Schaltwerk 2024-12-10
Schaltwerk 2024-12-10
Komplexes Schaltwerk - das steuerwerk ist nicht 100% richtig, aber das ist gerade egal
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Re: Schaltwerk 2024-12-10
Kein Komplexes Schaltwerk, anderes uebungsprogramm als sonst
Uebungsprogramm
zustandsdiagramm
Uebungsprogramm
Code: Select all
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>
#define MAX_SPECIAL_STATES 3
#define MAX_STATES 4
#define MIN_STATE 1
#define SPECIAL_STATE_1 1
#define SPECIAL_STATE_2 2
#define SPECIAL_STATE_3 3
#define MAX_INPUTS 2
void printraw (int a [], int b [], int y []) {
int i;
printf ("Zustand\t\tFolge-Zustand fuer\tAusgang\n");
printf ("\t\t\tx=0\tx=1\t\t\t\t\n");
for (i = MIN_STATE; i < (MAX_STATES + MIN_STATE); i++)
printf ("%i\t\t\t%i\t%i\t\t\t\t%i\n", i, a [i - MIN_STATE], b [i - MIN_STATE], y [i - MIN_STATE]);
return;
}
void printcsv (int a [], int b [], int y []) {
int i;
printf ("Zustand,FolgeZustandx=0,FolgeZustandx=1,Ausgabe\n");
for (i = MIN_STATE; i < (MAX_STATES + MIN_STATE); i++)
printf ("%i,%i,%i,%i\n", i, a [i - MIN_STATE], b [i - MIN_STATE], y [i - MIN_STATE]);
return;
}
void printtex (int a [], int b [], int y []) {
int i;
printf ("\\documentclass [a4paper]{article}\n");
printf ("\\usepackage{german}\n");
printf ("\\begin{document}\n");
printf ("\\begin{tabular}{|c||c|c||c|}");
printf ("\\hline\n");
printf ("Zustand & \\multicolumn {2}{||c||}{Folge-Zustand fuer}& Ausgang\\\\\n");
printf ("\\hline\n");
printf ("& \\verb\"x=0\" & \\verb\"x=1\" &\\\\\n");
printf ("\\hline\n");
printf ("\\hline\n");
for (i = MIN_STATE; i < (MAX_STATES + MIN_STATE); i++) {
printf ("%i & %i & %i & %i\\\\\n", i, a [i - MIN_STATE], b [i - MIN_STATE], y [i - MIN_STATE]);
printf ("\\hline\n");
}
printf ("\\end{tabular}\n");
printf ("\\end{document}\n");
return;
}
void printtexstate (int a [], int b [], int y []) {
int i;
int angle;
printf ("\\documentclass [a4paper]{article}\n");
printf ("\\usepackage{german}\n");
printf ("\\usepackage[utf8]{inputenc}\n");
printf ("\\usepackage{pgf, tikz}\n");
printf ("\\usetikzlibrary{arrows , automata , positioning}\n\n");
printf ("\\begin{document}\n");
printf ("\\begin{tabular}{|c||c|c||c|}");
printf ("\\hline\n");
printf ("Zustand & \\multicolumn {2}{||c||}{Folge-Zustand fuer}& Ausgang\\\\\n");
printf ("\\hline\n");
printf ("& \\verb\"x=0\" & \\verb\"x=1\" &\\\\\n");
printf ("\\hline\n");
printf ("\\hline\n");
for (i = MIN_STATE; i < (MAX_STATES + MIN_STATE); i++) {
printf ("%i & %i & %i & %i\\\\\n", i, a [i - MIN_STATE], b [i - MIN_STATE], y [i - MIN_STATE]);
printf ("\\hline\n");
}
printf ("\\end{tabular}\n");
printf ("\\begin{center}\n");
printf ("\\begin{tikzpicture}[>=stealth',shorten >=1pt,auto,node distance=2.5cm]\n");
printf ("\\node (%i) [state, thick] {%i/%i};\n", MIN_STATE, MIN_STATE, y [MIN_STATE-1]);
for (i = MIN_STATE+1; i < (MAX_STATES + MIN_STATE)-1; i+=2) {
printf ("\\node (%i) [state, thick, right of= %i] {%i/%i};\n", i, i-1, i, y [i]);
printf ("\\node (%i) [state, thick, below of= %i] {%i/%i};\n", i+1, i-1, i+1, y [i+1]);
}
printf ("\\node (%i) [state, thick, right of= %i] {%i/%i};\n", i, i-1, i, y [i]);
printf ("\n\n\\path[thick,->]\n");
for (i = MIN_STATE, angle = 20; i < (MAX_STATES + MIN_STATE); i++, angle+=20) {
printf ("(%i) [bend angle=%i, bend right, above] edge (%i)\n", i, angle, a [i-1]);
angle += 20;
printf ("(%i) [bend angle=%i, bend left, below] edge (%i)\n", i, angle, b [i-1]);
}
printf (";\n");
printf ("\\end{tikzpicture}\n");
printf ("\\end{center}\n");
printf ("\\end{document}\n");
return;
}
void readcsv (int a [], int b [], int y []) {
int i;
int j;
scanf ("Zustand,FolgeZustandx=0,FolgeZustandx=1,Ausgabe\n");
for (i = MIN_STATE; i < (MAX_STATES + MIN_STATE); i++) {
scanf ("%i,%i,%i,%i\n", &j, &a [i - MIN_STATE], &b [i - MIN_STATE], &y [i - MIN_STATE]);
if (j != i) {
fprintf (stderr, "IO-Error\n");
exit (1);
}
}
return;
}
void createnew (int a [], int b [], int y []) {
time_t t;
int i;
int q [MAX_SPECIAL_STATES];
int j;
srand ((int)time (&t));
q [SPECIAL_STATE_1] = (rand () % MAX_STATES) + MIN_STATE;
while ((q [SPECIAL_STATE_2] = ((rand () % MAX_SPECIAL_STATES)+MIN_STATE)) == q [SPECIAL_STATE_1]);
while (((q [SPECIAL_STATE_3] = ((rand () % MAX_STATES)+MIN_STATE)) == q [SPECIAL_STATE_1]) || (q [SPECIAL_STATE_3] == q [SPECIAL_STATE_2]));
j = rand () % MAX_INPUTS;
//printf ("Zur Sicherheit: %i %i %i\n", q [SPECIAL_STATE_1], q [SPECIAL_STATE_2], q [SPECIAL_STATE_3]);
for (i = MIN_STATE; i < (MAX_STATES+MIN_STATE); i++) {
if (i == q [SPECIAL_STATE_1]) {
a [q [SPECIAL_STATE_1] - MIN_STATE] = q [SPECIAL_STATE_2];
b [q [SPECIAL_STATE_1] - MIN_STATE] = q [SPECIAL_STATE_3];
y [q [SPECIAL_STATE_1] - MIN_STATE] = j;
}
else if (i == q [SPECIAL_STATE_2]) {
a [q [SPECIAL_STATE_2] - MIN_STATE] = q [SPECIAL_STATE_3],
b [q [SPECIAL_STATE_2] - MIN_STATE] = q [SPECIAL_STATE_1];
y [q [SPECIAL_STATE_2] - MIN_STATE] = j;
}
else if (i == q [SPECIAL_STATE_3]) {
a [q [SPECIAL_STATE_3] - MIN_STATE] = q [SPECIAL_STATE_1];
b [q [SPECIAL_STATE_3] - MIN_STATE] = q [SPECIAL_STATE_2];
y [q [SPECIAL_STATE_3] - MIN_STATE] = j;
}
else {
a [i - MIN_STATE] = (rand () % MAX_STATES) + MIN_STATE;
b [i - MIN_STATE] = (rand () % MAX_STATES) + MIN_STATE;
y [i - MIN_STATE] = (rand () % MAX_INPUTS);
}
}
}
int main (int argc, char *argv []) {
int a [MAX_STATES];
int b [MAX_STATES];
int y [MAX_STATES];
#define CREATE_NEW 0
#define READ_CSV 1
#define PRINT_RAW 0
#define PRINT_TEX 1
#define PRINT_CSV 2
#define PRINT_SOLVE 3
#define PRINT_TEX_STATE 3
#define PRINT_NO_HELP 0
#define PRINT_HELP 1
int argi;
int createnew_readcsv = CREATE_NEW;
int printraw_printtex_print_csv = PRINT_RAW;
int printhelp = PRINT_NO_HELP;
for (argi = 1; argi < argc; argi++) {
if ((strcmp ("--create-new", argv [argi]) == 0) || (strcmp ("-n", argv [argi]) == 0))
createnew_readcsv = CREATE_NEW;
if ((strcmp ("--read-csv", argv [argi]) == 0) || (strcmp ("-s", argv [argi]) == 0))
createnew_readcsv = READ_CSV;
if ((strcmp ("--print-raw", argv [argi]) == 0) || (strcmp ("-r", argv [argi]) == 0))
printraw_printtex_print_csv = PRINT_RAW;
if ((strcmp ("--print-csv", argv [argi]) == 0) || (strcmp ("-c", argv [argi]) == 0))
printraw_printtex_print_csv = PRINT_CSV;
if ((strcmp ("--print-tex", argv [argi]) == 0) || (strcmp ("-t", argv [argi]) == 0))
printraw_printtex_print_csv = PRINT_TEX;
if ((strcmp ("--print-tex-state", argv [argi]) == 0) || (strcmp ("-x", argv [argi]) == 0))
printraw_printtex_print_csv = PRINT_TEX_STATE;
if ((strcmp ("--solve", argv [argi]) == 0) || (strcmp ("-l", argv [argi]) == 0))
printraw_printtex_print_csv = PRINT_SOLVE;
if ((strcmp ("--help", argv [argi]) == 0) || (strcmp ("-h", argv [argi]) == 0))
printhelp = PRINT_HELP;
}
if (printhelp == PRINT_HELP) {
printf ("--create-new\n-n\n\n");
printf ("--read-csv\n-r\n\n");
printf ("--print-raw\n-s\n\n");
printf ("--print-csv\n-c\n\n");
printf ("--print-tex\n-t\n\n");
printf ("--help\n-h\n\n");
return 2;
}
if (createnew_readcsv == CREATE_NEW)
createnew (a, b, y);
else if (createnew_readcsv == READ_CSV)
readcsv (a, b, y);
if (printraw_printtex_print_csv == PRINT_RAW)
printraw (a, b, y);
else if (printraw_printtex_print_csv == PRINT_TEX)
printtex (a, b, y);
else if (printraw_printtex_print_csv == PRINT_CSV)
printcsv (a, b, y);
else if (printraw_printtex_print_csv == PRINT_TEX_STATE)
printtexstate (a, b, y);
else if (printraw_printtex_print_csv == PRINT_SOLVE);
return 0;
}
Code: Select all
Zustand Folge-Zustand fuer Ausgang
x=0 x=1
1 4 3 1
2 2 2 1
3 1 4 1
4 3 1 1