public _Panel(bool dark)
{
Background = new Rectangle
{
Fill = dark ? "#343a40" : "#FFFFFF"
};
var color = dark ? "#464950" : "#cccccc";
Grid = new _Grid
{
Major = new _Grid._GridXY
{
X = new Line
{
Width = 0.43,
Fill = color,
Alpha = 1.0,
LineType = Solid
},
Y = new Line
{
Width = 0.43,
Fill = color,
Alpha = 1.0,
LineType = Solid
}
},
Minor = new _Grid._GridXY
{
X = new Line
{
Width = 0.32,
Fill = color,
Alpha = 1.0,
LineType = Solid
},
Y = new Line
{
Width = 0.32,
Fill = color,
Alpha = 1.0,
LineType = Solid
}
},
};
Spacing = new _Spacing
{
X = 8,
Y = 8
};
}
public override void OnInspectorGUI()
{
base.OnInspectorGUI();
_Grid grid = (_Grid)target;
EditorGUILayout.BeginHorizontal();
if (GUILayout.Button("Redraw Grid"))
{
grid.RefreshGrid();
}
if (GUILayout.Button("Clear Level"))
{
grid.ResetIndexGrid();
}
EditorGUILayout.EndHorizontal();
}
public _Panel(bool dark)
{
var color = dark ? "#464950" : "#cccccc";
Grid = new _Grid
{
Major = new _Grid._GridXY
{
X = new Line
{
Width = 0.43,
Color = color
},
Y = new Line
{
Width = 0.43,
Color = color
}
},
Minor = new _Grid._GridXY
{
X = new Line
{
Width = 0.32,
Color = color
},
Y = new Line
{
Width = 0.32,
Color = color
}
},
};
Spacing = new _Spacing
{
X = 8,
Y = 8
};
}
public void ExtractAndRebuildLevel(LevelEditorData recoveredData)
{
finishedBuilding = false;
grid = _Grid.instance;
// start by resetting the grid's nodes to their base states
grid.ResetIndexGrid();
foreach (Node recoveredNode in recoveredData.nodesToSave)
{
// EXTREMELY IMPORTANT -> CONVERTS THE CUBE'S TYPE FROM STRING TO ENUM
recoveredNode.cubeType = Node.ConvertStringToCubeType(recoveredNode.savedCubeType);
//Set the universe textures
_MaterialCentral.instance.ChangeUniverse(recoveredData.biome);
currentNode = recoveredNode;
GameObject newCube = Instantiate(cubePrefab);
_Grid.instance.placedObjects.Add(newCube);
// get the kuboGrid and set the information on each of the nodes
SetNodeInfo(newCube, recoveredNode.nodeIndex, recoveredNode.worldPosition, recoveredNode.worldRotation, recoveredNode.facingDirection, recoveredNode.cubeLayers, recoveredNode.cubeType);
// check the node's cube type and setup the relevant cube and its transform + individual information
switch (recoveredNode.cubeType)
{
case CubeTypes.FullStaticCube:
newCube.AddComponent(typeof(StaticCube));
StaticCube fullStaticCube = newCube.GetComponent <StaticCube>();
SetCubeInfo(fullStaticCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.FullStaticCube, true);
break;
case CubeTypes.EmptyStaticCube:
newCube.AddComponent(typeof(StaticCube));
StaticCube emptyCube = newCube.GetComponent <StaticCube>();
SetCubeInfo(emptyCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.EmptyStaticCube, true);
break;
case CubeTypes.TopStaticCube:
newCube.AddComponent(typeof(StaticCube));
StaticCube topStaticCube = newCube.GetComponent <StaticCube>();
SetCubeInfo(topStaticCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.TopStaticCube, true);
break;
case CubeTypes.CornerStaticCube:
newCube.AddComponent(typeof(StaticCube));
StaticCube cornerStaticCube = newCube.GetComponent <StaticCube>();
SetCubeInfo(cornerStaticCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.CornerStaticCube, true);
break;
case CubeTypes.TripleStaticCube:
newCube.AddComponent(typeof(StaticCube));
StaticCube tripleStaticCube = newCube.GetComponent <StaticCube>();
SetCubeInfo(tripleStaticCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.TripleStaticCube, true);
break;
case CubeTypes.QuadStaticCube:
newCube.AddComponent(typeof(StaticCube));
StaticCube quadStaticCube = newCube.GetComponent <StaticCube>();
SetCubeInfo(quadStaticCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.QuadStaticCube, true);
break;
case CubeTypes.MoveableCube:
newCube.AddComponent(typeof(MoveableCube));
MoveableCube moveableCube = newCube.GetComponent <MoveableCube>();
SetCubeInfo(moveableCube as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.MoveableCube, false);
break;
case CubeTypes.BaseVictoryCube:
newCube.AddComponent(typeof(BaseVictoryCube));
BaseVictoryCube baseVictoryCube = newCube.GetComponent <BaseVictoryCube>();
SetCubeInfo(baseVictoryCube as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.BaseVictoryCube, false);
break;
case CubeTypes.ConcreteVictoryCube:
newCube.AddComponent(typeof(ConcreteVictoryCube));
ConcreteVictoryCube concreteVictoryCube = newCube.GetComponent <ConcreteVictoryCube>();
SetCubeInfo(concreteVictoryCube as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.ConcreteVictoryCube, false);
break;
case CubeTypes.BombVictoryCube:
newCube.AddComponent(typeof(BombVictoryCube));
BombVictoryCube bombVictoryCube = newCube.GetComponent <BombVictoryCube>();
SetCubeInfo(bombVictoryCube as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.BombVictoryCube, false);
break;
case CubeTypes.SwitchVictoryCube:
newCube.AddComponent(typeof(SwitchVictoryCube));
SwitchVictoryCube switchVictoryCube = newCube.GetComponent <SwitchVictoryCube>();
SetCubeInfo(switchVictoryCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.SwitchVictoryCube, true);
break;
case CubeTypes.DeliveryCube:
newCube.AddComponent(typeof(DeliveryCube));
DeliveryCube deliveryCube = newCube.GetComponent <DeliveryCube>();
SetCubeInfo(deliveryCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.DeliveryCube, true);
break;
case CubeTypes.BlueElevatorCube:
newCube.AddComponent(typeof(ElevatorCube));
ElevatorCube blueElevatorCube = newCube.GetComponent <ElevatorCube>();
blueElevatorCube.isGreen = false;
SetCubeInfo(blueElevatorCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.BlueElevatorCube, false);
break;
case CubeTypes.GreenElevatorCube:
newCube.AddComponent(typeof(ElevatorCube));
ElevatorCube greenElevatorCube = newCube.GetComponent <ElevatorCube>();
greenElevatorCube.isGreen = true;
SetCubeInfo(greenElevatorCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.GreenElevatorCube, false);
break;
case CubeTypes.ConcreteCube:
newCube.AddComponent(typeof(ConcreteCube));
ConcreteCube concreteCube = newCube.GetComponent <ConcreteCube>();
SetCubeInfo(concreteCube as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.ConcreteCube, false);
break;
case CubeTypes.BombCube:
newCube.AddComponent(typeof(BombCube));
BombCube bombCube = newCube.GetComponent <BombCube>();
SetCubeInfo(bombCube as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.BombCube, false);
break;
case CubeTypes.TimerCube:
newCube.AddComponent(typeof(TimerCube));
TimerCube timerCube = newCube.GetComponent <TimerCube>();
SetCubeInfo(timerCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.TimerCube, true);
break;
case CubeTypes.SwitchButton:
newCube.AddComponent(typeof(SwitchButton));
SwitchButton switchButton = newCube.GetComponent <SwitchButton>();
SetCubeInfo(switchButton as _CubeBase, CubeLayers.cubeFull, CubeTypes.SwitchButton, true);
break;
case CubeTypes.SwitchCube:
newCube.AddComponent(typeof(SwitchCube));
SwitchCube switchCube = newCube.GetComponent <SwitchCube>();
SetCubeInfo(switchCube as _CubeBase, CubeLayers.cubeFull, CubeTypes.SwitchCube, true);
break;
case CubeTypes.RotatorRightTurner:
newCube.AddComponent(typeof(RotateRightCube));
RotateRightCube rotatorRightTurn = newCube.GetComponent <RotateRightCube>();
SetCubeInfo(rotatorRightTurn as _CubeBase, CubeLayers.cubeFull, CubeTypes.RotatorRightTurner, true);
break;
case CubeTypes.RotatorLeftTurner:
newCube.AddComponent(typeof(RotateLeftCube));
RotateLeftCube rotatorLeftTurn = newCube.GetComponent <RotateLeftCube>();
SetCubeInfo(rotatorLeftTurn as _CubeBase, CubeLayers.cubeFull, CubeTypes.RotatorLeftTurner, true);
break;
case CubeTypes.RotatorLocker:
newCube.AddComponent(typeof(RotatorLocker));
RotatorLocker rotatorLocker = newCube.GetComponent <RotatorLocker>();
SetCubeInfo(rotatorLocker as _CubeBase, CubeLayers.cubeFull, CubeTypes.RotatorLocker, true);
break;
case CubeTypes.ChaosBall:
newCube.AddComponent(typeof(ChaosBall));
ChaosBall chaosBall = newCube.GetComponent <ChaosBall>();
SetCubeInfo(chaosBall as _CubeBase, CubeLayers.cubeMoveable, CubeTypes.ChaosBall, false);
break;
default:
//set epmty cubes as cubeEmpty
grid.kuboGrid[recoveredNode.nodeIndex - 1].cubeLayers = CubeLayers.cubeEmpty;
grid.kuboGrid[recoveredNode.nodeIndex - 1].cubeType = CubeTypes.None;
break;
}
}
finishedBuilding = true;
}