Class Toolkit

Namespace

SearchAThing.Sci

Assembly

netcore-sci.dll

netcore-sci toolkit static methods

public static class Toolkit

Inheritance

object

Toolkit

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Fields

PostProcessCadScript

public static Func<string, string> PostProcessCadScript

Field Value

Func<string, string>

Properties

SciJsonSettings

public static JsonSerializerSettings SciJsonSettings { get; }

Property Value

JsonSerializerSettings

Methods

Circle2D(double, double, Vector3D, Vector3D)

create circle 2D by given two points and radius

public static Vector3D[] Circle2D(double tol, double radius, Vector3D p1, Vector3D p2)

Parameters

tol double

length tolerance

radius double

circle radius

p1 Vector3D

circle first point (z not considered)

p2 Vector3D

circle second point (z not considered)

Returns

Vector3D[]

circle centers

CirclesOuterTangent(double, double, double, double, double, double)

Finds tangent segments between two given circles.

returns empty, or 2 tuple (exterior tangents) or 4 tuple (two exterior tangents and two interior tangents)

ref: https://en.wikibooks.org/wiki/Algorithm_Implementation/Geometry/Tangents_between_two_circles

public static IEnumerable<(CircleTangentType type, Vector3D pa, Vector3D pb)> CirclesOuterTangent(double x1, double y1, double r1, double x2, double y2, double r2)

Parameters

x1 double

y1 double

r1 double

x2 double

y2 double

r2 double

Returns

IEnumerable<(CircleTangentType type, Vector3D pa, Vector3D pb)>

Cube(Vector3D, double)

Creates dxf entities for a 6 faces of a cube; generated face order is front, back, left, right, bottom, top

public static IEnumerable<Face3D> Cube(Vector3D center, double L)

Parameters

center Vector3D

L double

Returns

IEnumerable<Face3D>

Cuboid(Vector3D, Vector3D)

Creates dxf entities for 6 faces of a cuboid; generated face order is front, back, left, right, bottom, top

public static IEnumerable<Face3D> Cuboid(Vector3D center, Vector3D size)

Parameters

center Vector3D

size Vector3D

Returns

IEnumerable<Face3D>

LinearSplineInterpolate(IEnumerable<double>, IEnumerable<double>)

(MathNet.Numerics bookmark function) "Create a linear spline interpolation from an unsorted set of (x,y) value pairs." then invoke Interpolate with x value to retrieve interpolated y value.

For more interpolator see https://numerics.mathdotnet.com/api/MathNet.Numerics.Interpolation/index.htm

public static IInterpolation LinearSplineInterpolate(IEnumerable<double> x, IEnumerable<double> y)

Parameters

x IEnumerable<double>

y IEnumerable<double>

Returns

IInterpolation

Remarks

unit test

Range(double, double, double, double, bool)

span a range of doubles from start to end ( optionally included ) stepping with given inc

public static IEnumerable<double> Range(double tol, double start, double end, double inc, bool includeEnd = false)

Parameters

tol double

measure tolerance

start double

start pos

end double

end pos

inc double

increment

includeEnd bool

if true end can included in result set

Returns

IEnumerable<double>

enumeration of discrete range items

Segments(Face3D)

retrieve 3 or 4 segments from given face

public static IEnumerable<Line3D> Segments(this Face3D face)

Parameters

face Face3D

Returns

IEnumerable<Line3D>

Star(Vector3D, double)

Creates dxf entities for a 3 axis of given length centered in given center point.

public static IEnumerable<Line> Star(Vector3D center, double L)

Parameters

center Vector3D

L double

Returns

IEnumerable<Line>

ToRegion(Face3D, double)

convert face3d to Plane3DRegion

public static Plane3DRegion ToRegion(this Face3D face, double tol)

Parameters

face Face3D

tol double

Returns

Plane3DRegion

ToSciJson(object)

public static string ToSciJson(object o)

Parameters

o object

Returns

string

Vertexes(Face3D)

retrieve 3 or 4 vertex from given face

public static IEnumerable<Vector3D> Vertexes(this Face3D face)

Parameters

face Face3D

Returns

IEnumerable<Vector3D>

WalkEdges(double, Edge, Vector3D, Dictionary<Vector3D, List<Edge>>, WalkEdgeStopConditionDelegate?)

walk edges

public static IEnumerable<Edge> WalkEdges(double tol, Edge startEdge, Vector3D startVertex, Dictionary<Vector3D, List<Edge>> vertexToEdges, Toolkit.WalkEdgeStopConditionDelegate? stopCondition = null)

Parameters

tol double

length tolerance

startEdge Edge

starting edge

startVertex Vector3D

starting vertex

vertexToEdges Dictionary<Vector3D, List<Edge>>

vertex to edges dictionary

stopCondition Toolkit.WalkEdgeStopConditionDelegate

by default stop when meet startvertex again

Returns

IEnumerable<Edge>

walked edges