/// <summary>
/// Draws the inspector.
/// </summary>
new public static MovementVariable[] DrawInspector(MovementVariable[] movementData, ref bool showDetails, Character target)
{
if (movementData == null || movementData.Length != MovementVariableCount)
{
movementData = new MovementVariable[MovementVariableCount];
}
// Climb speed
if (movementData[ClimbUpSpeedIndex] == null)
{
movementData[ClimbUpSpeedIndex] = new MovementVariable(DefaultClimbUpSpeed);
}
movementData[ClimbUpSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Climb Up Speed", "How fast the character climbs up the wall when the user presses up."), movementData[ClimbUpSpeedIndex].FloatValue);
if (movementData[ClimbUpSpeedIndex].FloatValue < 0)
{
movementData[ClimbUpSpeedIndex].FloatValue = 0;
}
// Climb speed
if (movementData[SlideDownSpeedIndex] == null)
{
movementData[SlideDownSpeedIndex] = new MovementVariable(DefaultSlideDownSpeed);
}
movementData[SlideDownSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Slide Down Speed", "How fast the character slides down the wall (negative)."), movementData[SlideDownSpeedIndex].FloatValue);
if (movementData[SlideDownSpeedIndex].FloatValue > 0)
{
movementData[SlideDownSpeedIndex].FloatValue = 0;
}
// Cling drag
if (movementData[ClingDragIndex] == null)
{
movementData[ClingDragIndex] = new MovementVariable(DefaultClingDrag);
}
movementData[ClingDragIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Cling Drag", "How quickly we come to a halt when the user is not pressing down."), movementData[ClingDragIndex].FloatValue);
if (movementData[ClingDragIndex].FloatValue < 0)
{
movementData[ClingDragIndex].FloatValue = 0;
}
// Draw base inspector and copy values
MovementVariable[] baseMovementData = WallMovement_WallCling.DrawInspectorWithOptions(movementData, ref showDetails, target, false, false);
System.Array.Copy(baseMovementData, movementData, baseMovementData.Length);
return(movementData);
}
/// <summary>
/// Draws the inspector.
/// </summary>
new public static MovementVariable[] DrawInspector(MovementVariable[] movementData, ref bool showDetails, Character target)
{
if (movementData == null || movementData.Length != MovementVariableCount)
{
movementData = new MovementVariable[MovementVariableCount];
}
// Ledge climb types
GUILayout.Label("Wall Running", EditorStyles.boldLabel);
// Climb speed
if (movementData[RunSpeedIndex] == null)
{
movementData[RunSpeedIndex] = new MovementVariable(DefaultRunSpeed);
}
movementData[RunSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Run Speed", "How fast the character runs up the wall."), movementData[RunSpeedIndex].FloatValue);
if (movementData[RunSpeedIndex].FloatValue < 0)
{
movementData[RunSpeedIndex].FloatValue = 0;
}
if (movementData[RunTimeLimitIndex] == null)
{
movementData[RunTimeLimitIndex] = new MovementVariable(1);
}
movementData[RunTimeLimitIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Run Time", "How long we can run up the wall."), movementData[RunTimeLimitIndex].FloatValue);
if (movementData[RunTimeLimitIndex].FloatValue < 0)
{
movementData[RunTimeLimitIndex].FloatValue = 0;
}
// Ledge climb types
GUILayout.Label("Opposite Look", EditorStyles.boldLabel);
if (movementData[OppositeLookTimeIndex] == null)
{
movementData[OppositeLookTimeIndex] = new MovementVariable(1);
}
movementData[OppositeLookTimeIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Opposite Look Time", "How long can we look in opposite direction."), movementData[OppositeLookTimeIndex].FloatValue);
if (movementData[OppositeLookTimeIndex].FloatValue < 0)
{
movementData[RunTimeLimitIndex].FloatValue = 0;
}
// Ledge climb types
GUILayout.Label("Speed and Gravity", EditorStyles.boldLabel);
// Slide down speed
if (movementData[SlideDownSpeedIndex] == null)
{
movementData[SlideDownSpeedIndex] = new MovementVariable(DefaultSlideDownSpeed);
}
movementData[SlideDownSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Slide Down Speed", "How fast the character slides down the wall (negative)."), movementData[SlideDownSpeedIndex].FloatValue);
if (movementData[SlideDownSpeedIndex].FloatValue > 0)
{
movementData[SlideDownSpeedIndex].FloatValue = 0;
}
// Cling drag
if (movementData[ClingDragIndex] == null)
{
movementData[ClingDragIndex] = new MovementVariable(DefaultClingDrag);
}
movementData[ClingDragIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Cling Drag", "How quickly we come to a halt when the user is not pressing down."), movementData[ClingDragIndex].FloatValue);
if (movementData[ClingDragIndex].FloatValue < 0)
{
movementData[ClingDragIndex].FloatValue = 0;
}
// Speed where jump ends
if (movementData[SpeedWhereWallJumpEndsIndex] == null)
{
movementData[SpeedWhereWallJumpEndsIndex] = new MovementVariable(DefaultSpeedWhereWallJumpEnds);
}
movementData[SpeedWhereWallJumpEndsIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Speed where Jump ends", "How fast does the character need to be falling before the wall jump finishes and control reverts back to player?"), movementData[SpeedWhereWallJumpEndsIndex].FloatValue);
if (movementData[SpeedWhereWallJumpEndsIndex].FloatValue > 0)
{
movementData[SpeedWhereWallJumpEndsIndex].FloatValue = 0;
}
// Draw base inspector and copy values
MovementVariable[] baseMovementData = WallMovement_WallCling.DrawInspectorWithOptions(movementData, ref showDetails, target, true, false);
System.Array.Copy(baseMovementData, movementData, baseMovementData.Length);
return(movementData);
}
