Autodesk HSM post-procesor DOOSAN PUMA V550

Hello, I'm starting to create programs in the HSM for DOOSAN PUMA V550 Fanuc 32i- MODEL A without the Y axis. I'm using the postprocessor to generate the program: https://cam.autodesk.com/posts/downl...l-turn%20fanuc
All required so far, only when I am milling in the "X-" axis does not rotate the C axis by 180 degrees but program want to milling in "X-" where the machine comes to the limit switch.
I want to ask whether the post-processor can be edited so that values marked with red have positive "X+" and C would be automatically added to 180 degrees.
Thank you for your comments and I wish you a nice day.
Sorry for my english.

For example:

%
O1001
G21
M24

N1(2D KAPSA1)

G28 U0.
G28 W0.
M90
G54
G98 G18 M35
G0 G28 H0.
T0101
M8
G97 S3500 M3 P12
G0 Z14.
X112.994 Y0. C179.147
C0.
G12.1

G1 X-112.982 C0.841 F1500.
Z9.
Z6.5 F156.
Z-1. F30.
X-113.039 C0.823 Z-1.259
X-113.197 C0.762 Z-1.5
X-113.314 C0.708 Z-1.604
X-113.422 C0.65 Z-1.707
X-113.548 C0.568 Z-1.787
X-113.656 C0.479 Z-1.866
X-113.759 C0.37 Z-1.916
X-113.835 C0.256 Z-1.966
X-113.872 C0.172 Z-1.977
X-113.894 C0.086 Z-1.989
X-113.901 C0. Z-2.
C-1.454 F156.
G3 X-113.263 C-1.773 I0.319 J0.
G1 X-107.449
G3 X-106.81 C-1.454 I0. J0.319
G1 C1.454
G3 X-107.449 C1.773 I-0.319 J0.
G1 X-113.271
G3 X-113.901 C1.457 I0. J-0.315
G1 C0.
G2 X-119.816 C-4.633 I-5.107 J0.
G3 X-120.684 C-9.488 I1.185 J-2.553
X-117.447 C-10. I1.619 J2.302
G1 X-90.356
C10.
X-130.356
C-10.
X-117.447
X-117.275 C-9.996 Z-1.989
X-117.104 C-9.985 Z-1.977
X-116.935 C-9.967 Z-1.966
X-116.706 C-9.929 Z-1.916
X-116.488 C-9.878 Z-1.866
X-116.312 C-9.823 Z-1.787
X-116.148 C-9.76 Z-1.707
X-116.031 C-9.706 Z-1.604
X-115.924 C-9.648 Z-1.5
X-115.802 C-9.569 Z-1.259
X-115.764 C-9.54 Z-1.
Z9. F1500.

X107.729 C0.841
Z6.5 F30.
Z-1.
X107.673 C0.823 Z-1.259
X107.514 C0.762 Z-1.5
X107.397 C0.708 Z-1.604
X107.289 C0.65 Z-1.707
X107.163 C0.568 Z-1.787
X107.055 C0.479 Z-1.866
X106.952 C0.37 Z-1.916
X106.877 C0.256 Z-1.966
X106.84 C0.172 Z-1.977
X106.817 C0.086 Z-1.989
X106.81 C0. Z-2.
C-1.454 F156.
G3 X107.449 C-1.773 I0.319 J0.
G1 X113.263
G3 X113.901 C-1.454 I0. J0.319
G1 C1.454
G3 X113.263 C1.773 I-0.319 J0.
G1 X107.449
G3 X106.81 C1.454 I0. J-0.319
G1 C0.
G2 X100.895 C-4.633 I-5.107 J0.
G3 X100.027 C-9.488 I1.185 J-2.553
X103.264 C-10. I1.619 J2.302
G1 X130.356
C10.
X90.356
C-10.
X103.264
X103.437 C-9.996 Z-1.989
X103.608 C-9.985 Z-1.977
X103.776 C-9.967 Z-1.966
X104.005 C-9.929 Z-1.916
X104.223 C-9.878 Z-1.866
X104.399 C-9.823 Z-1.787
X104.563 C-9.76 Z-1.707
X104.68 C-9.706 Z-1.604
X104.788 C-9.648 Z-1.5
X104.909 C-9.569 Z-1.259
X104.947 C-9.54 Z-1.
Z14. F1500.
G13.1

M5 P12
M9

M25
G28 U0.
G28 W0.
G28 H0.
M34
G54 M80

M30
%