Units - Revision history

Joseph: /* See Also */

2024-10-01T14:46:16Z

2024-01-05T21:47:31Z

2024-01-05T21:46:40Z

2021-11-26T15:38:40Z

2021-09-24T10:32:54Z

2021-09-24T10:19:42Z

2021-09-24T09:54:32Z

Array Unit Normalization

2020-02-02T03:12:38Z

Switching Units On and Off

2020-02-02T03:11:36Z

Switching Units On and Off

2020-02-02T03:11:14Z

← Older revision		Revision as of 14:46, 1 October 2024
Line 1,189:		Line 1,189:
	((1..100)<>m)<^>2		((1..100)<>m)<^>2

		+
		+
		+	==Activating Units in Z==
		+
		+	ZGlobalUnits(true)
		+
		+	Enables Units for normal operators throughout document or calculation space. + will automatically be units sensitive from that point on.
		+
		+	ZGlobalUnitsInCalci(true)
		+
		+	Enables Units for normal operators throughout all calci calculation spaces. + will automatically be units sensitive from that point on within Calcis.

	==See Also==		==See Also==

← Older revision		Revision as of 21:47, 5 January 2024
Line 1:		Line 1:
		+	*[[ Z3 \| << Z3 Home ]]
		+	*[[ Z%5E3_Language_Documentation \| Z3 Language Documentation]]
		+	*[[ Z%5E3_Array_Manipulation_Member_Functions \| Listing of Z3 Array Manipulation Member Functions]]
		+
	==How to specify units==		==How to specify units==

← Older revision		Revision as of 21:46, 5 January 2024
Line 1,184:		Line 1,184:

	((1..100)<>m)<^>2		((1..100)<>m)<^>2
		+
		+
		+	==See Also==
		+
		+	*[[ Z3 \| << Z3 Home ]]
		+	*[[ Z%5E3_Language_Documentation \| Z3 Language Documentation]]
		+	*[[ Z%5E3_Array_Manipulation_Member_Functions \| Listing of Z3 Array Manipulation Member Functions]]
		+	*[[ Z%5E3_Map_Reduce \| Map Reduce]]

@@ Line 1,123: / Line 1,123: @@
 Å<>m
-	(1..100)<>AU<>m
+	(1..100)<>AUNIT<>m
 degree<>arcminute

@@ Line 1,042: / Line 1,042: @@
 	(((1..100)<>m)<^>2)<>km2 // why chinese headers here?
-	(1..100)m<>cm
+	(1..100)<>m<>cm
 	F=%G<*>100kg<*>10g</>((100km)<^>2);

@@ Line 917: / Line 917: @@
 	(1..100)<>l<>ul
 Pa<>atm
 	E:=(m<>kg)<*>(SPEEDOFLIGHT()<^>2);
@@ Line 923: / Line 926: @@
 	ConvertToUnitOfNature(b,"energy")
+  Output: 179751035747363.53kg.m2.s-2 for command b=E(2g);
 	CONSTANT("G")
@@ Line 937: / Line 942: @@
 	GF:=%G*m1*m2/r^2;
 	GF(1,2,300)
 	v:=u+%g*t; // this uses %g as default g value
 	v(1,2)
 	PRINTCONVERSIONS()
-−
-       CONVERT()
+      CONVERT()
 	A¹=34;
@@ Line 954: / Line 962: @@
 	a=%gravit;
 	b=30<*>a
 	a=%gravit;
 	b=(1..10)<*>a
 	E:=m<>kg<*>%c<^>2;

@@ Line 482: / Line 482: @@
 gal<>l
-.786235392 l.
+.7854117840000003l
 A liter is converted to oz. below:
@@ Line 488: / Line 488: @@
 <>l<>oz
-.806667242732274 oz.
+.814022701842994oz
 Shown below are conversions to micro liters.
@@ Line 498: / Line 498: @@
 ! Numeric !! Units !! UNITSOF
 |-
-| 1l || ul || 999999.9999999999ul
+| 1l || ul || 1000000ul
 |-
-| 2l || ul || 1999999.9999999998ul
+| 2l || ul || 2000000ul
 |-
-| 3l || ul || 2999999.9999999995ul
+| 3l || ul || 3000000ul
 |-
-| 4l || ul || 3999999.9999999995ul
+| 4l || ul || 4000000ul
 |-
-| 5l || ul || 4999999.999999999ul
+| 5l || ul || 5000000ul
 |-
-| 6l || ul || 5999999.999999999ul
+| 6l || ul || 6000000ul
 |-
-| 7l || ul || 6999999.999999999ul
+| 7l || ul || 7000000ul
 |-
-| 8l || ul || 7999999.999999999ul
+| 8l || ul || 8000000ul
 |-
-| 9l || ul || 8999999.999999998ul
+| 9l || ul || 9000000ul
 |-
-| 10l || ul || 9999999.999999998ul
+| 10l || ul || 10000000ul
 |}

@@ Line 894: / Line 894: @@
 is found.
 <pre>
 units.on;
@@ Line 901: / Line 902: @@
 [e(3kg),f(3kg)]
 </pre>
 ==MORE==

@@ Line 879: / Line 879: @@
 | planck temperature || 1.41683385e32 K
 |}
 ==MORE==
 /* THESE ARE BEING DOCUMENTED NOW */