Crestron simpl plus language ref 사용자 설명서
Software Crestron
SIMPL+
®
56
z SIMPL+
®
Language Reference Guide - DOC. 5797G
LONG_INTEGER
Name:
LONG_INTEGER
Syntax:
LONG_INTEGER <var1>[,<var2>...];
LONG_INTEGER <var1>[size] [,<var2>[size]…];
LONG_INTEGER <var1>[rows1][columns1]
[,<var2>[rows2][columns2]…];
Description:
The first form declares a long value that is local to this SIMPL+ program.
LONG_INTEGER values are 32-bit quantities ranging from 0-4294967296.
LONG_INTEGER values are 32-bit quantities ranging from 0-4294967296.
The second form declares a one-dimensional array of LONG_INTEGER values.
The third form declares a two-dimensional array of LONG_INTEGER values. A
two-dimensional array can be thought of as a table or matrix.
two-dimensional array can be thought of as a table or matrix.
The values for SIZE, ROWS, and COLUMNS may be up to 65535.
A LONG_INTEGER array element may be used anywhere a LONG_INTEGER is
legal. Array elements are referenced by using the name followed by [element] for
one-dimensional arrays or [element1][element2] for two-dimensional arrays. The
element number may range from 0 to the element size. For example, if an array is
declared as NUM[2], then legal elements are NUM[0], NUM[1], and NUM[2]. The
bracket notation is often called an array subscript.
legal. Array elements are referenced by using the name followed by [element] for
one-dimensional arrays or [element1][element2] for two-dimensional arrays. The
element number may range from 0 to the element size. For example, if an array is
declared as NUM[2], then legal elements are NUM[0], NUM[1], and NUM[2]. The
bracket notation is often called an array subscript.
NOTE: (2-Series) LONG_INTEGERs can be volatile or non-volatile. The default is
defined using the compiler directives #DEFAULT_NONVOLATILE or
#DEFAULT_VOLATILE or overridden using the nonvolatile or volatile keywords.
defined using the compiler directives #DEFAULT_NONVOLATILE or
#DEFAULT_VOLATILE or overridden using the nonvolatile or volatile keywords.