public LdrBuilder Line(string name, Colour32 colour, float width, bool smooth, IEnumerable <v4> points) { if (!points.Any()) { return(this); } return(Append("*LineStrip ", name, " ", colour, " {", Ldr.Width(width), Ldr.Smooth(smooth), points.Select(x => Ldr.Vec3(x)), "}\n")); }
public void Line(string name, Colour32 colour, int width, bool smooth, IEnumerable <v4> points) { if (!points.Any()) { return; } var w = width != 0 ? $"*Width {{{width}}}" : string.Empty; var s = smooth ? "*Smooth " : string.Empty; Append("*LineStrip ", name, " ", colour, " {", w, s, points.Select(x => Ldr.Vec3(x)), "}\n"); }
public LdrBuilder Arrow(string name, Colour32 colour, Ldr.EArrowType type, float width, bool smooth, Func <int, v4?> points) { int idx = 0; Append("*Arrow ", name, " ", colour, " {"); for (v4?pt; (pt = points(idx++)) != null;) { Append(Ldr.Vec3(pt.Value)); } Append(Ldr.Width(width), Ldr.Smooth(smooth), type.ToString(), "}\n"); return(this); }
public LdrBuilder Line(string name, Colour32 colour, float width, bool smooth, Func <int, v4?> points) { int idx = 0; Append("*LineStrip ", name, " ", colour, " {", Ldr.Width(width), Ldr.Smooth(smooth)); for (v4?pt; (pt = points(idx++)) != null;) { Append(Ldr.Vec3(pt.Value)); } Append("}\n"); return(this); }
public void Line(string name, Colour32 colour, int width, bool smooth, Func <int, v4?> points) { int idx = 0; var w = width != 0 ? $"*Width {{{width}}}" : string.Empty; var s = smooth ? "*Smooth " : string.Empty; Append("*LineStrip ", name, " ", colour, " {", w, s); for (v4?pt; (pt = points(idx++)) != null;) { Append(Ldr.Vec3(pt.Value)); } Append("}\n"); }
public LdrBuilder Append(object part) { if (part is string str) { m_sb.Append(str); } else if (part is Color col) { m_sb.Append(Ldr.Colour(col)); } else if (part is v4 vec4) { m_sb.Append(Ldr.Vec3(vec4)); } else if (part is v2 vec2) { m_sb.Append(Ldr.Vec2(vec2)); } else if (part is m4x4 o2w) { m_sb.Append(Ldr.Mat4x4(o2w)); } else if (part is AxisId axisid) { m_sb.Append(Ldr.AxisId(axisid.Id)); } else if (part is EAxisId axisid2) { m_sb.Append(Ldr.AxisId(axisid2)); } else if (part is IEnumerable) { foreach (var x in (IEnumerable)part) { Append(" ").Append(x ?? string.Empty); } } else if (part != null) { m_sb.Append(part.ToString()); } return(this); }
public LdrBuilder Mesh(string name, Colour32 colour, IList <v4>?verts, IList <v4>?normals = null, IList <Colour32>?colours = null, IList <v2>?tex = null, IList <ushort>?faces = null, IList <ushort>?lines = null, IList <ushort>?tetra = null, bool generate_normals = false, v4?position = null) { Append("*Mesh ", name, " ", colour, " {\n"); if (verts != null) { Append("*Verts {").Append(verts.Select(x => Ldr.Vec3(x))).Append("}\n"); } if (normals != null) { Append("*Normals {").Append(normals.Select(x => Ldr.Vec3(x))).Append("}\n"); } if (colours != null) { Append("*Colours {").Append(colours.Select(x => Ldr.Colour(x))).Append("}\n"); } if (tex != null) { Append("*TexCoords {").Append(tex.Select(x => Ldr.Vec2(x))).Append("}\n"); } if (verts != null && faces != null) { Debug.Assert(faces.All(i => i >= 0 && i < verts.Count)); Append("*Faces {").Append(faces).Append("}\n"); } if (verts != null && lines != null) { Debug.Assert(lines.All(i => i >= 0 && i < verts.Count)); Append("*Lines {").Append(lines).Append("}\n"); } if (verts != null && tetra != null) { Debug.Assert(tetra.All(i => i >= 0 && i < verts.Count)); Append("*Tetra {").Append(tetra).Append("}\n"); } if (generate_normals) { Append("*GenerateNormals\n"); } if (position != null) { Append(Ldr.Position(position.Value)); } Append("}\n"); return(this); }
public LdrBuilder Ellipse(string name, Colour32 colour, AxisId axis_id, bool solid, float radiusx, float radiusy, v4 position) { return(Append("*Circle ", name, " ", colour, " {", radiusx, " ", radiusy, " ", axis_id, " ", Ldr.Solid(solid), " ", Ldr.Position(position), "}\n")); }
public LdrBuilder Pie(string name, Colour32 colour, AxisId axis_id, bool solid, float ang0, float ang1, float rad0, float rad1, float sx, float sy, int facets, v4 position) { return(Append("*Pie ", name, " ", colour, " {", ang0, " ", ang1, " ", rad0, " ", rad1, " ", axis_id, " ", Ldr.Solid(solid), " ", Ldr.Facets(facets), " *Scale ", sx, " ", sy, " ", Ldr.Position(position), "}\n")); }
public LdrBuilder Sphere(string name, Colour32 colour, float radius, v4 position) { return(Append("*Sphere ", name, " ", colour, " {", radius, " ", Ldr.Position(position), "}\n")); }
public LdrBuilder Cylinder(string name, Colour32 colour, AxisId axis_id, float height, float radius, m4x4?o2w = null, v4?pos = null) { return(Append("*Cylinder ", name, " ", colour, " {", height, " ", radius, " ", axis_id, " ", Ldr.Transform(o2w, pos), "}\n")); }
public void Quad(string name, Colour32 colour, v4 tl, v4 tr, v4 br, v4 bl, v4 position) { Append("*Quad ", name, " ", colour, " {", bl, " ", br, " ", tr, " ", tl, " ", Ldr.Position(position), "}\n"); }
public LdrBuilder Box(string name, Colour32 colour, v4 dim, m4x4?o2w = null, v4?pos = null) { return(Append("*Box ", name, " ", colour, " {", dim.x, " ", dim.y, " ", dim.z, " ", Ldr.Transform(o2w, pos), "}\n")); }
public LdrBuilder Axis(string name, Colour32 colour, m4x4 basis, float scale) { return(Append("*Matrix3x3 ", name, " ", colour, " {", basis.x * scale, " ", basis.y * scale, " ", basis.z * scale, " ", Ldr.Position(basis.pos), "}\n")); }
public LdrBuilder Triangle(string name, Colour32 colour, IEnumerable <v4> pts, m4x4?o2w = null) { return(Append("*Triangle ", name, " ", colour, " {", pts, Ldr.Transform(o2w), "}")); }
public LdrBuilder LineD(string name, Colour32 colour, v4 start, v4 direction, float width) { return(Append("*LineD ", name, " ", colour, " {", Ldr.Width(width), start, " ", direction, "}")); }
public LdrBuilder Arrow(string name, Colour32 colour, Ldr.EArrowType type, float width, bool smooth, IEnumerable <v4> points) { if (!points.Any()) { return(this); } return(Append("*Arrow ", name, " ", colour, " {", type.ToString(), points.Select(x => Ldr.Vec3(x)), Ldr.Width(width), Ldr.Smooth(smooth), "}\n")); }
public void Triangle(string name, Colour32 colour, IEnumerable <v4> pts, m4x4?o2w = null) { Append("*Triangle ", name, " ", colour, " {", pts, Ldr.Transform(o2w), "}"); }
public void Circle(string name, Colour32 colour, AxisId axis_id, bool solid, float radius, v4 position) { Append("*Circle ", name, " ", colour, " {", radius, " ", axis_id, " ", Ldr.Solid(solid), " ", Ldr.Position(position), "}\n"); }
public LdrBuilder GroupClose(m4x4 transform) { return(Append(Ldr.Transform(transform, newline: true), "}\n")); }
public LdrBuilder Rect(string name, Colour32 colour, AxisId axis_id, float width, float height, bool solid, float corner_radius, v4 position) { return(Append("*Rect ", name, " ", colour, " {", width, " ", height, " ", axis_id, " ", Ldr.Solid(solid), " ", Ldr.CornerRadius(corner_radius), " ", Ldr.Position(position), "}\n")); }
public void Triangle(string name, Colour32 colour, v4 a, v4 b, v4 c, m4x4?o2w = null) { Append("*Triangle ", name, " ", colour, " {", a, " ", b, " ", c, " ", Ldr.Transform(o2w), "}"); }
public LdrBuilder Triangle(string name, Colour32 colour, v4 a, v4 b, v4 c, m4x4?o2w = null) { return(Append("*Triangle ", name, " ", colour, " {", a, " ", b, " ", c, " ", Ldr.Transform(o2w), "}")); }
public LdrBuilder Box(string name, Colour32 colour, float sx, float sy, float sz, m4x4?o2w = null, v4?pos = null) { return(Append("*Box ", name, " ", colour, " {", sx, " ", sy, " ", sz, " ", Ldr.Transform(o2w, pos), "}\n")); }
public LdrBuilder Quad(string name, Colour32 colour, v4 tl, v4 tr, v4 br, v4 bl, v4 position) { return(Append("*Quad ", name, " ", colour, " {", bl, " ", br, " ", tr, " ", tl, " ", Ldr.Position(position), "}\n")); }
public void Axis(string name, Colour32 colour, m4x4 basis, float scale) { Append("*Matrix3x3 ", name, " ", colour, " {", basis.x * scale, " ", basis.y * scale, " ", basis.z * scale, " ", Ldr.Position(basis.pos), "}\n"); }
public LdrBuilder Ribbon(string name, Colour32 colour, IEnumerable <v4> points, AxisId axis_id, float width, bool smooth, m4x4?o2w = null) { return(Append("*Ribbon ", name, " ", colour, " {", points, " ", axis_id, Ldr.Width(width), Ldr.Smooth(smooth), Ldr.Transform(o2w), "}\n")); }
public void Rect(string name, Colour32 colour, AxisId axis_id, float width, float height, bool solid, v4 position) { Append("*Rect ", name, " ", colour, " {", width, " ", height, " ", axis_id, " ", Ldr.Solid(solid), " ", Ldr.Position(position), "}\n"); }
public void ToFile(string filepath, bool append = false) { Ldr.Write(ToString(), filepath, append); }
public LdrBuilder Grid(string name, Colour32 colour, AxisId axis_id, int width, int height, int wdiv, int hdiv, v4 position) { return(Append("*Grid ", name, " ", colour, " {", width, " ", height, " ", wdiv, " ", hdiv, " ", axis_id, " ", Ldr.Position(position), "}\n")); }