Abstract: Methods and devices for digital image templating are presented. According to example embodiments, a computing device may match a template image (e.g., an implant) to a target image (e.g., a bone structure). The both the target image and the template image may be displayed on an output of the computing device. The displayed template image may be oriented with respect to the displayed target image according to at least a scale (e.g., a magnification level of the template image). Based on received input, at least the scale of the displayed template image may be adjusted so that the adjusted displayed template image substantially fits the part of the displayed target image. Then, based on this fit, a physical template size may be selected from a discrete range of physical template sizes.

Abstract: Methods and devices for orthopedic templating are presented. In an example embodiment, a template object is displayed on an output device that is also displaying a target object and a reference object. The target object may be displayed at an unknown magnification level, while the reference object is of a known size. By measuring the size of the reference object as displayed, the magnification level of the target object can be determined. Then, the template object or the target object can be sized such that the template object substantially matches at least a section of the target object. Once matched, the template object may be overlaid, transparently or semi-transparently, on or with the target object. The template object may also be rotated or moved so that it aligns with at least the matched part of the target object.

Abstract: Methods and devices for digital image templating are presented. According to example embodiments, a computing device may match a template image (e.g., an implant) to a target image (e.g., a bone structure). The both the target image and the template image may be displayed on an output of the computing device. The displayed template image may be oriented with respect to the displayed target image according to at least a scale (e.g., a magnification level of the template image). Based on received input, at least the scale of the displayed template image may be adjusted so that the adjusted displayed template image substantially fits the part of the displayed target image. Then, based on this fit, a physical template size may be selected from a discrete range of physical template sizes.

Abstract: Methods and devices for orthopedic templating are presented. In an example embodiment, a template object is displayed on an output device that is also displaying a target object and a reference object. The target object may be displayed at an unknown magnification level, while the reference object is of a known size. By measuring the size of the reference object as displayed, the magnification level of the target object can be determined. Then, the template object or the target object can be sized such that the template object substantially matches at least a section of the target object. Once matched, the template object may be overlaid, transparently or semi-transparently, on or with the target object. The template object may also be rotated or moved so that it aligns with at least the matched part of the target object.