A system for producing an image of a physical object, the system comprising: an X-ray image acquisition device; and a processing arrangement comprising a tracking unit, an association unit, a determination unit, a restoration unit and a generation unit; wherein the image acquisition device is adapted to acquire a first plurality of first images having a cardiac phase attribute corresponding to a cardiac phase of the object and revealing a first criterion of being without injected contrast agent and to acquire at least one secondary image revealing a second criterion of being injected with contrast agent; and wherein the tracking unit is adapted to track markers as a predetermined first feature and a guide wire as a predetermined second feature in the first plurality of first images; and to track the predetermined first feature in the at least one secondary image; wherein the determination unit is adapted i) to determine a first feature inter-phase transform and to determine second feature distortion vector fields relative to the first feature inter-phase transform by spatially matching the first and second features (126, 128) in each image of the first plurality of first images to the first and second features of an image of the first images being determined as a reference image; and ii) to determine a first-feature-based inter-criterion transform bringing the first features in the reference image and the first features in the at least one secondary image into correspondence with each other along time, wherein the association unit is adapted to associate and record second feature distortion vector fields with a corresponding cardiac phase attribute; wherein the restoration unit is adapted to restore current physical distortion by combining the first-feature-based inter-criterion transform and one of the recorded second feature distortion vector fields corresponding to a matching cardiac phase attribute; and wherein the generation unit is adapted to generate a combined inter-criterion image as the image of the physical object, based on the restored physical distortion. an X-ray image acquisition device; and a processing arrangement comprising a tracking unit, an association unit, a determination unit, a restoration unit and a generation unit; wherein the image acquisition device is adapted to acquire a first plurality of first images having a cardiac phase attribute corresponding to a cardiac phase of the object and revealing a first criterion of being without injected contrast agent and to acquire at least one secondary image revealing a second criterion of being injected with contrast agent; and wherein the tracking unit is adapted to track markers as a predetermined first feature and a guide wire as a predetermined second feature in the first plurality of first images; and to track the predetermined first feature in the at least one secondary image; wherein the determination unit is adapted i) to determine a first feature inter-phase transform and to determine second feature distortion vector fields relative to the first feature inter-phase transform by spatially matching the first and second features (126, 128) in each image of the first plurality of first images to the first and second features of an image of the first images being determined as a reference image; and ii) to determine a first-feature-based inter-criterion transform bringing the first features in the reference image and the first features in the at least one secondary image into correspondence with each other along time, wherein the association unit is adapted to associate and record second feature distortion vector fields with a corresponding cardiac phase attribute; wherein the restoration unit is adapted to restore current physical distortion by combining the first-feature-based inter-criterion transform and one of the recorded second feature distortion vector fields corresponding to a matching cardiac phase attribute; and wherein the generation unit is adapted to generate a combined inter-criterion image as the image of the physical object, based on the restored physical distortion.