Path: utzoo!utgpu!jarvis.csri.toronto.edu!mailrus!tut.cis.ohio-state.edu!ucbvax!UREGINA1.BITNET!CRONEJP
From: CRONEJP@UREGINA1.BITNET (Jonathan Crone)
Newsgroups: comp.sys.amiga
Subject: Problem with lattice.
Message-ID: <8903271336.AA07363@jade.berkeley.edu>
Date: 27 Mar 89 13:27:31 GMT
Sender: daemon@ucbvax.BERKELEY.EDU
Lines: 77

The following code causes  Blink to complain bitterly
with the following errors....

""Undefined symbols ""
_CXV45
_CXS55
_CXM55
_CXV54
_CXD55
_CXA55

the compile comand line is   ""lc -L random ""

this silly program is supposed to
generate 100 random numbers by the addative congruative method,
and then do a chi squared test.

I'm running Lattice 5.0 (I've got the patches, but the semester
has been a bloody blitz...)

the wierd thing is that the Vax using VMS and a Unix system here
compile the code just fine.... (and of course... run it as well)

any ideas would be appreciated...




/* Duh random number program */
/* IE: yet another stupid En330 assignment */
/* This is ugly code, but this is too stupid an assignment to create
good code for... */
#include <stdio.h>
main()
{
int x[102];
float count[11];
int n,i;
float sum=0;

/* Set up the inital parameters */

x[1]=57;
x[2]=34;
x[3]=89;
x[4]=92;
x[5]=16;
n=5;

for (i=6;i++ < 101;)
        { x[i]= (x[(i-1)] + x[(i-n)]) % 100; }
printf ("These are the random numbers \n");
for (i=1;i++ <= 20;)
        {
        printf("%d %d %d %d %d\n",x[i],x[i+20],x[i+40],x[i+60],x[i+80]);
        }
for (i=1 ; i++ <101; )
        {
        count[(x[i]/10))]++;   /* take any digit move decimal to left, and
                                 use that single digit to access count array*/
        }
printf("These are the chi squared values\n");
for(i=0;i<10;i++)
        {
        count[i] = ((count[i]-10)*(count[i]-10))/10;
        sum += count[i];
        printf("%d   %f \n",i,count[i]);
        }
printf("the sum of the chi squared test is %5.2f \n",sum);
}


JpC
--------------------------------------------------------------------
Jonathan P. Crone    CRONEJP@UREGINA1.BITNET      cronejp@mcl.UUCP

Heisenberg might have been here...