Temperature conversion: Difference between revisions
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WRITE( R, " degrees Rankine" );
END</syntaxhighlight>
=={{header|ALGOL W}}==
<syntaxhighlight lang="algolw">
begin % convert Kelvin to Celcius, Farenheit and Rankine %
real kelvin, rankine;
write( "Kelvin: " );
read( kelvin );
rankine := ( 9 * kelvin ) / 5;
r_format := "A"; r_w := 8; r_d := 2; s_w := 0; % set output formating %
write( kelvin, " Kelvin is:" );
write( " ", kelvin - 273.15, " Celcius" );
write( " ", rankine, " Rankine" );
write( " ", rankine - 459.67, " Farenheit" )
end.
</syntaxhighlight>
=={{header|Amazing Hopper}}==
Line 649 ⟶ 664:
<pre>[celcius:-173.15 fahrenheit:-279.67 rankine:180.0]</pre>
=={{header|Asymptote}}==
<syntaxhighlight lang="Asymptote">void convKelvin(real K) {
write("K = " + string(K));
write("C = " + string(K - 273.15));
write("F = " + string((K - 273.15) * 1.8 + 32.0));
write("R = " + string(K * 1.8));
}
convKelvin(0.0);
write("");
convKelvin(21.0);</syntaxhighlight>
=={{header|AutoHotkey}}==
Line 830 ⟶ 857:
100 PRINT R; " DEGREES RANKINE"
110 GOTO 20</syntaxhighlight>
==={{header|Applesoft BASIC}}===
The [[#Chipmunk Basic|Chipmunk_Basic]] solution works without any changes.
==={{header|BASIC256}}===
Line 859 ⟶ 889:
F = -421.87
R = 37.80</pre>
==={{header|Chipmunk Basic}}===
{{works with|Chipmunk Basic|3.6.4}}
{{works with|QBasic}}
{{works with|QuickBasic}}
{{works with|Applesoft BASIC}}
{{works with|BASICA}}
{{works with|GW-BASIC}}
{{works with|IS-BASIC}}
{{works with|Minimal BASIC}}
{{works with|MSX BASIC|any}}
{{works with|Run BASIC}}
{{works with|Just BASIC}}
{{works with|Liberty BASIC}}
<syntaxhighlight lang="qbasic">10 CLS : REM 10 HOME for Applesoft BASIC : DELETE for Minimal BASIC
20 PRINT "Kelvin Degrees ";
30 INPUT K
40 IF K <= 0 THEN 130
50 LET C = K-273.15
60 LET F = K*1.8-459.67
70 LET R = K*1.8
80 PRINT K;" Kelvin is equivalent to"
90 PRINT C;" Degrees Celsius"
100 PRINT F;" Degrees Fahrenheit"
110 PRINT R;" Degrees Rankine"
120 GOTO 20
130 END</syntaxhighlight>
==={{header|FreeBASIC}}===
Line 909 ⟶ 966:
Fahrenheit = -421.87
Rankine = 37.80</pre>
==={{header|GW-BASIC}}===
The [[#Chipmunk Basic|Chipmunk_Basic]] solution works without any changes.
==={{header|IS-BASIC}}===
Line 933 ⟶ 993:
F = -421.87
R = 37.8</pre>
==={{header|Minimal BASIC}}===
The [[#Chipmunk Basic|Chipmunk_Basic]] solution works without any changes.
==={{header|MSX Basic}}===
The [[#Chipmunk Basic|Chipmunk_Basic]] solution works without any changes.
==={{header|PureBasic}}===
Line 1,019 ⟶ 1,085:
PRINT F," Fahrenheit"
PRINT R," Rankine"</syntaxhighlight>
==={{header|True BASIC}}===
Line 1,043 ⟶ 1,098:
PRINT "R = "; STR$(K * 1.8)
END</syntaxhighlight>
==={{header|XBasic}}===
{{works with|Windows XBasic}}
<syntaxhighlight lang="qbasic">PROGRAM "Temperature conversion"
VERSION "0.001"
DECLARE FUNCTION Entry()
FUNCTION Entry()
DO
D$ = INLINE$("Kelvin degrees (>=0): ")
K = SBYTE(D$)
LOOP UNTIL K >= 0
PRINT "K = " + STR$(K)
PRINT "C = " + STR$(K - 273.15)
PRINT "F = " + STR$(K * 1.8 - 459.67)
PRINT "R = " + STR$(K * 1.8)
END FUNCTION
END PROGRAM</syntaxhighlight>
==={{header|Yabasic}}===
Line 1,492 ⟶ 1,568:
R 37.80
</pre>
=={{header|Dart}}==
<syntaxhighlight lang="dart">double kelvinToCelsius(double k) {
return k - 273.15;
}
double kelvinToFahrenheit(double k) {
return k * 1.8 - 459.67;
}
double kelvinToRankine(double k) {
return k * 1.8;
}
void convertKelvin(double kelvin) {
print('K = ${kelvin.toStringAsFixed(2)}');
print('C = ${kelvinToCelsius(kelvin).toStringAsFixed(2)}');
print('F = ${kelvinToFahrenheit(kelvin).toStringAsFixed(2)}');
print('R = ${kelvinToRankine(kelvin).toStringAsFixed(2)}');
print('');
}
void main() {
convertKelvin(0.0);
convertKelvin(21.0);
}</syntaxhighlight>
=={{header|Delphi}}==
Line 3,110 ⟶ 3,212:
-421.87
37.8
</pre>
=={{header|ooRexx}}==
{{trans|REXX}}
<syntaxhighlight lang="ooRexx">
/* REXX convert temperatures from/to 58 temperature scakes */
Parse Source src
Parse Var src . how .
If how='FUNCTION' Then
If arg(2)='' Then
tlist=arg(1) 'TO' 'K'
Else
tlist=arg(1) 'TO' arg(2)
Else Do
Parse Arg tList /* get the list of pairs */
If arg(1)='?' Then Call help
tList= space(tList) /* elide any and all superfluous blanks.*/
End
Do While tList>'' /* process the list */
Parse Var tList pair ',' tList /* pairs are separated by commas */
Parse Var pair from_to '(' desc /* get spec and description (If any) */
Parse upper Var from_to fromt ' TO' toscal . /* get temperature and target scale */
If toscal=='' Then Do /* no target scale: show all targets */
If how='FUNCTION' Then Do
all=0
toscal='K'
End
Else Do
all=1
toscale='all'
End
End
Else Do
all=0
toscale=scalename(toscal)
End
Parse Var fromt fromtemp fromscal
If fromscal='' Then
fromscale='K' /*assume kelvin as per task requirement*/
Else
fromscale=scalename(fromscal)
If fromt='' Then Call serr 'No source temperature specified'
If \datatype(fromtemp,'N') Then Call serr 'Source temperature ('fromtemp') not numeric'
If left(fromscale,1)='*' Then Call serr 'Invalid source scale' fromscale
If left(toscale,1)='*' Then Call serr 'Invalid target scale' toscale
F=convert2Fahrenheit(fromtemp fromscale) /*convert a temperature --? Fahrenheit.*/
If F<-459.67 Then Call serr 'Source temperature below absolute zero'
If how<>'FUNCTION' Then Do /* write a header line */
If desc<>'' Then desc='('desc
Say pair /*show original value & scale (for sep)*/
If toscale<>'' Then
Say fromtemp fromscale 'TO' toscale
Else
Say fromtemp fromscale 'TO' all
End
Call convert2specific
End /* while tlist>'' */
Exit /* stick a fork in it, we're all done. */
scaleName:
Parse Arg sn /* abbreviations --> temp. short name. */
snU=translate(sn) /* uppercase version of temperature unit*/
snU=translate(snU,'-eE',"_éÉ") /* translate some accented characters. */
If left(snU,7)=='DEGREES' Then /* is this a redundant "degrees" ? */
snU=substr(snU,8)
If left(snU,6)=='DEGREE' Then /* " " " " "degree" ? */
snU=substr(snU,7)
snU=strip(snU) /* elide all leading & trailing blanks */
_= length(snU) /* obtain the length of the snU value */
If right(snU,1)=='S' & _>1 Then
snU=left(snU,_-1) /* remove any trailing plural(s) */
Select /* get scalename from abbrevuation */
When abbrev('ALL' , snU, 3) Then sn= "ALL"
When abbrev('ABSOLUTE' , snU, 1) Then sn= "ABSOLUTE"
When abbrev('AMONTON' , snU) Then sn= "AMONTON"
When abbrev('BARNDORF' , snU,2) |,
abbrev('BARNSDORF' , snU,2) Then sn= "BARNSDORF"
When abbrev('BEAUMIUR' , snU,3) |,
abbrev('BEAUMUIR' , snU,3) Then sn= "BEAUMUIR"
When abbrev('BENERT' , snU,3) |,
abbrev('BENART' , snU,3) Then sn= "BENART"
When abbrev('BRISSEN' , snU,3) |,
abbrev('BRISSON' , snU,3) Then sn= "BRISSEN"
When abbrev('BURGEN' , snU,3) |,
abbrev('BURGAN' , snU,3) |,
abbrev('BERGAN' , snU,3) |,
abbrev('BERGEN' , snU,3) Then sn= "BERGEN"
When abbrev('CENTIGRADE' , snU) |,
abbrev('CENTRIGRADE' , snU) |, /* 50% misspelled.*/
abbrev('CETIGRADE' , snU) |, /* 50% misspelled.*/
abbrev('CENTINGRADE' , snU) |,
abbrev('CENTESIMAL' , snU) |,
abbrev('CELCIU' , snU) |, /* 82% misspelled.*/
abbrev('CELCIOU' , snU) |, /* 4% misspelled.*/
abbrev('CELCUI' , snU) |, /* 4% misspelled.*/
abbrev('CELSUI' , snU) |, /* 2% misspelled.*/
abbrev('CELCEU' , snU) |, /* 2% misspelled.*/
abbrev('CELCU' , snU) |, /* 2% misspelled.*/
abbrev('CELISU' , snU) |, /* 1% misspelled.*/
abbrev('CELSU' , snU) |, /* 1% misspelled.*/
abbrev('HECTOGRADE' , snU) |,
abbrev('CELSIU' , snU) Then sn= "CELSIUS"
When abbrev('CIMANTO' , snU,2) |,
abbrev('CIMENTO' , snU,2) Then sn= "CIMENTO"
When abbrev('CRUQUIOU' , snU,2) |,
abbrev('CRUQUIO' , snU,2) |,
abbrev('CRUQUIU' , snU,2) Then sn= "CRUQUIU"
When abbrev('DALANCE' , snU,4) |,
abbrev('DALENCE' , snU,4) Then sn= "DALENCE"
When abbrev('DANELLE' , snU,3) |,
abbrev('DANEAL' , snU,3) |,
abbrev('DANIAL' , snU,3) |,
abbrev('DANIELE' , snU,3) |,
abbrev('DANNEL' , snU,3) |,
abbrev('DANYAL' , snU,3) |,
abbrev('DANYEL' , snU,3) |,
abbrev('DANIELL' , snU,3) Then sn= "DANIELL"
When abbrev('DALTON' , snU,3) Then sn= "DALTON"
When abbrev('DELAHIRE' , snU,7) |,
abbrev('LAHIRE' , snU,4) |,
abbrev('HIRE' , snU,2) |,
abbrev('DE-LA-HIRE' , snU,7) Then sn= "DE LA HIRE"
When abbrev('DELAVILLE' , snU,7) |,
abbrev('LAVILLE' , snU,3) |,
abbrev('VILLE' , snU,1) |,
abbrev('VILLA' , snU,1) |,
abbrev('DE-LA-VILLE' , snU,7) Then sn= "DE LA VILLE"
When abbrev('DELISLE' , snU,3) Then sn= "DELISLE"
When abbrev('DELISLE-OLD' , snU,8) |,
abbrev('OLDDELISLE' , snU,6) |,
abbrev('DELISLEOLD' , snU,8) Then sn= "DELISLE OLD"
When abbrev('DELUC' , snU,4) |,
abbrev('LUC' , snU,2) |,
abbrev('DE-LUC' , snU,5) Then sn= "DE LUC"
When abbrev('DELYON' , snU,4) |,
abbrev('LYON' , snU,2) |,
abbrev('DE-LYON' , snU,5) Then sn= "DE LYON"
When abbrev('DEREVILLA' , snU,3) |,
abbrev('DEREVILA' , snU,3) |,
abbrev('REVILLA' , snU,3) |,
abbrev('DE-REVILLA' , snU,4) |,
abbrev('DE-REVILLA' , snU,5) Then sn= "DE REVILLAS"
When abbrev('DEVILLENEUVE' , snU,3) |,
abbrev('DE-VILLENEUVE' , snU,4) Then sn= "DE VILLENEUVE"
When abbrev('DURHAM' , snU,3) |,
abbrev('DERHAM' , snU,4) Then sn= "DERHAM"
When abbrev('OLDDURHAM' , snU,5) |,
abbrev('OLDDERHAM' , snU,6) |,
abbrev('DERHAM-OLD' , snU,4) |,
abbrev('DERHAMOLD' , snU,4) Then sn= "DERHAM OLD"
When abbrev('DE-SUEDE' , snU,4) |,
abbrev('DESUEDE' , snU,4) Then sn= "DE SUEDE"
When abbrev('DU-CREST' , snU,2) |,
abbrev('DUCREST' , snU,2) Then sn= "DU CREST"
When abbrev('EDENBURGH' , snU,2) |,
abbrev('EDINBURGH' , snU,2) Then sn= "EDINBURGH"
When abbrev('EVOLT' , snU,2) |,
abbrev('ELECTRONVOLT' , snU,2) Then sn= "ELECTRON VOLTS"
When abbrev('FARENHEIT' , snU) |, /* 39% misspelled.*/
abbrev('FARENHEIGHT' , snU) |, /* 15% misspelled.*/
abbrev('FARENHITE' , snU) |, /* 6% misspelled.*/
abbrev('FARENHIET' , snU) |, /* 3% misspelled.*/
abbrev('FARHENHEIT' , snU) |, /* 3% misspelled.*/
abbrev('FARINHEIGHT' , snU) |, /* 2% misspelled.*/
abbrev('FARENHIGHT' , snU) |, /* 2% misspelled.*/
abbrev('FAHRENHIET' , snU) |, /* 2% misspelled.*/
abbrev('FERENHEIGHT' , snU) |, /* 2% misspelled.*/
abbrev('FEHRENHEIT' , snU) |, /* 2% misspelled.*/
abbrev('FERENHEIT' , snU) |, /* 2% misspelled.*/
abbrev('FERINHEIGHT' , snU) |, /* 1% misspelled.*/
abbrev('FARIENHEIT' , snU) |, /* 1% misspelled.*/
abbrev('FARINHEIT' , snU) |, /* 1% misspelled.*/
abbrev('FARANHITE' , snU) |, /* 1% misspelled.*/
abbrev('FAHRENHEIT' , snU) Then sn= "FAHRENHEIT"
When abbrev('OLDFAHRENHEIT' , snU,4) |,
abbrev('FAHRENHEIT-OLD' , snU,13) |,
abbrev('FAHRENHEITOLD' , snU,13) Then sn= "FARHENHEIT OLD"
When abbrev('FLORENTINE-LARGE' , snU,12) |,
abbrev('LARGE-FLORENTINE' , snU,7) |,
abbrev('LARGEFLORENTINE' , snU,6) |,
abbrev('FLORENTINELARGE' , snU,12) Then sn= "FLORENTINE LARGE"
When abbrev('FLORENTINE-MAGNUM' , snU,2) |,
abbrev('MAGNUM-FLORENTINE' , snU,3) |,
abbrev('MAGNUMFLORENTINE' , snU,3) |,
abbrev('FLORENTINEMAGNUM' , snU,2) Then sn= "FLORENTINE MAGNUM"
When abbrev('FLORENTINE-SMALL' , snU,13) |,
abbrev('SMALL-FLORENTINE' , snU,7) |,
abbrev('SMALLFLORENTINE' , snU,6) |,
abbrev('FLORENTINESMALL' , snU,13) Then sn= "FLORENTINE SMALL"
When abbrev('FOULER' , snU,2) |,
abbrev('FOWLOR' , snU,2) |,
abbrev('FOWLER' , snU,2) Then sn= "FOWLER"
When abbrev('FRICK' , snU,2) Then sn= "FRICK"
When abbrev('GAS-MARK' , snU,2) |,
abbrev('GASMARK' , snU,2) Then sn= "GAS MARK"
When abbrev('GOUBERT' , snU,2) Then sn= "GOUBERT"
When abbrev('HAIL' , snU,3) |,
abbrev('HALE' , snU,3) Then sn= "HALES"
When abbrev('HANOW' , snU,3) Then sn= "HANOW"
When abbrev('HUCKSBEE' , snU,3) |,
abbrev('HAWKSBEE' , snU,3) |,
abbrev('HAUKSBEE' , snU,3) Then sn= "HAUKSBEE"
When abbrev('JACOBSHOLBORN' , snU,2) |,
abbrev('JACOBS-HOLBORN' , snU,2) Then sn= "JACOBS-HOLBORN"
When abbrev('KALVIN' , snU) |, /* 27% misspelled.*/
abbrev('KERLIN' , snU) |, /* 18% misspelled.*/
abbrev('KEVEN' , snU) |, /* 9% misspelled.*/
abbrev('KELVIN' , snU) Then sn= "KELVIN"
When abbrev('LAYDEN' , snU) |,
abbrev('LEIDEN' , snU) Then sn= "LEIDEN"
When abbrev('NEUTON' , snU) |, /*100% misspelled.*/
abbrev('NEWTON' , snU) Then sn= "NEWTON"
When abbrev('ORTEL' , snU) |,
abbrev('OERTEL' , snU) Then sn= "OERTEL"
When abbrev('PLACK' , snU) |, /*100% misspelled.*/
abbrev('PLANC' , snU) |, /* misspelled.*/
abbrev('PLANK' , snU) |, /* misspelled.*/
abbrev('PLANCK' , snU) Then sn= "PLANCK"
When abbrev('RANKINE' , snU, 1) Then sn= "RANKINE"
When abbrev('REAUMUR' , snU, 2) Then sn= "REAUMUR"
When abbrev('RICKTER' , snU, 3) |,
abbrev('RICHTER' , snU, 3) Then sn= "RICHTER"
When abbrev('RINALDINI' , snU, 3) Then sn= "RINALDINI"
When abbrev('ROEMER' , snU, 3) |,
abbrev('ROMER' , snU, 3) Then sn= "ROMER"
When abbrev('ROSANTHAL' , snU, 3) |,
abbrev('ROSENTHAL' , snU, 3) Then sn= "ROSENTHAL"
When abbrev('RSOL' , snU, 2) |,
abbrev('RSL' , snU, 2) |,
abbrev('ROYALSOCIETYOFLONDON' , snU, 3) |,
abbrev('ROYAL-SOCIETY-OF-LONDON' , snU, 3) Then sn= "ROYAL SOCIETY"
When abbrev('SAGREDO' , snU, 3) Then sn= "SAGREDO"
When abbrev('ST.-PATRICE' , snU, 3) |,
abbrev('ST.PATRICE' , snU, 3) |,
abbrev('SAINTPATRICE' , snU, 3) |,
abbrev('SAINT-PATRICE' , snU, 3) Then sn= "SAINT-PATRICE"
When abbrev('STUFFE' , snU, 3) |,
abbrev('STUFE' , snU, 3) Then sn= "STUFE"
When abbrev('SULTZER' , snU, 2) |,
abbrev('SULZER' , snU, 2) Then sn= "SULZER"
When abbrev('WEDGEWOOD' , snU) |,
abbrev('WEDGWOOD' , snU) Then sn= "WEDGWOOD"
Otherwise
sn='***' sn '***'
End /*Select*/
Return sn
convert2Fahrenheit: /*convert N --? ºF temperatures. */
/* [?] fifty-eight temperature scales.*/
Parse Arg n sn
Select
When sn=='ABSOLUTE' Then F= n * 9/5 - 459.67
When sn=='AMONTON' Then F= n * 8.37209 - 399.163
When sn=='BARNSDORF' Then F= n * 6.85714 + 6.85714
When sn=='BEAUMUIR' Then F= n * 2.22951 + 32
When sn=='BENART' Then F= n * 1.43391 + 31.2831
When sn=='BERGEN' Then F=(n + 23.8667) * 15/14
When sn=='BRISSEN' Then F= n * 32/15 + 32
When sn=='CELSIUS' Then F= n * 9/5 + 32 /* C -> Celsius.*/
When sn=='CIMENTO' Then F= n * 2.70677 - 4.54135
When sn=='CRUQUIUS' Then F= n * 0.409266 - 405.992
When sn=='DALENCE' Then F= n * 2.7 + 59
When sn=='DALTON' Then F=rxCalcexp(rxCalclog(373.15/273.15)*n/100)*9*273.15/5-459.67
--When sn=='DALTON' Then F=273.15*rxCalcexp(273.15/273.15,n/100)*1.8-459.67
When sn=='DANIELL' Then F= n * 7.27194 + 55.9994
When sn=='DE LA HIRE' Then F=(n - 3) / 0.549057
When sn=='DE LA VILLE' Then F=(n + 6.48011) / 0.985568
When sn=='DELISLE' Then F=212 - n * 6/5
When sn=='DELISLE OLD' Then F=212 - n * 1.58590197
When sn=='DE LUC' Then F=(n + 14) * 16/7
When sn=='DE LYON' Then F=(n + 17.5) * 64/35
When sn=='DE REVILLAS' Then F=212 - n * 97/80
When sn=='DERHAM' Then F= n / 0.38444386 - 188.578
When sn=='DERHAM OLD' Then F= n * 3 + 4.5
When sn=='DE SUEDE' Then F=(n + 17.6666) * 150/83
When sn=='DE VILLENEUVE' Then F=(n + 23.7037) / 0.740741
When sn=='DU CREST' Then F=(n + 37.9202) / 0.650656
When sn=='EDINBURGH' Then F= n * 4.6546 - 6.40048
When sn=='ELECTRON VOLTS' Then F= n * 20888.1 - 459.67
When sn=='FAHRENHEIT' Then F= n
When sn=='FAHRENHEIT OLD' Then F= n * 20/11 - 89.2727
When sn=='FLORENTINE LARGE' Then F=(n + 7.42857) / 0.857143
When sn=='FLORENTINE MAGNUM' Then F=(n + 73.9736 ) / 1.50659
When sn=='FLORENTINE SMALL' Then F=(n - 1.38571) / 0.378571
When sn=='FOWLER' Then F= n * 0.640321 + 53.7709
When sn=='FRICK' Then F= n * 200/251 + 58.5339
When sn=='GASMARK' Then F= n * 25 + 250
When sn=='GOUBERT' Then F= n * 2 + 32
When sn=='HALES' Then F= n * 1.2 + 32
When sn=='HANOW' Then F= n * 1.06668 - 10.6672
When sn=='HAUKSBEE' Then F= n * 18/25 + 88.16
When sn=='JACOBS-HOLBORN' Then F= n * 18/71 - 53.4366
When sn=='K' Then F= n * 9/5 - 459.67
When sn=='KELVIN' Then F= n * 9/5 - 459.67
When sn=='LEIDEN' Then F= n * 1.8 - 423.4
When sn=='NEWTON' Then F= n * 60/11 + 32
When sn=='OERTEL' Then F= n + n - 32
When sn=='PLANCK' Then F= n * 1.416833e32* 9/5 - 459.67
When sn=='RANKINE' Then F= n - 459.67 /* R -> Rankine.*/
When sn=='REAUMUR' Then F= n * 9/4 + 32
When sn=='RICHTER' Then F= n * 160/73 - 7.45205
When sn=='RINALDINI' Then F= n * 15 + 32
When sn=='ROMER' Then F=(n - 7.5) * 27/4+ 32
When sn=='ROSENTHAL' Then F= n * 45/86 - 453.581
When sn=='ROYAL SOCIETY' Then F=(n -122.82) * -50/69
When sn=='SAGREDO' Then F= n * 0.3798 - 5.98
When sn=='SAINT-PATRICE' Then F= n * 2.62123 + 115.879
When sn=='STUFE' Then F= n * 45 + 257
When sn=='SULZER' Then F= n * 1.14595 + 33.2334
When sn=='THERMOSTAT' Then F= n * 54 + 32
When sn=='WEDGWOOD' Then F= n * 44.7429295 + 516.2
Otherwise Call serr 'invalid temperature scale: '
End /*Select*/
Return F
convert2specific: /*convert ºF --? xxx temperatures.*/
K=(F+459.67)*5/9 /*compute temperature in kelvin scale. */
a=(1e||(-digits()%2)-digits()%20) /*minimum number for Dalton temperature*/
eV=(F+459.67)/20888.1 /*compute the number of electron volts.*/
If ?('ABSOLUTE') Then Call line fn(k) "Absolute"
If ?('AMONTON') Then Call line fn((F+399.163) / 8.37209 ) "Amonton"
If ?('BARNSDORF') Then Call line fn( ( F - 6.85715) / 6.85715 ) "Barnsdorf"
If ?('BEAUMUIR') Then Call line fn( ( F - 32 ) / 2.22951 ) "Beaumuir"
If ?('BENART') Then Call line fn( ( F - 31.2831 ) / 1.43391 ) "Benart"
If ?('BERGEN') Then Call line fn( ( F * 14/15 ) - 23.8667 ) "Bergen"
If ?('BRISSON') Then Call line fn( ( F - 32 ) * 15/32 ) "Brisson"
If ?('CELSIUS') Then Call line fn( ( F - 32 ) * 5/9 ) "Celsius"
If ?('CIMENTO') Then Call line fn( ( F + 4.54135) / 2.70677 ) "Cimento"
If ?('CRUQUIUS') Then Call line fn( ( F + 405.992 ) / 0.409266 ) "Cruquius"
If ?('DALENCE') Then Call line fn( ( F - 59 ) / 2.7 ) "Dalence"
If ?('DALTON') Then Do
If K>a Then Call line fn(100*rxCalclog(k/273.15)/rxCalclog(373.15/273.15) ) "Dalton"
Else Call line right("-infinity ", 60) "Dalton"
End
If ?('DANIELL') Then Call line fn( ( F - 55.9994 ) / 7.27194 ) "Daniell"
If ?('DE LA HIRE') Then Call line fn( F * 0.549057 + 3 ) "De la Hire"
If ?('DE LA VILLE') Then Call line fn( F * 0.985568 - 6.48011 ) "De la Ville"
If ?('DELISLE') Then Call line fn( ( 212 - F ) * 5/6 ) "Delisle"
If ?('DELISLE OLD') Then Call line fn( ( 212 - F ) / 1.58590197 ) "Delisle OLD"
If ?('DE LUC') Then Call line fn( F * 7/16 - 14 ) "De Luc"
If ?('DE LYON') Then Call line fn( F * 35/64 - 17.5 ) "De Lyon"
If ?('DE REVILLAS') Then Call line fn( ( 212 - F ) * 80/97 ) "De Revillas"
If ?('DERHAM') Then Call line fn( F * 0.38444386 + 72.4978 ) "Derham"
If ?('DERHAM OLD') Then Call line fn( ( F - 4.5 ) / 3 ) "Derham OLD"
If ?('DE VILLENEUVE') Then Call line fn( F * 0.740741 - 23.7037 ) "De Villeneuve"
If ?('DE SUEDE') Then Call line fn( F * 83/150 - 17.6666 ) "De Suede"
If ?('DU CREST') Then Call line fn( F * 0.650656 - 37.9202 ) "Du Crest"
If ?('EDINBURGH') Then Call line fn( ( F + 6.40048) / 4.6546 ) "Edinburgh"
If ?('ELECTRON VOLTS') Then Call line fn( eV ) "electron volt"s(eV)
If ?('FAHRENHEIT') Then Call line fn( F ) "Fahrenheit"
If ?('FAHRENHEIT OLD') Then Call line fn( F * 20/11 - 89.2727 ) "Fahrenheit OLD"
If ?('FLORENTINE LARGE') Then Call line fn( F * 0.857143 - 7.42857 ) "Florentine large"
If ?('FLORENTINE MAGNUM') Then Call line fn( F * 1.50659 - 73.9736 ) "Florentine Magnum"
If ?('FLORENTINE SMALL') Then Call line fn( F * 0.378571 + 1.38571 ) "Florentine small"
If ?('FOWLER') Then Call line fn( ( F - 53.7709 ) / 0.640321 ) "Fowler"
If ?('FRICK') Then Call line fn( ( F - 58.5338 ) * 251/200 ) "Frick"
If ?('GAS MARK') Then Call line fn( ( F - 250 ) * 0.04 ) "gas mark"
If ?('GOUBERT') Then Call line fn( ( F + 32 ) * 0.5 ) "Goubert"
If ?('HALES') Then Call line fn( ( F - 32 ) / 1.2 ) "Hales"
If ?('HANOW') Then Call line fn( ( F + 10.6672 ) / 1.06668 ) "Hanow"
If ?('HAUKSBEE') Then Call line fn( ( F - 88.16 ) * 25/18 ) "Hauksbee"
If ?('JACOBS-HOLBORN') Then Call line fn( ( F + 53.4366 ) * 71/18 ) "Jacobs-Holborn"
If ?('KELVIN') Then Call line fn( k ) 'KELVIN'
If ?('LEIDEN') Then Call line fn( F / 1.8 + 235.222 ) "Leiden"
If ?('NEWTON') Then Call line fn( ( F - 32 ) * 11/60 ) "Newton"
If ?('OERTEL') Then Call line fn( ( F + 32 ) * 0.5 ) "Oertel"
If ?('PLANCK') Then Call line fn( ( F + 459.67 ) * 5/9 / 1.416833e32 ) "Planck"
If ?('RANKINE') Then Call line fn( F + 459.67 ) "Rankine"
If ?('REAUMUR') Then Call line fn( ( F - 32 ) * 4/9 ) "Reaumur"
If ?('RICHTER') Then Call line fn( ( F + 7.45205) * 73/160 ) "Richter"
If ?('RINALDINI') Then Call line fn( ( F - 32 ) / 15 ) "Rinaldini"
If ?('ROMER') Then Call line fn( ( F - 32 ) * 4/27 + 7.5 ) "Romer"
If ?('ROSENTHAL') Then Call line fn( ( F + 453.581 ) * 86/45 ) "Rosenthal"
If ?('ROYAL SOCIETY') Then Call line fn( F * -69/50 + 122.82 ) "Royal Society of London"
If ?('SAGREDO') Then Call line fn( ( F + 5.98 ) / 0.3798 ) "Segredo"
If ?('SAINT-PATRICE') Then Call line fn( ( F - 115.879 ) / 2.62123 ) "Saint-Patrice"
If ?('STUFE') Then Call line fn( ( F - 257 ) / 45 ) "Stufe"
If ?('SULZER') Then Call line fn( ( F - 33.2334 ) / 1.14595 ) "Sulzer"
If ?('THERMOSTAT') Then Call line fn( ( F - 32 ) / 54 ) "Thermostat"
If ?('WEDGWOOD') Then Call line fn( ( F - 516.2 ) / 44.7429295 ) "Wedgwood"
Return
line:
If how='FUNCTION' & all=0 Then
Exit space(arg(1))
Else
Say arg(1)
Return
?:
Return (arg(1)=toscale | all)
fn: Procedure Expose how result
showDig=8 /* only show 8 decimal digs. */
number=commas(format(arg(1),,showDig)/1) /* format# 8 digits past . and add commas */
p=pos('.',number) /* find position of the decimal point. */
/* [?] align integers with FP numbers. */
If p==0 Then /* no decimal point .*/
number=number||left('',5+showDig+1)
Else /* ddd.ddd */
number=number||left('',5+showDig-length(number)+p)
Return right(number,max(25,length(number)))/* return the re-formatted argument (#).*/
commas: Procedure
Parse Arg u
a=pos('.',u'.')
e=1
If left(u,1)='-' Then e=2
Do j=a-4 To e by -3
u=insert(',',u,j)
End
Return u
s:
If arg(1)==1 Then Return arg(3)
Return word(arg(2)'s',1) /*pluralizer.*/
serr:
If how='FUNCTION' Then
Exit arg(1)
Else
Say arg(1)
Exit 13
help:
Say 'use as command:'
Say 'rexx tcw fromtemp [fromscale] [TO toscale | all],...'
Say 'or as function'
Say 'tcw(fromtemp [fromscale] [TO toscale])'
Exit
::Requires rxmath library
</syntaxhighlight>
{{out}}
<pre>
K:\_B\TC>rexx tcwoo 0 C to fa
0 C to fa
0 CELSIUS TO FAHRENHEIT
32 Fahrenheit
K:\_B\TC>rexx tcwoo 0 f
0 f
0 FAHRENHEIT TO all
255.372222 Absolute
47.67782 Amonton
-1 Barnsdorf
-14.3529296 Beaumuir
-21.8166412 Benart
-23.8667 Bergen
-15 Brisson
-17.7777778 Celsius
1.67777462 Cimento
992.000313 Cruquius
-21.8518519 Dalence
-21.5729747 Dalton
-7.70075111 Daniell
3 De la Hire
-6.48011 De la Ville
176.666667 Delisle
133.677872 Delisle OLD
-14 De Luc
-17.5 De Lyon
174.845361 De Revillas
72.4978 Derham
-1.5 Derham OLD
-23.7037 De Villeneuve
-17.6666 De Suede
-37.9202 Du Crest
1.37508701 Edinburgh
0.02200631 electron volts
0 Fahrenheit
-89.2727 Fahrenheit OLD
-7.42857 Florentine large
-73.9736 Florentine Magnum
1.38571 Florentine small
-83.9749126 Fowler
-73.459919 Frick
-10 gas mark
16 Goubert
-26.6666667 Hales
10.000375 Hanow
-122.444444 Hauksbee
210.7777 Jacobs-Holborn
255.372222 KELVIN
235.222 Leiden
-5.86666667 Newton
16 Oertel
1.80241582E-30 Planck
459.67 Rankine
-14.2222222 Reaumur
3.39999781 Richter
-2.13333333 Rinaldini
2.75925926 Romer
866.843689 Rosenthal
122.82 Royal Society of London
15.745129 Segredo
-44.2078719 Saint-Patrice
-5.71111111 Stufe
-29.0007417 Sulzer
-0.59259259 Thermostat
-11.5370184 Wedgwood
</pre>
Line 3,549 ⟶ 4,164:
100 -173.15 -279.67 180
</pre>
=={{header|Prolog}}==
{{works with|GNU Prolog}}
{{works with|SWI Prolog}}
<syntaxhighlight lang="prolog">convKelvin(Temp) :-
Kelvin is Temp,
Celsius is Temp - 273.15,
Fahrenheit is (Temp - 273.15) * 1.8 + 32.0,
Rankine is (Temp - 273.15) * 1.8 + 32.0 + 459.67,
format('~f degrees Kelvin~n', [Kelvin]),
format('~f degrees Celsius~n', [Celsius]),
format('~f degrees Fahrenheit~n', [Fahrenheit]),
format('~f degrees Rankine~n', [Rankine]).
test :-
convKelvin(0.0),
nl,
convKelvin(21.0).</syntaxhighlight>
=={{header|Pure Data}}==
Line 3,886 ⟶ 4,519:
if \all then do /*is there is a TO ααα scale? */
call name ! /*process the TO abbreviation. */
!=
end /*!: now contains temperature full name*/
call name u /*allow alternate scale (miss)spellings*/
Line 4,487 ⟶ 5,120:
=={{header|UNIX Shell}}==
==={{header|
<syntaxhighlight lang="ksh">#!/bin/ksh
# Temperature conversion
for
do
echo "Kelvin: $t K"
echo "Celsius: $((t-273.15)) C"
Line 4,653 ⟶ 5,284:
=={{header|Wren}}==
{{libheader|Wren-fmt}}
<syntaxhighlight lang="
var tempConv = Fn.new { |k|
| |||