private UTIL.EPosition GetCameraPositionToCenterTerrain(Vector3 _position)
{
Vector2 pos2D = StaticMaths.ThreeDTo2D(_position, StaticMaths.EPlane.E_XZ);
UTIL.EPosition pos = UTIL.EPosition.ECenter;
int halfDim = GetTerrainDimCenter();
if (StaticMaths.WithinBoundingBox(pos2D,
StaticMaths.ThreeDTo2D(StaticMaths.MultiplyVector3D(terrainChunks[halfDim, halfDim].GetCenter(), TILES.Offset), StaticMaths.EPlane.E_XZ),
planetData.GetTerrainSize() + StaticMaths.ThreeDTo2D(TILES.Offset, StaticMaths.EPlane.E_XZ) * 2))
{
}
else
{
if (pos2D.y < terrainChunks[halfDim, halfDim].GetCenter().z - planetData.GetTerrainSize().y / 2)
{
pos = UTIL.EPosition.EAbove;
}
else if (pos2D.y > terrainChunks[halfDim, halfDim].GetCenter().z + planetData.GetTerrainSize().y / 2)
{
pos = UTIL.EPosition.EBelow;
}
else if (pos2D.x < terrainChunks[halfDim, halfDim].GetCenter().x - planetData.GetTerrainSize().x / 2)
{
pos = UTIL.EPosition.ELeft;
}
else if (pos2D.x > terrainChunks[halfDim, halfDim].GetCenter().x + planetData.GetTerrainSize().x / 2)
{
pos = UTIL.EPosition.ERight;
}
}
return(pos);
}
private UTIL.EPosition GetCameraPositionToCenterMap(Vector3 _position)
{
Vector2 pos2D = StaticMaths.ThreeDTo2D(_position, StaticMaths.EPlane.E_XZ);
UTIL.EPosition pos = UTIL.EPosition.ECenter;
if (StaticMaths.WithinBoundingBox(pos2D,
StaticMaths.ThreeDTo2D(map.GetActualCenter(), StaticMaths.EPlane.E_XZ),
new Vector2(chunkTileCountX * TILES.Offset.x, chunkTileCountZ * TILES.Offset.z) + StaticMaths.ThreeDTo2D(TILES.Offset, StaticMaths.EPlane.E_XZ) * 2))
{
pos = UTIL.EPosition.ECenter;
}
else
{
if (pos2D.y < mapObject.transform.position.z + (chunkTileCountZ * TILES.Offset.z))
{
pos = UTIL.EPosition.EAbove;
}
else if (pos2D.y > mapObject.transform.position.z - (chunkTileCountZ * TILES.Offset.z))
{
pos = UTIL.EPosition.EBelow;
}
else if (pos2D.x < mapObject.transform.position.x + (chunkTileCountX * TILES.Offset.x))
{
pos = UTIL.EPosition.ELeft;
}
else if (pos2D.x > mapObject.transform.position.x - (chunkTileCountX * TILES.Offset.x))
{
pos = UTIL.EPosition.ERight;
}
}
return(pos);
}
void LookAtTarget()
{
Quaternion look = StaticMaths.GetLookRotation(target.transform.position, transform.position, transform.forward, out bool rotate, 1);
if (rotate)
{
transform.rotation = Quaternion.Slerp(transform.rotation, look, Time.deltaTime * aISettings.rotSpeed);
}
}
public TerrainChunkData GetData()
{
TerrainChunkData d = new TerrainChunkData();
d.height = terrainData.GetHeight();
d.position = StaticMaths.ThreeDTo2D(center, StaticMaths.EPlane.E_XZ);
d.smoothness = terrainData.GetSmoothness();
return(d);
}
void RotateToTarget()
{
Transform player = playerAnim.transform.parent;
Vector3 target = _lastEndPos;
target.y = player.position.y;
Quaternion rot = StaticMaths.GetLookRotation(target, player.position, player.forward, out bool shouldRotate, 1);
if (shouldRotate)
{
player.rotation = Quaternion.Slerp(player.rotation, rot, Time.deltaTime * playerTurnSpeed);
}
}
public TerrainData(int _frequency, float _baseSmoothness, Color _baseColor, float _baseHeight)
{
frequency = _frequency;
smoothness = _baseSmoothness + StaticMaths.GetRandomFloat(-TERRAIN.smoothnessVariance, TERRAIN.smoothnessVariance);
color = new Color(
_baseColor.r + StaticMaths.GetRandomFloat(-TERRAIN.colorVariance, TERRAIN.colorVariance),
_baseColor.g + StaticMaths.GetRandomFloat(-TERRAIN.colorVariance, TERRAIN.colorVariance),
_baseColor.b + StaticMaths.GetRandomFloat(-TERRAIN.colorVariance, TERRAIN.colorVariance)
);
height = _baseHeight + StaticMaths.GetRandomFloat(-TERRAIN.heightVariance, TERRAIN.heightVariance);
}
private Vector3 GetHeightAt(Vector2 _pos, float[] _heights, float[] smoothnesses, int _x, int _z)
{
float y = StaticMaths.Cap(
Mathf.PerlinNoise(_pos.x * granularity + seedOffset.x, _pos.y * granularity + seedOffset.y) * 10f / smoothnesses[_z * tileCountX + _x]
+ _heights[_z * tileCountX + _x],
-tileCountY,
tileCountY);
float heightStep = mapGenerator.GetDiscreteHeightStep();
if (heightStep != -1)
{
y = StaticMaths.Discretize(y, heightStep);
}
return(new Vector3(_pos.x, y, _pos.y));
}
private Vector3[,] GenerateComplexHeightMap()
{
Vector3 centerTemp = StaticMaths.DivideVector3D(center, TILES.Offset);
Vector3[,] heightMap = new Vector3[tileCountX, tileCountZ];
Vector2[] tilePositions = GetAllTilePositions(centerTemp);
TerrainChunk.TerrainChunkData[] chunkData = GetAllChunkData();
float[] heights = CalculateAllHeights(tilePositions, chunkData);
float[] smoothnesses = CalculateAllSmoothnesses(tilePositions, chunkData);
for (int x = 0; x < tileCountX; x++)
{
for (int z = 0; z < tileCountZ; z++)
{
heightMap[x, z] = GetHeightAt(tilePositions[z * tileCountX + x], heights, smoothnesses, x, z);
}
}
return(heightMap);
}
public override void OnGui()
{
GUILayout.BeginArea(new Rect(20f, 20f, 500f, 350f), "Propulsion Block GUI", GUI.skin.window);
float num = 150f;
bool flag = false;
bool flag2 = false;
if (!this._focus.User.IsOnSubConstructable)
{
if (this._focus.OrientationWithRespectToConstruct == enumBlockOrientations.forwards || this._focus.OrientationWithRespectToConstruct == enumBlockOrientations.backwards)
{
this._focus.DriveMode = enumPropulsionDriveModes.main;
}
else
{
flag = GUI.Toggle(new Rect(40f, 40f, num, 30f), this._focus.DriveMode == enumPropulsionDriveModes.thruster, "Thruster");
flag2 = GUI.Toggle(new Rect(40f + num, 40f, num, 30f), this._focus.DriveMode == enumPropulsionDriveModes.thrusterreverse, "Thruster reverse");
}
}
bool flag3 = GUI.Toggle(new Rect(40f + num + num, 40f, num, 30f), this._focus.DriveMode == enumPropulsionDriveModes.main, "Main");
bool flag4 = false;
bool flag5 = false;
if (!this._focus.User.IsOnSubConstructable && (this._focus.OrientationWithRespectToConstruct == enumBlockOrientations.up || this._focus.OrientationWithRespectToConstruct == enumBlockOrientations.down))
{
flag4 = GUI.Toggle(new Rect(40f + num * 0.5f, 70f, num, 30f), this._focus.DriveMode == enumPropulsionDriveModes.roll, "roll (LHS)");
flag5 = GUI.Toggle(new Rect(40f + num * 0.5f + num, 70f, num, 30f), this._focus.DriveMode == enumPropulsionDriveModes.rollreverse, "roll reverse (RHS)");
}
if (flag && this._focus.DriveMode != enumPropulsionDriveModes.thruster)
{
this._focus.DriveMode = enumPropulsionDriveModes.thruster;
}
else if (flag2 && this._focus.DriveMode != enumPropulsionDriveModes.thrusterreverse)
{
this._focus.DriveMode = enumPropulsionDriveModes.thrusterreverse;
}
else if (flag3 && this._focus.DriveMode != enumPropulsionDriveModes.main)
{
this._focus.DriveMode = enumPropulsionDriveModes.main;
}
else if (flag4 && this._focus.DriveMode != enumPropulsionDriveModes.roll)
{
this._focus.DriveMode = enumPropulsionDriveModes.roll;
}
else if (flag5 && this._focus.DriveMode != enumPropulsionDriveModes.rollreverse)
{
this._focus.DriveMode = enumPropulsionDriveModes.rollreverse;
}
string text = null;
enumPropulsionDriveModes driveMode = this._focus.DriveMode;
if (driveMode == enumPropulsionDriveModes.thruster)
{
text = this.ThrusterDescription();
}
else if (driveMode == enumPropulsionDriveModes.thrusterreverse)
{
text = this.ThrusterReverseDescription();
}
else if (driveMode == enumPropulsionDriveModes.roll)
{
text = this.RollDescription();
}
else if (driveMode == enumPropulsionDriveModes.rollreverse)
{
text = this.RollReverseDescription();
}
else if (driveMode == enumPropulsionDriveModes.main)
{
text = "Runs with the main forwards facing propulsion systems";
}
string text2 = string.Concat(new object[]
{
StaticMaths.R2(this._focus.DirectForceFraction * 100f),
" % applied directly behind the centre of mass.\n",
StaticMaths.R2((1f - this._focus.DirectForceFraction) * 100f),
"% applied from the block's position"
});
string text3 = StaticMaths.R2(this._focus.PlacementForceFraction * 100f) + "% of maximum force attainable due to placement of this block";
GUI.Label(new Rect(40f, 100f, 400f, 100f), text);
GUI.Label(new Rect(40f, 180f, 400f, 100f), text2);
GUI.Label(new Rect(40f, 280f, 400f, 100f), text3);
GUISliders.TotalWidthOfWindow = 500;
GUISliders.TextWidth = 180;
GUISliders.DecimalPlaces = 1;
GUISliders.UpperMargin = 320;
this._focus.PowerScale = GUISliders.DisplaySlider(0, "Drive fraction:", this._focus.PowerScale, 0f, 1f, enumMinMax.none, new ToolTip("Adjust the thrust (and power usage) of this engine. Useful for fine balancing of aircraft", 12, false));
if (GUI.Button(new Rect(40f, 470f, 100f, 60f), "Copy to clipboard"))
{
PropulsionModuleClipboard.CopyPropulsionToClipboard(this._focus);
}
if (PropulsionModuleClipboard.default_propulsion_set)
{
if (GUI.Button(new Rect(160f, 470f, 100f, 60f), "Paste from clipboard"))
{
PropulsionModuleClipboard.PastePropulsionFromClipboard(this._focus);
}
}
else
{
GUI.Button(new Rect(160f, 470f, 100f, 60f), "Paste from clipboard", "buttongrey");
}
if (GUI.Button(new Rect(380f, 470f, 100f, 60f), "Exit"))
{
this.DeactivateGui(GuiDeactivateType.Standard);
}
GUILayout.EndArea();
/*
* //WheelSettingsGUI.WheelSettingsGui( );
*
*
* //GUILayout.BeginArea(new Rect(20f, 20f, 500f, 450f), "Propulsion Block GUI", GUI.skin.window);
* GUILayout.BeginArea(new Rect(20f, 500f, 500f, 300f), "Whhel Settings GUI: " + this._focus.User.name, GUI.skin.window);
* //GUILayout.BeginArea(new Rect(10f, 40f, 600, 300f), "Color", GUI.skin.window) ;
*
* GUISliders.TotalWidthOfWindow = 500;
* GUISliders.TextWidth = 100;
* GUISliders.UpperMargin = 40;
* GUISliders.DecimalPlaces = 2;
* //float OtherVal = 0.1f ;
* //this.SetBlue (GUISliders.DisplaySlider (2, "Blue: ", this._blue, 0f, 1f, enumMinMax.none, null), true);
* //this.imaginary (GUISliders.DisplaySlider (2, "Blue: ", this.imaginary, 0f, 1f, enumMinMax.none, null), true);
*
* int GUISIndex = 0;
*
* float SuspensionDistance = this._focus.User.GetParameters1().x ;
* //this.anc = this._focus.
*
* this.anc.MaxThrustMultipler = GUISliders.DisplaySlider (GUISIndex, "MaxThrustMultipler: ", this.anc.MaxThrustMultipler, 0f, 100f, enumMinMax.none, null) ;
* GUISIndex++;
* this.anc.Spring = GUISliders.DisplaySlider (GUISIndex, "Spring: ", this.anc.Spring, 0f, 100f, enumMinMax.none, null) ;
* GUISIndex++;
* SuspensionDistance = GUISliders.DisplaySlider (GUISIndex, "Suspension Distance: ", SuspensionDistance, 0f, 100f, enumMinMax.none, null) ;
* GUISIndex++;
*
* this._focus.User.SetParameters1(new Vector4 (SuspensionDistance, this._focus.User.GetParameters1().y, this._focus.User.GetParameters1().z, this._focus.User.GetParameters1().w)) ;
*
*
* //bool result = false ;
*
* //this.ApplySuspentionParam () ;
*
* //if (GuiCommon.DisplayCloseButton(360))
* //{
* // result = true ;
* //}
*
*
* GUILayout.EndArea() ;
* //return result ;
*/
/*
* if (_focus.User.ExtraGUI())
* {
* DeactivateGui() ;
* return ;
* }
*/
if (this._focus.OptionalControlModule != null && ControllableBlockGUIPanel.InputPanel(this._focus.OptionalControlModule, true))
{
this.DeactivateGui(GuiDeactivateType.Standard);
}
}
public void CreateAndAttachChildNode(ENodePosition _ePosition)
{
Vector3 childPos = Vector3.zero;
Quaternion childRot = Quaternion.Euler(Vector3.zero);
ENodeType eChildType = ENodeType.ENormal;
if (eType != ENodeType.EBase)
{
List <Node_CellEditor> armNodes = GetAllNodesOfArm();
//this node is also in there as the last node so we have to take the node at index lenth -2
Node_CellEditor parentNode = armNodes[armNodes.Count - 2];
if (parentNode != null)
{
Vector3 pos = transform.position;
Vector3 parPos = parentNode.transform.position;
Vector3 dir = (pos - parPos).normalized;
childPos = dir * DISTANCE_AVERAGE;
float rot = StaticMaths.FindLookAtAngle2D(pos, parPos); //maybe pos and childPos or parPos and childPos
childRot = Quaternion.Euler(0f, rot, 0f);
//childRot = gameObject.transform.rotation;
if ((ePositionToParent == ENodePosition.ERight && _ePosition == ENodePosition.EAbove) ||
(ePositionToParent == ENodePosition.ELeft && _ePosition == ENodePosition.EBelow))
{
childPos = new Vector3(-childPos.z, childPos.y, childPos.x);
}
else if ((ePositionToParent == ENodePosition.EAbove && _ePosition == ENodePosition.ELeft) ||
(ePositionToParent == ENodePosition.EBelow && _ePosition == ENodePosition.ERight))
{
childPos = new Vector3(-childPos.z, childPos.y, childPos.x);
}
else if ((ePositionToParent == ENodePosition.ERight && _ePosition == ENodePosition.EBelow) ||
(ePositionToParent == ENodePosition.ELeft && _ePosition == ENodePosition.EAbove))
{
childPos = new Vector3(childPos.z, childPos.y, -childPos.x);
}
else if ((ePositionToParent == ENodePosition.EAbove && _ePosition == ENodePosition.ERight) ||
(ePositionToParent == ENodePosition.EBelow && _ePosition == ENodePosition.ELeft))
{
childPos = new Vector3(childPos.z, childPos.y, -childPos.x);
}
}
else
{
Debug.Log("FATAL ERROR : non-base node doesn't have parent node. ");
}
}
else
{
childPos = transform.position;
eChildType = ENodeType.ESingle;
switch (_ePosition)
{
case ENodePosition.EAbove:
childPos.z += DISTANCE_AVERAGE;
break;
case ENodePosition.EBelow:
childPos.z -= DISTANCE_AVERAGE;
break;
case ENodePosition.ERight:
childPos.x += DISTANCE_AVERAGE;
break;
case ENodePosition.ELeft:
childPos.x -= DISTANCE_AVERAGE;
break;
}
}
childPos += transform.position;
//These ifs make sure that you can't create a child node on the socket where a parent node is attached
if (_ePosition == ENodePosition.EAbove && ePositionToParent != ENodePosition.EBelow)
{
GameObject chA = Instantiate(NODE_TEMPLATE, childPos, childRot);
chA.transform.parent = transform;
childAbove = chA.GetComponent <Node_CellEditor>();
childAbove.PostConstructor(eChildType, _ePosition, this);
if (arrowUp != null)
{
Destroy(arrowUp.gameObject);
arrowUp = null;
}
}
else if (_ePosition == ENodePosition.ERight && ePositionToParent != ENodePosition.ELeft)
{
GameObject chR = Instantiate(NODE_TEMPLATE, childPos, childRot);
chR.transform.parent = transform;
childRight = chR.GetComponent <Node_CellEditor>();
childRight.PostConstructor(eChildType, _ePosition, this);
if (arrowRight != null)
{
Destroy(arrowRight.gameObject);
arrowRight = null;
}
}
else if (_ePosition == ENodePosition.EBelow && ePositionToParent != ENodePosition.EAbove)
{
GameObject chB = Instantiate(NODE_TEMPLATE, childPos, childRot);
chB.transform.parent = transform;
childBelow = chB.GetComponent <Node_CellEditor>();
childBelow.PostConstructor(eChildType, _ePosition, this);
if (arrowDown != null)
{
Destroy(arrowDown.gameObject);
arrowDown = null;
}
}
else if (_ePosition == ENodePosition.ELeft && ePositionToParent != ENodePosition.ERight)
{
GameObject chL = Instantiate(NODE_TEMPLATE, childPos, childRot);
chL.transform.parent = transform;
childLeft = chL.GetComponent <Node_CellEditor>();
childLeft.PostConstructor(eChildType, _ePosition, this);
if (arrowLeft != null)
{
Destroy(arrowLeft.gameObject);
arrowLeft = null;
}
}
if (eType != ENodeType.EBase)
{
parentNode.UpdateNodeType();
}
else
{
UpdateNodeType();
}
}
public void GenerateMesh(float[] _charges)
{
if (cs_MarchingCubes == null)
{
cs_MarchingCubes = Resources.Load <ComputeShader>("Shaders/cs_MarchingCubes");
}
int numThreadsPerX = Mathf.CeilToInt(resolution.x / (float)threadGroupSize);
int numThreadsPerY = Mathf.CeilToInt(resolution.y / (float)threadGroupSize);
int numThreadsPerZ = Mathf.CeilToInt(resolution.z / (float)threadGroupSize);
float isoLevel = Meta_CellEditor.SCULPTING.MARCHING_CUBES.ISOLEVEL;
int kernel = cs_MarchingCubes.FindKernel("CSMain");
triangleBuffer.SetCounterValue(0);
pointsBuffer.SetData(_charges);
cs_MarchingCubes.SetBuffer(kernel, "points", pointsBuffer);
cs_MarchingCubes.SetBuffer(kernel, "triangles", triangleBuffer);
cs_MarchingCubes.SetInt("numPointsPerX", (int)resolution.x);
cs_MarchingCubes.SetInt("numPointsPerY", (int)resolution.y);
cs_MarchingCubes.SetInt("numPointsPerZ", (int)resolution.z);
cs_MarchingCubes.SetFloat("scale", Meta_CellEditor.SCULPTING.GRID.SCALE);
cs_MarchingCubes.SetVector("center", transform.position);
cs_MarchingCubes.SetFloat("isoLevel", isoLevel);
cs_MarchingCubes.Dispatch(kernel, numThreadsPerX, numThreadsPerY, numThreadsPerZ);
// Get number of triangles in the triangle buffer
ComputeBuffer.CopyCount(triangleBuffer, triCountBuffer, 0);
int[] triCountArray = { 0 };
triCountBuffer.GetData(triCountArray);
int numTris = triCountArray[0];
// Get triangle data from shader
Triangle[] tris = new Triangle[numTris];
triangleBuffer.GetData(tris, 0, 0, numTris);
mesh.Clear();
var vertices = new Vector3[numTris * 3];
var meshTriangles = new int[numTris * 3];
if (editor)
{
for (int i = 0; i < numTris; i++)
{
for (int j = 0; j < 3; j++)
{
meshTriangles[i * 3 + j] = i * 3 + j;
vertices[i * 3 + j] = tris[i][j];
}
}
}
else
{
for (int i = 0; i < numTris; i++)
{
for (int j = 2; j >= 0; j--)
{
meshTriangles[i * 3 + j] = i * 3 + j;
vertices[i * 3 + j] = tris[i][2 - j];
}
}
}
//generating uv coordiantes
Vector2[] uv = new Vector2[vertices.Length];
for (int i = 0; i < vertices.Length; i++)
{
uv[i] = StaticMaths.ThreeDTo2D(vertices[i], StaticMaths.EPlane.E_XZ);
}
mesh.vertices = vertices;
mesh.triangles = meshTriangles;
mesh.RecalculateNormals();
mesh.uv = uv;
}
public Vector3 GetHeightAt(float _x, float _z, float _smoothness)
{
float y = StaticMaths.Cap(Mathf.PerlinNoise(_x * granularity, _z * granularity) * 10f / _smoothness, -heightCap, heightCap);
return(new Vector3(_x * spacingX, y, _z * spacingZ));
}