A method for generating a print of a digital image using a printer, the digital image comprising image pixels, the printer comprising - a print head for ejecting recording material and - radiation means for curing the ejected recording material by irradiation, the digital image having an elevation channel for defining an elevation channel value of each image pixel, which elevation channel value indicates the amount of elevation of a location in the print, which location corresponds to the image pixel, the method comprising the steps of: a) providing the digital image to the printer; b) deriving from the elevation channel of the digital image, image pixels in the digital image which are expected to receive such a low amount of radiation at the location in the print corresponding to the image pixel that recording material ejected at said location may be insufficiently cured; c) for each derived image pixel adapting at least one elevation channel value of the digital image by such an amount that the recording material ejected at said location in the print is expected to be sufficiently cured, wherein the adapting of the at least one elevation channel value of the digital image is at least one out of a group of increasing the elevation channel value of the derived image pixel and decreasing the elevation channel value of at least one image pixel neighbouring the derived image pixel and d) printing the digital image with the at least one adapted elevation channel value. - a print head for ejecting recording material and - radiation means for curing the ejected recording material by irradiation, the digital image having an elevation channel for defining an elevation channel value of each image pixel, which elevation channel value indicates the amount of elevation of a location in the print, which location corresponds to the image pixel, the method comprising the steps of: a) providing the digital image to the printer; b) deriving from the elevation channel of the digital image, image pixels in the digital image which are expected to receive such a low amount of radiation at the location in the print corresponding to the image pixel that recording material ejected at said location may be insufficiently cured; c) for each derived image pixel adapting at least one elevation channel value of the digital image by such an amount that the recording material ejected at said location in the print is expected to be sufficiently cured, wherein the adapting of the at least one elevation channel value of the digital image is at least one out of a group of increasing the elevation channel value of the derived image pixel and decreasing the elevation channel value of at least one image pixel neighbouring the derived image pixel and d) printing the digital image with the at least one adapted elevation channel value. a) providing the digital image to the printer; b) deriving from the elevation channel of the digital image, image pixels in the digital image which are expected to receive such a low amount of radiation at the location in the print corresponding to the image pixel that recording material ejected at said location may be insufficiently cured; c) for each derived image pixel adapting at least one elevation channel value of the digital image by such an amount that the recording material ejected at said location in the print is expected to be sufficiently cured, wherein the adapting of the at least one elevation channel value of the digital image is at least one out of a group of increasing the elevation channel value of the derived image pixel and decreasing the elevation channel value of at least one image pixel neighbouring the derived image pixel and d) printing the digital image with the at least one adapted elevation channel value.