/// <summary>
/// Draws the inspector.
/// </summary>
public static MovementVariable[] DrawInspector(MovementVariable[] movementData, ref bool showDetails, Character target)
{
if (movementData == null || movementData.Length < MovementVariableCount)
{
movementData = new MovementVariable[MovementVariableCount];
}
// Air speed
if (movementData[AirSpeedIndex] == null)
{
movementData[AirSpeedIndex] = new MovementVariable(DefaultAirSpeed);
}
movementData[AirSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Air Speed (x)", "How fast the character moves in the X direction whle in the air."), movementData[AirSpeedIndex].FloatValue);
if (movementData[AirSpeedIndex].FloatValue < 0)
{
movementData[AirSpeedIndex].FloatValue = 0.0f;
}
showDetails = EditorGUILayout.Foldout(showDetails, "Details");
if (showDetails)
{
movementData = AirMovement.DrawStandardJumpDetails(movementData, JumpRelativeGravityIndex, GroundedLeewayIndex, JumpWhenButtonHeldIndex);
}
return(movementData);
}
/// <summary>
/// Draws the inspector.
/// </summary>
public static MovementVariable[] DrawInspector(MovementVariable[] movementData, ref bool showDetails, Character target)
{
if (movementData == null || movementData.Length != MovementVariableCount)
{
movementData = new MovementVariable[MovementVariableCount];
}
// Air speed
if (movementData[AirSpeedIndex] == null)
{
movementData[AirSpeedIndex] = new MovementVariable(DefaultAirSpeed);
}
movementData[AirSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Air Speed (x)", "How fast the character moves in the X direction whle in the air."), movementData[AirSpeedIndex].FloatValue);
if (movementData[AirSpeedIndex].FloatValue < 0)
{
movementData[AirSpeedIndex].FloatValue = 0.0f;
}
// Jump height
if (movementData[JumpHeightIndex] == null)
{
movementData[JumpHeightIndex] = new MovementVariable(DefaultJumpHeight);
}
movementData[JumpHeightIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Jump Height", "How high the character jumps"), movementData[JumpHeightIndex].FloatValue);
if (movementData[JumpHeightIndex].FloatValue < 0)
{
movementData[JumpHeightIndex].FloatValue = 0.0f;
}
showDetails = EditorGUILayout.Foldout(showDetails, "Details");
// Make sure we set defaults regardless of showDetails
if (movementData[JumpRelativeGravityIndex] == null || movementData[JumpRelativeGravityIndex].FloatValue <0.01f || movementData[JumpRelativeGravityIndex].FloatValue> 2.0f)
{
movementData[JumpRelativeGravityIndex] = new MovementVariable(DefaultRelativeJumpGravity);
}
if (movementData[GroundedLeewayIndex] == null)
{
movementData[GroundedLeewayIndex] = new MovementVariable(DefaultGroundedLeeway);
}
if (movementData[JumpWhenButtonHeldIndex] == null)
{
movementData[JumpWhenButtonHeldIndex] = new MovementVariable();
}
if (showDetails)
{
movementData = AirMovement.DrawStandardJumpDetails(movementData, JumpRelativeGravityIndex, GroundedLeewayIndex, JumpWhenButtonHeldIndex);
}
return(movementData);
}
/// <summary>
/// Draws the inspector.
/// </summary>
public static MovementVariable[] DrawInspector(MovementVariable[] movementData, ref bool showDetails, Character target)
{
if (movementData == null || movementData.Length < MovementVariableCount)
{
movementData = new MovementVariable[MovementVariableCount];
}
// Air speed
if (movementData[AirSpeedIndex] == null)
{
movementData[AirSpeedIndex] = new MovementVariable(DefaultAirSpeed);
}
movementData[AirSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Air Speed (x)", "How fast the character moves in the X direction whle in the air."), movementData[AirSpeedIndex].FloatValue);
if (movementData[AirSpeedIndex].FloatValue < 0)
{
movementData[AirSpeedIndex].FloatValue = 0.0f;
}
// Min Jump height
if (movementData[MinJumpHeightIndex] == null)
{
movementData[MinJumpHeightIndex] = new MovementVariable(DefaultMinJumpHeight);
}
movementData[MinJumpHeightIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Min Jump Height", "How high the character jumps if jump button is tapped."), movementData[MinJumpHeightIndex].FloatValue);
if (movementData[MinJumpHeightIndex].FloatValue < 0)
{
movementData[MinJumpHeightIndex].FloatValue = 0.0f;
}
// Max Jump height
if (movementData[MaxJumpHeightIndex] == null)
{
movementData[MaxJumpHeightIndex] = new MovementVariable(DefaultMaxJumpHeight);
}
movementData[MaxJumpHeightIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Max Jump Height", "How high the character jumps if jump button is held for full jump acceleration time."), movementData[MaxJumpHeightIndex].FloatValue);
if (movementData[MaxJumpHeightIndex].FloatValue < movementData[MinJumpHeightIndex].FloatValue)
{
movementData[MaxJumpHeightIndex].FloatValue = movementData[MinJumpHeightIndex].FloatValue;
}
// Jump Time
if (movementData[MaxJumpAccelerationTimeIndex] == null)
{
movementData[MaxJumpAccelerationTimeIndex] = new MovementVariable(DefaultMaxJumpAccelerationTime);
}
movementData[MaxJumpAccelerationTimeIndex].FloatValue = EditorGUILayout.Slider(new GUIContent("Max Jump Time", "How long the player has to hold jump for the max height to be reached."), movementData[MaxJumpAccelerationTimeIndex].FloatValue, 0.01f, 1.0f);
// Jump Time
if (movementData[CanDoubleJumpIndex] == null)
{
movementData[CanDoubleJumpIndex] = new MovementVariable();
}
movementData[CanDoubleJumpIndex].BoolValue = EditorGUILayout.Toggle(new GUIContent("Can Double Jump", "If true player can double jump."), movementData[CanDoubleJumpIndex].BoolValue);
showDetails = EditorGUILayout.Foldout(showDetails, "Details");
// Make sure we set defaults regardless of showDetails
if (movementData[JumpRelativeGravityIndex] == null || movementData[JumpRelativeGravityIndex].FloatValue <0.01f || movementData[JumpRelativeGravityIndex].FloatValue> 2.0f)
{
movementData[JumpRelativeGravityIndex] = new MovementVariable(DefaultRelativeJumpGravity);
}
if (movementData[GroundedLeewayIndex] == null)
{
movementData[GroundedLeewayIndex] = new MovementVariable(DefaultGroundedLeeway);
}
if (movementData[JumpWhenButtonHeldIndex] == null)
{
movementData[JumpWhenButtonHeldIndex] = new MovementVariable();
}
if (showDetails)
{
movementData = AirMovement.DrawStandardJumpDetails(movementData, JumpRelativeGravityIndex, GroundedLeewayIndex, JumpWhenButtonHeldIndex);
}
// As this may not be set if show details are closed lets set it.
if (movementData [JumpRelativeGravityIndex] == null)
{
movementData [JumpRelativeGravityIndex] = new MovementVariable(DefaultRelativeJumpGravity);
}
// Check for things that don't look right
if (((movementData[MaxJumpHeightIndex].FloatValue - movementData[MinJumpHeightIndex].FloatValue) * movementData[MaxJumpAccelerationTimeIndex].FloatValue) > 0.5f)
{
EditorGUILayout.HelpBox("Your jump settings mean that your character may moves in an unnatural floaty way if jump is held. Consider reducing Max Jump Time or increasing the Min Jump Height.", MessageType.Warning);
float betterTime = 0.5f / (movementData[MaxJumpHeightIndex].FloatValue - movementData[MinJumpHeightIndex].FloatValue);
if (betterTime < 1 && betterTime >= 0.1f)
{
GUILayout.BeginHorizontal();
GUILayout.FlexibleSpace();
if (GUILayout.Button(string.Format("Set time to {0:0.00}", betterTime)))
{
movementData[MaxJumpAccelerationTimeIndex].FloatValue = betterTime;
}
GUILayout.EndHorizontal();
}
}
// Check for things that don't look right
if (movementData[JumpRelativeGravityIndex].FloatValue < 1.4f)
{
EditorGUILayout.HelpBox("Variable height jumps tend to look more natural with a high relative jump gravity.", MessageType.Warning);
GUILayout.BeginHorizontal();
GUILayout.FlexibleSpace();
if (GUILayout.Button("Set to " + DefaultRelativeJumpGravity))
{
movementData[JumpRelativeGravityIndex].FloatValue = DefaultRelativeJumpGravity;
}
GUILayout.EndHorizontal();
}
return(movementData);
}
/// <summary>
/// Draws the inspector.
/// </summary>
public static MovementVariable[] DrawInspector(MovementVariable[] movementData, ref bool showDetails, Character target)
{
if (movementData != null && movementData.Length == MovementVariableCount - 1)
{
MovementVariable[] tmp = movementData;
movementData = new MovementVariable[MovementVariableCount];
System.Array.Copy(tmp, movementData, MovementVariableCount - 1);
}
else if (movementData == null || movementData.Length < MovementVariableCount)
{
movementData = new MovementVariable[MovementVariableCount];
}
// Air speed
if (movementData[AirSpeedIndex] == null)
{
movementData[AirSpeedIndex] = new MovementVariable(DefaultAirSpeed);
}
movementData[AirSpeedIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Air Speed (x)", "How fast the character moves in the X direction whle in the air."), movementData[AirSpeedIndex].FloatValue);
if (movementData[AirSpeedIndex].FloatValue < 0)
{
movementData[AirSpeedIndex].FloatValue = 0.0f;
}
// Jump height
if (movementData[JumpHeightIndex] == null)
{
movementData[JumpHeightIndex] = new MovementVariable(DefaultJumpHeight);
}
movementData[JumpHeightIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Jump Height", "How high the character jumps"), movementData[JumpHeightIndex].FloatValue);
if (movementData[JumpHeightIndex].FloatValue < 0)
{
movementData[JumpHeightIndex].FloatValue = 0.0f;
}
// Can double-jump
if (movementData[CanDoubleJumpIndex] == null)
{
movementData[CanDoubleJumpIndex] = new MovementVariable(DefaultCanDoubleJump);
}
movementData[CanDoubleJumpIndex].BoolValue = EditorGUILayout.Toggle(new GUIContent("Can Double-jump", "Can the character double-jump?"), movementData[CanDoubleJumpIndex].BoolValue);
// Double-jump settings
if (movementData[DoubleJumpHeightIndex] == null)
{
movementData[DoubleJumpHeightIndex] = new MovementVariable(DefaultDoubleJumpHeight);
}
if (movementData[MaxDoubleJumpCountIndex] == null)
{
movementData[MaxDoubleJumpCountIndex] = new MovementVariable(2);
}
if (movementData[CanDoubleJumpIndex].BoolValue)
{
// Double-jump height
movementData[DoubleJumpHeightIndex].FloatValue = EditorGUILayout.FloatField(new GUIContent("Double Jump Height", "How high the character jumps on a double-jump."), movementData[DoubleJumpHeightIndex].FloatValue);
if (movementData[DoubleJumpHeightIndex].FloatValue < 0)
{
movementData[DoubleJumpHeightIndex].FloatValue = 0.0f;
}
if (EditorGUILayout.Toggle(new GUIContent("Infinite Double Jumps", "Can the character jump in the air forever?"), movementData[MaxDoubleJumpCountIndex].IntValue == -1))
{
movementData[MaxDoubleJumpCountIndex].IntValue = -1;
}
else
{
// Max Double Jump Count
movementData[MaxDoubleJumpCountIndex].IntValue = 1 + EditorGUILayout.IntField(new GUIContent("Max Jumps", "How many times can the character jump while in the air."), movementData[MaxDoubleJumpCountIndex].IntValue - 1);
if (movementData[MaxDoubleJumpCountIndex].IntValue < 2)
{
movementData[MaxDoubleJumpCountIndex].IntValue = 2;
}
}
}
showDetails = EditorGUILayout.Foldout(showDetails, "Details");
// Make sure we set defaults regardless of showDetails
if (movementData[JumpRelativeGravityIndex] == null || movementData[JumpRelativeGravityIndex].FloatValue <0.01f || movementData[JumpRelativeGravityIndex].FloatValue> 2.0f)
{
movementData[JumpRelativeGravityIndex] = new MovementVariable(DefaultRelativeJumpGravity);
}
if (movementData[GroundedLeewayIndex] == null)
{
movementData[GroundedLeewayIndex] = new MovementVariable(DefaultGroundedLeeway);
}
if (movementData[JumpWhenButtonHeldIndex] == null)
{
movementData[JumpWhenButtonHeldIndex] = new MovementVariable();
}
if (showDetails)
{
movementData = AirMovement.DrawStandardJumpDetails(movementData, JumpRelativeGravityIndex, GroundedLeewayIndex, JumpWhenButtonHeldIndex);
}
return(movementData);
}
