Introduction

This version of multiple precision represents X_MP as an integer MPX(IT+1)

mp63\MPDetail.doc .htm contains code to demonstrate this representation. The value of X_MP with MPX(1) = 1, MPX(2) = 1, and all others zero is 1. The value of b in is 163894. The MPX’s are in general limited only by the range of the integers. The code MPNORM(MPX) - mp63\mpbob.for - converts a non-unique general representation into a unique representation with -8192 £ MPX(I > 1) < 8192.

Folders

mp63 mp63\Welcome.doc .htm

Docs

10/22/2007 06:55 AM 25,600 mpcodes.doc

12/18/2007 08:46 AM 27,136 Newton.doc

10/12/2007 05:34 AM 24,064 Power Station.doc

10/12/2007 05:32 AM 24,576 Watcom.doc

10/12/2007 05:17 AM 25,600 Watfor.doc

10/10/2007 05:20 AM 47,616 BitsInFortran.doc .htm

12/18/2007 07:38 AM 101,376 introduction.doc .htm

10/22/2007 06:55 AM 25,600 mpcodes.doc

12/16/2007 06:03 PM 22,016 MPDetail.doc

11/27/2007 03:04 PM 24,064 MPdivI.doc

09/05/2007 08:35 AM 34,816 MpInv.doc

12/16/2007 08:56 PM 49,152 MPOUT.DOC

12/18/2007 08:46 AM 27,136 Newton.doc – links to Newton documents, short derivation of the 5 iterations used here with this method.

10/12/2007 05:34 AM 24,064 Power Station.doc

09/05/2007 08:01 AM 19,968 SquareRoot.doc

10/12/2007 05:32 AM 24,576 Watcom.doc

10/12/2007 05:17 AM 25,600 Watfor.doc