Theatre light apparatus incorporating LED tracking system

1. A theatrical lighting apparatus comprising

a housing;

a first lamp located within the housing;

a communications port;

a plurality of light emitting diodes forming a substantially circular geometric array;

wherein the plurality of light emitting diodes emit a first light in response to a first command received by the communications port;

wherein a second light from the first lamp is emitted perpendicular to the substantially circular geometric array of the plurality of light emitting diodes;

wherein the second light from the first lamp is emitted from a location which is substantially centrally located with respect to the substantially circular geometric array; and

wherein the first command is compliant with the a DMX protocol;

wherein the first lamp projects the second light from the housing through a subtractive color system, in response to a second command received by the communications port; and

wherein each of the plurality of light emitting diodes projects light from the housing independent of the subtractive color system and in response to the first command.

2. The theatrical lighting apparatus of claim 1 wherein

the first lamp is a metal halide lamp.

3. The theatrical lighting apparatus of claim 1 wherein

the first lamp is a mercury lamp.

4. The theatrical lighting apparatus of claim 1 wherein

the first lamp is a xenon lamp.

5. The theatrical lighting apparatus of claim 1 wherein

the first lamp is a halogen lamp.

6. The theatrical lighting apparatus of claims 1 wherein

the second light emitted by the first lamp is remotely color varied using a CMY (cyan, magenta and yellow) color varying system.

7. The theatrical lighting apparatus of claims claim 1 wherein

the first light emitted by the plurality of light emitting diodes is remotely color varied using an RGB (red, green, and blue) color varying system.

8. A theatrical lighting apparatus comprising

a housing;

a first lamp;

a second lamp;

a remotely controlled CMY (cyan, magenta and yellow) subtractive color varying system; and

a remotely controlled RGB (red, green, and blue) additive color varying system;

wherein the remotely controlled CMY subtractive color varying system is responsive to a central controller;

wherein the central controller includes an input device which can be used by an operator to individually adjust a cyan color saturation of a projected light from the first lamp;

wherein the central controller includes an input device which can be used by an operator to individually adjust a magenta color saturation of the projected light from the first lamp;

wherein the central controller includes an input device which can be used by an operator to individually adjust a yellow color saturation of the projected light from the first lamp;

wherein the remotely controlled RGB additive color varying system is responsive to the central controller;

wherein the central controller includes an input device which can be used by an operator to individually adjust a red color of a projected light from the second lamp;

wherein the central controller includes an input device which can be used by an operator to individually adjust a green color of the projected light from the second lamp; and

wherein the central controller includes an input device which can be used by an operator to individually adjust a blue color of the projected light from the second lamp.

9. The theatrical lighting apparatus of claim 8 wherein

the CMY subtractive color varying system and RGB additive color varying systems system are remotely controlled by the central controller by commands compliant with the a DMX protocol.

10. The theatrical lighting apparatus of claim 8 wherein

the RGB additive color varying system is comprised of a plurality of light emitting diodes, which include a plurality of red, green and blue light emitting diodes and the CMY subtractive color varying system is comprised of dichroic color filter media.

11. The theatrical lighting apparatus of claim 10 wherein

a first set of the plurality of red, green and blue light emitting diodes includes a first red light emitting diode, a first green light emitting diode, and a first blue light emitting diode;

and wherein the first set emits light through a single output aperture to create a homogenous color blend.

12. A theatre lighting apparatus comprising:

a base;

a communications port;

a processor;

a memory;

a lamp housing comprising:

a lamp,

a reflector;

a CMY (cyan, magenta and yellow) color varying system; and

a polymer fresnel output lens;

wherein the lamp housing is remotely positioned in relation to the base by a motor;

wherein the lamp, the reflector, the CMY (cyan, magenta and yellow) color varying system, and the polymer fresnel output lens cooperate to project a variable colored light; and

wherein a first command received by the communications port causes the CMY color varying system to vary the variable colored light into a first color; and

wherein the CMY color varying system is responsive to a central controller;

wherein the central controller includes an input device which can be used by an operator to individually adjust a cyan color saturation of a projected light from the lamp;

wherein the central controller includes an input device which can be used by an operator to individually adjust a magenta color saturation of the projected light from the lamp; and

wherein the central controller includes an input device which can be used by an operator to individually adjust a yellow color saturation of the projected light from the lamp.

13. The theatrical lighting apparatus of claim 12 wherein

the first command is compliant with DMX protocol.

14. The theatrical lighting apparatus of claim 12 further comprising

a gobo wheel for projecting patterns from the polymer fresnel output lens.

15. A theatre lighting apparatus comprising:

a base;

a communications port;

a processor;

a memory; and

a lamp housing;

the lamp housing comprising;

a lamp,

a reflector;

a color varying system;

a polymer output lens; and

a gobo wheel;

wherein the lamp housing is remotely positioned in relation to the base by a motor;

wherein the reflector, the color varying system, and the polymer output lens cooperate to project a first variable colored light;

wherein a first command received by the communications port varies the first variable colored light into a first color; and

wherein patterns located by a gobo wheel can be projected by the polymer output lens;

wherein the color varying system is responsive to a central controller; and

wherein the central controller includes an input device which can be used by an operator to individually adjust a color of projected light from the lamp.

16. A theatre lighting apparatus comprising:

a base;

a communications port;

a processor;

a memory;

a lamp housing comprising

a lamp,

a reflector;

a color varying system;

a polymer output lens; and

an optical power varying system;

wherein the lamp housing is remotely positioned in relation to the base by a motor;

wherein the reflector, the color varying system, and the polymer output lens cooperate to project a first variable colored light;

wherein a first command received by the communications port varies the first variable colored light into a first color; and

wherein a further light projected by the polymer output lens can be varied from a soft edge to a hard edge by varying the optical power varying system;

wherein the color varying system is responsive to a central controller; and

wherein the central controller includes an input device which can be used by an operator to individually adjust a color of projected light from the lamp.

17. The theatre lighting apparatus of claim 16 wherein the optical varying system is comprised of two flags.