CWRD function

Purpose | Convert a value to specific variable type.
Syntax | bytevar? = CBYT(numeric_expression) currencyvar@ = CCUR(numeric_expression) currencyextvar@@ = CCUX(numeric_expression) doublevar# = CDBL(numeric_expression) doublewordvar??? = CDWD(numeric_expression) extendedvar## = CEXT(numeric_expression) integervar% = CINT(numeric_expression) longintvar& = CLNG(numeric_expression) quadintvar&& = CQUD(numeric_expression) singlevar! = CSNG(numeric_expression) wordvar?? = CWRD(numeric_expression)
Remarks | Each of these functions converts a numeric expression to a particular variable type. In each case, numeric_expression must be within the legal range for the result type. The numeric_expression will be rounded if necessary.
Function | Result type
CBYT | Byte
CCUR | Currency
CCUX | Extended-currency
CDBL | Double-precision floating-point
CDWD | Double-word
CEXT | Extended-precision floating-point
CINT | Integer
CLNG | Long-integer
CQUD | Quad-integer
CSNG | Single-precision floating-point
CWRD | Word
These conversion functions are rarely needed as PowerBASIC automatically performs any necessary conversions when executing an assignment statement or passing parameters. For example: e% = f# is equivalent to: e% = CINT(f#) In the case of the functions that convert to integral class values, the fractional part of the number is rounded. If the fractional part is exactly .5 then it rounds to the nearest even integral value. For example, CINT(1.5) returns 2, CINT(.5) returns 0, and CLNG(-0.6) returns -1.
Restrictions | CSNG limit string display to 7 significant digits.
See also | CEIL, CVI and associated functions, FIX, INT, MKI$ and associated functions
Example | ' Calculate CINT for a series of values FOR I! = 2.4! TO 2.65! STEP 0.05! x$ = FORMAT$(I!, "0.00") + " is" + STR$(CINT(I!)) NEXT I!
Result | 2.40 is 2 2.45 is 2 2.50 is 2 2.55 is 3 2.60 is 3 2.65 is 3