For additional axes, they use preprocessor.py written on the python and fille .mps scheme with the axes. You can write [email protected] and they will tell how it works your dealer, but not to you ....... Why are there no descriptions of these procedures in the documentation from math import * class Preprocessor(object): VERSION = 1 TYPE = "move" AXIS = ["X" , "Y" , "Z" , "C" , "B" , "WREAL", "ZREAL" ] def ProcessMove(self, environment, operation, move): if move["axisValue"]["Z"] < 30: # Move entirely on the ZREAL axis move["axisValue"]["ZREAL"] = move["axisValue"]["Z"] else: # Move 40 in the ZREAL axis, and the remaining in the # WREAL axis move["axisValue"]["ZREAL"] = 30 move["axisValue"]["WREAL"] = move["axisValue"]["Z"] - 30 preprocessor = Preprocessor()

Ron you are right, but I would like to have a good simulation in Mastercam (one Cam software). Thank you, Gentlemen!

This need for output G code in machine simulation

Is it possible to bring the arc in line 2 , the first column displays the arc when using the linearization (G1) , the second column displays the comment of the arc (G2, G3) ? linarc$ = 0 G1 Z0. F10. G41 D280 X-.25 G3 X.25 I.25 J0. X-.25 I-.25 J0. G1 G40 X-.2188 linarc$ = 1 G1 Z0. F10. G41 D280 X-.25 X-.2481 Y-.0307 X-.2424 Y-.061 X-.2331 Y-.0903 X-.2203 Y-.1183 X-.204 Y-.1444 X-.1848 Y-.1684 X-.1627 Y-.1899 X-.1381 Y-.2084 X-.1114 Y-.2238 X-.0831 Y-.2358 X-.0535 Y-.2442 X-.0231 Y-.2489 X.0077 Y-.2499 X.0383 Y-.247 X.0684 Y-.2405 X.0974 Y-.2302 X.125 Y-.2165 X.1507 Y-.1995 X.174 Y-.1795 X.1948 Y-.1567 X.2126 Y-.1316 X.2271 Y-.1045 X.2382 Y-.0758 X.2457 Y-.0459 X.2495 Y-.0154 Y.0154 X.2457 Y.0459 X.2382 Y.0758 X.2271 Y.1045 X.2126 Y.1316 X.1948 Y.1567 X.174 Y.1795 X.1507 Y.1995 X.125 Y.2165 X.0974 Y.2302 X.0684 Y.2405 X.0383 Y.247 X.0077 Y.2499 X-.0231 Y.2489 X-.0535 Y.2442 X-.0831 Y.2358 X-.1114 Y.2238 X-.1381 Y.2084 X-.1627 Y.1899 X-.1848 Y.1684 X-.204 Y.1444 X-.2203 Y.1183 X-.2331 Y.0903 X-.2424 Y.061 X-.2481 Y.0307 X-.25 Y0. G40 X-.2188 Like this, showing where the real arc begins G1 Z0. F10. G41 D280 X-.25 X-.2481 Y-.0307(G3 X.25 I.25 J0.) X-.2424 Y-.061 X-.2331 Y-.0903 X-.2203 Y-.1183 X-.204 Y-.1444 X-.1848 Y-.1684 X-.1627 Y-.1899 X-.1381 Y-.2084 X-.1114 Y-.2238 X-.0831 Y-.2358 X-.0535 Y-.2442 X-.0231 Y-.2489 X.0077 Y-.2499 X.0383 Y-.247 X.0684 Y-.2405 X.0974 Y-.2302 X.125 Y-.2165 X.1507 Y-.1995 X.174 Y-.1795 X.1948 Y-.1567 X.2126 Y-.1316 X.2271 Y-.1045 X.2382 Y-.0758 X.2457 Y-.0459 X.2495 Y-.0154 Y.0154 (X-.25 I-.25 J0.) X.2457 Y.0459 X.2382 Y.0758 X.2271 Y.1045 X.2126 Y.1316 X.1948 Y.1567 X.174 Y.1795 X.1507 Y.1995 X.125 Y.2165 X.0974 Y.2302 X.0684 Y.2405 X.0383 Y.247 X.0077 Y.2499 X-.0231 Y.2489 X-.0535 Y.2442 X-.0831 Y.2358 X-.1114 Y.2238 X-.1381 Y.2084 X-.1627 Y.1899 X-.1848 Y.1684 X-.204 Y.1444 X-.2203 Y.1183 X-.2331 Y.0903 X-.2424 Y.061 X-.2481 Y.0307 X-.25 Y0. G40 X-.2188 I tried to use redo_proc$, but it display only the first arc

Anyone have ideas to make it better, the display of arcs and cycles of the drilling in the machine simulation ?

Input file with expansion .CL The file with the extension .red is used to offset workpiece geometry and position When you run a machine simulation, you will see - use external post mcamTools folder used to store the machine tools for simulation with the extension .sim this example It supports only wcs - Top Supports in metric mode Does not support tool compensation - control Transformathion - source operations - disadle posting in selected source operations