Intel® Fortran Compiler Classic and Intel® Fortran Compiler Developer Guide and Reference
A newer version of this document is available. Customers should click here to go to the newest version.
Statements Affecting Variables
The following table lists statements that affect variables.
Name  |  
       Description  |  
      
|---|---|
Declares a variable on the stack, rather than at a static memory location.  |  
      |
Specifies variables as the BYTE data type; BYTE is equivalent to INTEGER(1).  |  
      |
Specifies variables as the CHARACTER data type.  |  
      |
Specifies that an entity is a coarray and specifies its corank and cobounds, if any.  |  
      |
Specifies variables as the COMPLEX data type.  |  
      |
Assigns initial values to variables.  |  
      |
Specifies that an entity is an array and specifies its rank and bounds.  |  
      |
Specifies variables as the DOUBLE COMPLEX data type, equivalent to COMPLEX(8).  |  
      |
Specifies variables as the DOUBLE-PRECISION real data type, equivalent to REAL(8).  |  
      |
Specifies that two or more variables or arrays share the same memory location.  |  
      |
Specifies the default types for variables and functions.  |  
      |
Specifies variables as the INTEGER data type.  |  
      |
Specifies variables as the LOGICAL data type.  |  
      |
Within a UNION statement, delimits a group of variable type declarations that are to be ordered contiguously within memory.  |  
      |
Declares a group name for a set of variables to be read or written in a single statement.  |  
      |
Equates a constant expression with a name.  |  
      |
Specifies limitations on the use of module entities.  |  
      |
Specifies variables as the REAL data type.  |  
      |
Declares one or more variables of a user-defined structure type.  |  
      |
Causes variables to retain their values between invocations of the procedure in which they are defined.  |  
      |
Declares a variable is in a static memory location, rather than on the stack.  |  
      |
Defines a new variable type, composed of a collection of other variable types.  |  
      |
Defines a new variable type, composed of a collection of other variable types.  |  
      |
Within a structure, causes two or more maps to occupy the same memory locations.  |  
      |
Specifies that the value of an object is totally unpredictable based on information available to the current program unit.  |