/// <summary>
/// Initialise the mvoement with the given movement data.
/// </summary>
/// <param name="character">Character.</param>
/// <param name="movementData">Movement data.</param>
override public Movement Init(Character character, MovementVariable[] movementData)
{
AssignReferences(character);
if (movementData != null && movementData.Length >= MovementVariableCount)
{
swimGravity = movementData[SwimGravityIndex].FloatValue;
useGroundMovementWhenGrounded = movementData[UseGroundMovementWhenGroundedIndex].BoolValue;
maxSpeedInX = movementData[MaxSpeedInXIndex].FloatValue;
swimTerminalVelocity = movementData[SwimTerminalVelocityIndex].FloatValue;
xAcceleration = movementData[XAccelerationIndex].FloatValue;
drag = movementData[DragIndex].FloatValue;
strokeSpeed = movementData[StrokeSpeedIndex].FloatValue;
// By setting this we ensure we can't jump as soon as we hit the water
swimStrokeTimer = strokeSpeed / 2.0f;
limitVelocityTimer = strokeSpeed / 2.0f;
strokeAcceleration = movementData[StrokeAccelerationIndex].Vector2Value;
faceInHeldDirection = movementData[FaceInHeldDirectionIndex].BoolValue;
swimType = (DirectionalSwimType)movementData[HoldJumpToSwimIndex].IntValue;
swimSpeed = movementData[SwimSpeedIndex].FloatValue;
}
else
{
Debug.LogError("Invalid movement data.");
}
return(this);
}
public static string GetDescription(this DirectionalSwimType me)
{
switch (me)
{
case DirectionalSwimType.AUTO_STROKE: return("Use strokes to swim automatically. No need to press a button.");
case DirectionalSwimType.JUMP_TO_STROKE: return("Hover in place, use JUMP to stroke and thus swim.");
case DirectionalSwimType.SWIM_PLUS_STROKE: return("Gently swim in any direction, press JUMP to stroke and swim faster.");
}
return("No information available.");
}
