// print statistics summary report ==========================================================
void printSummary( char code[], int gameStats[][NUMCOLS], double hours[], int numGames )
{
int g;
int arraySec[NUMSEC][NUMCOLS], extra[MAXGAMES];
int numSecGames, numExtra;
int minRuns, maxRuns;
double aveRuns;
printf( " 2015 AU Softall Summary\n" );
printf( " #games Min Mean Max\n" );
// all games runs
// max/mean/min AU runs scored: all, with # of games
printf( "Runs scored-all %2d %2d %4.1f %2d\n", numGames,intColMin(gameStats,numGames,AU_COL),
intColMean(gameStats,numGames,AU_COL),intColMax(gameStats,numGames,AU_COL) );
// max/mean/min runs allowed: all
printf( "Runs allowed-all %2d %4.1f %2d\n", intColMin(gameStats,numGames,OPP_COL),
intColMean(gameStats,numGames,OPP_COL),intColMax(gameStats,numGames,OPP_COL) );
// SEC games runs
// get the Auburn runs for the SEC game
numSecGames = getSecGames( code, gameStats, numGames, arraySec );
// max/mean/min AU runs scored: SEC, with # of games
printf( "Runs scored-SEC %2d %2d %4.1f %2d\n", numSecGames,intColMin(arraySec,numSecGames,AU_COL),
intColMean(arraySec,numSecGames,AU_COL), intColMax(arraySec,numSecGames,AU_COL) );
// max/mean/min runs allowed: SEC
printf( "Runs allowed-SEC %2d %4.1f %2d\n", intColMin(arraySec,numSecGames,OPP_COL),
intColMean(arraySec,numSecGames,OPP_COL),intColMax(arraySec,numSecGames,OPP_COL) );
// game(s) with extra innings; regular game 7 innings
numExtra = extraInnings( gameStats, numGames, extra );
printf( "\nGames with extra innings:\n");
if (numExtra > 0 )
{
for ( g=0; g<numExtra; g++ )
{
printf( " %d", extra[g] );
}
// end for g
printf( "\n" );
} // if numExtra
else
{
printf( "none\n" );
} // end else
// longest game for all and SEC
printf( "\nLongest game played: %.2f hours\n", doubleMax( hours, numGames ) );
Symbolhandle rangen(Symbolhandle list)
{
Symbolhandle result = (Symbolhandle) 0, symhN, symhParam1, symhParam2;
long sampleSize, lengthParam1, lengthParam2;
long op, verbose = 1;
long nargs = NARGS(list), margs;
char *what1, *what2;
char *badarg = "argument %ld (%s) to %s()";
char *badParam =
"ERROR: argument %ld to %s() (%s) not REAL scalar or vector";
char *hasMissing =
"ERROR: argument %ld to %s() (%s) has 1 or more MISSING values";
char *badLength =
"ERROR: length of vector argument %ld to %s() (%s) differs from sample size";
WHERE("rangen");
/* generate a list of random numbers */
if (strcmp(FUNCNAME, "rnorm") == 0)
{
op = IRNORM;
}
else if (strcmp(FUNCNAME, "rpoi") == 0)
{
op = IRPOI;
what1 = "mean";
}
else if (strcmp(FUNCNAME, "rbin") == 0)
{
op = IRBINOM;
what1 = "n";
what2 = "p";
}
else
{
op = IRUNI;
}
margs = (op == IRBINOM) ? 3 : ((op == IRPOI) ? 2 : 1);
OUTSTR[0] = '\0';
if (nargs != margs)
{
badNargs(FUNCNAME, margs);
goto errorExit;
}
symhN = COMPVALUE(list,0);
if (!isInteger(symhN, POSITIVEVALUE))
{
char outstr[30];
sprintf(outstr, badarg, 1L, "sample size", FUNCNAME);
notPositiveInteger(outstr);
goto errorExit;
} /*if (!isInteger(symhN, POSITIVEVALUE))*/
sampleSize = (long) DATAVALUE(symhN,0);
if (margs > 1)
{
symhParam1 = COMPVALUE(list, 1);
if (!argOK(symhParam1, 0, 2))
{
goto errorExit;
}
lengthParam1 = symbolSize(symhParam1);
if (TYPE(symhParam1) != REAL || !isVector(symhParam1))
{
sprintf(OUTSTR, badParam, 2L, what1, FUNCNAME);
}
else if (anyMissing(symhParam1))
{
sprintf(OUTSTR, hasMissing, 2L, what1, FUNCNAME);
}
else if (lengthParam1 > 1 && lengthParam1 != sampleSize)
{
sprintf(OUTSTR, badLength, 2L, what1, FUNCNAME);
}
else if (margs > 2)
{
symhParam2 = COMPVALUE(list, 2);
if (!argOK(symhParam2, 0, 3))
{
goto errorExit;
}
lengthParam2 = symbolSize(symhParam2);
if (TYPE(symhParam2) != REAL || !isVector(symhParam2))
{
sprintf(OUTSTR, badParam, 3L, what2, FUNCNAME);
}
else if (anyMissing(symhParam2))
{
sprintf(OUTSTR, hasMissing, 3L, what2, FUNCNAME);
}
else if (lengthParam2 > 1 && lengthParam2 != sampleSize)
{
sprintf(OUTSTR, badLength, 3L, what2, FUNCNAME);
}
}
if (*OUTSTR)
{
goto errorExit;
}
if (op == IRPOI)
{
/*rpoi(lambda)*/
if (doubleMin(DATAPTR(symhParam1), lengthParam1) < 0.0)
{
sprintf(OUTSTR,
"ERROR: argument 2 (%s) to %s() has negative element",
what1, FUNCNAME);
}
}
else if (op == IRBINOM)
{
/*rbinom(samplesize,n,p)*/
long i;
double *n = DATAPTR(symhParam1);
for (i = 0; i < lengthParam1; i++)
{
if (n[i] < 1 || n[i] != floor(n[i]))
{
sprintf(OUTSTR,
"ERROR: not all elements of argument 2 (%s) to %s() are positive integers",
what1, FUNCNAME);
goto errorExit;
}
} /*for (i = 0; i < lengthParam1; i++)*/
if (doubleMin(DATAPTR(symhParam2), lengthParam2) < 0.0 ||
doubleMax(DATAPTR(symhParam2), lengthParam2) > 1.0)
{
sprintf(OUTSTR,
"ERROR: argument 3 (%s) to %s() has value < 0 or > 1",
what2, FUNCNAME);
}
} /*else if (op == IRBINOM)*/
if (*OUTSTR)
{
goto errorExit;
}
} /*if (margs > 1)*/
if (Rands1 == 0 && Rands2 == 0)
{
randomSeed(verbose);
} /*if (Rands1 == 0 && Rands2 == 0)*/
result = RInstall(SCRATCH, sampleSize);
if (result != (Symbolhandle) 0)
{
switch (op)
{
case IRUNI:
vuni(sampleSize, DATAPTR(result));
break;
case IRNORM:
vnorm(sampleSize, DATAPTR(result));
break;
case IRPOI:
vpoi(sampleSize, DATAPTR(symhParam1), lengthParam1,
DATAPTR(result));
break;
case IRBINOM:
vbinom(sampleSize, DATAPTR(symhParam1), lengthParam1,
DATAPTR(symhParam2), lengthParam2, DATAPTR(result));
break;
} /*switch (op)*/
} /*if (result != (Symbolhandle) 0)*/
return (result);
errorExit:
putErrorOUTSTR();
return (0);
} /*rangen()*/
static void testcode (void)
{
int result1;
int correct_answer1;
int *result2;
int c = 56;
printf ("ICS 51, Lab 1 \nName: %s\nStudentID: %s\n\n",
yourName, yourStudentID);
/* Once you are done implementing the functions, activate one or more of
the following test sequences.
Procedure to activate a single test sequence:
replace
#define TESTPART1_1 0
with
#define TESTPART1_1 1
*/
#define TESTPART1_1 1
#define TESTPART1_2 1
#define TESTPART1_3 1
#define TESTPART2_1 1
#define TESTPART2_2 1
#define TESTPART2_3 1
#define TESTPART2_4 1
printf( "\nTesting part I \n" );
#if TESTPART1_1
result1 = swapBits(0xAAAAAAAA);
correct_answer1 = 0x55555555;
printf( "Input = 0x%08X, Output = 0x%08X - %s\n", 0xAAAAAAAA, result1, result1==correct_answer1 ? "CORRECT": "INCORRECT" );
#endif
#if TESTPART1_2
result1 = swapBits(43);
correct_answer1 = 23;
printf( "Input = 0x%08X, Output = 0x%08X - %s\n", 43, result1, result1==correct_answer1 ? "CORRECT": "INCORRECT" );
#endif
#if TESTPART1_3
result1 = swapBits(0x12345678);
correct_answer1 = 0x2138A9B4;
printf( "Input = 0x%08X, Output = 0x%08X - %s\n", 0x12345678, result1, result1==correct_answer1 ? "CORRECT": "INCORRECT" );
#endif
printf( "\nTesting part II \n" );
#if TESTPART2_1
result2 = (int*) malloc(sizeof(int));
doubleMax(1,2,3,result2);
printf( "Input = %d, %d, %d, Output = %d\n", 1, 2, 3, *result2 );
free(result2);
#endif
#if TESTPART2_2
result2 = (int*) malloc(sizeof(int));
doubleMax(4,2,7,result2);
printf( "Input = %d, %d, %d, Output = %d\n", 4, 2, 7, *result2 );
free(result2);
#endif
#if TESTPART2_3
result2 = (int*) malloc(sizeof(int));
doubleMax(3,2,1,result2);
printf( "Input = %d, %d, %d, Output = %d\n", 3, 2, 1, *result2 );
free(result2);
#endif
#if TESTPART2_4
result2 = (int*) malloc(sizeof(int));
doubleMax(-50,2,-100,result2);
printf( "Input = %d, %d, %d, Output = %d\n", -50, 2, -100, *result2 );
free(result2);
#endif
printf( "\n\n" );
}