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However, in this case NX is 160 and NBPW (the number of bits per word) is 32 for the IBM 360. Thus NX is an integral multiple of NBP W, and LX is calculated simply as NX/NBP W In general use LX = 1 4-(NX-1)/NBPW. 3. 4. Change the two calls to DANDR (one after statement 40, the other after statement 110) to: IN1T3D subroutine: No changes required. SETORG subroutine: 1. Because no standard exists for referencing arc cosine, the three statements containing references to the arc cosine sub-routine were changed from: AL = ACOS(COSAL) to: AL = ARCOS(COSAL) BE = ACOS(COSBE) BE = ARCOS(COSBE) GA = ACOS(COSBA) GA = ARCOS(COSGA) 2. Because no standard exists for ENTRY statements and their syntax differs among compilers, it was necessary to change the ENTRY statement from:

Remark on Algorithm 478: Solution of an Overdetermined System of Equations in the ${L_1}$ Norm [F4