private MeshDraft RodBack(Vector3 center, float width, float length, float height)
{
var draft = new MeshDraft();
int rodCount = Random.Range(1, 5);
float maxWidth = (width - length * 2) / rodCount;
float rodWidth = RandomE.Range(maxWidth / 4, maxWidth * 3 / 4, 3);
float interval = (width - length * 2 - rodWidth * rodCount) / (rodCount + 1);
float upperRodHeight = Mathf.Min(height * 3 / 4, length * Random.Range(1, 4));
float rodHeight = height - upperRodHeight;
var leftRod = MeshE.HexahedronDraft(length, length, rodHeight);
leftRod.Move(Vector3.left * (width - length) / 2 + Vector3.down * upperRodHeight / 2);
draft.Add(leftRod);
leftRod.Move(Vector3.right * (width - length));
draft.Add(leftRod);
var startPosition = Vector3.left * (width / 2 - length - interval - rodWidth / 2) + Vector3.down * upperRodHeight / 2;
for (int i = 0; i < rodCount; i++)
{
var rod = MeshE.HexahedronDraft(rodWidth, length, rodHeight);
rod.Move(startPosition + Vector3.right * i * (rodWidth + interval));
draft.Add(rod);
}
var upperRod = MeshE.HexahedronDraft(width, length, upperRodHeight);
upperRod.Move(Vector3.up * rodHeight / 2);
draft.Add(upperRod);
draft.Move(center + Vector3.up * height / 2);
return(draft);
}
private static MeshDraft FlatRoof(Vector3 a, Vector3 b, Vector3 c, Vector3 d)
{
var draft = MeshE.QuadDraft(a, d, c, b);
draft.Paint(roofColor);
return(draft);
}
private MeshDraft Back0(Vector3 center, float width, float length, float height)
{
var draft = MeshE.HexahedronDraft(width, length, height);
draft.Move(center + Vector3.up * height / 2);
return(draft);
}
private void Awake()
{
template = MeshE.TetrahedronDraft(0.3f);
swarmCount = Mathf.Min(65000 / template.vertices.Count, swarmCount);
simulationUpdate = Mathf.RoundToInt(swarmCount * simulationPercent);
var vertexCount = swarmCount * template.vertices.Count;
draft = new MeshDraft
{
name = "Boids",
vertices = new List <Vector3>(vertexCount),
triangles = new List <int>(vertexCount),
normals = new List <Vector3>(vertexCount),
uv = new List <Vector2>(vertexCount),
colors = new List <Color>(vertexCount)
};
for (var i = 0; i < swarmCount; i++)
{
boids.Add(new Boid());
draft.Add(template);
}
mesh = draft.ToMesh();
mesh.MarkDynamic();
GetComponent <MeshFilter>().mesh = mesh;
Generate();
StartCoroutine(Simulate());
}
private MeshDraft Back1(Vector3 center, float width, float length, float height)
{
var draft = new MeshDraft();
int plankCount = Random.Range(1, 5);
float plankStep = height / plankCount;
float plankHeight = plankStep * Random.Range(0.3f, 0.8f);
float plankWidth = width - length * 2;
float offeset = 0;
if (plankCount > 1)
{
offeset = RandomE.Range(0, (plankStep - plankHeight) / 2, 3);
}
var startPosition = Vector3.up * (-height / 2 + plankStep - plankHeight / 2 - offeset);
for (int i = 0; i < plankCount; i++)
{
var plank = MeshE.HexahedronDraft(plankWidth, length, plankHeight);
plank.Move(startPosition + Vector3.up * i * plankStep);
draft.Add(plank);
}
var rod = MeshE.HexahedronDraft(length, length, height);
rod.Move(Vector3.left * (width / 2 - length / 2));
draft.Add(rod);
rod.Move(Vector3.right * (width - length));
draft.Add(rod);
draft.Move(center + Vector3.up * height / 2);
return(draft);
}
private static MeshDraft Socle(Vector3 origin, Vector3 width, Vector3 height)
{
var draft = MeshE.QuadDraft(origin, width, height);
draft.Paint(socleColor);
return(draft);
}
public static void Icosahedron()
{
var go = GameObject.CreatePrimitive(PrimitiveType.Quad);
Object.DestroyImmediate(go.GetComponent <Collider>());
go.name = icosahedron;
go.GetComponent <MeshFilter>().mesh = MeshE.Icosahedron(1);
Undo.RegisterCreatedObjectUndo(go, create + icosahedron);
}
private static MeshDraft FlatOverhangRoof(Vector3 a, Vector3 b, Vector3 c, Vector3 d)
{
var width = b - a;
var length = c - b;
var roofHeight = Vector3.up * 0.3f;
var draft = MeshE.HexahedronDraft(width + width.normalized, length + length.normalized, roofHeight);
draft.Move((a + c) / 2 + roofHeight / 2);
draft.Paint(roofColor);
return(draft);
}
/// <summary>
/// Returns a cylindrical mesh to fit a ring shape with given radius. Cylinder will have the given number of sides, and height.
/// </summary>
static Mesh CreateCylinderMesh(int sides, float radius, float height)
{
// circumradius = r sec(π/n)
var circumradius = radius * 1 / Mathf.Cos(Mathf.PI / sides);
var cylinderMesh = MeshE.Cylinder(circumradius, sides, height);
cylinderMesh.Rotate(Quaternion.Euler(0f, (360f / sides) / 2f, 0f));
return(cylinderMesh);
}
private static MeshDraft EntranceRoofed(Vector3 origin, Vector3 width, Vector3 height)
{
var draft = Entrance(origin, width, height);
var roofLength = Vector3.Cross(width, height).normalized *EntranceRoofLength;
var roofHeight = Vector3.up * EntranceRoofHeight;
var roof = MeshE.HexahedronDraft(width, roofLength, roofHeight);
roof.Move(origin + width / 2 - roofLength / 2 + height - roofHeight / 2);
roof.Paint(roofColor);
draft.Add(roof);
return(draft);
}
private static MeshDraft GabledRoof(Vector3 a, Vector3 b, Vector3 c, Vector3 d)
{
var ridgeHeight = Vector3.up * 2;
var ridge0 = (a + d) / 2 + ridgeHeight;
var ridge1 = (b + c) / 2 + ridgeHeight;
var draft = MeshE.QuadDraft(a, ridge0, ridge1, b);
draft.Add(MeshE.TriangleDraft(b, ridge1, c));
draft.Add(MeshE.QuadDraft(c, ridge1, ridge0, d));
draft.Add(MeshE.TriangleDraft(d, ridge0, a));
draft.Paint(roofColor);
return(draft);
}
private static MeshDraft Entrance(Vector3 origin, Vector3 width, Vector3 height)
{
var doorWidth = width.normalized * EntranceDoorWidth;
var doorOrigin = origin + width / 2 - doorWidth / 2;
var doorHeight = Vector3.up * EntranceDoorHeight;
var draft = Bracket(origin, width, height, doorOrigin, doorWidth, doorHeight);
draft.Paint(wallColor);
var door = MeshE.QuadDraft(doorOrigin, doorWidth, doorHeight);
door.Paint(doorColor);
draft.Add(door);
return(draft);
}
private static MeshDraft Bracket(Vector3 origin, Vector3 width, Vector3 length, Vector3 innerOrigin,
Vector3 innerWidth, Vector3 innerLength)
{
return(MeshE.TriangleStripDraft(new List <Vector3>
{
innerOrigin,
origin,
innerOrigin + innerLength,
origin + length,
innerOrigin + innerLength + innerWidth,
origin + length + width,
innerOrigin + innerWidth,
origin + width
}));
}
private MeshDraft KhrushchyovkaDraft()
{
float width = Random.Range(widthLB, widthUB);
float length = Random.Range(lengthLB, lengthUB);
int floorCount = Random.Range(floorCountLB, floorCountUB);
var hasAttic = RandomE.Chance(0.5f);
float height = FloorHeight * floorCount + SocleHeight + (hasAttic ? AtticHeight : 0);
var draft = new MeshDraft {
name = "Khrushchyovka"
};
var corners = new Vector3[]
{
Vector3.left *length / 2 + Vector3.back *width / 2,
Vector3.right *length / 2 + Vector3.back *width / 2,
Vector3.right *length / 2 + Vector3.forward *width / 2,
Vector3.left *length / 2 + Vector3.forward *width / 2
};
commonPanelConstructors[PanelType.Entrance] = panelConstructors[PanelType.Entrance].GetRandom();
commonPanelConstructors[PanelType.EntranceWall] = panelConstructors[PanelType.EntranceWall].GetRandom();
wallColor = RandomE.colorHSV.WithA(0);
var facadePlan0 = FacadeGenerator(length, floorCount, hasAttic, true, true);
draft.Add(Facade(corners[0], Vector3.right, facadePlan0));
var facadePlan1 = FacadeGenerator(width, floorCount, hasAttic);
draft.Add(Facade(corners[1], Vector3.forward, facadePlan1));
var facadePlan2 = FacadeGenerator(length, floorCount, hasAttic, false, true);
draft.Add(Facade(corners[2], Vector3.left, facadePlan2));
var facadePlan3 = FacadeGenerator(width, floorCount, hasAttic);
draft.Add(Facade(corners[3], Vector3.back, facadePlan3));
draft.Add(Roof(corners[0], corners[1], corners[2], corners[3], Vector3.up * height));
var basement = MeshE.QuadDraft(corners[0], corners[1], corners[2], corners[3]);
basement.Paint(roofColor);
draft.Add(basement);
return(draft);
}
public static MeshDraft BeamDraft(Vector3 from, Vector3 to, float width, float rotation = 0)
{
var up = to - from;
var draft = MeshE.HexahedronDraft(width, width, up.magnitude);
var direction = up;
direction.y = 0;
var quaternion = Quaternion.identity;
if (direction != Vector3.zero)
{
quaternion = Quaternion.LookRotation(direction);
}
draft.Rotate(Quaternion.FromToRotation(Vector3.up, up) * Quaternion.Euler(0, rotation, 0) * quaternion);
draft.Move((from + to) / 2);
return(draft);
}
private static MeshDraft Windowpane(Vector3 origin, Vector3 width, Vector3 heigth)
{
var right = width.normalized;
var normal = Vector3.Cross(width, heigth).normalized;
var draft = new MeshDraft();
int rodCount = Mathf.FloorToInt(width.magnitude / WindowSegmentMinWidth);
float interval = width.magnitude / (rodCount + 1);
var frameWidth = right * WindowFrameWidth / 2;
var frameHeight = Vector3.up * WindowFrameWidth / 2;
var frameLength = normal * WindowFrameWidth / 2;
var startPosition = origin + heigth / 2 + frameLength / 2;
for (int i = 0; i < rodCount; i++)
{
var frame = MeshE.HexahedronDraft(frameWidth * 2, frameLength, heigth - frameHeight * 2,
Directions.Left | Directions.Back | Directions.Right);
frame.Move(startPosition + right * (i + 1) * interval);
draft.Add(frame);
}
var windowCorner = origin + frameWidth + frameHeight;
var windowWidth = width - frameWidth * 2;
var windowHeigth = heigth - frameHeight * 2;
var window = PerforatedQuad(origin, width, heigth, windowCorner, windowWidth, windowHeigth);
draft.Add(window);
var hole = MeshE.HexahedronDraft(windowWidth, frameLength, windowHeigth, Directions.All & ~Directions.ZAxis);
hole.Move(startPosition + width / 2);
hole.FlipFaces();
draft.Add(hole);
draft.Paint(frameColor);
var glass = MeshE.QuadDraft(windowCorner + frameLength, windowWidth, windowHeigth);
glass.Paint(glassColor);
draft.Add(glass);
return(draft);
}
private void Awake()
{
GetComponent <MeshRenderer>().material = GraphicsE.diffuseVertexColor;
var template = MeshE.TetrahedronFlat(0.3f);
templateVertices = template.vertices;
templateVerticesLength = template.vertices.Length;
templateTriangles = template.triangles;
templateTrianglesLength = template.triangles.Length;
swarmCount = Mathf.Min(65000 / templateVerticesLength, swarmCount);
vertices = new Vector3[swarmCount * templateVerticesLength];
triangles = new int[swarmCount * templateTrianglesLength];
colors32 = new Color32[swarmCount * templateVerticesLength];
for (var i = 0; i < swarmCount; i++)
{
var boid = new Boid
{
position = Random.insideUnitSphere * spawnSphere,
rotation = Random.rotation,
velocity = Random.onUnitSphere * maxSpeed
};
boids.Add(boid);
SetBoidVertices(boid, i);
SetBoidTriangles(i);
SetBoidColors(boid, i);
}
mesh = new Mesh
{
name = "Boids",
vertices = vertices,
triangles = triangles,
colors32 = colors32
};
mesh.RecalculateNormals();
mesh.MarkDynamic();
GetComponent <MeshFilter>().mesh = mesh;
StartCoroutine(SimulateCoroutine());
}
private static MeshDraft AtticVented(Vector3 origin, Vector3 width, Vector3 height)
{
var right = width.normalized;
var center = origin + width / 2 + height / 2;
var holeOrigin = center - right * AtticHoleWidth / 2 - Vector3.up * AtticHoleHeight / 2;
var holeWidth = right * AtticHoleWidth;
var holeHeight = Vector3.up * AtticHoleHeight;
var holeDepth = Vector3.Cross(width, height).normalized *AtticHoleDepth;
var draft = PerforatedQuad(origin, width, height, holeOrigin, holeWidth, holeHeight);
draft.Paint(wallColor);
var hexahedron = MeshE.HexahedronDraft(holeWidth, holeDepth, holeHeight, Directions.All & ~Directions.Back);
hexahedron.Move(center + holeDepth / 2);
hexahedron.FlipFaces();
hexahedron.Paint(roofColor);
draft.Add(hexahedron);
return(draft);
}
private static MeshDraft Window(Vector3 origin, Vector3 width, Vector3 height, float widthOffset,
float heightOffset, float windowHeight)
{
var right = width.normalized;
var frameOrigin = origin + right * widthOffset + Vector3.up * heightOffset;
var frameWidth = right * (width.magnitude - widthOffset * 2);
var frameHeight = Vector3.up * windowHeight;
var frameDepth = Vector3.Cross(width, height).normalized *WindowDepth;
var draft = PerforatedQuad(origin, width, height, frameOrigin, frameWidth, frameHeight);
var frame = MeshE.HexahedronDraft(frameWidth, -frameDepth, frameHeight, Directions.All & ~Directions.ZAxis);
frame.Move(frameOrigin + frameWidth / 2 + frameHeight / 2 + frameDepth / 2);
draft.Add(frame);
draft.Paint(wallColor);
draft.Add(Windowpane(frameOrigin + frameDepth, frameWidth, frameHeight));
return(draft);
}
private static MeshDraft BalconyGlazed(Vector3 origin, Vector3 width, Vector3 height)
{
var balconyWidth = width;
var balconyHeight = height.normalized * BalconyHeight;
var balconyDepth = Vector3.Cross(height, width).normalized *BalconyDepth;
var draft = new MeshDraft();
var balcony = MeshE.HexahedronDraft(balconyWidth, balconyDepth, balconyHeight,
Directions.All & ~Directions.Up & ~Directions.Back);
balcony.FlipFaces();
balcony.Move(origin + width / 2 + balconyDepth / 2 + balconyHeight / 2);
balcony.Paint(wallColor);
draft.Add(balcony);
var roof0 = origin + height;
var roof1 = roof0 + balconyWidth;
var roof2 = roof1 + balconyDepth;
var roof3 = roof0 + balconyDepth;
var roof = MeshE.QuadDraft(roof0, roof1, roof2, roof3);
roof.Paint(roofColor);
draft.Add(roof);
var glassHeight = height - balconyHeight;
var glass0 = origin + balconyHeight;
var glass1 = glass0 + balconyDepth;
var glass2 = glass1 + balconyWidth;
var glass = Windowpane(glass0, balconyDepth, glassHeight);
glass.Add(Windowpane(glass1, balconyWidth, glassHeight));
glass.Add(Windowpane(glass2, -balconyDepth, glassHeight));
draft.Add(glass);
return(draft);
}
private static MeshDraft SocleWindowed(Vector3 origin, Vector3 width, Vector3 height)
{
var right = width.normalized;
var windowOrigin = origin + width / 2 - right * SocleWindowWidth / 2 + Vector3.up * SocleWindowHeightOffset;
var windowWidth = right * SocleWindowWidth;
var windowHeigth = Vector3.up * SocleWindowHeight;
var windowDepth = Vector3.Cross(width, height).normalized *SocleWindowDepth;
var draft = PerforatedQuad(origin, width, height, windowOrigin, windowWidth, windowHeigth);
var frame = MeshE.HexahedronDraft(windowWidth, -windowDepth, windowHeigth,
Directions.All & ~Directions.ZAxis);
frame.Move(windowOrigin + windowWidth / 2 + windowHeigth / 2 + windowDepth / 2);
draft.Add(frame);
draft.Paint(socleColor);
var window = MeshE.QuadDraft(windowOrigin + windowDepth / 2, windowWidth, windowHeigth);
window.Paint(socleWindowColor);
draft.Add(window);
return(draft);
}
private void Start()
{
GetComponent <MeshFilter>().mesh = MeshE.FlatSphere(radius, longitudeSegments, latitudeSegments);
}
private void Start()
{
GetComponent <MeshFilter>().mesh = MeshE.Hexahedron(width, length, height);
}
private void Start()
{
GetComponent <MeshFilter>().mesh = MeshE.Prism(radius, segments, height);
}
private void Start()
{
GetComponent <MeshFilter>().mesh = MeshE.Teardrop(radius, height, longitudeSegments, latitudeSegments);
}
private void Start()
{
GetComponent <MeshFilter>().mesh = MeshE.FlatSpheroid(radius, height, horizontalSegments, verticalSegments);
}
public static void Cylinder()
{
PrimitiveTemplate(cylinder, () => MeshE.Cylinder(1, 16, 1));
}
public static void Prism()
{
PrimitiveTemplate(prism, () => MeshE.Prism(1, 16, 1));
}
public static void Pyramid()
{
PrimitiveTemplate(pyramid, () => MeshE.Pyramid(1, 6, 1));
}
public static void Plane()
{
PrimitiveTemplate(plane, () => MeshE.Plane(10, 10, 10, 10));
}