List <Coordinate> GenerateObstaclesCoordinates(Node[] validChoices)
{
var allNodes = validChoices.ToList();
allNodes.Insert(0, startNode);
allNodes.Insert(allNodes.Count, endNode);
var obstaclesCoordinatesList = new List <Coordinate>();
int numberOfObstacles = GameManagerData.GetNumberOfObstacles();
for (int index = 0; index < numberOfObstacles; index++)
{
var obstacleCoordiateIsValid = false;
while (!obstacleCoordiateIsValid && validChoices.Any())
{
var node = GetRandomNode(validChoices);
obstacleCoordiateIsValid = IsPathExcist(allNodes, node, startNode, endNode);
if (obstacleCoordiateIsValid)
{
obstaclesCoordinatesList.Add(GetCoordinates(node));
node.isWalkable = false;
}
validChoices = validChoices.Except(new Node[] { node }).ToArray();
}
}
return(obstaclesCoordinatesList);
}
private void PopulateData()
{
numberOfTheRuns.text = GetNumberOfTheRuns();
boardSize.text = GameManagerData.GetBoardSize().ToString();
obstacleCount.text = GameManagerData.GetNumberOfObstacles().ToString();
algorithmsUsed.text = GetUsedAlgorithms();
numberOfFieldsCheckedForFirstAlghoritm.text = GetNumberOfCheckedFields(CurrentAlgorithmType.A_star);
numberOfFieldsCheckedForSecondAlghoritm.text = GetNumberOfCheckedFields(CurrentAlgorithmType.Greedy_suboptimal);
timeSpentForFirstRunner.text = GetTimeSpent("Runner1");
timeSpentForSecondRunner.text = GetTimeSpent("Runner2");
}
void SetInputValue()
{
var fieldType = GetComponent <InputFieldTyperController>().fieldType;
if (fieldType == InputFieldEnums.InputFieldsTypes.BoardInputField)
{
int value = (!string.IsNullOrEmpty(GetComponent <InputField>().text))
? int.Parse(GetComponent <InputField>().text)
: GameManagerData.GetBoardSize();
GameManagerData.SetBoardSize(value);
}
else if (fieldType == InputFieldEnums.InputFieldsTypes.ObstaclesInputField)
{
int value = (!string.IsNullOrEmpty(GetComponent <InputField>().text))
? int.Parse(GetComponent <InputField>().text)
: GameManagerData.GetNumberOfObstacles();
GameManagerData.SetNumberOfObstacles(value);
}
else if (fieldType == InputFieldEnums.InputFieldsTypes.StartPosXInputField)
{
int value = (!string.IsNullOrEmpty(GetComponent <InputField>().text))
? int.Parse(GetComponent <InputField>().text)
: GameManagerData.GetStartPointX();
GameManagerData.SetStartPointX(value);
}
else if (fieldType == InputFieldEnums.InputFieldsTypes.StartPosYInputField)
{
int value = (!string.IsNullOrEmpty(GetComponent <InputField>().text))
? int.Parse(GetComponent <InputField>().text)
: GameManagerData.GetStartPointY();
GameManagerData.SetStartPointY(value);
}
else if (fieldType == InputFieldEnums.InputFieldsTypes.EndPosXInputField)
{
int value = (!string.IsNullOrEmpty(GetComponent <InputField>().text))
? int.Parse(GetComponent <InputField>().text)
: GameManagerData.GetEndPointX();
GameManagerData.SetEndPointX(value);
}
else if (fieldType == InputFieldEnums.InputFieldsTypes.EndPosYInputField)
{
int value = (!string.IsNullOrEmpty(GetComponent <InputField>().text))
? int.Parse(GetComponent <InputField>().text)
: GameManagerData.GetEndPointY();
GameManagerData.SetEndPointY(value);
}
}
private void GenerateNewGame()
{
var maxNumberOfObstacles = GameManagerData.GetBoardSize() * GameManagerData.GetBoardSize() / 2;
int newNumberOfObstacles = GameManagerData.GetNumberOfObstacles() + 1;
if (maxNumberOfObstacles < newNumberOfObstacles)
{
CustomEvents.showWarningDialogEvent.Invoke("Number of obstacles can't be larger than: " + maxNumberOfObstacles); //half of the board size!
}
else
{
GameManagerData.SetNumberOfObstacles(newNumberOfObstacles);
CustomEvents.createTableEvent.Invoke();
}
}
