Abstract: A method of scheduling a print job may include determining a first set of deployments that includes one or more deployments. Each deployment in the first set may include an indication of a logical device in a cloud environment and an indication of a production center. The method may include for one or more deployments in the first set of deployments, determining a total compliance value associated with the deployment, identifying a subset of deployments based on, at least in part, the associated total compliance values, generating a new set of deployments based on, at least in part, the identified subset of deployments, and in response to the first set of deployments being an improvement over the new set of deployments, incrementing a count variable, and repeating the determining a total compliance value, identifying, and generating operations until the count variable equals an exit condition value.

Abstract: A method and apparatus for adjusting estimated ink pile height to reduce the frequency and effects of a defect known as a halo defect. An estimated ink pile height profile of ink to be deposited on a surface in an area of image data having a foreground and a background is determined. The estimated ink pile height profile has a foreground color area including a top color component and at least one non-top color component in the foreground. Then, the estimated height profile is adjusted if the difference between the pile heights of the foreground and background is greater than a threshold condition.

Abstract: A method of scheduling a print job may include determining a first set of deployments that includes one or more deployments. Each deployment in the first set may include an indication of a logical device in a cloud environment and an indication of a production center. The method may include for one or more deployments in the first set of deployments, determining a total compliance value associated with the deployment, identifying a subset of deployments based on, at least in part, the associated total compliance values, generating a new set of deployments based on, at least in part, the identified subset of deployments, and in response to the first set of deployments being an improvement over the new set of deployments, incrementing a count variable, and repeating the determining a total compliance value, identifying, and generating operations until the count variable equals an exit condition value.

Abstract: A system and method for augmenting contact information is provided. The system can be configured to receive at least two contact information data sets. The system is further configured to analyze the two contact information data sets and produces a ‘union’ of information between the two data sets for augmenting one of the data sets with the other data set using unique or non-duplicative data fields.

Abstract: A method and apparatus for adjusting estimated ink pile height to reduce the frequency and effects of a defect known as a halo defect. An estimated ink pile height profile of ink to be deposited on a surface in an area of image data having a foreground and a background is determined. The estimated ink pile height profile has a foreground color area including a top color component and at least one non-top color component in the foreground. Then, the estimated height profile is adjusted if the difference between the pile heights of the foreground and background is greater than a threshold condition.

Abstract: A color rendering system and method is disclosed. The color rendering system comprising a color rendering strip generation system configured to generate a group of one or more sets of comparison patches. Each set of comparison patches associated with a particular color and including different color space representations of the color associated with the set.

Abstract: A color rendering system and method is disclosed. The color rendering system comprising a color rendering strip generation system configured to generate a group of one or more sets of comparison patches. Each set of comparison patches associated with a particular color and including different color space representations of the color associated with the set.

Abstract: A method and apparatus to predict the color of an overprint of a set of colorants at a set of respective coverage percentages on a substrate of a substrate type using a printing technique. The colorants include some for which a device profile is provided. The method includes determining the colorant parameters of the device profile colorants; determining the spectrum of the substrate, providing spectral colorant parameters for the non-device profile colorants, and determining the color of the overprint. One version including modifying the data of the device profile such that the colorant parameters determined in the step of determining colorant parameters determines the colorant parameters of modified colorants that match the color of the device profile colorants and that cover at least the gamut of the device profile colorants.

Abstract: A method to convert a color provided in a first color space into a color in a second color space defined by more than four colorants and a reproduction process. The method includes converting the color into a third color space, determining which of a set of gamut volumes defined in the third color space is appropriate for the color, with each point in the gamut volume achievable by an area coverage greater than zero and less than 100% of two of the colorants and an area coverage greater than zero and less than 100% of one or more darkening colorants with the remaining colorants either absent or at 100%. The method further includes carrying out any gamut mapping on the converted color so that the converted color is in the appropriate gamut volume and converting the gamut mapped color from the third color space into a set of the colorants of the second color space, such that the surface of any gamut volume with no darkening colorant is part of an umbrella surface for the N inks.

Abstract: A system supports page exception programming in a document reproduction system without requiring cursor control to identify each page subject to exception processing. The exception page selector receives input that uses a naming convention to identify pages within a document for exception programming. The naming convention may include an odd/even designation, an imposition template identifier and/or page numerals. An exception programmer enables an operator to correlate different device color profiles for pages identified by the exception page selector. Exception parameters that may also be correlated to pages identified by the exception page selector include anti-aliasing, trapping, black overprinting parameters, and other known printing parameters.

Abstract: A method to convert a color provided in a first color space into a color in a second color space defined by more than four colorants and a reproduction process. The method includes converting the color into a third color space, determining which of a set of gamut volumes defined in the third color space is appropriate for the color, with each point in the gamut volume achievable by an area coverage greater than zero and less than 100% of two of the colorants and an area coverage greater than zero and less than 100% of one or more darkening colorants with the remaining colorants either absent or at 100%. The method further includes carrying out any gamut mapping on the converted color so that the converted color is in the appropriate gamut volume and converting the gamut mapped color from the third color space into a set of the colorants of the second color space, such that the surface of any gamut volume with no darkening colorant is part of an umbrella surface for the N inks.

Abstract: A method and apparatus to predict the color of an overprint of a set of colorants at a set of respective coverage percentages on a substrate of a substrate type using a printing technique. The colorants include some for which a device profile is provided. The method includes determining the colorant parameters of the device profile colorants; determining the spectrum of the substrate, providing spectral colorant parameters for the non-device profile colorants, and determining the color of the overprint. One version including modifying the data of the device profile such that the colorant parameters determined in the step of determining colorant parameters determines the colorant parameters of modified colorants that match the color of the device profile colorants and that cover at least the gamut of the device profile colorants.

Abstract: A method and apparatus for determining a small number of parameters that spectrally characterize colorants by a small number of parameters and for using such colorant parameters to accurately predict the spectral reflection or transmission characteristics of such colorants when deposited on top of one another, either on an opaque, transparent or semitransparent carrier of a particular type, each colorant deposited with a certain coverage percentage, for example, dot percentage in the case of offset printing, the colorant parameters of any colorant being substantially independent of the color of the substrate and including dependency on the colorants deposited before and after. The method involves making measurements of sets prints of varying coverage percentages of a colorant on a number of backgrounds, and solving the resulting set of equations for the colorant. Colorants that are defined by a recipe of basic colorants can be characterized from measurements on prints of the basic colorants.

Abstract: A method and apparatus for determining a small number of parameters that spectrally characterize colorants by a small number of parameters and for using such colorant parameters to predict the spectral reflection or transmission characteristics of such colorants when laid on top of one another, either on an opaque, transparent or semitransparent carrier of a particular type, each colorant laid with a certain coverage percentage, for example, dot percentage in the case of offset printing, the colorant parameters of any colorant being substantially independent of the color of the substrate. The method involves making measurements of sets prints of varying coverage percentages of a colorant on a number of backgrounds, and solving the resulting set of equations for the colorant. Colorants that are defined by a recipe of basic colorants can be characterized from measurements on prints of the basic colorants.

Abstract: A method and a device for generating printing data wherein a first color separation defined in a first device dependent color space of standard printing inks is converted into a second color separation defined in a second device dependent color space of non-standard printing inks.

Abstract: A method and a device for converting a color defined in a first n-dimensiontal device dependent color space to a corresponding color defined in a second m-dimensional (m.gtoreq.n; n.gtoreq.p; m>p; p.gtoreq.3) device dependent color space, wherein for each (m-p).sup.th color dimension from the second device dependent color space there is each time defined a color value and said color coordinate set of the second device dependent color space is determined on the basis of said color value.