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1 1 {! [jfortran 1473] } {! %Y } {! NOTE } {! h.*i } {! [jfortran 1460] (by ) } {! ( ) } {! } abc (abstract interface) set of procedure characteristics with dummy argument names (12.4.1) (abstract interface block) interface block with the ABSTRACT keyword; collection of interface bodies that specify named abstract interfaces (abstract type) (4.5.6) ABSTRACT (actual argument) ( ) (allocatable) having the ALLOCATABLE attribute (5.3.3) (argument association) ( ) (argument keyword) word that identifies the corresponding dummy argument in an actual argument list (array) (2.4.5) 1 FORTRAN 77 {!F2003: array-valued } (array element) ( ) (array pointer) ( ) (array section) ( ) ASCII (ASCII character) character whose representation method corresponds to ISO/IEC 646:1991 (International Reference Version) (associate name) (8.1.4{!F2003: ISO }) SELECT TYPE ASSOCIATE

2 (associating entity) (in a dynamically-established association) the entity that did not exist prior to the establishment of the association (16.5.5) (association) (16.4) (assumed-shape array) ( ) (assumed-size array) ( ) (assumed type parameter) length type parameter that assumes the type parameter value from another entity. NOTE 1.8 The other entity is the selector for an associate name, the constant-expr for a named constant of type character, or the effective argument for a dummy argument (atomic subroutine) intrinsic subroutine that performs an action on its ATOM argument atomically (attribute) (5) (R501) (automatic data object) (5.1) (base object) (data-ref ) object designated by the leftmost part-name (6.4.2) (binding) type-bound procedure or final subroutine (4.5.5) (binding label) ( ) {!F2003: label } (statement label) label label (binding name) name given to a specific or generic type-bound procedure in the type definition (4.5.5) (blank common) unnamed common block (block) (8.1) (block data program unit) (11.3) (bound array bound) limit of a dimension of an array (branch target statement) action-stmt, associate-stmt, end-associate-stmt, if-then-stmt, end-if-stmt, select-case-stmt, end-select-stmt, select-type-stmt, end-select-type-stmt, do-stmt, end-do-stmt, blockstmt, end-block-stmt, critical-stmt, end-critical-stmt, a forall-construct-stmt, do-term-action-stmt, do-term-sharedstmt, or where-construct-stmt whose statement label appears as a label in a GO TO statement, computed GO TO statement, arithmetic IF statement, alt-return-spec, END= specifier, EOR= specifier, or ERR= specifier (8.2.1).

3 C (C address) value identifying the location of a data object or procedure either defined by the companion processor or which. NOTE 1.1 This is the concept that ISO/IEC 9899:1999 calls the address (character context) within a character literal constant (4.4.3) or within a character string edit descriptor (10.3.2) (characteristics) (12.2) (1) BIND (2) OPTIONAL (3) VALUE ASYNCHRONOUS VOLATILE (4) (5) (character sequence type) sequence type with no type parameters, no allocatable or pointer components, and whose components are all default character or of another character sequence type (character storage unit) ( ) (coarray) data entity that has nonzero corank (2.4.7) (cobound) bound (limit) of a codimension (codimension) dimension of the pattern formed by a set of corresponding coarrays (coindexed object) data object whose designator includes an image-selector (R624, 6.6) (collating sequence) ( ) (common block) (5.5.2) (companion processor) (2.5.10) Fortran C (complex part designator) designator that designates the real or imaginary part of a complex data object, independently of the other part (6.4.4) (component) (4.5)

4 (component keyword) word that identifies a component in a structure constructor (component order) ( ) (conformable) (2.4.5) (connected) (9.4.3) (1) (2) (constant) ( ) {!F2003: constant expression } {! F2003 } (constant expression) expression satisfying the requirements specified in , thus ensuring that its value is constant (construct association) ( ) ASSOCIATE SELECT TYPE (construct entity) (16) (contiguous) (array) having array elements in order that are not separated by other data objects, as specified in (corank) number of codimensions of a coarray (zero for objects that are not coarrays) (cosubscript) (R625) scalar integer expression in an image-selector (R624) (data entity) (2.4.3) (data object) ( ) (data object reference) appearance of a data object designator (6.1) in a context requiring its value at that point during execution (data pointer) data entity with the POINTER attribute (5.3.14) (data type) (4) (decimal symbol) ( ) (declaration) specification of attributes for various program entities. NOTE 1.2 Often this involves specifying the type of a named data object or specifying the shape of a named array object (declared type) ( )

5 (default-initialized) ( ) (default initialization) ( ) (deferred-shape array) allocatable array or array pointer, declared with a deferredshape-spec-list ( ) (deferred type parameter) (4.2) {!F2003: 4.3 } (definable) (2.5.5) C I C(I) (defined) (2.5.5) (defined assignment) assignment defined by a procedure ( , ) (defined input/output) input/output defined by a procedure and accessed via a defined-io-generic-spec (R1208, ) (defined operation) ( ) (definition) (data object) process by which the data object becomes defined (16.6.5) (derived type) ( ) {!F2003: } (descendant) (module or submodule) submodule that extends that module or submodule or that extends another descendant thereof (designator) (2.5.1) 0 {!F2003: F90 F95 } (direct component) {! F95 } one of the components, or one of the direct components of a nonpointer nonallocatable component (4.5.1). {!F2003: direct component subcomponent } (disassociated) (2.4.6) NULLIFY DEALLOCATE (dummy argument) ( ) {!F2003: dummy pointer } (dummy data object) ( ) (dummy function) dummy procedure that is a function (dummy procedure) ( )

6 (dynamic type) ( ) (effective argument) entity that is argument-associated with a dummy argument ( ) (effective item) (9.5.2) (elemental) ( ) NOTE 1.4 Combination of scalar and array operands or arguments combine the scalar operand(s) with each element of the array operand(s) (elemental assignment) assignment that operates elementally (elemental operation) operation that operates elementally (elemental operator) operator in an elemental operation (elemental procedure) elemental intrinsic procedure or procedure defined by an elemental subprogram (elemental reference) reference to an elemental procedure with at least one array actual argument (elemental subprogram) subprogram with the ELEMENTAL prefix END (END statement) end-block-data-stmt, end-function-stmt, end-module-stmt, end-mpsubprogram-stmt, end-program-stmt, end-submodule-stmt, or end-subroutine-stmt (executable statement) (2.3.1) {!F2003: present } (explicit-shape array) ( ) (explicit initialization) (5.1) DATA DATA (explicit interface) (12.3.1) (extended type) (4.5.6) EXTENDS (extensible type) (4.5.6) EXTENDS BIND (extension type) (4.5.6) (extent) (2.4.5) (external file) (9.2) (external procedure) ( ) Fortran

7 (external subprogram) (2.2) FORTRAN (external unit) (9.4) (file storage unit) (9.2.4) (finalizable) (4.5.5) (finalization) ( ) {!F2003: destroy } (final subroutine) (4.5.5) (function) (2.2.3) (function reference) appearance of the procedure designator for a function, or operator symbol in a context requiring execution of the function during expression evaluation (12.5.3) (generic identifier) ( ) INTERFACE GENERIC (generic interface) ( ) {!F2003: 4.5.1, } (generic interface block) ( ) (host) (2.2) {! ( host)} (host association) ( ) (host instance) (internal procedure, or dummy procedure or procedure pointer associated with an internal procedure) instance of the host procedure that supplies the host environment of the internal procedure ( ) (host scoping unit) (2.2) IEEE (IEEE infinity) IEC 60559:1989 conformant infinite floating-point value IEEE (IEEE NaN) IEC 60559:1989 conformant floating-point datum that does not represent a number (image) instance of a Fortran program (2.3.4) (image control statement) statement that affects the execution ordering between images (8.5) (image index) integer value identifying an image (implicit interface) (12.3.1) (inclusive scope) nonblock scoping unit plus every block scoping unit whose host is that scoping unit or that is nested within such a block scoping unit.

8 8 NOTE 1.5 That is, inclusive scope is the scope as if BLOCK constructs were not scoping units (inherit) ( {!F2003: ISO 4.5.6}) (inheritance association) ( ) (inquiry function) (13.1) (interface) (procedure) name, procedure characteristics, dummy argument names, binding label, and generic identifiers (12.4.1) (interface) (12.3) {!F95: F90, F95, F2003 } (interface block) ( ) INTERFACE END INTERFACE (internal file) (9.3) (internal procedure) ( ) (internal subprogram) (2.2) (internal unit) input/output unit that is connected to an internal file (9.5.4) (interoperable) (15.2) Fortran C (intrinsic) (2.5.7) {!F2003: F95 assignment statement } (intrinsic type) type defined by this part of ISO/IEC 1539 that is always accessible (4.4) ISO (ISO character) character whose representation method corresponds to UCS-4 in ISO/IEC (keyword) (2.5.2) (kind type parameter) ( ) {!F2003: } {!F95: } KIND

9 (length type parameter) type parameter whose value is permitted to be assumed, deferred, or given by a specification expression. (character length) (lexical token) (3.2) (line) (3.3) Fortran INCLUDE (linkage association) ( ) Fortran C (literal constant) ( ) FORTRAN (local variable) ( ) (lock variable) scalar variable of type LOCK TYPE ( ) from the intrinsic module ISO FORTRAN ENV (main program) ( ) Fortran Fortran (masked array assignment) assignment statement in a WHERE statement or WHERE construct (7.2.3) (module) ( ) (module procedure) ( ) (module reference) appearance of a module name in a USE statement (11.2.2) (module subprogram) (2.2) (name) (3.2.1) 62 FORTRAN 77 (symbolic name) (name association) (16.4.1) (named constant) ( ) FORTRAN 77 (symbolic name of a constant) (NaN) (14.7) IEEE Not-a-Number (nonexecutable statement) (2.3.1) (nonstandard intrinsic) (procedure or module) provided by a processor but not defined in this part of ISO/IEC (numeric sequence type) sequence type with no type parameters, no allocatable or pointer components, and whose components are all default complex, default integer, default logical, default real, double precision real, or of another numeric sequence type (numeric storage unit) ( ) (numeric type) (4.4)

10 (object) ( ) (object designator) (2.5.1) NOTE 1.3 An object name is a special case of an object designator (operand) (2.5.8) (operator) (2.5.8) (parent component) ( ) (parent type) (4.5.6) (passed-object dummy argument) ( ) {!F2003: } (pointer) (2.4.6) POINTER {!F2003: } (pointer assignment) (7.4.2) (pointer association) (16.4.2) (polymorphic) ( ) CLASS (preconnected) (9.4.4) OPEN (procedure) ( ) ENTRY (procedure designator) (2.5.1) (procedure pointer) procedure with the EXTERNAL and POINTER attributes (5.3.9, ) (procedure reference) appearance of a procedure designator, operator symbol, or assignment symbol in a context requiring execution of the procedure at that point during execution; or occurrence of defined input/output (10.7.6) or derived-type finalization ( ) (processor) (1.2) (processor dependent) (1.5) (program) (2.2.1) (program unit) (2.2) INCLUDE

11 (pure procedure) (12.6) (13.1) (rank) ( ) (record) (9.1) (record file) file composed of a sequence of records (9.1) (reference) (2.5.6) USE (result variable) ( ) (saved) having the SAVE attribute (5.3.16) (scalar) (2.4.4) (1) (2) (scoping unit) (2.2) (1) (2) (3) (sequence) set of elements ordered by a one-to-one correspondence with the numbers 1, 2, to n (sequence structure) scalar data object of a sequence type ( ) (sequence type) derived type with the SEQUENCE attribute ( ) (shape) (2.4.5) 1 NOTE 1.6 Thus the shape of a scalar data entity is an array with rank one and size zero (simply contiguous) (array designator or variable) satisfying the conditions specified in NOTE 1.7 These conditions are simple ones which make it clear that the designator or variable designates a contiguous array (size) (2.4.5) (specification expression) (7.1.6) (specific interface) interface identified by a nongeneric name (specific interface block) interface block with no generic-spec or ABSTRACT keyword; collection of interface bodies that specify the interfaces of procedures (specific name) name that is not a generic name (standard-conforming program) (1.5) (standard intrinsic) (procedure or module) defined in this part of ISO/IEC 1539 (13).

12 (statement) (3.3) (statement entity) (16) (statement keyword) word that is part of the syntax of a statement (2.5.2) (statement label) (3.2.4) 5 {!F2003: label } label (binding label) (storage association) (16.4.3) (storage sequence) ( ) (storage unit) ( ) (stream file) file composed of a sequence of file storage units (9.1) (structure) ( ) (structure component) (6.1.2) {!F2003: 2 } (structure constructor) (4.5.9) (subcomponent) (6.1.2) (submodule) program unit that extends a module or another submodule (11.2.3) (subobject) ( ) {!F2003: subobject designator object designator } (subprogram) (2.2) FORTRAN (subroutine) (2.2.3) CALL (target) ( ) TARGET (transformational function) (13.1) (type) (2.4.1) (type-bound procedure) (4.5.4)

13 (type compatible) ( ) (type parameter) (2.4.1{!F2003: ISO }) (KIND) (LEN) (type parameter inquiry) syntax (type-param-inquiry) that is used to inquire the value of a type parameter of a data object (6.4.5) (type parameter keyword) word that identifies a type parameter in a type parameter list (type parameter order) ( ) {!F2003: type parameter value } (ultimate argument) nondummy entity with which a dummy argument is associated via a chain of argument associations ( ) (ultimate component) (4.5) (1) (2) ALLOCATABLE POINTER (3) ALLOCATABLE POINTER (undefined) (2.5.5) (unit input/output unit) means, specified by an io-unit, for referring to a file (9.5.1) (unlimited polymorphic) able to have any dynamic type during program execution ( ) (unsaved) not having the SAVE attribute (5.3.16) (unspecified storage unit) ( ) (use association) ( ) USE (variable) ( ) FORTRAN (vector subscript) ( ) (whole array) (6.2.1)

14 14 (action statement) (2.1) (R214) (allocatable variable) ( ) ALLOCATABLE {!F2003: } (argument) (12) {!F2003: argument keyword keyword } (assignment statement) ( ) = (base type) (4.5.6) (belong) ( ) EXIT CYCLE DO DO DO DO (bounds) ( ) (character) (3.1) (character length parameter) ( ) (character string) (4.4.4) 1, 2, 3,... (class) ( ) N N (conformance) (1.5) 1.5 (construct) ( ) ASSOCIATE DO FORALL IF SELECT CASE SELECT TYPE WHERE (control mask) ( {!F2003: ISO 7.4.3}) WHERE WHERE WHERE (data) (datum, data) datum data (deferred binding) (4.5.4) DEFERRED (4.5.6) (defined assignment statement) ( ) ASSIGNMENT(=) (deleted feature) (1.8) Fortran Fortran B.1 (dummy array) (entity)

15 15 (executable construct) (2.1) (R214) ASSOCIATE CASE DO FORALL IF SELECT TYPE WHERE (expression) ( ) (R722) (external linkage) C C Fortran (association) Fortran (file) (9) (function result) ( ) (function subprogram) ( ) FUNCTION END (global entity) (16.1) (instance of a subprogram) ( ) (intent) ( ) (interface body) ( ) FUNCTION SUBROUTINE END (interface body) (interface of a procedure) (invoke) (2.2.3) (1) CALL (2) (3) (length of a character string) (4.4.4) (local entity) (16.2) (many-one array section) ( ) (named) X X X(1) (obsolescent feature) (1.8) (operation) (7.1.2) (override) ( ) {!F2003: 4.5.1, } (pointer assignment statement) (7.4.2) =>

16 16 (pointer associated) ( ) ALLOCATE (procedure interface) (12.3) (prototype) C C (rounding mode) ( ) IEEE COMPATIBLE PROCESSOR DEFINED (scope) (16) (section subscript) (6.2.2) (selector) ( ) (1) (2) CASE (3) SELECT TYPE (4) ASSOCIATE (specification function) (7.1.6) (statement function) (12.5.4) {!F2003: statement keyword keyword } (stride) ( ) (struct) C C (subroutine subprogram) ( ) SUBROUTINE END (subscript) (6.2.2) 1 FORTRAN 77 (subscript triplet) (6.2.2) (substring) (6.1.1) (type declaration statement) (5) INTEGER REAL DOUBLE PRECISION COMPLEX CHARACTER LOGICAL TYPE ( ) (unsigned) C C Fortran void (void) C C Fortran

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main.dvi 1 F77 5 hmogi-2008f@kiban.civil.saitama-u.ac.jp 2013/5/13 1 2 f77... f77.exe f77.exe CDROM (CDROM D D: setupond E E: setupone 5 C:work\T66160\20130422>f77 menseki.f -o menseki f77(.exe) f77 f77(.exe) C:work\T66160\20130422>set