![]() ![]() | Overrides the + operator and retrieves the usual sumvector |
![]() ![]() | Calculates the crossproduct of a and b. It obeys the screwdriverrule, this meens when you rotate a over the smaller angle to b then the screwdriver goes in the direction of a*b |
![]() ![]() | Overrides the operator for checking equality of two vector by using epsilon as tolerance |
![]() ![]() | Overrides the oprator != which indicates inequality |
![]() ![]() | Overloaded. Returns the dotproduct |
![]() ![]() | Overrides the - operator and retrieves the usual differencevector |
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Constructor for xyz, who needs initial values for x, y and z |
![]() | Adds the vector p and retrieves the result |
![]() | Calculates the vectorproduct with p and returns this vector |
![]() | Retrieves the distance to the point p |
![]() | Calculates the dotarproduct with p and returns this value |
![]() | Checks when two points are equals. This is the case, when their coordinates are equal in the sense of Utils.Equals. |
![]() | overrides getHashcode |
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![]() | Retrieves the length of the vector |
![]() | Overloaded. Multiply the vector this by lam and returns this vector |
![]() | the method normalize the vector to the lenght 1 and returns this as resultvector |
![]() | Makes a vector wirh length Size and returns this |
![]() | Subtract the vector p and retrieves the result |
![]() | Overrides the method ToString and returns a converted string, which uses the constant Utils.DoubleFormat. Separeted are the tree numbers by Utils.Delimiter |
![]() | The Method omits the third coordinate. |