdm3:
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case Unit.degpl:
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case Unit.degpdm3:
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case Unit.lpp:
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case Unit.dm3pp:
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case Unit.lpdeg:
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case Unit.dm3pdeg:
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return Config.Quantity.PulsePerLtr;
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case Unit.ppkWh:
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case Unit.kWhpp:
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return Config.Quantity.PulsePerKWh;
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case Unit.uSpcm:
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return Config.Quantity.Conductivity;
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default:
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return Config.Quantity.Number;
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}
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}
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public static bool IsVolume(Unit units) { return IsQuantity(units, Config.Quantity.Volume); }
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public static bool IsFlow(Unit units) { return IsQuantity(units, Config.Quantity.Flow); }
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public static bool IsMass(Unit units) { return IsQuantity(units, Config.Quantity.Mass); }
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public static bool IsTime(Unit units) { return IsQuantity(units, Config.Quantity.Time); }
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public static bool IsTemperature(Unit units) { return IsQuantity(units, Config.Quantity.Temperature); }
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public static bool IsPressure(Unit units) { return IsQuantity(units, Config.Quantity.Pressure); }
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public static bool IsHumidity(Unit units) { return IsQuantity(units, Config.Quantity.Humidity); }
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public static bool IsError(Unit units) { return IsQuantity(units, Config.Quantity.Error); }
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public static bool IsLength(Unit units) { return IsQuantity(units, Config.Quantity.Length); }
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public static bool IsDensity(Unit units) { return IsQuantity(units, Config.Quantity.Density); }
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public static bool IsEnergy(Unit units) { return IsQuantity(units, Config.Quantity.Energy); }
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public static bool IsPulses(Unit units) { return IsQuantity(units, Config.Quantity.Pulses); }
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public static bool IsPulsePerLtr(Unit units) { return IsQuantity(units, Config.Quantity.PulsePerLtr); }
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public static bool IsPulsePerKWh(Unit units) { return IsQuantity(units, Config.Quantity.PulsePerKWh); }
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public static bool IsConductivity(Unit units) { return IsQuantity(units, Config.Quantity.Conductivity); }
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public static double ConvertTo(Unit units, double v)
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{
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switch (units)
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{
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/// Volume: internal representation in l
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case Unit.dm3:
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case Unit.l: return v; /// 1 liter
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case Unit.m3: return 0.001 * v; /// 1 m3 = 1000 l
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case Unit.gal_UK: return 0.21996925 * v; /// 1 gal(UK) = 4.54609 l
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case Unit.gal_US: return 0.26417205 * v; /// 1 gal(US) = 3.78541178 l
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/// Flow: internal representation in m3/h
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case Unit.lph: return 1000 * v; /// 1 liter/h
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case Unit.m3ph: return v; /// 1 m3/h = 1000 l/h
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/// Mass: internal representation in kg
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case Unit.g: return 1000 * v; /// 1 g = 0.001 kg
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case Unit.kg: return v; /// 1 kilogram
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case Unit.t: return 0.001 * v; /// 1 t = 1000 kg
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case Unit.lb: return 2.2046226 * v; /// 1 lb = 0.45359237 kg
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/// Time or duration: internal representation in seconds [s]
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case Unit.s: return v;
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case Unit.min: return v / 60;
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case Unit.hour: return v / 3600;
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case Unit.ms: return 1000 * v;
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/// Temperature: internal representation in °C
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case Unit.C: return v; /// degree Celsius (°C)
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case Unit.F: return 1.8 * v + 32; /// degree Fahrenheit
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case Unit.K: return v + 273.15; /// degree Kelvin
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/// Pressure: internal representation in bar = 0.1 MPa
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case Unit.Pa: return 100000 * v; /// 1 hPa = 100 Pa
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case Unit.hPa: return 1000 * v; /// 1 hPa = 100 Pa
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case Unit.mbar: return 1000 * v; /// 1 mbar = 1 hPa = 100 Pa
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case Unit.kPa: return 100 * v; /// 1 kPa = 10 HPa
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case Unit.inHg: return 29.53 * v; /// 1 inHg =
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case Unit.psi: return 14.50377378 * v; /// 1 psi =
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case Unit.bar: return v; /// 1 bar = 1000 mbar = 100000 Pa
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case Unit.MPa: return 0.1 * v; /// 1 MPa = 10000 hPa
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/// Error: internal representation in %
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case Unit.Pct: return v; /// 1 %
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case Unit.Promile: return 10 * v; /// 1 promile = 0.1 %
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/// Diameter, length: internal representation in mm
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case Unit.mm: return v; /// 1 mm
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case Unit.cm: return 0.1 * v; /// 1 cm = 10 mm
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case Unit.m: return 0.001 * v; /// 1 m = 1000 mm
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case Unit.inch: return v / 25.4; /// 1 inch = 25.4 mm
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/// Density: internal representation in kg/m3
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case Unit.kgpm3: return v;
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case Unit.kgpl: return 0.001 * v;
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/// Energy, internal representation in Joul
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case Unit.J: return v; /// 1 Joul
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case Unit.kJ: return 0.001 * v; /// 1 kJ = 1000 J
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case Unit.MJ: return 0.000001 * v; /// 1 kJ = 1000000 J
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case Unit.Wh: return v / 3600.0; /// 1 Wh = 3600 J
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case Unit.kWh: return v / 3600000.0; /// 1 kWh = 3600000 J
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case Unit.MWh: return v / 3600000000.0;/// 1 MWh = 3600000000 J
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case Unit.kWhpp:
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case Unit.lpp:
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case Unit.dm3pp:
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case Unit.lpdeg:
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case Unit.dm3pdeg: return ((v <= float.Epsilon) ? 0 : 1 / v);
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default: return v;
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}
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}
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public static double ConvertFrom(Unit units, double v)
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{
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switch (units)
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{
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/// Volume: internal representation in l
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case Unit.dm3:
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case Unit.l: return v; /// 1 liter
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case Unit.m3: return 1000 * v; /// 1000 l
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case Unit.gal_UK: return 4.54609 * v; /// 1 gal(UK) = 4.54609 l
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case Unit.gal_US: return 3.78541178 * v; /// 1 gal(US) = 3.78541178 l
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/// Flow: internal representation in m3/h
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case Unit.lph: return 0.001 * v; /// 1 liter/h
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case Unit.m3ph: return v; /// 1 m3/h = 1000 l/h
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/// Mass: internal representation in kg
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case Unit.g: return 0.001 * v; /// 1 g = 0.001 kg
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case Unit.kg: return v; /// 1 kilogram
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case Unit.t: return 1000 * v; /// 1 t = 1000 kg
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case Unit.lb: return 0.45359237 * v; /// 1 lb = 0.45359237 kg
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/// Time or duration: internal representation in seconds [s]
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case Unit.s: return v;
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case Unit.min: return 60 * v;
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case Unit.hour: return 3600 * v;
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case Unit.ms: return v / 1000;
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/// Temperature: internal representation in °C
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case Unit.C: return v; /// degree Celsius (°C)
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case Unit.F: return 5 * (v-32) / 9; /// degree Fahrenheit
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case Unit.K: return v - 273.15; /// degree Kelvin
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/// Pressure: internal representation in bar = 0.1 MPa
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case Unit.Pa: return 0.00001 * v; /// 1 hPa = 100 Pa
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case Unit.hPa: return 0.001 * v; /// 1 hPa = 100 Pa
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case Unit.mbar: return 0.001 * v; /// 1 mbar = 1 hPa = 100 Pa
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case Unit.kPa: return 0.01 * v; /// 1 kPa = 10 HPa
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case Unit.inHg: return 0.033864 * v; /// 1 inHg = 33.864 hPa
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case Unit.psi: return 0.0689475729 * v;/// 1 psi = 0.0689475729 bar
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case Unit.bar: return v; /// 1 bar = 1000 mbar = 100000 Pa
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case Unit.MPa: return 10 * v; /// 1 MPa = 10000 hPa
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/// Error: internal representation in %
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case Unit.Pct: return v; /// 1 %
|
|
case Unit.Promile: return 0.1 * v; /// 1 promile = 0.1 %
|
|
|
|
/// Diameter, length: internal representation in mm
|
|
case Unit.mm: return v; /// 1 mm
|
|
case Unit.cm: return 10 * v; /// 1 cm = 10 mm
|
|
case Unit.m: return 1000 * v; /// 1 m = 1000 mm
|
|
case Unit.inch: return 25.4 * v; /// 1 inch = 25.4 mm
|
|
|
|
/// Density: internal representation in kg/m3
|
|
case Unit.kgpm3: return v;
|
|
case Unit.kgpl: return 1000 * v;
|
|
|
|
/// Energy, internal representation in Joul
|
|
case Unit.J: return v; /// 1 Joul
|
|
case Unit.kJ: return 1000 * v; /// 1 kJ = 1000 J
|
|
case Unit.MJ: return 1000000 * v; /// 1 kJ = 1000000 J
|
|
case Unit.Wh: return 3600 * v; /// 1 Wh = 3600 J
|
|
case Unit.kWh: return 3600000 * v; /// 1 kWh = 3600000 J
|
|
case Unit.MWh: return 3600000000 * v; /// 1 kWh = 3600000000 J
|
|
|
|
case Unit.kWhpp:
|
|
case Unit.lpp:
|
|
case Unit.dm3pp:
|
|
case Unit.lpdeg:
|
|
case Unit.dm3pdeg: return ((v == 0) ? 0 : 1 / v);
|
|
|
|
default: return v;
|
|
}
|
|
}
|
|
}
|
|
}
|