Difference between revisions of "CountIf Command"

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:* <code>CountIf[x < 3, A1:A10]</code>, where ''A1:A10'' is a range of cells in the spreadsheet, counts all cells whose values are less than 3.}}
 
:* <code>CountIf[x < 3, A1:A10]</code>, where ''A1:A10'' is a range of cells in the spreadsheet, counts all cells whose values are less than 3.}}
 
{{note|1=For list of numbers arbitrary condition may be used. For list of other objects one can use only conditions of the form <code>x==constant</code> or <code>x!=constant</code>.}}
 
{{note|1=For list of numbers arbitrary condition may be used. For list of other objects one can use only conditions of the form <code>x==constant</code> or <code>x!=constant</code>.}}
1=; CountIf[ <Condition>, <Variable>, <List> ]
+
; CountIf[ <Condition>, <Variable>, <List> ]
 
: This allows a more flexible syntax, eg for Points P, Q, R <code>CountIf[x(A) < 3, A, {P, Q, R}]</code> will count only the points whose x-coordinate is less than 3. The Variable A is replaced in turn with P then Q then R for the check.
 
: This allows a more flexible syntax, eg for Points P, Q, R <code>CountIf[x(A) < 3, A, {P, Q, R}]</code> will count only the points whose x-coordinate is less than 3. The Variable A is replaced in turn with P then Q then R for the check.

Revision as of 22:49, 5 January 2013


CountIf[ <Condition>, <List> ]
Counts the number of elements in the list satisfying the condition.
Example:
  • CountIf[x < 3, {1, 2, 3, 4, 5}] gives you the number 2.
  • CountIf[x < 3, A1:A10], where A1:A10 is a range of cells in the spreadsheet, counts all cells whose values are less than 3.
Note: For list of numbers arbitrary condition may be used. For list of other objects one can use only conditions of the form x==constant or x!=constant.
CountIf[ <Condition>, <Variable>, <List> ]
This allows a more flexible syntax, eg for Points P, Q, R CountIf[x(A) < 3, A, {P, Q, R}] will count only the points whose x-coordinate is less than 3. The Variable A is replaced in turn with P then Q then R for the check.
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