Class PairZrUtil

Namespace

Hi.Geom

Assembly

HiGeom.dll

Utility class for working with PairZr objects

public static class PairZrUtil

Inheritance

object

PairZrUtil

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

GetIntensiveZrs(IEnumerable<PairZr>, double)

public static IEnumerable<PairZr> GetIntensiveZrs(this IEnumerable<PairZr> src, double ZResolution)

Parameters

src IEnumerable<PairZr>

ZResolution double

Returns

IEnumerable<PairZr>

GetNormal2d(SortedList<double, PairZr>, double)

Gets a 2D normal vector to the surface at the specified Z position

public static Vec2d GetNormal2d(this SortedList<double, PairZr> zVsPairZr, double z)

Parameters

zVsPairZr SortedList<double, PairZr>

The sorted list of PairZr objects defining the surface

z double

The Z position to get the normal vector for

Returns

Vec2d

A 2D normal vector to the surface, or null if it cannot be calculated

GetNormal2dByFittedZ(SortedList<double, PairZr>, double, out double)

Gets a 2D normal vector to the surface at the specified Z position, adjusted to fit within the Z range

public static Vec2d GetNormal2dByFittedZ(this SortedList<double, PairZr> zVsPairZr, double z, out double fittedZ)

Parameters

zVsPairZr SortedList<double, PairZr>

The sorted list of PairZr objects defining the surface

z double

The Z position to get the normal vector for

fittedZ double

Output parameter that receives the adjusted Z value that fits within the range

Returns

Vec2d

A 2D normal vector to the surface, or null if it cannot be calculated

GetRByZ(List<PairZr>, double)

Gets the R value at a specified Z position by interpolating between PairZr objects in a list

public static double GetRByZ(this List<PairZr> zVsPairZr, double z)

Parameters

zVsPairZr List<PairZr>

The list of PairZr objects

z double

The Z position to get the R value for

Returns

double

The interpolated R value at the specified Z position, or NaN if interpolation is not possible

GetRByZ(SortedList<double, PairZr>, double)

Gets the R value at a specified Z position by interpolating between PairZr objects in a sorted list

public static double GetRByZ(this SortedList<double, PairZr> zVsPairZr, double z)

Parameters

zVsPairZr SortedList<double, PairZr>

The sorted list of PairZr objects keyed by Z values

z double

The Z position to get the R value for

Returns

double

The interpolated R value at the specified Z position, or NaN if interpolation is not possible

GetSurfaceVerticalArrow2d(List<PairZr>, double)

Gets a 2D vector perpendicular to the surface at the specified Z position

public static Vec2d GetSurfaceVerticalArrow2d(this List<PairZr> zVsPairZr, double z)

Parameters

zVsPairZr List<PairZr>

The list of PairZr objects defining the surface

z double

The Z position to get the vector for

Returns

Vec2d

A 2D vector perpendicular to the surface, or null if it cannot be calculated

GetSurfaceVerticalArrow2dByFittedZ(List<PairZr>, double, out double)

Gets a 2D vector perpendicular to the surface at the specified Z position, adjusted to fit within the Z range

public static Vec2d GetSurfaceVerticalArrow2dByFittedZ(this List<PairZr> zVsPairZr, double z, out double fittedZ)

Parameters

zVsPairZr List<PairZr>

The list of PairZr objects defining the surface

z double

The Z position to get the vector for

fittedZ double

Output parameter that receives the adjusted Z value that fits within the range

Returns

Vec2d

A 2D vector perpendicular to the surface, or null if it cannot be calculated

GetSurfaceVerticalArrow3dByFittedZ(List<PairZr>, double, double, out double)

Gets a 3D vector perpendicular to the surface at the specified Z position, adjusted to fit within the Z range

public static Vec3d GetSurfaceVerticalArrow3dByFittedZ(this List<PairZr> zVsPairZr, double z, double angle_rad, out double fittedZ)

Parameters

zVsPairZr List<PairZr>

The list of PairZr objects defining the surface

z double

The Z position to get the vector for

angle_rad double

The angle in radians to position the vector around the Z axis

fittedZ double

Output parameter that receives the adjusted Z value that fits within the range

Returns

Vec3d

A 3D vector perpendicular to the surface, or null if it cannot be calculated

GetVolume(IGetZrList)

Calculates the volume of an object that implements IGetZrList

public static double GetVolume(this IGetZrList src)

Parameters

src IGetZrList

The object that implements IGetZrList

Returns

double

The calculated volume, or 0 if the source is null

GetVolume(IEnumerable<PairZr>)

Get Volume. Assume the src.Z is ascendent. If Z descendent, the result may be negative.

public static double GetVolume(this IEnumerable<PairZr> src)

Parameters

src IEnumerable<PairZr>

Returns

double

GetZrList(IGetStl)

Extracts a list of PairZr objects from an object that implements IGetStl

public static List<PairZr> GetZrList(this IGetStl geom)

Parameters

geom IGetStl

The object that implements IGetStl

Returns

List<PairZr>

A list of PairZr objects, or null if the geometry is null

GetZrList(IEnumerable<Tri3d>)

Extracts a list of PairZr objects from a collection of triangles

public static List<PairZr> GetZrList(this IEnumerable<Tri3d> tris)

Parameters

tris IEnumerable<Tri3d>

The collection of triangles

Returns

List<PairZr>

A list of PairZr objects ordered by Z value