table_size.c File Reference

Determine the symmetry of trap patterns - source file. More...

#include <sys/stat.h>
#include <sys/time.h>
#include <sys/types.h>
#include <ctype.h>
#include <fcntl.h>
#include <malloc.h>
#include <signal.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include "assert.h"
#include "score4.h"

Functions
static void	_interrupt (int sig)
	If this program receives a SIGINT, then print out the current totals.
static void	_make_move (int pos)
	This routine does most of the work of determining the symmetry of trap patterns.
static int	_revolve (int iplain)
	Revolve a plain 180 degrees about a diagonal axis.
static int	_rotate (int iplain)
	Rotate a plain 90 degrees.
int	main (void)
	Determine the symmetry of trap patterns.
Variables
int	a_board
	Alpha board.
int	b_board
	Beta board.
uint	non_wins
	Number of non-winning patterns.
uint	sym_0
	Number of 0-symmetrical patterns.
uint	sym_2
	Number of 2-symmetrical patterns.
uint	sym_4
	Number of 4-symmetrical patterns.
uint	sym_8
	Number of 8-symmetrical patterns.
short *	alpha_ptr_1
	Alpha board ptr.
short *	beta_ptr_1
	Beta board ptr.
int *	coeff_1
	Coefficients.
short	a_board_1 [NUM_PLAINS]
	Alpha board.
short	b_board_1 [NUM_PLAINS]
	Beta board.
char	mach_ch_1
	Machine stone - wither 'O' or 'X'.
char	user_ch_1
	User stone - wither 'O' or 'X'.

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Detailed Description

Determine the symmetry of trap patterns - source file.

Author:

Stephen A. Broeker

Copyright (c) 1989 Stephen A. Broeker All Rights Reserved.

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