Struct GridPoint3

Namespace: Gamelogic.Grids2

Assembly: Assembly-CSharp.dll

A discrete 3D vector, used to index into 3D grids.

public readonly struct GridPoint3 : IEquatable<GridPoint3>

Implements: IEquatable<GridPoint3>

Inherited Members: object.Equals(object, object)

object.GetType()

object.ReferenceEquals(object, object)

Constructors

GridPoint3(int, int, int): Constructs a new instance of GridPoint3 with the given coordinates.

Fields

One: The grid point with all coordinates equal to 1.

Zero: The zero grid point, also called the origin. All coordinates are 0.

Properties

X: The X coordinate of this point.

Y: The Y coordinate of this point.

Z: The Z coordinate of this point.

Methods

Add(GridPoint3): Adds an other grid point to this grid point and returns the result.

CrossProduct(GridPoint3): Calculates the cross product of this vector with another.

Div(GridPoint3): Gives a new point that represents the first point divided by the second point component-wise.The division is integer division.

Div(int)

Dot(GridPoint3): Calculates the dot product between this grid point and another.

Equals(GridPoint3)

Equals(object)

FloorDiv(GridPoint3): Gives a new point that represents the first point divided by the second point component-wise.The division is integer division.

FloorDiv(int): Divides each coordinate with r, using integer floor division.

FloorMod(GridPoint3): Gives a new point that represents the reminder when the first point is divided by the second point component-wise. The division is integer floor division.

GetColor(ColorFunction): Gets the color index for this point for the given color function.

GetColor(ColorFunction3)

GetColor(int, int, int): Gets the color index for this point for the given coloring parameters.

GetColor(int, int, int, int, int, int): Gets the color index for this point for the given color function.

GetForwardVectorRays(IEnumerable<GridPoint3>): Gets the maps that represent the forward vector rays through this point in the given list of directions.

GetHashCode()

GetReverseVectorRays(IEnumerable<GridPoint3>): Gets the maps that represent the reverse vector lines through this point in the given list of directions.

GetVectorLine(GridPoint3): Gets the map that represents a line through this point in the given direction.

GetVectorLines(IEnumerable<GridPoint3>): Gets the maps that represent the vector lines through this point in the given list of directions.

GetVectorNeighbors(IEnumerable<GridPoint3>): Gets the vector neighbors of this point in the given direction.

HadamardMul(GridPoint3, GridPoint3)

Max(GridPoint3, GridPoint3): Calculates a new grid point with coordinates the maximum of the respective coordinates of two grid points.

Min(GridPoint3, GridPoint3): Calculates a new grid point with coordinates the minimum of the respective coordinates of two grid points.

Mod(GridPoint3): Gives a new point that represents the reminder when the first point is divided by the second point component-wise.The division is integer division.

Mul(GridPoint3): Gives a new point that represents the first point multiplied by the second point component-wise.

Mul(int): Multiplies each coordinate with the specified integer.

Negate(): Returns the point with each coordinate negated.

Subtract(GridPoint3): Subtracts the other point from this point, and returns the result.

TO2DXZ(): Convert this point to GridPoint2, keeping the x and z coordinates.

To2DXY(): Convert this point to GridPoint2, keeping the x and y coordinates.

ToString()

ToVector3(): Converts a grid point to a Vector3 with the same coordinates (as floats).

TruncDiv(GridPoint3): Gives a new point that represents the first point divided by the second point component-wise.The division is integer division.

TruncDiv(int): Divides each coordinate with r, using integer trunc division.

TruncMod(GridPoint3): Gives a new point that represents the reminder when the first point is divided by the second point component-wise. The division is integer trunc division.

__GetColor_Reference(int, int, int, int, int, int): Gets the color index for this point for the given color function.

Operators

operator +(GridPoint3, GridPoint3): Adds two points by adding their corresponding coordinates.

operator /(GridPoint3, GridPoint3): Divides corresponding coordinates using integer division.

operator /(GridPoint3, int): Divides each coordinate by the integer using integer division.

operator ==(GridPoint3, GridPoint3): Compares two points for equality.

implicit operator Vector3(GridPoint3): Converts a grid point to a Vector3 with the same coordinates (as floats).

operator !=(GridPoint3, GridPoint3): Checks whether two points are not equal.

operator %(GridPoint3, GridPoint3): Divides corresponding coordinates using integer division and return the remainders as a new grid point.

operator *(GridPoint3, GridPoint3): Multiplies corresponding coordinates.

operator *(GridPoint3, int): Multiplies corresponding coordinates.

operator *(int, GridPoint3): Multiplies each coordinate with the integer.

operator -(GridPoint3, GridPoint3): Subtracts one point from another by subtracting corresponding coordinates.

operator -(GridPoint3): Negates the given vector.

operator +(GridPoint3): This operations does not affect the point.

See Also