The final thesis defines the determination of what is particular shape of the anterior cruciate ligament's solid model. Furthermore, there is an additional purpose of analysis with an applicative nature in mind. To achieve this, one has to combine and corelate the outlining of the ligament's attachements, it's course of propagation and the cross-sections along it's course. Once having specified the momentous anatomical features distinguishable on the proximal part of the tibia and the distal part of the femur, we were able to specify all shape-related parameters. Shape modeling was carried out via the Solidoworks modeling environment. We initially determined the surface body model, which we finally converted to a volume body model. Additionally, to make for a more unchallenging prospect of ensuring the continuity grade of ^^3 on complex free surfaces, the use of other modeling environments is somewhat more convenient.
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