Trying to create a pattern of tilted holes HSM Posted output not correct

[markp]

Im trying to generate a ring of tilted tapped holes for my DMU50V. Im using the Millplus 330 post processor. I first imported a model from gibbscam with the 6 holes placed for the operation. I created a tilted UCS for the operation. This causes the 6 holes to appear tilted correctly in the simulate window. I also created a WCS for the post output that is aligned with the UCS used for the operations.

Once loaded into the machine, the WCS information is not in the post output and the part is drilled as if the part was not tilted, Ie: holes are shifted in X and Y. Also, the first hole in the set of 6 is drilled with the part a B0 C0 for some reason. Here is my part program, the post output, and the post processor I used. Can anyone please have a look at this and tell me why the WCS info not being output correctly? 

[Steinwerks]

You need to use Tool Orientation for your toolpaths but not for the Setup, which should be oriented as it would be in the machine initially.

You also didn't have your Model selected (not always necessary, but definitely good practice).

The next question becomes why didn't you just make a model in Inventor with modeled features instead of points? I have never found using points to be all the reliable in CAM systems that rely heavily on solid models.

I attached your file with a corrected Setup (copy of the original) but it has been saved as an Inventor 2017 file format.

Does this code look correct for your machine?

%PM1001
N1001 (1001)
N10 (Attempt)
N11 (T1  D=0.375 CR=0 TAPER=118deg - center drill)
N12 (T2  D=0.25 CR=0 TAPER=118deg - drill)
N13 (T3  D=0.4375 CR=0 TAPER=118deg - drill)
N14 (T4  D=0.5625 CR=0 - right hand tap)
N15 G90
N16 G94
N17 G17
N18 G70
N19 G99 X-11.965 Y-11.965 Z-12.6 I23.93 J23.93 K22.64
N20 G98 X-1.965 Y-1.965 Z-2.6 I3.93 J3.93 K2.64
N21 G74 Z-1 L1
N22 (Drill2 2)
N23 M9
N24 T1 M6
N25 T2
N26 S3000 M3
N27 G54
N28 G0 B17.004 C-23.979
N29 M8
N31 G0 X1.5557 Y0.1648
N32 G0 Z1.1973
N33 G17
N34 G0
N35 G0 Z0.7973
N37 G81 Z-0.2 Y0.2 B1.2237 F13.33
N38 G79 X1.5557 Y0.1648 Z-0.6264
N39 G0 Z1.1973
N41 G74 Z-1 L1
N42 (Drill2 2)
N43 G0 B17.004 C-83.979
N44 M8
N46 G0 X1.5557 Y0.1648
N47 G0 Z1.1973
N49 G0
N50 G0 Z0.7973
N52 G81 Z-0.2 Y0.2 B1.2237 F13.33
N53 G79 X1.5557 Y0.1648 Z-0.6264
N54 G0 Z1.1973
N56 G74 Z-1 L1
N57 (Drill2 2)
N58 G0 B17.004 C-143.979
N59 M8
N61 G0 X1.5557 Y0.1648
N62 G0 Z1.1973
N64 G0
N65 G0 Z0.7973
N67 G81 Z-0.2 Y0.2 B1.2237 F13.33
N68 G79 X1.5557 Y0.1648 Z-0.6264
N69 G0 Z1.1973
N71 G74 Z-1 L1
N72 (Drill2 2)
N73 G0 B17.004 C156.021
N74 M8
N76 G0 X1.5557 Y0.1648
N77 G0 Z1.1973
N79 G0
N80 G0 Z0.7973
N82 G81 Z-0.2 Y0.2 B1.2237 F13.33
N83 G79 X1.5557 Y0.1648 Z-0.6264
N84 G0 Z1.1973
N86 G74 Z-1 L1
N87 (Drill2 2)
N88 G0 B17.004 C96.021
N89 M8
N91 G0 X1.5557 Y0.1648
N92 G0 Z1.1973
N94 G0
N95 G0 Z0.7973
N97 G81 Z-0.2 Y0.2 B1.2237 F13.33
N98 G79 X1.5557 Y0.1648 Z-0.6264
N99 G0 Z1.1973
N101 G74 Z-1 L1
N102 (Drill2 2)
N103 G0 B17.004 C36.021
N104 M8
N106 G0 X1.5557 Y0.1648
N107 G0 Z1.1973
N109 G0
N110 G0 Z0.7973
N112 G81 Z-0.2 Y0.2 B1.2237 F13.33
N113 G79 X1.5557 Y0.1648 Z-0.6264
N114 G0 Z1.1973
N116 G74 Z-1 L1
N117 (Drill3 2)
N118 M9
N119 M1
N120 T2 M6
N121 T3
N122 S1000 M3
N123 G54
N124 G0 B17.004 C-23.979
N125 M8
N127 G0 X1.5557 Y0.1648
N128 G0 Z1.1973
N129 G17
N130 G0
N131 G0 Z0.7973
N133 G83 Z-1.6 Y0.2 B1.2237 K0.0625 I0 J0 F10
N134 G79 X1.5557 Y0.1648 Z-0.6264
N135 G0 Z1.1973
N137 G74 Z-1 L1
N138 (Drill3 2)
N139 G0 B17.004 C-83.979
N140 M8
N142 G0 X1.5557 Y0.1648
N143 G0 Z1.1973
N145 G0
N146 G0 Z0.7973
N148 G83 Z-1.6 Y0.2 B1.2237 K0.0625 I0 J0 F10
N149 G79 X1.5557 Y0.1648 Z-0.6264
N150 G0 Z1.1973
N152 G74 Z-1 L1
N153 (Drill3 2)
N154 G0 B17.004 C-143.979
N155 M8
N157 G0 X1.5557 Y0.1648
N158 G0 Z1.1973
N160 G0
N161 G0 Z0.7973
N163 G83 Z-1.6 Y0.2 B1.2237 K0.0625 I0 J0 F10
N164 G79 X1.5557 Y0.1648 Z-0.6264
N165 G0 Z1.1973
N167 G74 Z-1 L1
N168 (Drill3 2)
N169 G0 B17.004 C156.021
N170 M8
N172 G0 X1.5557 Y0.1648
N173 G0 Z1.1973
N175 G0
N176 G0 Z0.7973
N178 G83 Z-1.6 Y0.2 B1.2237 K0.0625 I0 J0 F10
N179 G79 X1.5557 Y0.1648 Z-0.6264
N180 G0 Z1.1973
N182 G74 Z-1 L1
N183 (Drill3 2)
N184 G0 B17.004 C96.021
N185 M8
N187 G0 X1.5557 Y0.1648
N188 G0 Z1.1973
N190 G0
N191 G0 Z0.7973
N193 G83 Z-1.6 Y0.2 B1.2237 K0.0625 I0 J0 F10
N194 G79 X1.5557 Y0.1648 Z-0.6264
N195 G0 Z1.1973
N197 G74 Z-1 L1
N198 (Drill3 2)
N199 G0 B17.004 C36.021
N200 M8
N202 G0 X1.5557 Y0.1648
N203 G0 Z1.1973
N205 G0
N206 G0 Z0.7973
N208 G83 Z-1.6 Y0.2 B1.2237 K0.0625 I0 J0 F10
N209 G79 X1.5557 Y0.1648 Z-0.6264
N210 G0 Z1.1973
N212 G74 Z-1 L1
N213 (Drill4 2)
N214 M9
N215 M1
N216 T3 M6
N217 T4
N218 S600 M3
N219 G54
N220 G0 B17.004 C-23.979
N221 M8
N223 G0 X1.5557 Y0.1648
N224 G0 Z1.1973
N225 G17
N226 G0
N227 G0 Z0.7973
N229 G83 Z-0.75 Y0.2 B1.2237 K0.1094 I0 J0.0087 K1=9 F10
N230 G79 X1.5557 Y0.1648 Z-0.6264
N231 G0 Z1.1973
N233 G74 Z-1 L1
N234 (Drill4 2)
N235 G0 B17.004 C-83.979
N236 M8
N238 G0 X1.5557 Y0.1648
N239 G0 Z1.1973
N241 G0
N242 G0 Z0.7973
N244 G83 Z-0.75 Y0.2 B1.2237 K0.1094 I0 J0.0087 K1=9 F10
N245 G79 X1.5557 Y0.1648 Z-0.6264
N246 G0 Z1.1973
N248 G74 Z-1 L1
N249 (Drill4 2)
N250 G0 B17.004 C-143.979
N251 M8
N253 G0 X1.5557 Y0.1648
N254 G0 Z1.1973
N256 G0
N257 G0 Z0.7973
N259 G83 Z-0.75 Y0.2 B1.2237 K0.1094 I0 J0.0087 K1=9 F10
N260 G79 X1.5557 Y0.1648 Z-0.6264
N261 G0 Z1.1973
N263 G74 Z-1 L1
N264 (Drill4 2)
N265 G0 B17.004 C156.021
N266 M8
N268 G0 X1.5557 Y0.1648
N269 G0 Z1.1973
N271 G0
N272 G0 Z0.7973
N274 G83 Z-0.75 Y0.2 B1.2237 K0.1094 I0 J0.0087 K1=9 F10
N275 G79 X1.5557 Y0.1648 Z-0.6264
N276 G0 Z1.1973
N278 G74 Z-1 L1
N279 (Drill4 2)
N280 G0 B17.004 C96.021
N281 M8
N283 G0 X1.5557 Y0.1648
N284 G0 Z1.1973
N286 G0
N287 G0 Z0.7973
N289 G83 Z-0.75 Y0.2 B1.2237 K0.1094 I0 J0.0087 K1=9 F10
N290 G79 X1.5557 Y0.1648 Z-0.6264
N291 G0 Z1.1973
N293 G74 Z-1 L1
N294 (Drill4 2)
N295 G0 B17.004 C36.021
N296 M8
N298 G0 X1.5557 Y0.1648
N299 G0 Z1.1973
N301 G0
N302 G0 Z0.7973
N304 G83 Z-0.75 Y0.2 B1.2237 K0.1094 I0 J0.0087 K1=9 F10
N305 G79 X1.5557 Y0.1648 Z-0.6264
N306 G0 Z1.1973
N308 G74 Z-1 L1
N309 (Drill5 2)
N310 M9
N311 M1
N312 T4 M6
N313 T1
N314 S100 M3
N315 G54
N316 G0 B17.004 C-23.979
N317 M8
N319 G0 X1.5557 Y0.1648
N320 G0 Z1.1973
N321 G17
N322 G0
N323 G0 Z0.7973
N325 G84 Z-0.5 Y0.2 B1.2237 J0.0556 I1=1
N326 G79 X1.5557 Y0.1648 Z-0.6264
N327 M3
N328 G0 Z1.1973
N330 G74 Z-1 L1
N331 (Drill5 2)
N332 G0 B17.004 C-83.979
N333 M8
N335 G0 X1.5557 Y0.1648
N336 G0 Z1.1973
N338 G0
N339 G0 Z0.7973
N341 G84 Z-0.5 Y0.2 B1.2237 J0.0556 I1=1
N342 G79 X1.5557 Y0.1648 Z-0.6264
N343 M3
N344 G0 Z1.1973
N346 G74 Z-1 L1
N347 (Drill5 2)
N348 G0 B17.004 C-143.979
N349 M8
N351 G0 X1.5557 Y0.1648
N352 G0 Z1.1973
N354 G0
N355 G0 Z0.7973
N357 G84 Z-0.5 Y0.2 B1.2237 J0.0556 I1=1
N358 G79 X1.5557 Y0.1648 Z-0.6264
N359 M3
N360 G0 Z1.1973
N362 G74 Z-1 L1
N363 (Drill5 2)
N364 G0 B17.004 C156.021
N365 M8
N367 G0 X1.5557 Y0.1648
N368 G0 Z1.1973
N370 G0
N371 G0 Z0.7973
N373 G84 Z-0.5 Y0.2 B1.2237 J0.0556 I1=1
N374 G79 X1.5557 Y0.1648 Z-0.6264
N375 M3
N376 G0 Z1.1973
N378 G74 Z-1 L1
N379 (Drill5 2)
N380 G0 B17.004 C96.021
N381 M8
N383 G0 X1.5557 Y0.1648
N384 G0 Z1.1973
N386 G0
N387 G0 Z0.7973
N389 G84 Z-0.5 Y0.2 B1.2237 J0.0556 I1=1
N390 G79 X1.5557 Y0.1648 Z-0.6264
N391 M3
N392 G0 Z1.1973
N394 G74 Z-1 L1
N395 (Drill5 2)
N396 G0 B17.004 C36.021
N397 M8
N399 G0 X1.5557 Y0.1648
N400 G0 Z1.1973
N402 G0
N403 G0 Z0.7973
N405 G84 Z-0.5 Y0.2 B1.2237 J0.0556 I1=1
N406 G79 X1.5557 Y0.1648 Z-0.6264
N407 M3
N408 G0 Z1.1973
N410 M9
N411 G74 Z-1 L1
N412 G0 B0. C0.
N413 M30

[markp]

Thanks! Ill try that. I made the model in gibbs a month or so ago, before I got a subscription to HSM. Seemed like it might be easier.

[markp]

Ok, Using inventor hsm 2017, with your corrected program, selecting the model in setup, same postprocessor, I get a different output. See below. G79 line is different and I get an N line with  G0 B0. C0. in the first operation. B and C rotation numbers are different as well.

%PM1001
N1001 (1001)
N10 (T1  D=0.375 CR=0 TAPER=118deg - center drill)
N11 (T2  D=0.25 CR=0 TAPER=118deg - drill)
N12 (T3  D=0.4375 CR=0 TAPER=118deg - drill)
N13 (T4  D=0.5625 CR=0 - right hand tap)
N14 G90
N15 G94
N16 G17
N17 G70
N18 G99 X-11.6585 Y-11.9652 Z-12.9425 I24.1219 J23.9301 K23.0589
N19 G98 X-1.6585 Y-1.9652 Z-2.9425 I4.1219 J3.9301 K3.0589
N20 G74 Z-1 L1
N21 (Drill2)
N22 M9
N23 T1 M6
N24 T2
N25 S3000 M3
N26 G54
N27 G0 B0. C0.
N28 M8
N30 G0 X1.5642 Y-0.0002
N31 G0 Z0.7165
N32 G17
N33 G0
N34 G0 Z0.3165
N36 G81 Z-0.2 Y0.2 B0.7419 F13.33
N37 G79 X1.5642 Y-0.0002 Z-0.6254
N38 G0 Z0.7165
N40 G74 Z-1 L1
N41 (Drill2)
N42 G0 B16.91 C-113.472
N43 M8
N45 G0 X0.6223 Y1.4351
N46 G0 Z0.7165
N48 G0
N49 G0 Z0.3165
N51 G81 Z-0.2 Y0.2 B0.7419 F13.33
N52 G79 X0.6223 Y1.4351 Z-0.6254
N53 G0 Z0.7165
N55 G74 Z-1 L1
N56 (Drill2)
N57 G0 B29.508 C-138.918
N58 M8
N60 G0 X1.1785 Y1.0285
N61 G0 Z0.7165
N63 G0
N64 G0 Z0.3165
N66 G81 Z-0.2 Y0.2 B0.7419 F13.33
N67 G79 X1.1785 Y1.0285 Z-0.6254
N68 G0 Z0.7165
N70 G74 Z-1 L1
N71 (Drill2)
N72 G0 B34.203 C-167.744
N73 M8
N75 G0 X1.5284 Y0.3328
N76 G0 Z0.7165
N78 G0
N79 G0 Z0.3165
N81 G81 Z-0.2 Y0.2 B0.7419 F13.33
N82 G79 X1.5284 Y0.3328 Z-0.6254
N83 G0 Z0.7165
N85 G74 Z-1 L1
N86 (Drill2)
N87 G0 B29.508 C159.98
N88 M8
N90 G0 X1.47 Y-0.5348
N91 G0 Z0.7165
N93 G0
N94 G0 Z0.3165
N96 G81 Z-0.2 Y0.2 B0.7419 F13.33
N97 G79 X1.47 Y-0.5348 Z-0.6254
N98 G0 Z0.7165
N100 G74 Z-1 L1
N101 (Drill2)
N102 G0 B16.91 C125.437
N103 M8
N105 G0 X0.9076 Y-1.274
N106 G0 Z0.7165
N108 G0
N109 G0 Z0.3165
N111 G81 Z-0.2 Y0.2 B0.7419 F13.33
N112 G79 X0.9076 Y-1.274 Z-0.6254
N113 G0 Z0.7165
N115 G74 Z-1 L1
N116 (Drill3)
N117 M9
N118 M1
N119 T2 M6
N120 T3
N121 S1000 M3
N122 G54
N123 G0 B0. C0.
N124 M8
N126 G0 X1.5642 Y-0.0002
N127 G0 Z0.7165
N128 G17
N129 G0
N130 G0 Z0.3165
N132 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N133 G79 X1.5642 Y-0.0002 Z-0.6254
N134 G0 Z0.7165
N136 G74 Z-1 L1
N137 (Drill3)
N138 G0 B16.91 C-113.472
N139 M8
N141 G0 X0.6223 Y1.4351
N142 G0 Z0.7165
N144 G0
N145 G0 Z0.3165
N147 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N148 G79 X0.6223 Y1.4351 Z-0.6254
N149 G0 Z0.7165
N151 G74 Z-1 L1
N152 (Drill3)
N153 G0 B29.508 C-138.918
N154 M8
N156 G0 X1.1785 Y1.0285
N157 G0 Z0.7165
N159 G0
N160 G0 Z0.3165
N162 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N163 G79 X1.1785 Y1.0285 Z-0.6254
N164 G0 Z0.7165
N166 G74 Z-1 L1
N167 (Drill3)
N168 G0 B34.203 C-167.744
N169 M8
N171 G0 X1.5284 Y0.3328
N172 G0 Z0.7165
N174 G0
N175 G0 Z0.3165
N177 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N178 G79 X1.5284 Y0.3328 Z-0.6254
N179 G0 Z0.7165
N181 G74 Z-1 L1
N182 (Drill3)
N183 G0 B29.508 C159.98
N184 M8
N186 G0 X1.47 Y-0.5348
N187 G0 Z0.7165
N189 G0
N190 G0 Z0.3165
N192 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N193 G79 X1.47 Y-0.5348 Z-0.6254
N194 G0 Z0.7165
N196 G74 Z-1 L1
N197 (Drill3)
N198 G0 B16.91 C125.437
N199 M8
N201 G0 X0.9076 Y-1.274
N202 G0 Z0.7165
N204 G0
N205 G0 Z0.3165
N207 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N208 G79 X0.9076 Y-1.274 Z-0.6254
N209 G0 Z0.7165
N211 G74 Z-1 L1
N212 (Drill4)
N213 M9
N214 M1
N215 T3 M6
N216 T4
N217 S600 M3
N218 G54
N219 G0 B0. C0.
N220 M8
N222 G0 X1.5642 Y-0.0002
N223 G0 Z0.7165
N224 G17
N225 G0
N226 G0 Z0.3165
N228 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N229 G79 X1.5642 Y-0.0002 Z-0.6254
N230 G0 Z0.7165
N232 G74 Z-1 L1
N233 (Drill4)
N234 G0 B16.91 C-113.472
N235 M8
N237 G0 X0.6223 Y1.4351
N238 G0 Z0.7165
N240 G0
N241 G0 Z0.3165
N243 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N244 G79 X0.6223 Y1.4351 Z-0.6254
N245 G0 Z0.7165
N247 G74 Z-1 L1
N248 (Drill4)
N249 G0 B29.508 C-138.918
N250 M8
N252 G0 X1.1785 Y1.0285
N253 G0 Z0.7165
N255 G0
N256 G0 Z0.3165
N258 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N259 G79 X1.1785 Y1.0285 Z-0.6254
N260 G0 Z0.7165
N262 G74 Z-1 L1
N263 (Drill4)
N264 G0 B34.203 C-167.744
N265 M8
N267 G0 X1.5284 Y0.3328
N268 G0 Z0.7165
N270 G0
N271 G0 Z0.3165
N273 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N274 G79 X1.5284 Y0.3328 Z-0.6254
N275 G0 Z0.7165
N277 G74 Z-1 L1
N278 (Drill4)
N279 G0 B29.508 C159.98
N280 M8
N282 G0 X1.47 Y-0.5348
N283 G0 Z0.7165
N285 G0
N286 G0 Z0.3165
N288 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N289 G79 X1.47 Y-0.5348 Z-0.6254
N290 G0 Z0.7165
N292 G74 Z-1 L1
N293 (Drill4)
N294 G0 B16.91 C125.437
N295 M8
N297 G0 X0.9076 Y-1.274
N298 G0 Z0.7165
N300 G0
N301 G0 Z0.3165
N303 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N304 G79 X0.9076 Y-1.274 Z-0.6254
N305 G0 Z0.7165
N307 G74 Z-1 L1
N308 (Drill5)
N309 M9
N310 M1
N311 T4 M6
N312 T1
N313 S100 M3
N314 G54
N315 G0 B0. C0.
N316 M8
N318 G0 X1.5642 Y-0.0002
N319 G0 Z0.7165
N320 G17
N321 G0
N322 G0 Z0.3165
N324 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N325 G79 X1.5642 Y-0.0002 Z-0.6254
N326 M3
N327 G0 Z0.7165
N329 G74 Z-1 L1
N330 (Drill5)
N331 G0 B16.91 C-113.472
N332 M8
N334 G0 X0.6223 Y1.4351
N335 G0 Z0.7165
N337 G0
N338 G0 Z0.3165
N340 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N341 G79 X0.6223 Y1.4351 Z-0.6254
N342 M3
N343 G0 Z0.7165
N345 G74 Z-1 L1
N346 (Drill5)
N347 G0 B29.508 C-138.918
N348 M8
N350 G0 X1.1785 Y1.0285
N351 G0 Z0.7165
N353 G0
N354 G0 Z0.3165
N356 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N357 G79 X1.1785 Y1.0285 Z-0.6254
N358 M3
N359 G0 Z0.7165
N361 G74 Z-1 L1
N362 (Drill5)
N363 G0 B34.203 C-167.744
N364 M8
N366 G0 X1.5284 Y0.3328
N367 G0 Z0.7165
N369 G0
N370 G0 Z0.3165
N372 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N373 G79 X1.5284 Y0.3328 Z-0.6254
N374 M3
N375 G0 Z0.7165
N377 G74 Z-1 L1
N378 (Drill5)
N379 G0 B29.508 C159.98
N380 M8
N382 G0 X1.47 Y-0.5348
N383 G0 Z0.7165
N385 G0
N386 G0 Z0.3165
N388 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N389 G79 X1.47 Y-0.5348 Z-0.6254
N390 M3
N391 G0 Z0.7165
N393 G74 Z-1 L1
N394 (Drill5)
N395 G0 B16.91 C125.437
N396 M8
N398 G0 X0.9076 Y-1.274
N399 G0 Z0.7165
N401 G0
N402 G0 Z0.3165
N404 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N405 G79 X0.9076 Y-1.274 Z-0.6254
N406 M3
N407 G0 Z0.7165
N409 G74 Z-1 L1
N410 (Drill2)
N411 M9
N412 M1
N413 T1 M6
N414 T2
N415 S3000 M3
N416 G54
N417 G0 B0. C0.
N418 M8
N420 G0 X1.5642 Y-0.0002
N421 G0 Z0.7165
N422 G17
N423 G0
N424 G0 Z0.3165
N426 G81 Z-0.2 Y0.2 B0.7419 F13.33
N427 G79 X1.5642 Y-0.0002 Z-0.6254
N428 G0 Z0.7165
N430 G74 Z-1 L1
N431 (Drill3)
N432 M9
N433 M1
N434 T2 M6
N435 T3
N436 S1000 M3
N437 G54
N438 G0 B0. C0.
N439 M8
N441 G0 X1.5642 Y-0.0002
N442 G0 Z0.7165
N443 G17
N444 G0
N445 G0 Z0.3165
N447 G83 Z-1.6 Y0.2 B0.7419 K0.0625 I0 J0 F10
N448 G79 X1.5642 Y-0.0002 Z-0.6254
N449 G0 Z0.7165
N451 G74 Z-1 L1
N452 (Drill4)
N453 M9
N454 M1
N455 T3 M6
N456 T4
N457 S600 M3
N458 G54
N459 G0 B0. C0.
N460 M8
N462 G0 X1.5642 Y-0.0002
N463 G0 Z0.7165
N464 G17
N465 G0
N466 G0 Z0.3165
N468 G83 Z-0.75 Y0.2 B0.7419 K0.1094 I0 J0.0087 K1=9 F10
N469 G79 X1.5642 Y-0.0002 Z-0.6254
N470 G0 Z0.7165
N472 G74 Z-1 L1
N473 (Drill5)
N474 M9
N475 M1
N476 T4 M6
N477 T1
N478 S100 M3
N479 G54
N480 G0 B0. C0.
N481 M8
N483 G0 X1.5642 Y-0.0002
N484 G0 Z0.7165
N485 G17
N486 G0
N487 G0 Z0.3165
N489 G84 Z-0.5 Y0.2 B0.7419 J0.0556 I1=1
N490 G79 X1.5642 Y-0.0002 Z-0.6254
N491 M3
N492 G0 Z0.7165
N494 M9
N495 G74 Z-1 L1
N496 M30

[markp]

Ok, I went and double checked. I went to the setup folder in the toolbar and set model orientation. I didnt select the "Setup" icon in the browser window. Apparently it doesnt actually change the postprocessor orientation unless you do that. I now get the same output as you did.

[markp]

Kinda works. Unfortunately, the calculated offset distance in X is not correct. To get the part looking like the simulation, X needs to be X1 as opposed to X1.5557. as in

N31 G0 X1.5557 Y0.1648 and the G79 lines. 

I just edited it by hand to get the part done. Pretty far off! Does HSM just not work with points? Got used to using them in Gibbs over the last 17 years.

[Steinwerks]

I would suggest modeling it as a solid and letting the CAM handle the orientation using the Setup WCS for location. That or edit the user coordinate system to match the part's WCS (or vise versa).

[markp]

I tried using the Setup WCS for location as well. Also setting coordinate system to match the part's WCS.  Still getting offset output but slightly different numbers in X Y and C B. . I do have my offsets set to 99 offsets G54 I1-G54 I99. I was just adding an I1 to the G54 line. Wonder if that could be causing problems? Easy parameter change @ MC84.