private static bool ActionCheck(ComboAction chall, PlayerID plyrID)
{
bool returnVal = false;
InputType inpType = GetComboActionType(chall);
switch (inpType)
{
case InputType.AXIS:
AxisAction a = (AxisAction)chall;
float someFloat = Input.GetAxis(a.axisID, plyrID);
if (Challenges.Axis(someFloat, a.challengeID))
{
returnVal = true;
}
break;
case InputType.BUTTON:
ButtonAction b = (ButtonAction)chall;
bool someBool = Input.GetButtonDown(b.buttonID, plyrID);
if (Challenges.Button(someBool, b.challengeID))
{
returnVal = true;
}
break;
}
return(returnVal);
}
// Creates the moves that the Combo system will use
public void IntializeCombos() {
comboNames = new string[moveDef.Length];
int comboCount = 0;
// Loop through the moves
for (int i = 0; i < moveDef.Length; i++) {
ComboAction[] challSequence = new ComboAction[moveDef[i].comboDef.Length];
// loop through sequence
for (int j = 0; j < moveDef[i].comboDef.Length; j++) {
// Test to see what typ of combo it is (AXIS or BUTTON)
switch (moveDef[i].comboDef[j].inptType) {
case InputType.AXIS: // Its a axis type
challSequence[j] = CreateAxisAction(ref moveDef[i].comboDef[j]);
break;
case InputType.BUTTON: // Its a button type
challSequence[j] = CreateButtonAction(ref moveDef[i].comboDef[j]);
break;
}
}
comboCount += 1;
// The created Move that can be added to the dictonary
Move moveRev = new Move(moveDef[i].name, challSequence);
comboNames[i] = moveRev.name;
Combo.AddCombo(moveRev);
}
}
// Creates the moves that the Combo system will use
public void IntializeCombos()
{
comboNames = new string[moveDef.Length];
int comboCount = 0;
// Loop through the moves
for (int i = 0; i < moveDef.Length; i++)
{
ComboAction[] challSequence = new ComboAction[moveDef[i].comboDef.Length];
// loop through sequence
for (int j = 0; j < moveDef[i].comboDef.Length; j++)
{
// Test to see what typ of combo it is (AXIS or BUTTON)
switch (moveDef[i].comboDef[j].inptType)
{
case InputType.AXIS: // Its a axis type
challSequence[j] = CreateAxisAction(ref moveDef[i].comboDef[j]);
break;
case InputType.BUTTON: // Its a button type
challSequence[j] = CreateButtonAction(ref moveDef[i].comboDef[j]);
break;
}
}
comboCount += 1;
// The created Move that can be added to the dictonary
Move moveRev = new Move(moveDef[i].name, challSequence);
comboNames[i] = moveRev.name;
Combo.AddCombo(moveRev);
}
}
private static InputType GetComboActionType(ComboAction chall)
{
if (chall.GetType() == typeof(ButtonAction))
{
return(InputType.BUTTON);
}
else if (chall.GetType() == typeof(AxisAction))
{
return(InputType.AXIS);
}
else
{
Debug.LogError("InputType is invalid (must be axis or button)");
return(InputType.NONE);
}
}
private static bool ActionCheck(ComboAction chall, PlayerID plyrID) {
bool returnVal = false;
InputType inpType = GetComboActionType(chall);
switch (inpType) {
case InputType.AXIS:
AxisAction a = (AxisAction)chall;
float someFloat = Input.GetAxis(a.axisID, plyrID);
if (Challenges.Axis(someFloat, a.challengeID)) { returnVal = true; }
break;
case InputType.BUTTON:
ButtonAction b = (ButtonAction)chall;
bool someBool = Input.GetButtonDown(b.buttonID, plyrID);
if (Challenges.Button(someBool, b.challengeID)) { returnVal = true; }
break;
}
return returnVal;
}
private static InputType GetComboActionType(ComboAction chall) {
if (chall.GetType() == typeof(ButtonAction)) {
return InputType.BUTTON;
} else if (chall.GetType() == typeof(AxisAction)) {
return InputType.AXIS;
} else {
Debug.LogError("InputType is invalid (must be axis or button)");
return InputType.NONE;
}
}
public Move(string nm, ComboAction[] seq) {
name = nm;
sequence = seq;
}