A system (10, 210) for analyzing scans of a shoe part to generate dimension data, which is useable to model three-dimensional, 3-D, features of the shoe part, the system comprising: at least one laser; at least one camera (32, 438); and a computing device (60, 700); the system (10, 210) being configured to: project, by the at least one laser, a laser beam onto a first shoe part and a second shoe part, wherein the first shoe part is attached onto the second shoe part such that a terminal edge of the first shoe part encircles the second shoe part, wherein the at least one laser is configured to project the laser beam such that a first segment of a projected laser line extends on the first shoe part and a second segment of the projected laser line extends on the second shoe part; record, with the at least one camera (32, 438), an image of the projected laser line that depicts a first-segment representation and a second-segment representation, wherein an interface region between the first-segment representation and the second-segment representation represents a position of the terminal edge; identify, by the computing device (60, 700), a coordinate point of the interface region that defines a position of the interface region as depicted in the image; and convert, by the computing device (60, 700), the coordinate point to a geometric coordinate point of the second shoe part, wherein the geometric coordinate point is deemed a bite point that represents a position on the second shoe part that is aligned with a portion of the terminal edge, wherein settings of the at least one camera (32, 438) and/or a color of the laser beam and/or a power level of the laser beam is/are adjusted based on a color of the first shoe part and the second shoe part. the system comprising: at least one laser; at least one camera (32, 438); and a computing device (60, 700); at least one laser; at least one camera (32, 438); and a computing device (60, 700); the system (10, 210) being configured to: project, by the at least one laser, a laser beam onto a first shoe part and a second shoe part, wherein the first shoe part is attached onto the second shoe part such that a terminal edge of the first shoe part encircles the second shoe part, wherein the at least one laser is configured to project the laser beam such that a first segment of a projected laser line extends on the first shoe part and a second segment of the projected laser line extends on the second shoe part; record, with the at least one camera (32, 438), an image of the projected laser line that depicts a first-segment representation and a second-segment representation, wherein an interface region between the first-segment representation and the second-segment representation represents a position of the terminal edge; identify, by the computing device (60, 700), a coordinate point of the interface region that defines a position of the interface region as depicted in the image; and convert, by the computing device (60, 700), the coordinate point to a geometric coordinate point of the second shoe part, wherein the geometric coordinate point is deemed a bite point that represents a position on the second shoe part that is aligned with a portion of the terminal edge, wherein settings of the at least one camera (32, 438) and/or a color of the laser beam and/or a power level of the laser beam is/are adjusted based on a color of the first shoe part and the second shoe part. project, by the at least one laser, a laser beam onto a first shoe part and a second shoe part, wherein the first shoe part is attached onto the second shoe part such that a terminal edge of the first shoe part encircles the second shoe part, wherein the at least one laser is configured to project the laser beam such that a first segment of a projected laser line extends on the first shoe part and a second segment of the projected laser line extends on the second shoe part; wherein the first shoe part is attached onto the second shoe part such that a terminal edge of the first shoe part encircles the second shoe part, wherein the at least one laser is configured to project the laser beam such that a first segment of a projected laser line extends on the first shoe part and a second segment of the projected laser line extends on the second shoe part; record, with the at least one camera (32, 438), an image of the projected laser line that depicts a first-segment representation and a second-segment representation, wherein an interface region between the first-segment representation and the second-segment representation represents a position of the terminal edge; identify, by the computing device (60, 700), a coordinate point of the interface region that defines a position of the interface region as depicted in the image; and convert, by the computing device (60, 700), the coordinate point to a geometric coordinate point of the second shoe part, wherein the geometric coordinate point is deemed a bite point that represents a position on the second shoe part that is aligned with a portion of the terminal edge, wherein settings of the at least one camera (32, 438) and/or a color of the laser beam and/or a power level of the laser beam is/are adjusted based on a color of the first shoe part and the second shoe part.