Adds a new point to the set.

map a function to each cell of this matrix, and return the resulting matrix. additional iterables can be passed, but the function take one

This function detects the type of an incoming Rhino object and converts it into the appropriate type the only argument can be either a single

return the number of columns in this matrix

just returns the normalized version of self without editing self in place.

return dictionary representation of the vector

return dictionary representation of the vector

Gets the cross product between two vectors

Find the distance between this point and another.

Gets the dot product of this vector and another.

given a value between the interval start and end, this returns a fraction between 0 and 1of the distance along the interval,

return the number of rows in this matrix

Get a parallel vector with the input amplitude.

we want to add single numbers as a way of changing the length of the vector, while it would be nice to be able to do vector addition with

measures the angle between this plane and another plane. This uses that angle between two normal vectors. Units expressed in radians.

tests if a value falls within the interval's bounds

self - other

Adds an iterable of new points to the set.

returns the set intersection between self and other self & other

This method is used to ensure that all rows are the smae length and all columns are the same length.

Used to see if all the items of an iterable are contained in this pointSet. self <= other

Used to see of all of the items in this object are contained in an other object. self >= other

iterate through a transposed version of this Matrix

Returns all the points in self and other that are not in the intersection of self and other. self ^ other

For getting a copy of the same vector but with a new x value

For getting a copy of the same vector but with a new x value

For getting a copy of the same vector but with a new y value

For getting a copy of the same vector but with a new y value

For getting a copy of the same vector but with a new z value

returns a new PointSet with the points from self and the points from other. self | other

add this matrix to another, or add a number

given a fractional value along the interval (between 0.0 and 1.0), this returns the actual value

converts a value in the domain to a proportional value in the range

checks to see if this set has an item that matches other other in self

I am allowing these to compared to tuples, and to say that yes, they are equal. the idea here is that a Vector3d _is_ a tuple of floats, but

gets the row from the table of the Matrix

This builds a dictionary / list-like api on the PointSet. The `key` might be an integer or a coordinate tuple, or a point. There is a

Treats the vector as a tuple or dict for indexes and slicing.

Treats the vector as a tuple or dict for indexes and slicing.

Nested iterables of values can be passed, or you can designate a size of the matrix. The default is 3x3 identity matrix.

The initialization methods assumes that it will receive two points

iterate through the table of the matrix

Uses the internal list for iteration

For iterating, the vectors coordinates are represented as a tuple.

gets the number of rows in the matrix

returns the number of Points it has.

get matrix product, be sure that sizes fit. If multiplied with another matrix, this produces a matrix product. if multiplied by anythi

if with a number, then scalar multiplication of the vector, if with a Vector, then dot product, I guess for now, because the a

subtract another Matrix from this one, or subtract a number.

Subtract a vector or number

computes the angle between two vectors cos theta = (n * m) / (n.length * m.length)

Get or set the center of the box

Get or set the center of the box

returns a shallow copy of this pointset