Method for high resolution printing

Claim 1

A method of high resolution printing, comprising: a. receiving image data at a processor; b. using said processor to analyze said image data such that said processor determines operation of a spatial light modulator comprised of an array of elements having a standard size arranged generally in rows and columns to print a resulting image most accurately representing said image data; and c. selectively operating said elements of said spatial light modulator wherein said operating further comprises: i. delaying activation of certain ones of said elements with the image data thereby controlling vertical placement of an image of said element on said resulting image to achieve finer vertical control over print images; ii. activating a predetermined area of said array, wherein said predetermined area has rows horizontally offset from other of said rows thereby horizontally offsetting pixel images in said resulting image allowing pixel images to shift horizontally to achieve finer horizontal control over said resulting image; and iii. using elements with sizes corresponding to fractions of said standard size allowing smaller pixel images to achieve finer control over filling in print image.

Claim 2

A method of high resolution printing, comprising: a. receiving image data at a processor; b. using said processor to analyze said image data such that said processor determines operation of a spatial light modulator comprised of an array of elements having a standard size arranged generally in rows and columns to print a resulting image most accurately representing said image data; and c. selectively operating said elements of said spatial light modulator wherein said operating further comprises: i. delaying activation of certain ones of said elements with the image data thereby controlling vertical placement of an image of said element on said resulting image to achieve finer vertical control over print images; ii. activating a predetermined area of said array, wherein said predetermined area has rows horizontally offset from other of said rows thereby horizontally offsetting pixel images in said resulting image allowing pixel images to shift horizontally to achieve finer horizontal control over said resulting image; and iii. using elements with sizes corresponding to fractions of said standard size allowing smaller pixel images to achieve finer control over filling in print image.