Theatre light apparatus and method incorporating a plurality of light sources with anti-collision

1. A theatrical apparatus comprising:

a first light source, and a second light source;

a computer memory, and a computer processor;

wherein computer operating software is stored in the computer memory and is configured to be executed by the computer processor;

wherein the first light source has a current position;

wherein the second light source has a current position;

wherein the first light source is configured to be remotely operated by the computer processor executing the computer operating software to have its current position changed from a first position to a second position, if the current position of the second light source is a third position; and

wherein to prevent the first light source from colliding with the second light source, the first light source is prevented by the computer operating software from having its current position changed from the first position to the second position, if the current position of the second light source is a fourth position, which is different from the third position; and

wherein changing the current position of the first light source from the first position to the second position, while the current position of the second light source is in the fourth position would cause the first light source and the second light source to collide.

2. The apparatus of claim 1 further comprising

a third light source;

wherein the third light source has a current position;

wherein the first light source is located in between the second light source and the third light source;

wherein the first light source is configured to be remotely operated by the computer processor executing the computer operating software to have its current position changed from the first position to a fifth position, if the current position of the third light source is a sixth position; and

wherein the first light source is prevented by the computer operating software from having its current position changed from the first position to the fifth position, if the current position of the third light source is a seventh position, which is different from the sixth position; and

wherein changing the current position of the first light source from the first position to the fifth position, while the current position of the second light source is in the seventh position would cause the first light source and the third light source to collide.

3. The apparatus of claim 2 wherein

the first light source is prevented by the computer operating software from having its current position changed from the first position to the second position, if the current position of the second light source is the fourth position, by preventing any movement of the first light source from the first position towards the second position; and

wherein the first light source is prevented by the computer operating software from having its current position changed from the first position to the fifth position, if the current position of the third light source is the seventh position, by preventing any movement of the first light source from the first position towards the fifth position.

4. The apparatus of claim 3 wherein

the first light source in the first position is parallel to the second light source in the fourth position, and is parallel to the third light source in the seventh position.

5. The apparatus of claim 2 wherein

the first light source in the first position is parallel to the second light source in the fourth position, and is parallel to the third light source in the seventh position.

6. The apparatus of claim 1 wherein

the first light source is prevented by the computer operating software from having its current position changed from the first position to the second position, if the current position of the second light source is the fourth position, by preventing any movement of the first light source from the first position towards the second position.

7. The apparatus of claim 1 wherein

the first light source in the first position is parallel to the second light source in the fourth position.

8. A theatrical apparatus comprising:

a first light source, and a second light source;

a computer memory, and a computer processor;

wherein computer operating software is stored in the computer memory and is configured to be executed by the computer processor;

wherein the first light source has a current position;

wherein the first light source is configured to be remotely operated by the computer processor executing the computer operating software to have its current position changed from a first position to a second position, independent of the second light source;

wherein the second light source has a current position;

wherein the second light source is configured to be remotely operated by the computer processor executing the computer operating software to have its current position changed from a third position to a fourth position, independent of the first light source;

wherein data indicating the current position of each of the first, and the second light sources, including a position count value for each of the first, and the second light sources, is stored in the computer memory by the computer processor executing the computer operating software;

wherein the first light source cannot be moved from the first position to the second position, while the second light source is in the third position, without colliding with the second light source;

wherein the position count value of the first light source and the position count value of the second light source are used by the computer operating software to prevent the first light source and the second light source from colliding with each other.

9. The theatrical apparatus of claim 8 wherein

the first light source is configured to be remotely operated by the computer processor executing the computer operating software to have the current position of the first light source changed from a first position to a second position by a theatrical controller.

10. The theatrical apparatus of claim 9 wherein

the first light source is configured to be remotely operated by the computer processor executing the computer operating software which includes command protocol, which is the DMX protocol, as transmitted by the theatrical controller to the computer processor.

11. The theatrical apparatus of claim 9 wherein

the first light source is configured to be remotely operated by the computer processor executing the computer operating software which includes command protocol, which is the Artnet Protocol, as transmitted by the theatrical controller to the computer processor.

12. The theatrical apparatus of claim 8 wherein

the first light source is prevented by the computer operating software from having its current position changed from the first position to the second position, if the current position of the second light source is in the third position, by preventing any movement of the first light source from the first position towards the second position.

13. A method of operating a theatrical lighting system comprising the steps of:

changing a current position of a first light source from a first position to a second position remotely by use of a computer processor implementing operating computer software stored in a computer memory;

changing a current position of a second light source from a third position to a fourth position remotely by use of the computer processor implementing the operating computer software stored in the computer memory;

wherein the first light source, and the second light source are part of a theatrical apparatus;

wherein the current position of the first light source is changed without changing the current position of the second light source;

wherein the current position of the second light source is changed without changing the current position of the first light source;

wherein the first light source cannot be moved from the first position to the second position, while the second light source is in the third position, without colliding with the second light source;

wherein data indicating the current position of each of the first, and the second light source, including a position count value for each of the first, and the second light sources, is stored in the computer memory by the computer processor as programmed by the operating computer software;

wherein the position count value of the first light source and the position count value of the second light source are used by the operating computer software to prevent the first light source and the second light source from colliding with each other.

14. The method of claim 13 wherein

the first light source is configured to be remotely operated by the computer processor implementing the operating computer software to have the current position of the first light source changed from the first position to the second position by a theatrical controller.

15. The method of claim 14 wherein

the first light source is configured to be remotely operated by command protocol, which is the DMX protocol, as transmitted by the theatrical controller to the computer processor.

16. The method of claim 14 wherein

the first light source is configured to be remotely operated by command protocol, which is the Artnet Protocol, as transmitted by the theatrical controller to the computer processor.

17. The method of claim 13 further comprising

changing a current position of a third light source from a fifth position to a sixth position remotely by use of the computer processor implementing the operating computer software stored in the computer memory;

changing the current position of the first light source from the first position to a seventh position remotely by use of the computer processor implementing the operating computer software stored in the computer memory;

wherein the third light source is part of the theatrical apparatus;

wherein the current position of the third light source is changed without changing the current position of the first and second light sources

wherein the current position of the first light source is changed without changing the current position of the second and third light sources;

wherein the current position of the second light source is changed without changing the current position of the first and third light sources;

wherein the first light source cannot be moved from the first position to the seventh position, while the third light source is in the fifth position, without colliding with the third light source;

wherein data indicating the current position of the third light source, including a position count value for the third light source is stored in the computer memory by the computer processor as programmed by the operating computer software; and

wherein the computer processor implements the operating computer software to use the position count value of the third light source and the position count value of the first light source to prevent a collision of the third light source and the first light source.

18. A method of operating a theatrical lighting system comprising:

changing a current position of a first light source from a first position to a second position remotely by use of a computer processor implementing a computer program stored in a computer memory;

changing a current position of a second light source from a third position to a fourth position remotely by use of a computer processor implementing a computer program stored in a computer memory;

changing a current position of a third light source from a fifth position to a sixth position remotely by use of a computer processor implementing a computer program stored in a computer memory;

wherein the first light source cannot be moved from the first position to the second position, while the second light source is in the third position, without colliding with the second light source;

wherein the first light source cannot be moved from the first position to a seventh position, while the third light source is in the fifth position, without colliding with the third light source;

wherein the computer program prevents the first light source from colliding with the second light source and the first light source from colliding with the third light source;

wherein the first light source, the second light source, and the third light source are part of a lamp housing;

wherein the lamp housing is rotatably mounted to a base;

wherein the lamp housing has a front arc having a radius;

wherein the first, second, and third light sources are arranged along the front arc; and

wherein the first, second and third light sources pivot on the same plane.