/// <summary>
/// initInputs (Custom) funtion
/// This function is called from gameManager during the Start function of a main Level. The objective is to combine both input UIBottons and keyboard arrays into one type of object array.
/// The inputObject class is made for that, it stores the keycode or reference to the button so that we can trace it back, as well as an inputType reference.
/// * Create array of inputObject in the size of ComboList + keyInputList arrays
/// * For every UIInput create an input object with it and store in array
/// * Mark seperation index number to idetify the first keyboard input index
/// * For every keyInput create an input object with it and store in array
/// * Save array into gameManager's inputList
/// </summary>
public void initInputs () {
DebugLog("IOMan.InputsInitiated");
inputObject[] iObjList = new inputObject[ComboList.Length + keyboardList.Length];
for (int i = 0; i < iObjList.Length; i++) {
if (i < ComboList.Length) {
iObjList[i] = new inputObject(inputType.ButtonUI, ComboList[i]);
} else {
if (seperator == 0) {
seperator = i+1;
}
iObjList[i] = new inputObject(inputType.Keyboard, keyboardList[i - ComboList.Length]);
}
}
inputList = iObjList;
}
/// <summary>
/// initInputs (Custom) funtion
/// This function is called from gameManager during the Start function of a main Level. The objective is to combine both input UIBottons and keyboard arrays into one type of object array.
/// The inputObject class is made for that, it stores the keycode or reference to the button so that we can trace it back, as well as an inputType reference.
/// * Create array of inputObject in the size of ComboList + keyInputList arrays
/// * For every UIInput create an input object with it and store in array
/// * Mark seperation index number to idetify the first keyboard input index
/// * For every keyInput create an input object with it and store in array
/// * Save array into gameManager's inputList
/// </summary>
public void initInputs()
{
DebugLog("IOMan.InputsInitiated");
inputObject[] iObjList = new inputObject[ComboList.Length + keyboardList.Length];
for (int i = 0; i < iObjList.Length; i++)
{
if (i < ComboList.Length)
{
iObjList[i] = new inputObject(inputType.ButtonUI, ComboList[i]);
}
else
{
if (seperator == 0)
{
seperator = i + 1;
}
iObjList[i] = new inputObject(inputType.Keyboard, keyboardList[i - ComboList.Length]);
}
}
inputList = iObjList;
}
public inputChain ( inputObject[] iO , float tA, float tF, bool uD ) {
command = iO;
timeTo = tA;
timeFrom = tF;
state = uD;
}
/// <summary>
/// processCommands (Custom) funtion - Parameters (iObj = inputObject of the event (either key or uibutton), i = indexNumber in GM.inpulList, state = up or down)
/// This is the big one here, it takes input and processes them to identify if the input is part of a command (a command is a custom object that wraps around inputObject
/// or Objects ( so either can happen eg: keyboard or UIButton ) to act similar to an event, it holds data for timing of the inputs, state = up / down,
/// happening = progress boolean for if it is occuring now and reference to the inputObject)
/// The timing is done based on 3 variables timeTo(Trigger) (the time BEFORE which you have to press the NEXT button with reference to the previous input),
/// timedAt(time At Which It Was Triggered), timeFrom (basically charging time between down and up states)
/// It also 'sets' ongoing inputs as triggered so that it can identify when a command is either ongoing or completed. The code gets pretty complicated but below is a basic steps taken.
/// * For every commandQue in commandsList (a commandQue is a group or command Events, predetermined in the gameData)
/// * For every commandObject in the commandQue
/// * If Not Happening (if this commandQue has not occurred)
/// * For every inputObject in the commandObject
/// * Save the reference Object (keyInput or UI) to a un-typed variable
/// * If the input received is the input in the inputObject (from the command) and the state (up/down is the same)
/// * If not first item in the que
/// * If timeTo is not 0 (means if timeTo is 0 we don't check for input time difference between the two inputs)
/// AND timeTo is greater than the time of last command in que ( meaning it the press occurred before timeTo 'limit' was supassed )
/// AND button is down
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Else If this is the last command Object
/// * If didnt completely trigger a command yet
/// * Forward triggered command to framework for triggering actual functions
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If already triggered a command ( once a command is triggered, the same input event should not trigger another command )
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If timeTo is not 0 (means if timeTo is 0 we don't check for input time difference between the two inputs)
/// AND timeTo is greater than the time of last command in que ( meaning it the release occurred before timeTo 'limit' was surpassed )
/// AND button is up
/// AND timeFrom is less than the time of the last command in the que ( meaning it the release occurred after timeFrom 'charge' was surpassed )
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * Else If this is the last command Object
/// * If didnt completely trigger a command yet
/// * Forward triggered command to framework for triggering actual functions
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If already triggered a command ( once a command is triggered, the same input event should not trigger another command )
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If timeTo = 0 (meaning just no time checking required)
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Exit the last loop
/// * Else If this is the last command Object
/// * If didnt completely trigger a command yet
/// * Forward triggered command to framework for triggering actual functions
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If already triggered a command ( once a command is triggered, the same input event should not trigger another command )
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else if not in time (breaking the commandQue)
/// * Clear the happening state of this que
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * If first item in que
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * Else If this is the last command Object
/// * Forward triggered command to framework for triggering actual functions
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * If not the input received
/// * If previous commandObject is the same as this and state is altered (eg: last command was A(down) and now its A(Up)) we ignore this and exit Two Loops.
/// * If next commandObject is the same as this and state is altered (eg: next command is A(uo) and now its A(Down)) we ignore this and exit Two Loops.
/// * If not the same object then Clear the happening state of this que and exit Two Loops
/// * If this is happening (command was performed before)
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * Loop Exiting Methods Here
/// </summary>
public void processCommands ( inputObject iObj, int i, bool state ) {
// int j;
// int k;
// int l;
// bool trigger = false;
// bool check;
// bool secondBreak;
// bool thirdBreak;
// GameObject switchObject;
// var switchInput;
// for (j = 0; j < gameManager.Get().commandsList.length; j++) { //for everycommandque in the commandsList (QUE[])
// check = false;
// thirdBreak = false;
// for (k = 0; k < gameManager.Get().commandsList[j].commands.length; k++) { //for everycommand in the commandque
// if (!gameManager.Get().commandsList[j].commands[k].happening) {
// // if ! happenning
// secondBreak = false;
// for (l = 0; l < gameManager.Get().commandsList[j].commands[k].command.length; l++) {
// if (iObj.referenceObject == null) {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l].referenceKey;
// switchInput = iObj.referenceKey;
// } else {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l].referenceObject;
// switchInput = iObj.referenceObject;
// }
// //DebugLog("CommandsList[" + j + "].commands[" + k + "].command[" + l + "]");
// //DebugLog("Input=" + switchInput + "_ currentInputObject = " + switchObject);
// //DebugLog("States = " + state + "__" + gameManager.Get().commandsList[j].commands[k].state );
// if (switchInput == switchObject && state == gameManager.Get().commandsList[j].commands[k].state) {
// //if this is the command recieved
// if (check) {
// //if not first item in que
// if ( gameManager.Get().commandsList[j].commands[k].timeTo >= Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt && gameManager.Get().commandsList[j].commands[k].timeTo != 0 && state == true) {
// //if in time Down (TAP TAP)
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// //if not last command in que
// //DebugLog("if not last command in que");
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// break;
// } else {
// //DebugLog("if last command in que");
// //if last command in que
// secondBreak = true;
// thirdBreak = true;
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// clearQue(gameManager.Get().commandsList[j]);
// break;
// }
// } else if ( gameManager.Get().commandsList[j].commands[k].timeTo >= Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt && gameManager.Get().commandsList[j].commands[k].timeFrom <= Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt && gameManager.Get().commandsList[j].commands[k].timeTo != 0 && state == false) {
// //Key Up and TimeTo is != 0 (Charge)
// //DebugLog("Key Up and TimeTo is != 0 (Charge)");
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// secondBreak = true;
// break;
// } else {
// secondBreak = true;
// thirdBreak = true;
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// clearQue(gameManager.Get().commandsList[j]);
// break;
// }
// } else if (gameManager.Get().commandsList[j].commands[k].timeTo == 0) {
// //Key Down and TimeTo is 0 (SINGLE)
// //DebugLog("Key Down and TimeTo is 0 ");
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// break;
// } else {
// secondBreak = true;
// thirdBreak = true;
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// clearQue(gameManager.Get().commandsList[j]);
// break;
// }
// } else {
// //DebugLog("if not in time" + gameManager.Get().commandsList[j].commands[k].timeTo + "=" + (Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt) + "STATE" + state);
// //if not in time
// clearQue(gameManager.Get().commandsList[j]);
// secondBreak = true;
// break;
// }
// } else {
// //DebugLog("if first item in que");
// //if first item in que
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// //DebugLog("if not last item in que");
// //if not last item in que
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// secondBreak = true;
// break;
// } else {
// //DebugLog("if last item in que");
// //if last item in que
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// secondBreak = true;
// break;
// }
// }
// } else {
// //DebugLog("if not the command recieved ");
// //if not the command recieved
// if (l > 0) {
// if (iObj.referenceObject == null) {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l-1].referenceKey;
// } else {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l-1].referenceObject;
// }
// if (switchInput == switchObject && !state && gameManager.Get().commandsList[j].commands[k].state) {
// secondBreak = true;
// break;
// }
// }
// if (l < gameManager.Get().commandsList[j].commands[k].command.length-1) {
// if (iObj.referenceObject == null) {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l+1].referenceKey;
// } else {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l+1].referenceObject;
// }
// if (switchInput == switchObject && state && !gameManager.Get().commandsList[j].commands[k].state) {
// secondBreak = true;
// break;
// }
// }
// if (switchInput != switchObject) {
// clearQue(gameManager.Get().commandsList[j]);
// secondBreak = true;
// }
// }
// }
// } else {
// //DebugLog("if happening ( cmd was recieved earlier )");
// //if happening ( cmd was recieved earlier )
// check = true;
// secondBreak = false;
// }
// if (secondBreak) {
// break;
// }
// }
// if (thirdBreak) {
// break;
// }
// }
}
/// <summary>
/// processCommands (Custom) funtion - Parameters (iObj = inputObject of the event (either key or uibutton), i = indexNumber in GM.inpulList, state = up or down)
/// This is the big one here, it takes input and processes them to identify if the input is part of a command (a command is a custom object that wraps around inputObject
/// or Objects ( so either can happen eg: keyboard or UIButton ) to act similar to an event, it holds data for timing of the inputs, state = up / down,
/// happening = progress boolean for if it is occuring now and reference to the inputObject)
/// The timing is done based on 3 variables timeTo(Trigger) (the time BEFORE which you have to press the NEXT button with reference to the previous input),
/// timedAt(time At Which It Was Triggered), timeFrom (basically charging time between down and up states)
/// It also 'sets' ongoing inputs as triggered so that it can identify when a command is either ongoing or completed. The code gets pretty complicated but below is a basic steps taken.
/// * For every commandQue in commandsList (a commandQue is a group or command Events, predetermined in the gameData)
/// * For every commandObject in the commandQue
/// * If Not Happening (if this commandQue has not occurred)
/// * For every inputObject in the commandObject
/// * Save the reference Object (keyInput or UI) to a un-typed variable
/// * If the input received is the input in the inputObject (from the command) and the state (up/down is the same)
/// * If not first item in the que
/// * If timeTo is not 0 (means if timeTo is 0 we don't check for input time difference between the two inputs)
/// AND timeTo is greater than the time of last command in que ( meaning it the press occurred before timeTo 'limit' was supassed )
/// AND button is down
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Else If this is the last command Object
/// * If didnt completely trigger a command yet
/// * Forward triggered command to framework for triggering actual functions
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If already triggered a command ( once a command is triggered, the same input event should not trigger another command )
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If timeTo is not 0 (means if timeTo is 0 we don't check for input time difference between the two inputs)
/// AND timeTo is greater than the time of last command in que ( meaning it the release occurred before timeTo 'limit' was surpassed )
/// AND button is up
/// AND timeFrom is less than the time of the last command in the que ( meaning it the release occurred after timeFrom 'charge' was surpassed )
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * Else If this is the last command Object
/// * If didnt completely trigger a command yet
/// * Forward triggered command to framework for triggering actual functions
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If already triggered a command ( once a command is triggered, the same input event should not trigger another command )
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If timeTo = 0 (meaning just no time checking required)
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Exit the last loop
/// * Else If this is the last command Object
/// * If didnt completely trigger a command yet
/// * Forward triggered command to framework for triggering actual functions
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else If already triggered a command ( once a command is triggered, the same input event should not trigger another command )
/// * Clear the happening state of this que
/// * Exit All 3 For Loops
/// * Else if not in time (breaking the commandQue)
/// * Clear the happening state of this que
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * If first item in que
/// * If this is not the last command Object
/// * Set commandObject as happening and timed
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * Else If this is the last command Object
/// * Forward triggered command to framework for triggering actual functions
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * If not the input received
/// * If previous commandObject is the same as this and state is altered (eg: last command was A(down) and now its A(Up)) we ignore this and exit Two Loops.
/// * If next commandObject is the same as this and state is altered (eg: next command is A(uo) and now its A(Down)) we ignore this and exit Two Loops.
/// * If not the same object then Clear the happening state of this que and exit Two Loops
/// * If this is happening (command was performed before)
/// * Exit the last two loops ( to continue checking if any other command has similar inputs, like Combo(A+A) and Combo (A+A+B) )
/// * Loop Exiting Methods Here
/// </summary>
public void processCommands(inputObject iObj, int i, bool state)
{
// int j;
// int k;
// int l;
// bool trigger = false;
// bool check;
// bool secondBreak;
// bool thirdBreak;
// GameObject switchObject;
// var switchInput;
// for (j = 0; j < gameManager.Get().commandsList.length; j++) { //for everycommandque in the commandsList (QUE[])
// check = false;
// thirdBreak = false;
// for (k = 0; k < gameManager.Get().commandsList[j].commands.length; k++) { //for everycommand in the commandque
// if (!gameManager.Get().commandsList[j].commands[k].happening) {
// // if ! happenning
// secondBreak = false;
// for (l = 0; l < gameManager.Get().commandsList[j].commands[k].command.length; l++) {
// if (iObj.referenceObject == null) {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l].referenceKey;
// switchInput = iObj.referenceKey;
// } else {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l].referenceObject;
// switchInput = iObj.referenceObject;
// }
// //DebugLog("CommandsList[" + j + "].commands[" + k + "].command[" + l + "]");
// //DebugLog("Input=" + switchInput + "_ currentInputObject = " + switchObject);
// //DebugLog("States = " + state + "__" + gameManager.Get().commandsList[j].commands[k].state );
// if (switchInput == switchObject && state == gameManager.Get().commandsList[j].commands[k].state) {
// //if this is the command recieved
// if (check) {
// //if not first item in que
// if ( gameManager.Get().commandsList[j].commands[k].timeTo >= Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt && gameManager.Get().commandsList[j].commands[k].timeTo != 0 && state == true) {
// //if in time Down (TAP TAP)
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// //if not last command in que
// //DebugLog("if not last command in que");
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// break;
// } else {
// //DebugLog("if last command in que");
// //if last command in que
// secondBreak = true;
// thirdBreak = true;
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// clearQue(gameManager.Get().commandsList[j]);
// break;
// }
// } else if ( gameManager.Get().commandsList[j].commands[k].timeTo >= Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt && gameManager.Get().commandsList[j].commands[k].timeFrom <= Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt && gameManager.Get().commandsList[j].commands[k].timeTo != 0 && state == false) {
// //Key Up and TimeTo is != 0 (Charge)
// //DebugLog("Key Up and TimeTo is != 0 (Charge)");
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// secondBreak = true;
// break;
// } else {
// secondBreak = true;
// thirdBreak = true;
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// clearQue(gameManager.Get().commandsList[j]);
// break;
// }
// } else if (gameManager.Get().commandsList[j].commands[k].timeTo == 0) {
// //Key Down and TimeTo is 0 (SINGLE)
// //DebugLog("Key Down and TimeTo is 0 ");
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// break;
// } else {
// secondBreak = true;
// thirdBreak = true;
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// clearQue(gameManager.Get().commandsList[j]);
// break;
// }
// } else {
// //DebugLog("if not in time" + gameManager.Get().commandsList[j].commands[k].timeTo + "=" + (Time.time-gameManager.Get().commandsList[j].commands[k-1].timedAt) + "STATE" + state);
// //if not in time
// clearQue(gameManager.Get().commandsList[j]);
// secondBreak = true;
// break;
// }
// } else {
// //DebugLog("if first item in que");
// //if first item in que
// if ( k != gameManager.Get().commandsList[j].commands.length - 1) {
// //DebugLog("if not last item in que");
// //if not last item in que
// gameManager.Get().commandsList[j].commands[k].timedAt = Time.time;
// gameManager.Get().commandsList[j].commands[k].happening = true;
// secondBreak = true;
// break;
// } else {
// //DebugLog("if last item in que");
// //if last item in que
// if (!trigger) {
// gameManager.Get().framework.cmdProcessing(j);
// trigger = true;
// }
// secondBreak = true;
// break;
// }
// }
// } else {
// //DebugLog("if not the command recieved ");
// //if not the command recieved
// if (l > 0) {
// if (iObj.referenceObject == null) {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l-1].referenceKey;
// } else {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l-1].referenceObject;
// }
// if (switchInput == switchObject && !state && gameManager.Get().commandsList[j].commands[k].state) {
// secondBreak = true;
// break;
// }
// }
// if (l < gameManager.Get().commandsList[j].commands[k].command.length-1) {
// if (iObj.referenceObject == null) {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l+1].referenceKey;
// } else {
// switchObject = gameManager.Get().commandsList[j].commands[k].command[l+1].referenceObject;
// }
// if (switchInput == switchObject && state && !gameManager.Get().commandsList[j].commands[k].state) {
// secondBreak = true;
// break;
// }
// }
// if (switchInput != switchObject) {
// clearQue(gameManager.Get().commandsList[j]);
// secondBreak = true;
// }
// }
// }
// } else {
// //DebugLog("if happening ( cmd was recieved earlier )");
// //if happening ( cmd was recieved earlier )
// check = true;
// secondBreak = false;
// }
// if (secondBreak) {
// break;
// }
// }
// if (thirdBreak) {
// break;
// }
// }
}
