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HP OpenVMS Systems Documentation |
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HP Fortran for OpenVMS
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Table 9-3 summarizes the generic intrinsic functions and indicates whether they are elemental, inquiry, or transformational functions, if applicable. Optional arguments are shown within square brackets.
| Generic Function | Class | Value Returned |
|---|---|---|
| ABS (A) | E | The absolute value of an argument |
| ACHAR (I) | E | The character in the specified position of the ASCII character set |
| ACOS (X) | E | The arc cosine (in radians) of the argument |
| ACOSD (X) | E | The arc cosine (in degrees) of the argument |
| ADJUSTL (STRING) | E | The specified string with leading blanks removed and placed at the end of the string |
| ADJUSTR (STRING) | E | The specified string with trailing blanks removed and placed at the beginning of the string |
| AIMAG (Z) | E | The imaginary part of a complex argument |
| AINT (A [,KIND]) | E | A real value truncated to a whole number |
| ALL (MASK [,DIM]) | T | .TRUE. if all elements of the masked array are true |
| ALLOCATED (ARRAY) | I | The allocation status of the argument array |
| AMAX0 (A1, A2 [, A3,...]) | E | The maximum value in a list of integers (returned as a real value) |
| AMIN0 (A1, A2 [, A3,...]) | E | The minimum value in a list of integers (returned as a real value) |
| AND (I, J) | E | See IAND |
| ANINT (A [,KIND]) | E | A real value rounded to a whole number |
| ANY (MASK [,DIM]) | T | .TRUE. if any elements of the masked array are true |
| ASIN (X) | E | The arc sine (in radians) of the argument |
| ASIND (X) | E | The arc sine (in degrees) of the argument |
| ASM (STRING [,A,...]) | N | A value stored in the appropriate register by the user. |
|
ASSOCIATED (POINTER
[,TARGET]) |
I | .TRUE. if the pointer argument is associated or the pointer is associated with the specified target |
| ATAN (X) | E | The arc tangent (in radians) of the argument |
| ATAND (X) | E | The arc tangent (in degrees) of the argument |
| ATAN2 (Y, X) | E | The inverse arc tangent (in radians) of the arguments |
| ATAN2D (Y, X) | E | The inverse arc tangent (in degrees) of the arguments |
| BIT_SIZE (I) | I | Returns the number of bits ( s) in the bit model |
| BTEST (I, POS) | E | .TRUE. if the specified position of argument I is one |
| CEILING (A [,KIND]) | E | The smallest integer greater than or equal to the argument value |
| CHAR (I [,KIND]) | E | The character in the specified position of the processor character set |
| CMPLX (X [,Y] [,KIND]) | E | The corresponding complex value of the argument |
| CONJG (Z) | E | The conjugate of a complex number |
| COS (X) | E | The cosine of the argument, which is in radians |
| COSD (X) | E | The cosine of the argument which is in degrees |
| COSH (X) | E | The hyperbolic cosine of the argument |
| COTAN (X) | E | The cotangent of the argument, which is in radians |
| COTAND (X) | E | The cotangent of the argument, which is in degrees |
| COUNT (MASK [,DIM] [,KIND]) | T | The number of .TRUE. elements in the argument array |
| CSHIFT (ARRAY, SHIFT [,DIM]) | T | An array that has the elements of the argument array circularly shifted |
| DBLE (A) | E | The corresponding double precision value of the argument |
| DCMPLX (X, Y) | E | The corresponding double complex value of the argument |
| DFLOAT (A) | E | The corresponding double precision value of the integer argument |
| DIGITS (X) | I | The number of significant binary digits in the model for the argument |
| DIM (X, Y) | E | The positive difference between the two arguments |
|
DOT_PRODUCT (VECTOR_A,
VECTOR_B) |
T | The dot product of two rank-one arrays (also called a vector multiply function) |
|
EOSHIFT (ARRAY, SHIFT
[,BOUNDARY] [,DIM]) |
T | An array that has the elements of the argument array end-off shifted |
| EPSILON (X) | I | The difference between 1.0 and the next larger model number. |
| EXP (X) | E | The exponential value for the argument |
| EXPONENT (X) | E | The value of the exponent part of a real argument |
| FLOAT (X) | E | The corresponding real value of the integer argument |
| FLOOR (A [,KIND]) | E | The largest integer less than or equal to the argument value |
| FP_CLASS (X) | E | The class of the IEEE floating-point argument |
| FRACTION (X) | E | The fractional part of a real argument |
| HUGE (X) | I | The largest number in the model for the argument |
| IACHAR (C) | E | The position of the specified character in the ASCII character set |
| IAND (I, J) | E | The logical AND of the two arguments |
| IBCHNG (I, POS) | E | The reversed value of a specified bit |
| IBCLR (I, POS) | E | The specified position of argument I cleared (set to zero) |
| IBITS (I, POS, LEN) | E | The specified substring of bits of argument I |
| IBSET (I, POS) | E | The specified bit in argument I set to one |
| ICHAR (C) | E | The position of the specified character in the processor character set |
| IEOR (I, J) | E | The logical exclusive OR of the corresponding bit arguments |
| IFIX (X) | E | The corresponding integer value of the real argument rounded as if it were an implied conversion in an assignment |
| ILEN (I) | I | The length (in bits) in the two's complement representation of an integer |
| IMAG (Z) | E | See AIMAG |
|
INDEX (STRING, SUBSTRING
[,BACK] [,KIND]) |
E | The position of the specified substring in a character expression |
| INT (A [,KIND]) | E | The corresponding integer value (truncated) of the argument |
| IOR (I, J) | E | The logical inclusive OR of the corresponding bit arguments |
| ISHA (I, SHIFT) | E | Argument I shifted left or right by a specified number of bits |
| ISHC (I, SHIFT) | E | Argument I rotated left or right by a specified number of bits |
| ISHFT (I, SHIFT) | E | The logical end-off shift of the bits in argument I |
| ISHFTC (I, SHIFT [,SIZE]) | E | The logical circular shift of the bits in argument I |
| ISHL (I, SHIFT) | E | Argument I logically shifted left or right by a specified number of bits |
| ISNAN (X) | E | Tests for Not-a-Number (NaN) values |
| KIND (X) | I | The kind type parameter of the argument |
| LBOUND (ARRAY [,DIM] [,KIND]) | I | The lower bounds of an array (or one of its dimensions) |
| LEADZ (I) | E | The number of leading zero bits in an integer. |
| LEN (STRING [,KIND]) | I | The length (number of characters) of the argument character string |
| LEN_TRIM (STRING [,KIND]) | E | The length of the specified string without trailing blanks |
| LGE (STRING_A, STRING_B) | E | A logical value determined by a > or = comparison of the arguments |
| LGT (STRING_A, STRING_B) | E | A logical value determined by a > comparison of the arguments |
| LLE (STRING_A, STRING_B) | E | A logical value determined by a < or = comparison of the arguments |
| LLT (STRING_A, STRING_B) | E | A logical value determined by a < comparison of the arguments |
| LOC (A) | I | The internal address of the argument. |
| LOG (X) | E | The natural logarithm of the argument |
| LOG10 (X) | E | The common logarithm (base 10) of the argument |
| LOGICAL (L [,KIND]) | E | The logical value of the argument converted to a logical of type KIND |
| LSHIFT (I, POSITIVE_SHIFT) | E | See ISHFT |
|
MATMUL (MATRIX_A,
MATRIX_B) |
T | The result of matrix multiplication (also called a matrix multiply function) |
| MAX (A1, A2 [, A3,...]) | E | The maximum value in the set of arguments |
| MAX1 (A1, A2 [, A3,...]) | E | The maximum value in the set of real arguments (returned as an integer) |
| MAXEXPONENT (X) | I | The maximum exponent in the model for the argument |
|
MAXLOC (ARRAY [,DIM]
[,MASK] [,KIND]) |
T | The rank-one array that has the location of the maximum element in the argument array |
| MAXVAL (ARRAY [,DIM] [,MASK]) | T | The maximum value of the elements in the argument array |
|
MERGE (TSOURCE, FSOURCE,
MASK) |
E | An array that is the combination of two conformable arrays (under a mask) |
| MIN (A1, A2 [, A3,...]) | E | The minimum value in the set of arguments |
| MIN1 (A1, A2 [, A3,...]) | E | The minimum value in the set of real arguments (returned as an integer) |
| MINEXPONENT (X) | I | The minimum exponent in the model for the argument |
|
MINLOC (ARRAY [,DIM]
[,MASK] [,KIND]) |
T | The rank-one array that has the location of the minimum element in the argument array |
| MINVAL (ARRAY [,DIM] [,MASK]) | T | The minimum value of the elements in the argument array |
| MOD (A, P) | E | The remainder of the arguments (has the sign of the first argument) |
| MODULO (A, P) | E | The modulo of the arguments (has the sign of the second argument) |
| NEAREST (X, S) | E | The nearest different machine-representable number in a given direction |
| NINT (A [,KIND]) | E | A real value rounded to the nearest integer |
| NOT (I) | E | The logical complement of the argument |
| NULL ([MOLD]) | T | A disassociated pointer |
| OR (I, J) | E | See IOR |
| PACK (ARRAY, MASK [,VECTOR]) | T | A packed array of rank one (under a mask) |
| POPCNT (I) | E | The number of 1 bits in an integer. |
| POPPAR (I) | E | The parity of an integer. |
| PRECISION (X) | I | The decimal precision (real or complex) of the argument |
| PRESENT (A) | I | .TRUE. if an actual argument has been provided for an optional dummy argument |
|
PRODUCT (ARRAY [,DIM]
[,MASK]) |
T | The product of the elements of the argument array |
| QCMPLX (X, Y) | E | The corresponding COMPLEX(16) value of the argument |
| QEXT (A) | E | The corresponding REAL(16) precision value of the argument. |
| QFLOAT (A) | E | The corresponding REAL(16) precision value of the integer argument. |
| RADIX (X) | I | The base of the model for the argument |
| RANGE (X) | I | The decimal exponent range of the model for the argument |
| REAL (A [,KIND]) | E | The corresponding real value of the argument |
| REPEAT (STRING, NCOPIES) | T | The concatenation of zero or more copies of the specified string |
|
RESHAPE (SOURCE, SHAPE
[,PAD] [,ORDER]) |
T | An array that has a different shape than the argument array, but the same elements |
| RRSPACING (X) | E | The reciprocal of the relative spacing near the argument |
| RSHIFT (I, NEGATIVE_SHIFT) | E | See ISHFT |
| SCALE (X, I) | E | The value of the exponent part (of the model for the argument) changed by a specified value |
| SCAN (STRING, SET [,BACK] [,KIND]) | E | The position of the specified character (or set of characters) within a string |
| SELECTED_INT_KIND (R) | T | The integer kind parameter of the argument |
| SELECTED_REAL_KIND ([P] [,R]) | T | The real kind parameter of the argument; one of the optional arguments must be specified |
| SET_EXPONENT (X, I) | E | The value the first argument would have if its exponent part were set to the second argument |
| SHAPE (SOURCE [,KIND]) | I | The shape (rank and extents) of an array or scalar |
| SIGN (A, B) | E | A value with the sign transferred from its second argument |
| SIN (X) | E | The sine of the argument, which is in radians |
| SIND (X) | E | The sine of the argument, which is in degrees |
| SINH (X) | E | The hyperbolic sine of the argument |
| SIZE (ARRAY [,DIM] [,KIND]) | I | The size (total number of elements) of the argument array (or one of its dimensions) |
| SNGL (X) | E | The corresponding real value of the argument |
| SPACING (X) | E | The value of the absolute spacing of model numbers near the argument |
|
SPREAD (SOURCE, DIM,
NCOPIES) |
T | A replicated array that has an added dimension |
| SQRT (X) | E | The square root of the argument |
| SUM (ARRAY [,DIM] [,MASK]) | T | The sum of the elements of the argument array |
| TAN (X) | E | The tangent of the argument, which is in radians |
| TAND (X) | E | The tangent of the argument, which is in degrees |
| TANH (X) | E | The hyperbolic tangent of the argument |
| TINY (X) | I | The smallest positive number in the model for the argument |
| TRAILZ (I) | E | The number of trailing zero bits in an integer. |
|
TRANSFER (SOURCE, MOLD
[,SIZE]) |
T | The bit pattern of SOURCE converted to the type and kind parameters of MOLD |
| TRANSPOSE (MATRIX) | T | The matrix transpose for the rank-two argument array |
| TRIM (STRING) | T | The argument with trailing blanks removed |
| UBOUND (ARRAY [,DIM] [,KIND]) | I | The upper bounds of an array (or one of its dimensions) |
|
UNPACK (VECTOR, MASK,
FIELD) |
T | An array (under a mask) unpacked from a rank-one array |
|
VERIFY (STRING, SET
[,BACK] [,KIND]) |
E | The position of the first character in a string that does not appear in the given set of characters |
| XOR (I, J) | E | See IEOR |
| ZEXT (X [,KIND]) | E | A zero-extended value of the argument |
E--Elemental
I--Inquiry
T--Transformational
N--Nonelemental
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