Maple ramarobinsids Package - Installation Instructions

These instructions are for Windows (64 bit) and Maple 2015. If you are using a different version of Maple just change "2015" to whatever.
  • STEP 1
    Create a Homelib directory for your maple lib (dotm) files.
    My directory is called mylib and is located here:
    C:\cygwin\home\fgarvan\maple\mylib
    
    This is what I did to create it:
    • Open command line (MSDOS)
    •  cd c:\cygwin\home\fgarvan\maple 
    •  mkdir mylib
    You should now have a new directory called mylib.
  • STEP 2
    Set up a maple.ini file. This file should be created in the directory:
    C:\Program Files\Maple 2015\Users
    
    and it should contain two lines of code resembling something like:
    Homelib:="C:\\cygwin64/home/fgarvan/maple/mylib":
    libname := libname, Homelib:
    
    The value of Homelib should correspond to your Homelib. One way to do this is to use the following Maple worksheet. Now you should have a file maple.ini containing two lines of code.
  • STEP 3
    Download the file This file contains MAPLE code for setting up and saving the package. Save this file in a place where you keep your MAPLE programs. I saved it in a special directory:
    "C:\cygwin64\home\fgarvan\maple\mypackages\ramarobinsids\w-setup"                         
    
    This program saves the ramarobinsids package in the mylib directory. If you want to save it in a different place you will need to edit the file.
  • STEP 4
    Install the ramarobinsids package. Start MAPLE and do something like the following.
    > libname;
     "C:\Program Files\Maple 2015\lib", ".", "C:\cygwin64\home\fgarvan\maple\mylib"
    > currentdir("C:\\cygwin64\\home\\fgarvan\\maple\\mypackages\\ramarobinsids\\w-setup");
                  "C:\cygwin64\home\fgarvan\maple\mypackages\ramarobinsids"
    > currentdir();
              "C:\cygwin64\home\fgarvan\maple\mypackages\ramarobinsids\w-setup"
    > read "wprog-ramarobinsids-08-10-2016-HOMEPC.txt":   
    >
    
    You will need to change "C:....w-setup" to the appropriate place.
    This program saves package as a file ramarobinsids.mla in the mylib dir. See
    • INSTALL THETAIDS [MW | [PDF]
  • STEP 5
    Exit MAPLE and restart it to test the package:
    > with(qseries):
    > with(thetaids):
    > with(ramarobinsids);
     [CHECKRAMIDF, Eeta, Geta, GetaB, GetaEXP, GetaL, GetaLB, 
       GetaLEXP, MGeta, MGetaL, findtype1, findtype10, findtype2, 
       findtype3, findtype4, findtype5, findtype6, findtype7, 
       findtype8, findtype9, latexeta, latexetaquot, latexpm, 
       latexprinttype1, latexprinttype10, latexprinttype2, 
       latexprinttype3, latexprinttype4, latexprinttype5, 
       latexprinttype6, latexprinttype7, latexprinttype8, 
       latexprinttype9, latexprinttypeL1, latexprinttypeL10, 
       latexprinttypeL2, latexprinttypeL3, latexprinttypeL4, 
       latexprinttypeL5, latexprinttypeL6, latexprinttypeL7, 
       latexprinttypeL8, latexprinttypeL9, qnr, qr, 
       ramarobinsidspversion]
    > xprint:=false: proveit:=true:
    > G:=j->1/GetaL(qr(5),5,j):H:=j->1/GetaL(qnr(5),5,j):
    > GM:=j->1/MGetaL(qr(5),5,j): HM:=j->1/MGetaL(qnr(5),5,j):
    > GE:=j->-GetaLEXP(qr(5),5,j):HE:=j->-GetaLEXP(qnr(5),5,j):
    > G(1),H(1);
                                     (11/60)                    
           JAC(0, 5, infinity)      q        JAC(0, 5, infinity)
       ---------------------------, ----------------------------
        (1/60)                          JAC(2, 5, infinity)     
       q       JAC(1, 5, infinity)                              
    
    > jac2eprod(G(1)),jac2eprod(H(1));
                             1           1     
                         ----------, ----------
                         GETA(5, 1)  GETA(5, 2)
    > myramatype1:=findtype1(12);
    *** There were NO errors.  Each term was modular function on
        Gamma1(30). Also -mintotord=8. To prove the identity
        we need to  check up to O(q^(10)).
        To be on the safe side we check up to O(q^(68)).
    *** The identity below is PROVED!
    [6, 1, -1]
                                        eta(6 tau) eta(tau) 
           _G(6) _H(1) - _G(1) _H(6) = ---------------------
                                       eta(3 tau) eta(2 tau)
    "n=", 10
    *** There were NO errors.  Each term was modular function on
        Gamma1(55). Also -mintotord=40. To prove the identity
        we need to  check up to O(q^(42)).
        To be on the safe side we check up to O(q^(150)).
    *** The identity below is PROVED!
    [11, 1, -1]
                    _G(11) _H(1) - _G(1) _H(11) = 1
    
                       [[6, 1, -1], [11, 1, -1]]
    > PROVEDFL1;
               [[6, 1, -1, 30, -8], [11, 1, -1, 55, -40]]
    
    > latexprinttypeL1(PROVEDFL1,RR51,"TESTRR5TYPE1.tex");
    
    Do you get this? See

The url of this page is http://qseries.org/fgarvan/qmaple/ramarobinsids/0.1/install.html.
Created by F.G. Garvan (fgarvan@ufl.edu) on Friday, August 12, 2016.
Last update made Fri Aug 12 10:55:13 PDT 2016.


MAIL fgarvan@ufl.edu