public void Add (string name, ProceduralTexture texture)
{
if (!_textures.ContainsKey(name))
{
texture.content.name = name;
_textures.Add(name, texture);
}
}
public void Add (string name, string shaderName, ProceduralTexture texture)
{
if (!_materials.ContainsKey(name))
{
var mat = new Material(Shader.Find(shaderName));
mat.name = name;
mat.mainTexture = texture.content;
_materials.Add(mat.name, mat);
}
}
private void AddBalancedLines (ref ProceduralTexture tex, int count,
Color color, int thickness)
{
int interval = tex.content.height / (count + 1);
int h = 0;
for (int i = 0; i < count; ++i)
{
h+= interval;
tex.lines.Add(new TextureLine(0, h,
tex.content.width, h,
color, thickness));
}
}
private void AddBorders (ref ProceduralTexture tex, Color color, int thickness)
{
tex.lines.Add(new TextureLine(thickness >> 1, 0,
thickness >> 1, tex.content.height,
color, thickness));
tex.lines.Add(new TextureLine(0, thickness >> 1,
tex.content.width, thickness >> 1,
color, thickness));
tex.lines.Add(new TextureLine(tex.content.width - (thickness >> 1), 0,
tex.content.width - (thickness >> 1), tex.content.height,
color, thickness));
tex.lines.Add(new TextureLine(0, tex.content.height - (thickness >> 1),
tex.content.width, tex.content.height - (thickness >> 1),
color, thickness));
}
public void AddToCollection (string name, ProceduralTexture texture)
{
if (_collections.ContainsKey(name))
{
texture.content.name = name + "_" + (_collections[name].Count + 1).ToString();
_collections[name].Add(texture);
}
else
{
var list = new List<ProceduralTexture>();
texture.content.name = name + "_1";
list.Add(texture);
_collections.Add(name, list);
}
}
public void AddToCollection (string collectionName, string shaderName,
ProceduralTexture texture)
{
var mat = new Material(Shader.Find(shaderName));
mat.mainTexture = texture.content;
if (_collections.ContainsKey(collectionName))
{
mat.name = collectionName + "_" + (_collections[collectionName].Count + 1).ToString();
_collections[collectionName].Add(mat);
}
else
{
mat.name = collectionName + "_1";
var list = new List<Material>();
list.Add(mat);
_collections.Add(collectionName, list);
}
}
private void CreateBalconyBodyTextures ()
{
var color = Color.white;
var th = 22;
ProceduralTexture tex;
int h;
// 1st texture
tex = new ProceduralTexture(512, 1024);
tex.SetBackgroundColor(new Color32(25, 0, 143, 255));
AddBorders(ref tex, color, th);
h = (tex.content.height * 3) >> 2;
tex.lines.Add(new TextureLine(0, h, tex.content.width, h,
color, th));
tex.lines.Add(new TextureLine(tex.content.width >> 1, 0,
tex.content.width >> 1, h,
color, th << 1));
tex.Draw();
TextureManager.Instance.AddToCollection("tex_balcony_door", tex);
// 1st texture
// 2nd texture
tex = new ProceduralTexture(512, 1024);
tex.SetBackgroundColor(new Color32(25, 0, 143, 255));
AddBorders(ref tex, color, th);
h = (tex.content.height * 3) >> 2;
tex.lines.Add(new TextureLine(0, h, tex.content.width, h,
color, th));
tex.lines.Add(new TextureLine(tex.content.width >> 1, 0,
tex.content.width >> 1, h,
color, th << 1));
tex.lines.Add(new TextureLine(0, h >> 1, tex.content.width, h >> 1,
color, th));
tex.Draw();
TextureManager.Instance.AddToCollection("tex_balcony_door", tex);
// 2nd texture
// 3rd texture
tex = new ProceduralTexture(512, 1024);
tex.SetBackgroundColor(new Color32(25, 0, 143, 255));
AddBorders(ref tex, color, th);
AddBalancedLines(ref tex, 3, color, th);
tex.lines.Add(new TextureLine(tex.content.width >> 1, 0,
tex.content.width >> 1, tex.content.height,
color, th << 1));
tex.Draw();
TextureManager.Instance.AddToCollection("tex_balcony_door", tex);
// 3rd texture
// 4th texture
tex = new ProceduralTexture(512, 1024);
tex.SetBackgroundColor(new Color32(25, 0, 143, 255));
AddBorders(ref tex, color, th);
AddBalancedLines(ref tex, 4, color, th);
tex.lines.Add(new TextureLine(tex.content.width >> 1, 0,
tex.content.width >> 1, (tex.content.height << 2) / 5,
color, th << 1));
tex.Draw();
TextureManager.Instance.AddToCollection("tex_balcony_door", tex);
// 4th texture
// 5th texture
tex = new ProceduralTexture(512, 1024);
tex.SetBackgroundColor(new Color32(25, 0, 143, 255));
AddBorders(ref tex, color, th);
AddBalancedLines(ref tex, 4, color, th);
tex.lines.Add(new TextureLine(tex.content.width >> 1, 0,
tex.content.width >> 1, tex.content.height,
color, th << 1));
tex.Draw();
TextureManager.Instance.AddToCollection("tex_balcony_door", tex);
// 5th texture
}
private void CreateBalconyRailTexture ()
{
var tex = new ProceduralTexture();
tex.content = new Texture2D(1024, 512);
tex.Clear();
var ratio = 2f;
var outBorderSize = 0.02f;
var inBorderSize = 0.018f;
var spaceBetweenBorders = 0.06f;
int vOutBorderWidth = Mathf.FloorToInt(tex.content.width * outBorderSize);
int topOutBorderWidth = Mathf.FloorToInt(tex.content.height * outBorderSize * 2 * ratio);
int vInBorderWidth = Mathf.FloorToInt(tex.content.width * inBorderSize);
int hInBorderWidth = Mathf.FloorToInt(tex.content.height * inBorderSize * ratio);
int vInBorderOffset = Mathf.FloorToInt(tex.content.width * spaceBetweenBorders) +
vOutBorderWidth;
int botInBorderOffset = Mathf.FloorToInt(tex.content.height * spaceBetweenBorders * ratio);
var halfWidth = tex.content.width >> 1;
int topOutBorderY = tex.content.height - (topOutBorderWidth >> 1);
int botInBorderY = botInBorderOffset + (hInBorderWidth >> 1);
int topInBorderY = tex.content.height - botInBorderY - topOutBorderWidth;
int leftOutBorderX = (vOutBorderWidth >> 1) - 1;
int rightOutBorderX = tex.content.width - leftOutBorderX;
int leftInBorderX = vInBorderOffset + (vInBorderWidth >> 1);
int rightInBorderX = tex.content.width - leftInBorderX;
// top out border
tex.lines.Add(new TextureLine(0, topOutBorderY,
tex.content.width, topOutBorderY,
Color.black, topOutBorderWidth));
// bot in border
tex.lines.Add(new TextureLine(0, botInBorderY,
tex.content.width, botInBorderY,
Color.black, hInBorderWidth));
// top in border
tex.lines.Add(new TextureLine(0, topInBorderY,
tex.content.width, topInBorderY,
Color.black, hInBorderWidth));
// left out border
tex.lines.Add(new TextureLine(leftOutBorderX, 0,
leftOutBorderX, tex.content.height,
Color.black, vOutBorderWidth));
// right out border
tex.lines.Add(new TextureLine(rightOutBorderX, 0,
rightOutBorderX, tex.content.height,
Color.black, vOutBorderWidth));
// left in border
tex.lines.Add(new TextureLine(leftInBorderX, 0,
leftInBorderX, tex.content.width,
Color.black, vInBorderWidth));
// right in border
tex.lines.Add(new TextureLine(rightInBorderX, 0,
rightInBorderX, tex.content.width,
Color.black, vInBorderWidth));
// middle border
tex.lines.Add(new TextureLine(halfWidth, 0,
halfWidth, tex.content.height,
Color.black, vInBorderWidth));
// left inner box
tex.lines.Add(new TextureLine(leftInBorderX, botInBorderY + 2,
halfWidth + 1, topInBorderY,
Color.black, vInBorderWidth));
tex.lines.Add(new TextureLine(leftInBorderX, topInBorderY - 1,
halfWidth + 1, botInBorderY,
Color.black, vInBorderWidth));
// right inner box
tex.lines.Add(new TextureLine(halfWidth + 1, botInBorderY,
rightInBorderX, topInBorderY,
Color.black, vInBorderWidth));
tex.lines.Add(new TextureLine(halfWidth + 1, topInBorderY,
rightInBorderX, botInBorderY,
Color.black, vInBorderWidth));
tex.Draw();
TextureManager.Instance.Add("tex_balcony", tex);
}
public void Set (string name, ProceduralTexture texture)
{
if (_textures.ContainsKey(name))
_textures[name] = texture;
}
