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A method, system and apparatus including a compact LED light source module comprising a base adapted to mount to a surface or in a fixture; one or more LEDs mounted to an LED mounting interface on the base, the LED mounting interface having a pre-designed geometry related to a pre-designed primary o

A method, system and apparatus including a compact LED light source module comprising a base adapted to mount to a surface or in a fixture; one or more LEDs mounted to an LED mounting interface on the base, the LED mounting interface having a pre-designed geometry related to a pre-designed primary orientation of each LED relative the base; a light transmissive cover over the one or more LEDs, the light transmissive cover having the ability, if needed, to further alter or control the light output distribution of the one or more LEDs; to provide a compact LED light source that can be both substantially standardized but can produce a variety of light output distributions.

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1. A compact LED light source module mounted to a surface and adapted to produce a composite light output pattern of defined shape and size comprising: a. a thermally conductive base having at least four planar faces of different pre designed orientation relative the surface;b. a thermally conductiv

1. A compact LED light source module mounted to a surface and adapted to produce a composite light output pattern of defined shape and size comprising: a. a thermally conductive base having at least four planar faces of different pre designed orientation relative the surface;b. a thermally conductive substrate having at least four planar faces configured to correspond to the planar faces of the thermally conductive base;c. one or more LEDs mounted to each planar face of the substrate, each LED producing an initial light output pattern projected outwardly from the surface at the pre-designed orientation of the planar face to which it is mounted;d. a light transmissive cover encapsulating the LEDs, the light transmissive cover designed to modify at least one of the initial light output patterns;e. the compact LED light source module pivotable relative the surface such that by selective design of the light transmissive cover and pivoting of the module said composite light output pattern of defined shape and size is produced; andf. wherein the compact module is installed in a bollard post. 2. The compact LED light source module of claim 1 further comprising a bendable mounting substrate that can be conformed to the pre-designed orientation of the faces of the base. 3. The compact LED light source module of claim 2 wherein the one or more LEDs are electrically connected in series via the bendable mounting substrate. 4. The compact LED light source module of claim 1 wherein the defined shape of the composite light output pattern is generally elliptical. 5. The compact LED light source module of claim 1 further comprising a pattern control optic positioned relative the surface such that the optic intercepts and reflects or absorbs at least a portion of the composite light output pattern and is adapted to provide a cutoff which affects the shape and size of the composite light output pattern. 6. The compact LED light source module of claim 5 wherein the pattern control optic is adjustable relative to the base such that the cutoff may be precisely controlled. 7. The compact LED light source module of claim 6 wherein the pattern control optic is pivotable about the base. 8. The compact LED light source module of claim 5 further comprising an aesthetic housing encapsulating the one or more LEDs and pattern control optic. 9. The compact LED light source module of claim 1 in combination with a light fixture and supporting structure. 10. A method of lighting a target area with a composite light output pattern comprising: a. controlling orientation of four or more LEDs each mounted on a thermally conductive substrate having at least four planar faces corresponding to a thermally conductive base having four planar faces in a compact module relative the target area in a non-parallel and co-planar orientation, each LED adapted to produce an individual light output pattern, wherein the controlling of orientation is such that one or more individual light output patterns at least partially overlaps one or more other individual light output patterns so to produce a composite light output pattern;b. controlling the composite light output pattern of the oriented LEDs with a device at the compact module, wherein the controlling of light output is such that the composite pattern is of a defined shape, wherein the device comprises a light transmissive cover encapsulating the LEDs, the light transmissive cover designed to modify at least one of the initial light output patterns;c. mounting the compact module relative the target area on a bollard-type support, wherein the mounting is such that the composite light output pattern is of a defined size; andd. the compact LED light source module is pivotable relative the support such that by selective design of the light transmissive cover and pivoting of the module said composite light output pattern of defined shape and size is produced. 11. The method of claim 10 wherein the orientation is controlled by a mounting geometry in the module. 12. The method of claim 10 wherein the device comprises a lens. 13. The method of claim 10 wherein the device comprises a pattern control optic, wherein the pattern control optic comprises one or more reflective or light-absorbing surfaces. 14. The method of claim 10 further comprising utilizing a plurality of modules for a coordinated, illumination task. 15. A compact, adaptable system for illumination comprising: a. at least four LED light sources each having a light output axis and a light output distribution pattern about the light output axis;b. a compact mount for the at least four LED light sources so that the light output axes of the at least four LED light sources are non-parallel and co-planar, wherein a plane of the light output axis is parallel to a desired target location of the light output distribution pattern, the compact mount comprising a thermally conductive substrate having at least four planar faces corresponding to a thermally conductive base having four planar faces;c. a light transmissive cover over the at least four LED light sources designed to modify at least one of the LED light source light output distribution patterns;d. a cut-off component mounted at or near the cover and in at least a portion of one or more light output patterns so to cut-off a portion of said one or more output patterns;e. the compact LED light source module is pivotable relative the support such that by selective design of the light transmissive cover and pivoting of the module said composite light output pattern of defined shape and size is produced;f. so that customizable composite light output distribution patterns can be produced by selection of the at least four LED sources, their output distribution patterns, optical characteristics of the cover, positioning of the cut-off component, and direction of the optical axes of the at least four LED light sources. 16. The system of claim 15 further comprising additional optics on or with the at least four LED light sources to alter their output distribution patterns. 17. The system of claim 15 wherein the at least four LEDs are mounted in different planes, and their output axes project in different directions. 18. The system of claim 17 wherein the different planes result in the optical axes of the LEDs diverging from one another. 19. The system of claim 15 wherein the mount comprises a flexible circuit board. 20. The system of claim 19 further comprising a base having a geometry to receive and orient the flexible circuit board. 21. The system of claim 15 wherein the mount, at least four LEDs, and cover comprise a compact module of a few inches or less in length, width and depth. 22. The system of claim 21 further comprising a lighting fixture in which the compact module is mounted. 23. The system of claim 21 further comprising a lighting fixture in which plural compact modules are mounted. 24. The system of claim 22 wherein the lighting fixture comprises a bollard-type fixture. 25. The system of claim 15 wherein the composite output distribution pattern is elongated in a direction.