Britbot.HeadingVector Class Reference

This class accumulates direction over large number of turns we assume (0,0) is the left top corner of the screen and that. More...

List of all members.

Public Member Functions
	HeadingVector (Direction d=Direction.NOTHING)
	Conversion constructor: takes a direction of the game and turns it into a vector.
	HeadingVector (HeadingVector toCopy)
	Copy constructor.
	HeadingVector (double x, double y)
	Simple assignment constructor.
override int	GetHashCode ()
	Gets a unique-ish hascide for the instance.
void	SetCoordinates (double x=0, double y=0)
	regular set function for convenience sets both X and Y simultaneously
void	SetCoordinates (HeadingVector hv)
	Copies the parameters of a given heading vector.
HeadingVector	adjustHeading (HeadingVector Dir)
	same as the previous function just used as a method
HeadingVector	adjustHeading (Direction Dir)
	same as the previous function just gets a direction
HeadingVector	Orthogonal ()
	Calculates a new vector perpendicular to the given one it simply rotates 90 degrees anti clockwise.
double	NormSquared ()
	Returns the square of the vector's length might be used to normalize vectors for some computation.
double	Norm ()
	returns the length of the vector (as a double) might be used to normalize vectors for some computation
HeadingVector	Normalize ()
	returns a new normalized vector
double	Norm1 ()
	returns the sum of X and Y meaning the duration of time of the calculation. this can be used as a creditability measure
override string	ToString ()
	To string function...
override bool	Equals (object obj)
	Check if the two objects are the same.
Static Public Member Functions
static double	operator* (HeadingVector hv1, HeadingVector hv2)
	calculates the dot product for two vectors used to check if angles are sharp or doll (if they are the correct terms)
static HeadingVector	adjustHeading (HeadingVector hv1, HeadingVector hv2)
	this static method updates the direction based on the new one if the new direction is not to far from the one given (up to 90 degrees) it simply adds to the previous count vector otherwise, we assume there was a change in course and so we start again
static HeadingVector	adjustHeading (HeadingVector hv1, Direction dir)
	same as the previous one just gets a direction insted of a heading vector
static HeadingVector	CalcDifference (Location source, Location target)
	Calculates the direction vector between two points.
static Location	AddvanceByVector (Location loc, HeadingVector hv)
	given your location and your heading this function calculates your new position after going with the vector. consider the bounderies of the game
static bool	operator== (HeadingVector hv1, HeadingVector hv2)
	Get a hash code for this instance. Should be use by system sorting and what not. ReSharper generated code.
static bool	operator!= (HeadingVector hv1, HeadingVector hv2)
	checks if two vectors are not the same: compares both entries
static HeadingVector	operator+ (HeadingVector hv1, HeadingVector hv2)
	regular "algebraic" sum of two vectors
static HeadingVector	operator- (HeadingVector hv1, HeadingVector hv2)
	regular "algebraic" difference between two vectors
static HeadingVector	operator* (double scalar, HeadingVector hv)
	just scalar multipication
Protected Member Functions
bool	Equals (HeadingVector other)
	Enumerates the location determined by the direction if this heading vector and the pivot supplied.
Properties
double	X [get, set]
	Positive X value means left and vice-versa.
double	Y [get, set]
	Positive Y value means down and vice-versa.

---

Detailed Description

This class accumulates direction over large number of turns we assume (0,0) is the left top corner of the screen and that.

Definition at line 14 of file HeadingVector.cs.

---

The documentation for this class was generated from the following file:

• HeadingVector.cs