private void Neutral_Request_AskPlayerToStandStill()
{
Debug.LogError("about to close doors in cell standstill");
maze.CloseDoorsInCell(playerCurrentCoords);
currentInterchange = new StayStillInterchange(aiAlignmentState);
SendMessageToPlayer(currentInterchange.GetQuestionText(), stillnessTimedComm);
}
//Hostile AI actions
#region
private void Hostile_Request_LockPlayerInRoom()
{
Debug.LogError("about to close doors in cell LockPlayerInRoom");
maze.CloseDoorsInCell(playerCurrentCoords);
var interchange = new LockPlayerInRoomInterchange(aiAlignmentState);
interchange.timeLocked = 5.0f;
currentInterchange = interchange;
oneWayTimedComm.SetTimeToWait(5.0f);
SendMessageToPlayer(currentInterchange.GetQuestionText(), oneWayTimedComm);
}
//useful for restarting the game. destroy everything the AI could have active
public void HaltAllActivityAndSelfDestruct()
{
if (currentCommChannel != null)
{
currentCommChannel.EndCommuncation();
}
if (currentInterchange != null)
{
currentInterchange = null;
}
Destroy(gameObject);
}
/// <summary>
/// Handle a response from a communcation channel (to be expanded)
/// </summary>
/// <param name="response"></param>
private void HandleResponse(PlayerResponse response)
{
if (!openingDone)
{
openingDone = true;
maze.OpenDoorsInCell(playerCurrentCoords);
}
//if there was no interchange, no response was expected, so do nothing
if (currentInterchange == null)
{
return;
}
//otherwise, check response, change state, and respond as needed
else
{
//reopen doors if they were closed
maze.OpenDoorsInCell(playerCurrentCoords);
ThreeState wasResponseCorrect = currentInterchange.CheckIfCorrectResponse(response);
Debug.Log(wasResponseCorrect.ToBool());
Debug.Log(response.responseStr);
string responseText = currentInterchange.GetResponseToPlayerText(wasResponseCorrect.ToBool());
SendMessageToPlayer(responseText, oneWayCommChannel);
//ending condition for veryhostile
if (aiAlignmentState == AIAlignmentState.VeryHostile)
{
if (wasResponseCorrect == ThreeState.True)
{
AscendPlayer();
gameOver = true;
}
else
{
ReduceMazeToOneRoom();
}
}
//otherwise do state transition if need be
else if (wasResponseCorrect != ThreeState.Neutral &&
!aiAlignmentState.ToString().StartsWith("Very"))
{
StateTransition(wasResponseCorrect.ToBool());
}
//reset current interchange to get caught by above conditional.
currentInterchange = null;
}
}
/// <summary>
/// Given a generic text interchange object, executes the interchange on the 2 way commchannel
/// and closes doors on the player
/// </summary>
/// <param name="interchange"></param>
private void ExecTextInterchange(GenericTextInterchange interchange)
{
if (interchange == null)
{
Debug.LogError("interchange was null in ExecTextInterchange");
return;
}
Debug.LogError("about to close doors in cell exectextinterchange");
maze.CloseDoorsInCell(playerCurrentCoords);
currentInterchange = interchange;
SendMessageToPlayer(currentInterchange.GetQuestionText(), textCommChannel);
}
private void RequestPlayerToFollowPath(PathInterchange pathInterchange, PathCommuncationChannel channel)
{
currentInterchange = pathInterchange;
channel.SetPathForPlayer(pathInterchange.expectedResponse.playerPath);
SendMessageToPlayer(pathInterchange.GetQuestionText(), channel);
}
//useful for restarting the game. destroy everything the AI could have active
public void HaltAllActivityAndSelfDestruct() {
if (currentCommChannel != null) {
currentCommChannel.EndCommuncation();
}
if (currentInterchange != null) {
currentInterchange = null;
}
Destroy(gameObject);
}
//Hostile AI actions
#region
private void Hostile_Request_LockPlayerInRoom() {
Debug.LogError("about to close doors in cell LockPlayerInRoom");
maze.CloseDoorsInCell(playerCurrentCoords);
var interchange = new LockPlayerInRoomInterchange(aiAlignmentState);
interchange.timeLocked = 5.0f;
currentInterchange = interchange;
oneWayTimedComm.SetTimeToWait(5.0f);
SendMessageToPlayer(currentInterchange.GetQuestionText(), oneWayTimedComm);
}
private void Neutral_Request_AskPlayerToStandStill() {
Debug.LogError("about to close doors in cell standstill");
maze.CloseDoorsInCell(playerCurrentCoords);
currentInterchange = new StayStillInterchange(aiAlignmentState);
SendMessageToPlayer(currentInterchange.GetQuestionText(), stillnessTimedComm);
}
/// <summary>
/// Given a generic text interchange object, executes the interchange on the 2 way commchannel
/// and closes doors on the player
/// </summary>
/// <param name="interchange"></param>
private void ExecTextInterchange(GenericTextInterchange interchange) {
if (interchange == null) {
Debug.LogError("interchange was null in ExecTextInterchange");
return;
}
Debug.LogError("about to close doors in cell exectextinterchange");
maze.CloseDoorsInCell(playerCurrentCoords);
currentInterchange = interchange;
SendMessageToPlayer(currentInterchange.GetQuestionText(), textCommChannel);
}
private void RequestPlayerToFollowPath(PathInterchange pathInterchange, PathCommuncationChannel channel) {
currentInterchange = pathInterchange;
channel.SetPathForPlayer(pathInterchange.expectedResponse.playerPath);
SendMessageToPlayer(pathInterchange.GetQuestionText(), channel);
}
/// <summary>
/// Handle a response from a communcation channel (to be expanded)
/// </summary>
/// <param name="response"></param>
private void HandleResponse(PlayerResponse response) {
if (!openingDone) {
openingDone = true;
maze.OpenDoorsInCell(playerCurrentCoords);
}
//if there was no interchange, no response was expected, so do nothing
if (currentInterchange == null) {
return;
}
//otherwise, check response, change state, and respond as needed
else {
//reopen doors if they were closed
maze.OpenDoorsInCell(playerCurrentCoords);
ThreeState wasResponseCorrect = currentInterchange.CheckIfCorrectResponse(response);
Debug.Log(wasResponseCorrect.ToBool());
Debug.Log(response.responseStr);
string responseText = currentInterchange.GetResponseToPlayerText(wasResponseCorrect.ToBool());
SendMessageToPlayer(responseText, oneWayCommChannel);
//ending condition for veryhostile
if (aiAlignmentState == AIAlignmentState.VeryHostile) {
if (wasResponseCorrect == ThreeState.True) {
AscendPlayer();
gameOver = true;
}
else {
ReduceMazeToOneRoom();
}
}
//otherwise do state transition if need be
else if (wasResponseCorrect != ThreeState.Neutral &&
!aiAlignmentState.ToString().StartsWith("Very")) {
StateTransition(wasResponseCorrect.ToBool());
}
//reset current interchange to get caught by above conditional.
currentInterchange = null;
}
}