Photographic lightmeter-remote, system, and method

1. A lightmeter-remote for use with a remotely settable camera and a plurality of remotely settable photolamps, said lightmeter-remote comprising:

a body;

a lightmeter disposed in said body;

an exposure controller disposed in said body, said exposure controller being selectively actuable to set aperture, exposure time, and gain parameters of the camera and to set output parameters of each of the photolamps; and

a transmitter operatively and wirelessly connecting said camera and said photolamps with said exposure controller.

2. The lightmeter-remote of claim 1 further comprising:

a trigger switch operatively connected to said transmitter, said trigger switch being selectively actuable in a first condition to trigger one of said photolamps independent of said camera, and in a second condition to simultaneously trigger all of said photolamps independent of said camera.

3. The lightmeter-remote of claim 1 wherein said trigger switch is selectively actuable in a first condition to trigger a selected one of said photolamps independent of said camera, in a second condition to trigger all of said photolamps independent of said camera, and in a third condition to trigger said camera and all of said photolamps.

4. The lightmeter-remote of claim 1 further comprising:

a user input unit disposed in said body, said user input unit having a designator switchable among a plurality of states to designate a selected one of said photolamps as a target photolamp, said user input unit having a trigger switch operatively connected to said transmitter, said trigger switch being selectively actuable to trigger said target photolamp or all of said photolamps.

5. The lightmeter-remote of claim 1 wherein said lightmeter is repeatedly actuable to generate a series of light readings; and said lightmeter-remote further comprises:

a memory disposed in said body, said memory having a plurality of lighting models, each said lighting model having one or more required light measurements;

a user input unit mounted to said body, said user input unit being actuable to select one of said lighting models as a current model and to associate individual said light readings with each of said required light measurements.

6. The lightmeter-remote of claim 1 wherein said lightmeter includes a plurality of sensors, said sensors being differently oriented and baffled, wherein said lightmeter is capable of measuring lighting ratios.

7. The lightmeter-remote of claim 1 wherein said transmitter transmits radio-frequency electromagnetic radiation to said camera and said photolamps.

8. A lightmeter-remote for use with a remotely settable camera and a plurality of remotely settable photolamps, said lightmeter-remote comprising:

a body;

a lightmeter disposed in said body, said lightmeter being repeatedly actuable to generate a series of light readings corresponding to ambient light;

a memory disposed in said body, said memory having a plurality of lighting models, each said lighting model having one or more required light measurements;

a user input unit mounted to said body, said user input unit being actuable to select one of said lighting models as a current model and to associate individual said light readings with each of said required light measurements;

an exposure controller operatively connected to said lightmeter, said memory, and said user input unit, said exposure controller being selectively actuable to generate a camera setting signal and a plurality of photolamp setting signals responsive to said light readings and said current model; and

a transmitter disposed in said body, said transmitter being operatively connected to said exposure controller, said transmitter being capable of wirelessly communicating said camera setting signal to said camera and said photolamp setting signals to respective said photolamps.

9. The lightmeter-remote of claim 8 further comprising:

a display mounted to said body, said display being operatively connected to said exposure controller.

10. The lightmeter-remote of claim 9 wherein said lighting models each have an instruction set presentable on said display.

11. The lightmeter-remote of claim 10 wherein said instruction sets are interactive via said user input unit.

12. The lightmeter-remote of claim 10 wherein said instruction set includes graphical information.

13. The lightmeter-remote of claim 8 wherein said user input unit has a designator switchable among a plurality of states to designate a selected one of said photolamps as a target photolamp, said user input unit having a trigger switch operatively connected to said transmitter, said trigger switch being selectively actuable to trigger said target photolamp and to alternatively trigger said camera and all of said photolamps.

14. The lightmeter-remote of claim 8 wherein said lightmeter includes a plurality of sensors, said sensors being differently oriented and baffled, wherein said lightmeter is capable of measuring lighting ratios.

15. A photography system comprising:

a camera having an exposure unit adjustable by a set of wireless readying commands, said camera having a release triggerable by a wireless camera trigger command;

a plurality of remotely controllable photolamps, said photolamps each having a release triggerable by a wireless lamp trigger command and an output adjustment unit adjustable by a set of wireless lighting adjustment commands; and

a lightmeter-remote including:

a body;

a lightmeter disposed in said body, said lightmeter being repeatedly actuable to generate a series of light readings corresponding to ambient light;

a memory disposed in said body, said memory having a plurality of lighting models, each said lighting model having one or more required light measurements;

a user input unit mounted to said body, said user input unit being actuable to select one of said lighting models as a current model and to associate individual said light readings with each of said required light measurements;

an exposure controller operatively connected to said lightmeter, said memory, and said user input unit, said exposure controller being selectively actuable to generate a camera setting signal and a plurality of photolamp setting signals responsive to said light readings and said current model; and

a transmitter disposed in said body, said transmitter being operatively connected to said exposure controller, said transmitter being capable of wirelessly communicating said camera setting signal to said camera and said photolamp setting signals to respective said photolamps.

16. The system of claim 15 wherein said user input unit has a designator switchable among a plurality of states to designate a selected one of said photolamps as a target photolamp, said user input unit having a trigger switch operatively connected to said transmitter, said trigger switch being selectively actuable to trigger said target photolamp and to alternatively trigger said camera and all of said photolamps.

17. The system of claim 16 wherein said lightmeter-remote further comprises a display mounted to said body, said display being operatively connected to said exposure controller; and

said lighting models each have an instruction set presentable on said display.

18. A method for setting up a camera and a plurality of photolamps, said method comprising the steps of:

individually and wirelessly triggering each of said photolamps responsive to a user input;

measuring a lighting value consequent to each said triggering;

automatically and wirelessly adjusting light output of said photolamps responsive to said measuring steps;

following said triggering, wirelessly readying an exposure unit of said camera, responsive to said measuring and adjusting.

19. The method of claim 18 further comprising displaying user instructions identifying each said photolamp prior to the respective said triggering.

20. The method of claim 18 further comprising wirelessly triggering said camera following said readying.

21. The method of claim 18 further comprising, prior to said triggering:

accepting a user selection of one of plurality of lighting models to provide a selected lighting model, said lighting models each including a plurality of displayable instructions; and

displaying said instructions of said selected lighting model responsive to said user selection.

22. The method of claim 21 further comprising accepting interactive user input during said displaying.

23. The method of claim 22 further comprising revising said instructions responsive to said user input.

24. The method of claim 23 further comprising revising said instructions responsive to said measuring.