//------------------------------------------------METHODS------------------------------------
/// <summary> StartPosition()
/// We get the distance between the reference of the leftPoint and rightPoint. Then we made
/// a 3 by 3 matrix.
/// We initialize the start position to de middle position of x and y axis.
/// And also we say the spaceship is not moving.
/// </summary>
void StartPosition()
{
m_distance = (leftPointCircle.position - rightPointCircle.position).magnitude;
m_middleHPos = 0.0f;
m_leftPos = -m_distance / 3;
m_rightPos = m_distance / 3;
m_middleVPos = 0.0f;
m_downPos = -m_distance / 3;
m_upPos = m_distance / 3;
this.transform.position = new Vector3(m_middleHPos, m_middleVPos);
//States inicialization
m_stateH = STATE_HORIZONTAL.MIDDLE;
m_stateV = STATE_VERTICAL.MIDDLE;
m_stateMove = STATEMOVE.NONE;
m_stateRotate = STATEROTATE.NONE;
}//StartPosition
}//MoveForward
/// <summary> MovementWithAxis()
/// Movement of the Ship whith the gamepad
/// </summary>
void MovementWithAxis()
{
//STATES MACHINE FOR MOVEMENT
switch (m_stateMove)
{
case STATEMOVE.MOVE_LEFT: //Moving Left
//Used position instead of Translate because i wanted to use world space coordinates
transform.position += Vector3.right * -moveSpeedAxis * Time.deltaTime;
switch (m_stateH)
{
case STATE_HORIZONTAL.MIDDLE:
if (transform.position.x <= m_leftPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.LEFT;
}
break;
case STATE_HORIZONTAL.RIGHT:
if (transform.position.x <= m_middleHPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.MIDDLE;
}
break;
}
break;
case STATEMOVE.MOVE_RIGHT: //Moving Right
transform.position += Vector3.right * moveSpeedAxis * Time.deltaTime;
switch (m_stateH)
{
case STATE_HORIZONTAL.MIDDLE:
if (transform.position.x >= m_rightPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.RIGHT;
}
break;
case STATE_HORIZONTAL.LEFT:
if (transform.position.x >= m_middleHPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.MIDDLE;
}
break;
}
break;
case STATEMOVE.MOVE_UP: //Moving Up
transform.position += Vector3.up * moveSpeedAxis * Time.deltaTime;
switch (m_stateV)
{
case STATE_VERTICAL.DOWN:
if (transform.position.y >= m_middleVPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.MIDDLE;
}
break;
case STATE_VERTICAL.MIDDLE:
if (transform.position.y >= m_upPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.UP;
}
break;
}
break;
case STATEMOVE.MOVE_DOWN: //Moving Down
transform.position += Vector3.up * -moveSpeedAxis * Time.deltaTime;
switch (m_stateV)
{
case STATE_VERTICAL.UP:
if (transform.position.y <= m_middleVPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.MIDDLE;
}
break;
case STATE_VERTICAL.MIDDLE:
if (transform.position.y <= m_downPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.DOWN;
}
break;
}
break;
}
}//MovementWithAxis
//------------------------------------------------METHODS------------------------------------
/// <summary> StartPosition()
/// We get the distance between the reference of the leftPoint and rightPoint. Then we made
/// a 3 by 3 matrix.
/// We initialize the start position to de middle position of x and y axis.
/// And also we say the spaceship is not moving.
/// </summary>
void StartPosition()
{
m_distance = (leftPointCircle.position - rightPointCircle.position).magnitude;
m_middleHPos = 0.0f;
m_leftPos = - m_distance / 3;
m_rightPos = m_distance / 3;
m_middleVPos = 0.0f;
m_downPos = -m_distance / 3;
m_upPos = m_distance / 3;
this.transform.position = new Vector3(m_middleHPos, m_middleVPos);
//States inicialization
m_stateH = STATE_HORIZONTAL.MIDDLE;
m_stateV = STATE_VERTICAL.MIDDLE;
m_stateMove = STATEMOVE.NONE;
m_stateRotate = STATEROTATE.NONE;
}
/// <summary> MovementWithAxis()
/// Movement of the Ship whith the gamepad
/// </summary>
void MovementWithAxis()
{
//STATES MACHINE FOR MOVEMENT
switch(m_stateMove)
{
case STATEMOVE.MOVE_LEFT: //Moving Left
//Used position instead of Translate because i wanted to use world space coordinates
transform.position += Vector3.right * -moveSpeedAxis * Time.deltaTime;
switch (m_stateH)
{
case STATE_HORIZONTAL.MIDDLE:
if (transform.position.x <= m_leftPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.LEFT;
}
break;
case STATE_HORIZONTAL.RIGHT:
if (transform.position.x <= m_middleHPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.MIDDLE;
}
break;
}
break;
case STATEMOVE.MOVE_RIGHT: //Moving Right
transform.position += Vector3.right * moveSpeedAxis * Time.deltaTime;
switch (m_stateH)
{
case STATE_HORIZONTAL.MIDDLE:
if (transform.position.x >= m_rightPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.RIGHT;
}
break;
case STATE_HORIZONTAL.LEFT:
if (transform.position.x >= m_middleHPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateH = STATE_HORIZONTAL.MIDDLE;
}
break;
}
break;
case STATEMOVE.MOVE_UP: //Moving Up
transform.position += Vector3.up * moveSpeedAxis * Time.deltaTime;
switch (m_stateV)
{
case STATE_VERTICAL.DOWN:
if (transform.position.y >= m_middleVPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.MIDDLE;
}
break;
case STATE_VERTICAL.MIDDLE:
if (transform.position.y >= m_upPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.UP;
}
break;
}
break;
case STATEMOVE.MOVE_DOWN: //Moving Down
transform.position += Vector3.up * -moveSpeedAxis * Time.deltaTime;
switch (m_stateV)
{
case STATE_VERTICAL.UP:
if (transform.position.y <= m_middleVPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.MIDDLE;
}
break;
case STATE_VERTICAL.MIDDLE:
if (transform.position.y <= m_downPos)
{
m_stateMove = STATEMOVE.NONE;
m_stateV = STATE_VERTICAL.DOWN;
}
break;
}
break;
}
}