Remove duplicated documentation

The auto-class documentation is as good or better! Removing old style
documentation for Axis-Aligned Line

Author: Tjstretchalot

docs/Geometry.rst

@@ -397,108 +397,6 @@ regularly required when working on geometrical problems.
 Axis-Aligned Line
 -----------------
 
-This class provides functions related to axis aligned lines as well as 
-acting as a convienent container for them. In this context, an axis 
-aligned line is a two-dimensional line that is defined by an axis and 
-length on that axis, rather than two points. When working with two lines 
-defined as such that have the same axis, many calculations are 
-simplified. 
-
-.. class:: AxisAlignedLine
-
-Defines an undirected two-dimensional line by an axis, a minimum and a maximum. 
-
-.. note::
-
-    Though it requires the same amount of memory as a simple representation of
-    a 2 dimensional line (4 numerics), it cannot describe all types of lines.
-    All lines that can be defined this way intersect (0, 0).
-
-.. note::
-    
-    `min` and `max` are referring to nearness to negative and positive infinity,
-    respectively. The absolute value of `min` may be larger than that of `max`.
-
-.. note::
-
-    AxisAlignedLines are an intermediary operation, so offsets should be baked 
-    into them.
-
-.. attribute:: AxisAlignedLine.axis
-
-    `Vector2` the axis this line is along.
-    
-.. attribute:: AxisAlignedLine.min
-
-    `numeric` the number (closest to negative infinity) that is still on this 
-    line when walked along the axis. If negative, it may have a greater absolute
-    value than max and implies walking in the opposite direction of the axis.
-    
-.. attribute:: AxisAlignedLine.max
-
-    `numeric` the number (closest to positive infinity) that is still on this 
-    line when walked along the axis. If negative, it may have a smaller absolute
-    value than min and implies walking in the opposite direction of the axis.
-
-.. method:: AxisAlignedLine(self, axis, point1, point2)
-
-    - **axis**    - `Vector2` axis this line is on
-    - **point1**  - `numeric` one point on this line
-    - **point2**  - `numeric` a different point on this line
-    
-    Construct an axis aligned line with the appropriate min and max.
-
-.. staticmethod:: AxisAlignedLine.intersects(line1, line2)
-
-    - **line1**        - `AxisAlignedLine` the first line
-    - **line2**        - `AxisAlignedLine` the second line
-    - **Return Value** - `bool, bool` touching, overlapping
-    
-    Determine if the two lines are touching and if they are, if 
-    they are overlapping. Lines are touching if they share only
-    one end point, whereas they are overlapping if they share
-    infinitely many points.
-    
-    .. note::
-    
-        It is rarely faster to check intersection before finding intersection if
-        you will need the minimum translation vector, since they do mostly 
-        the same operations.
-    
-.. staticmethod:: AxisAlignedLine.find_intersection(line1, line2)
-
-    - **line1**        - `AxisAlignedLine` the first line
-    - **line2**        - `AxisAlignedLine` the second line
-    - **Return Value** - `bool, numeric or None` touching, mtv against 1
-    
-    Determine if the two lines are touching, and then returns the 
-    minimum translation vector to move line 1 along axis. If the result
-    is negative, it means line 1 should be moved in the opposite direction
-    of the axis by the magnitude of the result.
-    
-    Returns `true, None` if the lines are touching.
-    
-    .. note::
-    
-        Ensure your program correctly handles `true, None`
-
-.. staticmethod:: AxisAlignedLine.contains_point(line, point)
-
-    - **line**         - `AxisAlignedLine` the line
-    - **point**        - `numeric` the point 
-    - **Return Value** - `bool, bool` if point is contained, if the point is an edge
-    
-    Determine if the line contains the specified point, which is assumed 
-    to be defined the same way as min and max.
-    
-    .. tip::
-        
-            It is not possible for both returned booleans to be `True`.
-    
-
-Axis-Aligned Line (autogen)
----------------------------
-
 .. autoclass:: pygorithm.geometry.axisall.AxisAlignedLine
     :members: