public Labyrinth( LabyrinthMap m, LabyrinthPos start )
{
if (LabyrinthMap.mapItem.x == m [start]) {
throw new AccessViolationException ();
}
map = m;
pos = start;
map [start] = LabyrinthMap.mapItem.P;
}
private void Move(ref LabyrinthMap dstMap, LabyrinthPos currentPos, LabyrinthMap.mapItem dst)
{
if (
currentPos.x < 0 || currentPos.x >= dstMap.w
|| currentPos.y < 0 || currentPos.y >= dstMap.h
|| dstMap [currentPos] < 0
) {
// Current position is outside map or on obsticle
return;
}
if (dstMap [currentPos] > 0 && dstMap [currentPos] <= dst) {
return;
}
dstMap [currentPos] = dst;
Move (ref dstMap, new LabyrinthPos(currentPos.x-1, currentPos.y), dst+1);
Move (ref dstMap, new LabyrinthPos(currentPos.x+1, currentPos.y), dst+1);
Move (ref dstMap, new LabyrinthPos(currentPos.x, currentPos.y-1), dst+1);
Move (ref dstMap, new LabyrinthPos(currentPos.x, currentPos.y+1), dst+1);
}
public LabyrinthPos(LabyrinthPos pos)
{
x = pos.x;
y = pos.y;
}
public mapItem this[LabyrinthPos pos]
{
get
{
return map[pos.y,pos.x];
}
set
{
map[pos.y,pos.x] = value;
}
}
public static void Main(string[] args)
{
ConsoleKeyInfo Key;
do {
Console.Clear();
Console.WriteLine ("Select:");
Console.WriteLine ("1. Sum and average");
Console.WriteLine ("2. Sorting words");
Console.WriteLine ("3. Longest subsequence");
Console.WriteLine ("4. Remove odd occurences");
Console.WriteLine ("5. Count occurences");
Console.WriteLine ("6. Reversed list");
Console.WriteLine ("7. Linked list");
Console.WriteLine ("8. Calcualting distance in labyrinth.");
Console.WriteLine ("q - Quit");
Key = Console.ReadKey ();
Console.WriteLine();
switch (Key.KeyChar) {
case '1':
// Sum and avararge
Console.WriteLine ("Sum and Average. Enter space separated integers: ");
try {
var ints = new Integers (Console.ReadLine ());
Console.WriteLine ("Sum={0:G}; Average={1:G}", ints.Sum (), ints.Avg ());
} catch (FormatException e) {
Console.WriteLine (e.Message);
}
break;
case '2':
// Sort words
Console.WriteLine ("Sorting words. Enter space separated words: ");
{
var words = new Words (Console.ReadLine ());
Console.WriteLine (words.Sort ());
}
break;
case '3':
// Longest subsequence
Console.WriteLine ("Longest subsequence. Enter space separated integers: ");
try {
var ints = new Integers (Console.ReadLine ());
ints.LongestSeq ().ForEach (i => Console.Write ("{0} ", i));
Console.Write ("\n");
} catch (FormatException e) {
Console.WriteLine (e.Message);
}
break;
case '4':
// Remove odd occurences
Console.WriteLine ("Remove odd occurences. Enter space separated integers: ");
try {
var ints = new Integers (Console.ReadLine ());
ints.RemoveOddOcc ().ForEach (i => Console.Write ("{0} ", i));
Console.Write ("\n");
} catch (FormatException e) {
Console.WriteLine (e.Message);
}
break;
case '5':
// Count occurences
Console.WriteLine ("Count occurences. Enter space separated integers between 0 and 1000: ");
try {
var ints = new Integers (Console.ReadLine (), 0, 1000);
foreach (var pair in ints.CountOcc()) {
Console.WriteLine ("{0} -> {1} times ", pair.Key, pair.Value);
}
} catch (FormatException e) {
Console.WriteLine (e.Message);
} catch (ArgumentOutOfRangeException e) {
Console.WriteLine (e.Message);
}
break;
case '6':
// Reversed list
Console.WriteLine ("Revered list. Adding elements 1,2,3,4 and changing index 0.");
{
var revList = new ReversedList<int> ();
revList.Add (1);
revList.Add (2);
revList.Add (3);
revList.Add (4);
foreach (var item in revList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
revList.Remove (0);
foreach (var item in revList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
revList.Add (4);
foreach (var item in revList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
revList [0] = 44;
foreach (var item in revList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
Console.Write (revList [0]);
Console.Write ("\n");
}
break;
case '7':
// Linked list
Console.WriteLine ("Lnked list. Adding ints 1,2,3,4,2,5,6. Removing index 5, 2 and 0.");
{
var linkedList = new LinkedList<int> ();
linkedList.Add (1);
linkedList.Add (2);
linkedList.Add (3);
linkedList.Add (4);
linkedList.Add (2);
linkedList.Add (5);
linkedList.Add (6);
foreach (var item in linkedList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
linkedList.Remove (5);
foreach (var item in linkedList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
linkedList.Remove (2);
foreach (var item in linkedList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
linkedList.Remove (0);
foreach (var item in linkedList) {
Console.Write ("{0} ", item);
}
Console.Write ("\n");
Console.WriteLine ("Head {0}", linkedList.Head.val);
Console.WriteLine ("Tail {0}", linkedList.Tail.val);
Console.WriteLine ("First index of 2 is {0}", linkedList.FirstIndexOf (2));
Console.WriteLine ("Last index of 2 is {0}", linkedList.LastIndexOf (2));
}
break;
case '8':
// Distance in labyrinth
Console.WriteLine ("Calcualting distance in labyrinth.");
{
var map = new LabyrinthMap (new LabyrinthMap.mapItem[,] {
{ LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x},
{ LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x},
{ LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o},
{ LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o},
{ LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o},
{ LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x, LabyrinthMap.mapItem.o, LabyrinthMap.mapItem.x}
});
try {
var start = new LabyrinthPos (1, 2);
var labyrinth = new Labyrinth (map, start);
labyrinth.map.Print ();
var dst = labyrinth.calcDistances ();
dst.MarkFreeAsU ();
dst.Print ();
} catch (AccessViolationException) {
Console.WriteLine ("Invalid start position selected");
}
}
break;
}// switch
Console.ReadKey ();
}// do
while (Key.KeyChar != 'q');
}