A system comprising: a downhole measurement tool configured to be run through a bore, the downhole measurement tool comprising: a vibrational source configured to emit a source signal into a volume of material surrounding the bore, wherein the source signal is configured to propagate through the volume of material surrounding the bore and reflect off of features disposed within the volume of material surrounding the bore, wherein the source signal comprises both compressional and shear waves; and a three-component receiver, comprising: a first element oriented in a first plane, orthogonal to an axis of the bore, wherein the first element is configured to receive a first set of reflections of the source signal; a second element oriented in the first plane, orthogonal to the first element, wherein the second element is configured to receive a second set of reflections of the source signal; and a third element oriented parallel to the axis, wherein the third element is configured to receive a third set of reflections of the source signal; wherein the downhole measurement tool is configured to acquire the received first, second, and third sets of reflections of the source signal; and wherein the system comprises a computing device configured to analyze the received first, second, and third sets of reflections of the source signal and to generate the one or more images of the volume of material surrounding the bore based on the first, second, and third sets of reflections of the source signal, wherein the computing device is configured to: generate two or more 2D images (510, 512) of the volume of material surrounding the bore based on the first, second, and third sets of reflections of the source signal; and characterized in that the computing device is further configured to estimate strike and dip based directly on the two or more 2D images (510, 512) prior to or instead of 3D imaging. a vibrational source configured to emit a source signal into a volume of material surrounding the bore, wherein the source signal is configured to propagate through the volume of material surrounding the bore and reflect off of features disposed within the volume of material surrounding the bore, wherein the source signal comprises both compressional and shear waves; and a three-component receiver, comprising: a first element oriented in a first plane, orthogonal to an axis of the bore, wherein the first element is configured to receive a first set of reflections of the source signal; a second element oriented in the first plane, orthogonal to the first element, wherein the second element is configured to receive a second set of reflections of the source signal; and a third element oriented parallel to the axis, wherein the third element is configured to receive a third set of reflections of the source signal; a first element oriented in a first plane, orthogonal to an axis of the bore, wherein the first element is configured to receive a first set of reflections of the source signal; a second element oriented in the first plane, orthogonal to the first element, wherein the second element is configured to receive a second set of reflections of the source signal; and a third element oriented parallel to the axis, wherein the third element is configured to receive a third set of reflections of the source signal; wherein the downhole measurement tool is configured to acquire the received first, second, and third sets of reflections of the source signal; and wherein the system comprises a computing device configured to analyze the received first, second, and third sets of reflections of the source signal and to generate the one or more images of the volume of material surrounding the bore based on the first, second, and third sets of reflections of the source signal, wherein the computing device is configured to: generate two or more 2D images (510, 512) of the volume of material surrounding the bore based on the first, second, and third sets of reflections of the source signal; and characterized in that the computing device is further configured to estimate strike and dip based directly on the two or more 2D images (510, 512) prior to or instead of 3D imaging. generate two or more 2D images (510, 512) of the volume of material surrounding the bore based on the first, second, and third sets of reflections of the source signal; and characterized in that the computing device is further configured to estimate strike and dip based directly on the two or more 2D images (510, 512) prior to or instead of 3D imaging.