G10 Conflict

[PcRobotic]

Hi guys,

I'm having a post conflict with the "pwrtt$". I like to list all of my G10 work offsets and I got from the instructions of this forum. I got stuck because my M11 G0 G90 G54 does not include B0. Below here, you can see what I'm having trouble with. I believe that I'm almost ready to go but only does not out put the B-Axis for me. I know I ask a lot of questions and I really need help just on this one.

 

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%

O0001 (HORIZONTAL)

(****** Setup Instructions ******)

(PROGRAMMER ABC WANTS SETUP-MAN MUST PERFORM:)

(1. SQUARE PARTS FROM VERTICAL PRIOR MACHINE IN HORIZONTAL)

(2. BRING SQUARED PARTS TO QC AND WAIT FOR APPROVAL)

()

(THIS PROGRAM IS MEANT FOR ABC.)

(Approved By - , Machine Name - A88 Makino)

(AUG.15.2012**At-2:52 PM)

 

(********** Work Offset List **********)

G10 L2 P0 X0 Y0 Z0 B0 (G53 Zero)

G10 L20 P1 X-10. Y0. Z-22.965

G10 L20 P2 X-5. Y0. Z-27.965

G10 L20 P3 X0. Y0. Z-17.965

T1 (4" FACE MILL)

M6

N1 G0 G40 G80 G90 S4000 M3 T2

M8 ( FACING )

M11 G0 G90 G54 B0. <=============== B0. suppose to appear like this but I can't make it help please

M10 X-4.4 Y-1.0001

M56 H1 D9

G43 H1 Z2. D9

Z.2

G1 Z-.0001 F5.

X12.4 F50.

Y-2.6667

X-2.4

Y-4.3333

X12.4

Y-5.9999

X-4.4

G0 Z2.

G0 G80 M9

G91 G28 Z0 M5

G90 G49

M1

T2 M6

N2 ( 3/4 FLAT ENDMILL)

G0 G40 G80 G90 S7000 M3 T3

M8(CONTOUR)

M11 G0 G90 G54

M10 X-.525 Y.75

M56 H1 D9

G43 H1 Z2. D9

Z.2

G1 Z-5.025 F5.

G41 X0. F25.

X10. F40.

G2 X10.75 Y0. I0. J-.75

G1 Y-7.

G2 X10. Y-7.75 I-.75 J0.

G1 X0.

G2 X-.75 Y-7. I0. J.75

G1 Y0.

G2 G40 X0. Y.75 I.75 J0.

G1 Z.2 F100.

G0 Z.25

X-.525 Y.375

Z.2

G1 Z-5.025 F5.

G41 X0. F25.

X10. F40.

G2 X10.375 Y0. I0. J-.375

G1 Y-7.

G2 X10. Y-7.375 I-.375 J0.

G1 X0.

G2 X-.375 Y-7. I0. J.375

G1 Y0.

G2 G40 X0. Y.375 I.375 J0.

G1 Z.2 F100.

G0 Z2.

G0 G80 M9

G91 G28 Z0 M5

G90 G49

M1

T3 M6

N3 ( 3/4 DRILL)

G0 G40 G80 G90 S7000 M3 T2

M8(PECK DRILL)

M11 G0 G90 G54

M10 X5.0432 Y-3.4878

M56 H1 D9

G43 H1 Z2. D9

G98 G83 Z-1. R.1 Q.225 F10.

G0 G80 M9

G91 G28 Z0 M5

G90 G49

M1

[DavidSV]

You can put a * in front of the B call out for your position block to force the B output.

 

Also, maybe the Makino works different, but shouldn't you be calling offset G54.1 P1? Thats the offset you assigned in your G10 line.

[PcRobotic]

I tried that, but it would show up. Here is my partcial codes to make you understand more, thankful for your help.

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# --------------------------------------------------------------------------

# General Output Settings

# --------------------------------------------------------------------------

hel_2100 : no$ #Acramatic 2100 style helical moves, 0=no, 1=yes

force_dpts : no$ #Force XY output on all drilling lines including cycle call?

haas : 0 #Haas style peck drill and extended offsets, 0=no, 1=yes

wcstype : 2 #0 = G92 at start, 1 = G92 at toolchanges, 2 = G54, 3 = Off

force_wcs : yes$ #Force WCS output at every toolchange?

tool_table : 1 #Tool table, 0=no, 1=yes, 2=Predator VCNC, 3=MetaCut View

output_z : yes$ #Output Z Min and Z Max values (yes or no)

cool_zmove : yes$ #Coolant off with last move

########## Feed Tap ##########

use_pitch : 0 #0 = Use feed for tapping, 1 = Use pitch for tapping

########## Feed Tap ##########

########## Rigid Tap M29 ##########

rigid_tap : 1 #0 = Floating tap output, 1 = Rigid tap output (suppress spindle output and output M29)

########## Rigid Tap M29 ##########

use_gear : 0 #Output gear selection code, 0=no, 1=yes

frdegstp : 10 #Step limit for rotary feed in deg/min

ret_on_indx : 1 #Machine home retract on rotary index moves, (0 = no, 1 = yes)

one_rev : 0 #Limit rotary indexing between 0 and 360? (0 = No, 1 = Yes)

lock_codes : 0 #Use rotary axis unlock/lock M-Codes? (0 = No, 1 = Yes)

rot_feed : 1 #Use calculated rotary feed values, (0 = no, 1 = yes)

frc_cinit : 1 #Force C axis reset at toolchange

ctol : 225 #Tolerance in deg. before rev flag changes

ixtol : 0.01 #Tolerance in deg. for index error

miscerror : 0 #Error out if Misc Values button is disabled, 0=no, 1=yes

tseqno : 0 #Output sequence number at toolchanges when omitseq = yes

#0=off, 1=seq numbers match toolchange number, 2=seq numbers match tool number

use_rotmcode : 0 #Output M-Code for Axis direction (sindx_mc)

#0 = Signed direction (only valid when rot_type = 1)

#1 = M-Code for direction

force_output : 1 #0 = Modal G code output at toolchanges, 1 = Force output of all G codes (see also force_wcs)

safe_index : 0 #Currently hooked up to misc int 4, remove safe_index = mi4$ from pmiscint$ to make this switch permanent

########## Stock To Leave On Wall And Floor 2D Note ##########

stockleft : 0 #Output stock to leave information on 2d contour/pocket/facing (0 = No, 1 = Yes)

########## Stock To Leave On Wall And Floor 2D Note ##########

#Rotary Axis Label options

use_md_rot_label : yes$ #Use rotary axis label from machine def? - Leave set to 'no' until available

srot_x : "A" #Label applied to rotary axis movement - rotating about X axis (mill top toolplane) - used when use_md_rot_label = no

srot_y : "B" #Label applied to rotary axis movement - rotating about Y axis (mill top toolplane) - used when use_md_rot_label = no

srot_z : "B" #Label applied to rotary axis movement - rotating about Z axis (mill top toolplane) - used when use_md_rot_label = no

sminus : "-" #Address for the rotary axis (signed motion)

use_g10wcs : yes$ #Output G10 work offsets

use_g10tloff : no$ #Output G10 Tool offsets

 

 

# --------------------------------------------------------------------------

# Start of File and Toolchange Setup - Start Of Program

# --------------------------------------------------------------------------

psof0$ #Start of file for tool zero

psof$

psof$ #Start of file for non-zero tool number

*e$

"(********** Work Offset List **********)", e$

########## Work Offset List ##########

#pbld, n$, *sgcode, *sgplane, *smetric, "G40", "G49", "G80", *sgabsinc, e$

"G10 L2 P0 X0 Y0 Z0 B0 (G53 Zero)", e$

#Read buffer 2 and write out preload work offsets

if use_g10wcs = yes$, preloadwcs

# " ", e

if use_g10tloff = yes$, preloadtloff

########## Work Offset List ##########

*e$,

ptravel

pwritbuf5

pcuttype

toolchng = one

 

 

 

# --------------------------------------------------------------------------

# Additional General Output Settings

# --------------------------------------------------------------------------

tooltable$ : 1 #Read for tool table and pwrtt - use tool_table to disable

 

# --------------------------------------------------------------------------

# G10 tool offset (L11) preloads & cancel write, read, output routines

# --------------------------------------------------------------------------

#This section is designed to allow the user to output the many different G10 L10 - L13

#Tool offset settings for preload and cancel. By default the L11 is supportted but can

#be replaced or additional L output can be added. Additional variable data can be written to

#The buffer and extracted from it. If you do not know how to use buffers, please contact your

#Mastercam dealer or CNC Software's post Department

wc3 : 1 #Initial count for write buffer 3

rc3 : 1 #Initial count for read buffer 3

size3 : 0 #Buffer 3 size

fmt P 4 offset3 #Buffer 3

offsetn : 0 #Next buffer variables

fbuf 3 0 1 0 0 #Buffer 3 definintion

preloadtloff #Read tool offset buffer and write to NC file

#This postblock is called from the PSOF and PEOF postblocks and only if the use_g10tloff flag is on.

#This postblock is responsible for reading the tool offset buffer and outputting the preloads or cancel

#to the NC output file.

pg10sortl12

rc3 = 1

size3 = rbuf (3, 0)

"G90", e$

while rc3 <= size3,

[

offset3 = rbuf (3, rc3)

pbld, n$, sgabsinc, "G10", "L12", *offset3, "R0"

]

pg10sortl12 #Sort preload work offsets in accending order

#This postblock is designed to sort the tloffno preload buffer in accending order. This postblock is called

#from the preloadtloff postblock. DO NOT MODIFY this post block unless you are absolutely sure of what you

#are doing.

rc3 = 1

size3 = rbuf (3, 0)

cnt1 = 1 #intialize counters

cnt2 = 1 #intialize counters

while cnt1 < size3, #loop 1 - loop 1 time less than the size of the buffer

[

size3 = rbuf (3, 0)

while cnt2 <= size3 - cnt1, #loop 2 - loop 1 less every time

[

rc3 = cnt2 #set buffer read counter to current loop counter value (Current record to read)

offset3 = rbuf (3, rc3) #Read current and next record from buffer

offsetn = rbuf (3, rc3)

if offsetn < offset3, #Check and swap records if next offset is less than current

[

wc3 = cnt2 #initalize write counter to current loop counter value (current record to write)

offsetn = wbuf (3, wc3) #Swap records by writing back into buffer. Next into current, current into next

offset3 = wbuf (3, wc3)

]

cnt2 = cnt2 + 1 #increment loop counter 2

]

cnt2 = 1 #Reset loop counter 2 to start at record 1

cnt1 = cnt1 + 1 #increment loop counter 1

]

 

pg10tloff_writbuf #Buffer 2 works offset preload buffer

#This postblock is called from pwrtt and only if the use_g10tloff variable is on.

#This postblock is designed to write out the tool offsetinformation to buffer 3 the

#preload buffer. The preload buffer will be scanned and checked to see if the tloffno was already

#written to the buffer, if not the wcs is written to the buffer.

test = 0

size3 = rbuf(3, 0) #Get size of buffer

#read buffer and compare current tloffno value with one read from buffer.

#If current tloffno matches one already in buffer set flag to not process.

while rc3 <= size3,

[

offset3 = rbuf (3, rc3)

if tloffno$ = offset3, test = 1

]

#If tloffno doesn't match one in the buffer, write it to the buffer

if test = 0,

[

offset3 = tloffno$

offset3 = wbuf (3, wc3)

]

rc3 = 1 #reset read counter for next pass

# --------------------------------------------------------------------------

# G10 work offset preloads write, sort, read, output routines

# --------------------------------------------------------------------------

#This section is designed to write the work offsets preloads to a buffer file, then sort them

#into accesding order and eventually output the preloads to the NC output files. These sections

#only get called if the use_g10wcs flag is on.

# Work offset preload buffer

test : 0 #Result variable

cnt1 : 0 #Loop counter number 1 for sort

cnt2 : 0 #Loop counter number 2 for sort

wc2 : 1 #Initial count for write buffer 2

rc2 : 1 #Initial count for read buffer 2

size2 : 0 #Buffer 2 size

toz3 = toz2 - 27.965 #Figures Z Offset from machine zero

fmt W 4 workofs2 #Buffer 2

fmt P 4 pofs2 #Buffer 2

fmt X 2 tox2 #Buffer 2

fmt Y 2 toy2 #Buffer 2

fmt Z 2 toz2 #Buffer 2

#fmt B 2 cout2 #Buffer 2

fmt Z 2 toz3 #Writes Z Offset from machine zero

 

workofsn : 0 #Temporary data for swap in buffer2

pofsn : 0 #Temporary data for swap in buffer2

toxn : 0 #Temporary data for swap in buffer2

toyn : 0 #Temporary data for swap in buffer2

tozn : 0 #Temporary data for swap in buffer2

coutn : 0 #Temporary data for swap in buffer2

fbuf 2 1 6 0 0 #Buffer 2

# --------------------------------------------------------------------------

preloadwcs #Output G10 preloads from Buffer2

#This postblock is called from the PSOF postblock and is designed to output the WCS

#preloads to the beggining of the NC output file and only if the use_g10wcs flag is active.

pg10sort #Sort preload buffer in accesnding order before output

#read preload buffer and output preloads

rc2 = 1

size2 = rbuf (two, 0)

while rc2 <= size2,

[

workofs2 = rbuf (two, rc2)

if workofs2 > 53, pbld, n$, sgabsinc, "G10", "L2", *pofs2, *tox2, *toy2, *toz3, e$ #Offsets G54 - G59

else, pbld, n$, sgabsinc, "G10", "L20", *pofs2, *tox2, *toy2, *toz3, e$ #Extended offsets g54.1 P1 - P48

]

 

# [

# workofs2 = rbuf (two, rc2)

# if workofs2 > 53, pbld, n, sgabsinc, "G10", "L2", *pofs2, *tox2, *toy2, *toz3, *cout2, e #Offsets G54 - G59

# else, pbld, n, sgabsinc, "G10", "L20", *pofs2, *tox2, *toy2, *toz3, *cout2, e #Extended offsets g54.1 P1 - P48

# ]

 

pg10sort #Sort preload work offsets in accending order

#This postblock is designed to sort the wcs preload buffer in accending order. This postblock is called

#from the preloadwcs postblock. DO NOT MODIFY this post block unless you are absolutely sure of what you

#are doing.

rc2 = 1

size2 = rbuf (two, 0)

cnt1 = 1 #intialize counters

cnt2 = 1 #intialize counters

while cnt1 < size2, #loop 1 - loop 1 time less than the size of the buffer

[

size2 = rbuf (two, 0)

while cnt2 <= size2 - cnt1, #loop 2 - loop 1 less every time

[

rc2 = cnt2 #set buffer read counter to current loop counter value (Current record to read)

workofs2 = rbuf (two, rc2) #Read current and next record from buffer

workofsn = rbuf (two, rc2)

if workofsn < workofs2, #Check and swap records if next offset is less than current

[

wc2 = cnt2 #initalize write counter to current loop counter value (current record to write)

workofsn = wbuf (two, wc2) #Swap records by writing back into buffer. Next into current, current into next

workofs2 = wbuf (two, wc2)

]

cnt2 = cnt2 + 1 #increment loop counter 2

]

cnt2 = 1 #Reset loop counter 2 to start at record 1

cnt1 = cnt1 + 1 #increment loop counter 1

]

 

pg10wcs_writbuf #Buffer 2 works offset preload buffer

#This postblock is called from pwrtt and only if the use_g10wcs flag is active.

#This postblock is designed to write out the WCS and tool origin information to the

#preload buffer. The preload buffer will be scanned and checked to see if the WCS was already

#written to the buffer, if not the wcs is written to the buffer.

test = 0

size2 = rbuf(2, 0) #Get size of buffer

#read buffer and compare current workofs value with one read from buffer.

#If current workofs matches one already in buffer set flag to not process.

while rc2 <= size2,

[

workofs2 = rbuf (2, rc2)

if workofs$ = workofs2, test = 1

]

#If workofs doesn't match one in the buffer, write it to the buffer

# with the P value and tool origin.

if test = 0,

[

# cout2 = atan2 (m7$, -m8$)

workofs2 = workofs$

pofs2 = workofs$ - 53

########## G10 L20 P1 Xx Yx Zx ##########

if workofs2 < 54, pofs2 = workofs$ +1 #Extened offsets P1 - P48

tox2 = tox$

toy2 = toy$

toz2 = toz$

workofs2 = wbuf (2, wc2)

]

rc2 = 1 #reset read counter for next pass

pwrtt$ #Buffer toolchange information

# Call to save work offset and tool origin to buffer for output at SOF.

if use_g10wcs = yes$, pg10wcs_writbuf

if use_g10tloff = yes$ & opcode$ <> 3, pg10tloff_writbuf #don't output for drilling tools

 

 

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