Ambient lighting jig assembly and method

1. An ambient lighting jig assembly comprising:

a support assembly defining an inner support cavity;

a trim panel configured to be coupled to the support assembly and at least partly defining a jig opening;

an insert panel configured to be rotatably coupled with respect to the support assembly within the jig opening, the insert panel having a reflective surface; and

a light source configured to emit a light stream, wherein the light source is configured to be rotatably coupled with respect to the support assembly within the inner support cavity at a plurality of adjustable angular positions so that the light stream is projectable onto the reflective surface for use in determining an optimal angle for the insert panel and the light source from a predetermined point of view of the reflective surface.

2. The ambient lighting jig assembly of claim 1 , wherein the insert panel is configured to be coupled to the support assembly at a plurality of pivotal positions.

3. The ambient lighting jig assembly of claim 1 , wherein the trim panel is an upper trim panel, the ambient lighting jig assembly further comprises a lower trim panel, and the upper and lower trim panels jointly define the jig opening therebetween.

4. The ambient lighting jig assembly of claim 1 , wherein the support assembly defines at least one light source opening configured to receive a portion of the light source so that the light source is configured to be coupled to the support assembly at the plurality of angular positions.

5. The ambient lighting jig assembly of claim 4 , wherein the support assembly defines a plurality of light source holes, the light source includes a light source body and a light source protrusion extending from the light source body, and the light source protrusion is configured to be received in each of the light source holes so as to fix the light source at one of the plurality of angular positions.

6. The ambient lighting jig assembly of claim 5 , wherein the support assembly includes first and second support sidewalls spaced apart from each other, and the first support sidewall defines the at least one light source opening and the plurality of light source holes.

7. The ambient lighting jig assembly of claim 6 , wherein the support assembly defines at least one insert panel opening configured to receive a portion of the insert panel so that the insert panel is configured to be coupled to the support assembly at a plurality of pivotal positions.

8. The ambient lightning jig assembly of claim 7 , wherein the insert panel includes an insert panel body and a locking insert protrusion extending from the insert panel body, and the support assembly defines a plurality of insert panel holes each configured to receive the locking insert protrusion to fix the insert panel at one of the plurality of pivotal positions.

9. The ambient lighting jig assembly of claim 8 , wherein the support assembly includes first and second support sidewalls spaced apart from each other, and the first support sidewall defines the at least one insert panel opening and the plurality of insert panel holes.

10. The ambient lighting jig assembly of claim 9 , wherein the first and second support sidewalls are each detachably coupled to the trim panel and the insert panel.

11. A method of determining an appropriate angular position of a light source relative to an insert panel with respect to a predetermined line of sight, comprising:

energizing the light source to project a light stream onto the insert panel;

observing the light stream projected onto the insert panel; and

coupling the light source and the insert panel with respect to each other to determine and fix the light source at an angular position relative to the insert panel sufficient to optimize the light effect on the insert panel from the predetermined line of sight.

12. The method of claim 11 , further comprising rotating the light source with respect to the insert panel.

13. The method of claim 11 , further comprising recording the angular position of the light source relative to the insert panel.

14. The method of claim 11 , further comprising pivoting the insert panel relative to the light source to a pivotal position before coupling the light source and the insert panel between the first and second support sidewalls.

15. The method of claim 14 , further comprising recording the pivotal position of the insert panel relative to the light source.

16. A method of manufacturing a panel assembly for a vehicle, comprising:

energizing a light source to project a light stream onto an insert panel;

observing the light stream projected onto the insert panel;

if the light stream is visible along a predetermined line of sight, affixing the light source and the insert panel with respect to a trim panel;

determining a first angular position of the light source with respect to the trim panel after affixing the light source relative to the trim panel;

determining a second angular position of the insert panel with respect to the trim panel after affixing the insert panel relative to the trim panel;

operatively coupling a vehicle light source to a vehicle trim panel such that the vehicle light source is oriented at the first angular position with respect to the vehicle trim panel; and

operatively coupling a vehicle insert panel to a vehicle trim panel such that the vehicle insert panel is oriented at the second angular position with respect to the vehicle trim panel.

17. The method of claim 16 , further comprising rotating the light source to move the light stream with respect to the insert panel.

18. The method of claim 16 , further comprising pivoting the insert panel relative to the trim panel.

19. The method of claim 16 , wherein affixing the light source and the insert panel with respect to the trim panel includes coupling the light source and the insert panel between first and second support sidewalls.

20. The method of claim 19 , wherein determining the first angular position of the light source relative to the trim panel includes observing light source positional indicia on the first support sidewall, the light source positional indicia being representative of the first angular position of the light source relative to the trim panel.