DESIGNING AN APPLICATION TO OPTIMIZE THE CALIBRATION OF OUTPUT DEVICES IN DIGITAL PRINT ENVIRONMENT

摘要

Aim of this paper is analysis of measured data from spectrophotometric probe and design of methods applicable in printer operation for the optimization of linearization curves. The paper also deals with application design in Microsoft .NET platform to optimize the calibration of output devices in a digital print environment. The proposed application is based on both, the initial linearization requirements, i.e. before creating an ICC profile, as well as the possibilities of re-linearizing the printer to extend the life of the profiles. The statistical analysis, description of measured data, calculation of colour differences and possibilities that linearization for colour management offers are also described. The proposed application helps to eliminate the serious technological problems in the creation of output-ICC profiles just for the needs of digital printing machines and other output devices with CMYK output and with regard to the technology of sublimation of these colours on textile materials.