Figure 2 Sketch of the initial command blocks in the subprogram #512. Refer to the subprogram to\ see the command blocks marked in this diagram. Command block numbers point to the toolpath and\ the tool position at the end of the command block. Commanded toolpaths are marked with solid\ red/pink lines, and the cutter positions with dashed lines with green, blue, and light brown colors.\ Figure 3 Sketch of the initial command blocks in the subprogram #512. Refer to the subprogram to\ see the command blocks marked in this diagram. Command block numbers point to the toolpath and\ the tool position at the end of the command block. Commanded toolpaths are marked with solid\ red/pink lines, and the cutter positions with dashed lines with green, blue, and light brown colors.\ Note 1: It is highly recommended to simulate completed G-code before submitting your assignment.\ Threat the subprograms as internal subprograms.\ Note 2: If the code provided below does not work in Vericut, try delimiting the main program and\ all subprograms with the percent sign (%), as described in lecture.\ Note 3: The purpose of this assignment is the tool motion control, not the optimal machining\ strategy and surface finish. For that, finishing allowances may need to be added. For roughing only,\ this is fairly close to the optimal (shortest) tool path.\ Note 4: Include decimal point after whole numbers for the coordinates and feed rates.\ Examples: F50. (not F50); X1. (not X1).\ Do not add decimal point after commands, like L4 M97 M98 M99 M30 G02 D02 T02 etc. For\ example, 4, 02, and 99 are not numerical values that can have decimal value; they are part of L4,\ G02, and M99 commands.