public void OnTouchEnd()
{
AttackSecondType tmpType = AttackSecondType.none;
switch (secondType)
{
case AttackSecondType.N2:
tmpType = AttackSecondType.NR2;
break;
case AttackSecondType.U2:
tmpType = AttackSecondType.UR2;
break;
case AttackSecondType.D2:
tmpType = AttackSecondType.DR2;
break;
case AttackSecondType.L2:
tmpType = AttackSecondType.LR2;
break;
case AttackSecondType.R2:
tmpType = AttackSecondType.RR2;
break;
}
SetSecondType(tmpType);
Notify();
Reset();
}
void SecondInstructFunc(AttackSecondType type)
{
if (type != AttackSecondType.none)
{
//preSecondType = secondType;
secondType = type;
DealAttackType();
}
}
//AttackSdType preAttackType = AttackSdType.none;
//AttackFirstType preFirstType = AttackFirstType.none;
//AttackSecondType preSecondType = AttackSecondType.none;
public void Reset()
{
attackType = AttackSdType.none;
firstType = AttackFirstType.none;
secondType = AttackSecondType.none;
//preAttackType = AttackSdType.none;
//preFirstType = AttackFirstType.none;
//preSecondType = AttackSecondType.none;
}
public void OnDrag(Vector2 pointer)
{
if (pointer.sqrMagnitude > dragThreshold * dragThreshold)
{
direction = pointer;
}
else
{
// 取消滑动
direction = Vector2.zero;
}
AttackSecondType tmpType = AttackSecondType.none;
if (direction != Vector2.zero)
{
DirectionType4 type4 = Utils.GetDirection4(direction);
switch (type4)
{
case DirectionType4.Up:
tmpType = AttackSecondType.U2;
break;
case DirectionType4.Down:
tmpType = AttackSecondType.D2;
break;
case DirectionType4.Left:
tmpType = AttackSecondType.L2;
break;
case DirectionType4.Right:
tmpType = AttackSecondType.R2;
break;
}
}
else
{
tmpType = AttackSecondType.N2;
}
if (tmpType != AttackSecondType.none)
{
if (tmpType != secondType)
{
//preSecondType = secondType;
secondType = tmpType;
Notify();
}
}
}
AttackSdType GetAttackTypeByFirstAndSecond(AttackFirstType firstType, AttackSecondType secondType)
{
AttackSdType attackType = AttackSdType.none;
switch (firstType)
{
case AttackFirstType.A1:
switch (secondType)
{
case AttackSecondType.N2:
attackType = AttackSdType.A;
break;
case AttackSecondType.U2:
attackType = AttackSdType.AU;
break;
case AttackSecondType.D2:
attackType = AttackSdType.AD;
break;
case AttackSecondType.L2:
attackType = AttackSdType.AL;
break;
case AttackSecondType.R2:
attackType = AttackSdType.AR;
break;
}
break;
case AttackFirstType.HA1:
switch (secondType)
{
case AttackSecondType.N2:
attackType = AttackSdType.HA;
break;
case AttackSecondType.U2:
attackType = AttackSdType.HAU;
break;
case AttackSecondType.D2:
attackType = AttackSdType.HAD;
break;
case AttackSecondType.L2:
attackType = AttackSdType.HAL;
break;
case AttackSecondType.R2:
attackType = AttackSdType.HAR;
break;
}
break;
case AttackFirstType.AR1:
switch (secondType)
{
case AttackSecondType.NR2:
attackType = AttackSdType.ARN;
break;
case AttackSecondType.UR2:
attackType = AttackSdType.ARU;
break;
case AttackSecondType.DR2:
attackType = AttackSdType.ARD;
break;
case AttackSecondType.LR2:
attackType = AttackSdType.ARL;
break;
case AttackSecondType.RR2:
attackType = AttackSdType.ARR;
break;
}
break;
case AttackFirstType.HAR1:
switch (secondType)
{
case AttackSecondType.NR2:
attackType = AttackSdType.HARN;
break;
case AttackSecondType.UR2:
attackType = AttackSdType.HARU;
break;
case AttackSecondType.DR2:
attackType = AttackSdType.HARD;
break;
case AttackSecondType.LR2:
attackType = AttackSdType.HARL;
break;
case AttackSecondType.RR2:
attackType = AttackSdType.HARR;
break;
}
break;
}
return(attackType);
}
public void SetSecondType(AttackSecondType type)
{
//preSecondType = secondType;
secondType = type;
}
public void Reset()
{
secondType = AttackSecondType.none;
//preSecondType = AttackSecondType.none;
direction = Vector2.zero;
}
