VMS Help RTL Routines, MTH$, MTH$VxFOLRLy MA V5, Arguments *Conan The Librarian (sorry for the slow response - running on an old VAX) |
n OpenVMS usage:longword_signed type: longword integer (signed) access: read only mechanism: by reference Length of the linear recurrence. The n argument is the address of a signed longword integer containing the length. a OpenVMS usage:longword_signed or floating_point type: longword integer (signed), F_floating, D_floating, or G_floating access: read only mechanism: by reference, array reference Array of length at least: 1+(n-1)*inca where: n = length of the linear recurrence specified in n inca= increment argument for the array a specified in inca The a argument is the address of a longword integer or floating- point that is this array. inca OpenVMS usage:longword_signed type: longword integer (signed) access: read only mechanism: by reference Increment argument for the array a. The inca argument is the address of a signed longword integer containing the increment argument. For contiguous elements, specify 1 for inca. b OpenVMS usage:longword_signed or floating_point type: longword integer (signed), F_floating, D_floating, or G_floating access: read only mechanism: by reference, array reference Array of length at least: 1+(n-1)*incb where: n = length of the linear recurrence specified in n incb= increment argument for the array b specified in incb The b argument is the address of a longword integer or floating- point number that is this array. incb OpenVMS usage:longword_signed type: longword integer (signed) access: read only mechanism: by reference Increment argument for the array b. The incb argument is the address of a signed longword integer containing the increment argument. For contiguous elements, specify 1 for incb. t OpenVMS usage:longword_signed or floating_point type: longword integer (signed), F_floating, D_floating, or G_floating access: modify mechanism: by reference Variable containing the starting value for the recurrence; overwritten with the value computed by the last iteration of the linear recurrence relation. The t argument is the address of a longword integer or floating-point number that is this value.
|