and methods permits the manufacture of flat panel autostereoscopic displays using crystal matrices of practically any type and provides for the autocompensation of nonlinearity of the transmission characteristics of the matrices application_number US 201313850831 A description the following description of the preferred embodiment s is merely exemplary in nature and is in no way intended to limit the invention or uses the first embodiment of the method of forming and observing stereo images with maximum spatial resolution e g see fig1 comprises receiving a light wave from an optical source 1 providing the first optical modulator 2 which may be matrix addressed in m rows and n columns for modulating light wave intensity to implement a sum modulation of the light wave in the mn th element of the first optical modulator m 1 2 m n 1 2 n wherein applying to the control input of the first optical modulator 2 a compensating sum signal s mn u03c3 u2014 comp which amplitude may be directly proportional to the linearization function u03bb u03c3 of the sum modulation providing the second optical modulator 3 that may be matrix addressed in m rows and n columns for modulating light wave polarization to implement a ratio modulation of the light wave in the mn th element of the second optical modulator 3 whereas applying to the control input of the second optical modulator 3 a ratio compensating signal s.