A projector display system, said display system comprising: a light source; a controller; a polarizer, said polarizer being illuminated by said light source and said polarizer inducing a desired polarization to the light from said light source; a beam expander, said beam expander expanding said light from said polarizer; a first partial beam splitter, said first partial beam splitter capable of splitting the light preferentially along a main light path and a highlight path; a spatial light modulator, said spatial light modulator receiving said light along said highlight path and modulating said light along said highlight path to create a desired highlight light, wherein said spatial light modulator further comprises a partial beam splitter, a holographic SLM and a lens capable of substantially affecting a Fourier transformation upon the light received from said holographic SLM; a second partial beam splitter, said second partial beam splitter capable of combining light from said main light path and said highlight path; an additional modulator configured to generate a final image based on the combined light from said main light path and said highlight path; said controller further comprising: a processor; a memory, said memory associated with said processor and said memory further comprising processor-readable instructions, such that when said processor reads the processor-readable instructions, causes the processor to perform the following instructions: receiving image data, said image data potentially comprising at least one highlight feature; sending control signals to said spatial light modulator, such that said spatial light modulator may send a desired amount of highlight light to be combined with light from the main light path at said second partial beam splitter to form said highlight feature. a light source; a controller; a polarizer, said polarizer being illuminated by said light source and said polarizer inducing a desired polarization to the light from said light source; a beam expander, said beam expander expanding said light from said polarizer; a first partial beam splitter, said first partial beam splitter capable of splitting the light preferentially along a main light path and a highlight path; a spatial light modulator, said spatial light modulator receiving said light along said highlight path and modulating said light along said highlight path to create a desired highlight light, wherein said spatial light modulator further comprises a partial beam splitter, a holographic SLM and a lens capable of substantially affecting a Fourier transformation upon the light received from said holographic SLM; a second partial beam splitter, said second partial beam splitter capable of combining light from said main light path and said highlight path; an additional modulator configured to generate a final image based on the combined light from said main light path and said highlight path; said controller further comprising: a processor; a memory, said memory associated with said processor and said memory further comprising processor-readable instructions, such that when said processor reads the processor-readable instructions, causes the processor to perform the following instructions: receiving image data, said image data potentially comprising at least one highlight feature; sending control signals to said spatial light modulator, such that said spatial light modulator may send a desired amount of highlight light to be combined with light from the main light path at said second partial beam splitter to form said highlight feature. a processor; a memory, said memory associated with said processor and said memory further comprising processor-readable instructions, such that when said processor reads the processor-readable instructions, causes the processor to perform the following instructions: receiving image data, said image data potentially comprising at least one highlight feature; sending control signals to said spatial light modulator, such that said spatial light modulator may send a desired amount of highlight light to be combined with light from the main light path at said second partial beam splitter to form said highlight feature. receiving image data, said image data potentially comprising at least one highlight feature; sending control signals to said spatial light modulator, such that said spatial light modulator may send a desired amount of highlight light to be combined with light from the main light path at said second partial beam splitter to form said highlight feature.