System and methods for controlling light emitting elements

A method performed by a system for controlling a relative positioning of at least a first object with respect to at least a second object, the method comprising:

• receiving, by a receiver of the system, an optical data parameter and/or a sound data parameter relating to an environment surrounding at least one of the objects;
• determining, by a machine learning unit coupled to the receiver, an emotion of a person within the environment, surrounding a light source based on received optical data parameter and/or sound data parameter;
• and
• based on the determined emotion, controlling, by a control unit of the system, the control unit being couplable to (i) the machine learning unit and (ii) at least one of the objects, the relative positioning of at least the first one of the objects with respect to at least the second one of the objects.

A method performed by a system for controlling a pattern comprising at least a first object and a second object, wherein the first object is coupled to a first subsystem and the second object is coupled to a second subsystem, the method comprising:

• moving, via a control unit coupled to the first subsystem and the first object, the first object to a first physical position;
• moving, via the control unit coupled to the second subsystem and the second object, the second object to a second physical position;
• selecting, by the control unit, a transformation algorithm, wherein the transformation algorithm results in a third physical position of the first object and a fourth physical position of the second object, wherein the algorithm is generated from the first and second physical positions of the respective objects;
• starting, by the control unit, the transformation;
• and
• stopping, by the control unit, the transformation when the physical position of the first object matches the third physical position and the physical position of the second object matches the fourth physical position.