Computer-implemented method for the structuring and/or storing of data representing the form of at least one object, especially of a 2-dimensional object, which can be represented by a number of interpolation points, a. wherein the interpolation points by which the object can be represented and/or is represented for the purposes of structuring and/or storage are structured and/or stored in a hierarchy having at least two levels b. wherein a subset of the data is assigned to each level and/or a subset of the data is stored on each level c. wherein the assignment to and/or storing of the data on the levels thereby occurs when i. at least two anchor points (1, 2) are defined from the quantity of interpolation points whose data are assigned to the highest level in the hierarchy and/or stored on the highest level in the hierarchy ii. in the set of remaining interpolation points or the subset in each case lying between two neighbouring interpolation points already assigned to and/or stored on the object, the interpolation point (4, 5, 6) at the greatest distance from a line is selected in each case through the points assigned to levels and/or stored on levels, especially the interpolation points (4, 5) and anchor points (1,2) adjacent to the interpolation point, and the data of this selected interpolation point assigned to and/or stored on one level iii. wherein the assignment to levels and/or storing on levels takes place in descending hierarchy of the levels wherein the hierarchy has the anchor points in the uppermost level and the levels below that form a tree structure with nodes and leaves, wherein the interpolation points in step ii. are assigned to the nodes on the respective levels and/or stored in the nodes on the respective levels, characterised in that one interpolation point is assigned to each node and/or one interpolation point stored in each node and the assignment and/or storage to the nodes takes place such that the resulting sequence of interpolation points, in which these are assigned to the object, is given and/or is stored. a. wherein the interpolation points by which the object can be represented and/or is represented for the purposes of structuring and/or storage are structured and/or stored in a hierarchy having at least two levels b. wherein a subset of the data is assigned to each level and/or a subset of the data is stored on each level c. wherein the assignment to and/or storing of the data on the levels thereby occurs when i. at least two anchor points (1, 2) are defined from the quantity of interpolation points whose data are assigned to the highest level in the hierarchy and/or stored on the highest level in the hierarchy ii. in the set of remaining interpolation points or the subset in each case lying between two neighbouring interpolation points already assigned to and/or stored on the object, the interpolation point (4, 5, 6) at the greatest distance from a line is selected in each case through the points assigned to levels and/or stored on levels, especially the interpolation points (4, 5) and anchor points (1,2) adjacent to the interpolation point, and the data of this selected interpolation point assigned to and/or stored on one level iii. wherein the assignment to levels and/or storing on levels takes place in descending hierarchy of the levels wherein the hierarchy has the anchor points in the uppermost level and the levels below that form a tree structure with nodes and leaves, wherein the interpolation points in step ii. are assigned to the nodes on the respective levels and/or stored in the nodes on the respective levels, characterised in that one interpolation point is assigned to each node and/or one interpolation point stored in each node and the assignment and/or storage to the nodes takes place such that the resulting sequence of interpolation points, in which these are assigned to the object, is given and/or is stored. i. at least two anchor points (1, 2) are defined from the quantity of interpolation points whose data are assigned to the highest level in the hierarchy and/or stored on the highest level in the hierarchy ii. in the set of remaining interpolation points or the subset in each case lying between two neighbouring interpolation points already assigned to and/or stored on the object, the interpolation point (4, 5, 6) at the greatest distance from a line is selected in each case through the points assigned to levels and/or stored on levels, especially the interpolation points (4, 5) and anchor points (1,2) adjacent to the interpolation point, and the data of this selected interpolation point assigned to and/or stored on one level iii. wherein the assignment to levels and/or storing on levels takes place in descending hierarchy of the levels