public override bool TryEnterAbility()
{
if ((m_System.IsGrounded || m_System.GroundCheckDistance < 0.05f) &&
UsePredictionMath)
{
if (!Mathf.Approximately(m_System.InputManager.RelativeInput.magnitude, 0))
{
Vector3 direction = m_System.InputManager.RelativeInput.normalized;
// Get all climbing abilities attached to character
List <ThirdPersonAbstractClimbing> climbingAttached = new List <ThirdPersonAbstractClimbing>();
climbingAttached.AddRange(GetComponents <ThirdPersonAbstractClimbing>());
// Loop trough all climbing abilities
foreach (ThirdPersonAbstractClimbing climbing in climbingAttached)
{
// Ignore abilities that no use math
if (!climbing.UseLaunchMath)
{
continue;
}
// Get a launch data
LaunchData data = GetLaunchData(climbing.GrabPosition, climbing.LinecastStartPoint, NormalJumpParameters,
direction, m_MaxAngle, Vector3.zero, climbing.ClimbingMask);
if (IsLaunchDataOnlyWay(data, direction)) // If launch data is the unique way to reach point
{
SetLaunchParameters(data, (climbing is LowerClimbAbility) ? ClimbJumpType.FromGroundToLower :
ClimbJumpType.FromGroundToHang);
return(true);
}
}
// Check for ladders
LadderAbility ladder = GetComponent <LadderAbility>();
if (ladder != null)
{
// Check if ladder wants to use math for launch
if (ladder.CalculateLaunchParameters)
{
LaunchData data = GetLaunchData(ladder.GrabPosition, m_System.m_Capsule.height, NormalJumpParameters, direction, m_MaxAngle, Vector3.up, ladder.LadderMask);
if (IsLaunchDataOnlyWay(data, direction))
{
SetLaunchParameters(data, ClimbJumpType.FromGroundToHang);
return(true);
}
}
}
}
}
return(false);
}
protected virtual void Awake()
{
LadderAbility climbLadderAbility = GetComponent <LadderAbility>();
if (climbLadderAbility != null)
{
m_LadderMask = climbLadderAbility.LadderMask;
}
characterOffset = m_CharacterOffsetFromLedge;
}
