Microscope, comprising an input interface and an output interface, the input interface being configured to receive subsequent sets of input image data and auxiliary input data, the output interface being configured to output subsequent sets of output image data at an output data rate, the microscope further comprising an image processor, wherein the image processor is connected to the input interface for receiving the subsequent sets of the input image data and the auxiliary input data, and to the output interface for outputting the subsequent sets of the output image data, the image processor further being configured to generate, in real time, subsequent sets of pseudo-color image data depending on a content of at least one of the auxiliary input data and the input image data, wherein the output image data are three-dimensional and wherein the image processor is configured to generate the pseudo-color image data at different depth layers of the three-dimensional output image data depending on the content of the auxiliary input data, wherein the image processor is further configured to generate a synthetic pseudo-color pattern field within the pseudo-color image data depending on the content of at least one of the input image data, the auxiliary input data and the pseudo-color image data, the pseudo-color pattern field comprising a temporally modulated pattern (87", 87′′′) having a variation rate, and wherein the image processor is configured to compute the variation rate of the temporally modulated pattern (87", 87′′′) depending on the content of at least one of the input image data and the auxiliary input data, wherein the image processor is configured to merge the pseudo-color image data and at least one section of the input image data to generate the output image data containing the pseudo-color pattern field. the input interface being configured to receive subsequent sets of input image data and auxiliary input data, the output interface being configured to output subsequent sets of output image data at an output data rate, the microscope further comprising an image processor, wherein the image processor is connected to the input interface for receiving the subsequent sets of the input image data and the auxiliary input data, and to the output interface for outputting the subsequent sets of the output image data, the image processor further being configured to generate, in real time, subsequent sets of pseudo-color image data depending on a content of at least one of the auxiliary input data and the input image data, wherein the output image data are three-dimensional and wherein the image processor is configured to generate the pseudo-color image data at different depth layers of the three-dimensional output image data depending on the content of the auxiliary input data, wherein the image processor is further configured to generate a synthetic pseudo-color pattern field within the pseudo-color image data depending on the content of at least one of the input image data, the auxiliary input data and the pseudo-color image data, the pseudo-color pattern field comprising a temporally modulated pattern (87", 87′′′) having a variation rate, and wherein the image processor is configured to compute the variation rate of the temporally modulated pattern (87", 87′′′) depending on the content of at least one of the input image data and the auxiliary input data, wherein the image processor is configured to merge the pseudo-color image data and at least one section of the input image data to generate the output image data containing the pseudo-color pattern field.