Method for combining physical objects using polar coordinate statistical analysis

A method for combining a first physical object and a second physical object in a physical space, the physical space being referenced by a first coordinate system, said method comprising steps of:

• defining a first point on said first physical object;
• determining a first location of said first point by taking at least two measurements of said first point in relation to the first coordinate system;
• defining a second point on said second physical object;
• combining said first physical object and said second physical object;
• determining a second location of said second point by taking at least two measurements of said second point in relation to the first coordinate system, after performing said combining;
• generating a linear mean value and a directional mean value for said first location and said second location by performing statistical analysis in a second coordinate system, having a linear coordinate and at least one directional coordinate;
• and
• adjusting the position of said second location with respect to said first location using said linear mean value and said directional mean value, thereby combining the first physical object and the second physical object.

A method for color matching a first color and a second color, said method comprising steps of:

• defining a first point in a first coordinate system, wherein said first point is indicative of a first color;
• determining a first location of said first point in said first coordinate system;
• defining a second point by mixing colors, wherein said second point is indicative of a second color;
• determining a second location of said second point in said first coordinate system;
• generating a linear mean value and a directional mean value by performing statistical analysis in a second coordinate system, having a linear coordinate and at least one directional coordinate, to said first location and said second location;
• and
• analyzing said first location with respect to said second location using said linear mean value and said directional mean value.