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How to add buttons at interface Axis?
- robertspark
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4 years 7 months ago #238417
by Nest
Replied by Nest on topic How to add buttons at interface Axis?
hello, I have already added two buttons to my AXIS
I have used the MDI format
1º I installed nativecam with this manual video
2º in the folder where the configuration of your machine is, there is a file called pyvcp-panel.xml, in that file is the spindle speed display, we add the buttons that we are going to use, for example one for home piece and test probe
3º in the same folder of the previous step in the .ini file of your configuration, the mine is CNC3040Z-DQ.ini we edit it, look for the [HAULI] section and add being that way
4º In the custom_postgui.hal file we add this
if you look at halui.mdi-command-03 the 03 corresponds to the position of the command MDI_COMMAND in the file CNC3040Z-DQ.ini
start with 0, 1, 2, 3, 4 ....
When installing nativecam a folder is created where to put the custom configurations, the folder is in the path linuxcnc/configs/CNC3040Z-DQ/ncam/my-stuff/ inside that folder generate two new files, the first you call zero_piece.ngr and the second touch_plate.ngr
inside zero_piece.ngr type
inside touch_plate.nrg type
Where did I get this code from? of nativecam, there are tutorials that teach how to handle nativecam, what I have done is generate a surface probe file and I have copied it in linuxcnc and pasted it inside touch_plate
I have used the MDI format
1º I installed nativecam with this manual video
2º in the folder where the configuration of your machine is, there is a file called pyvcp-panel.xml, in that file is the spindle speed display, we add the buttons that we are going to use, for example one for home piece and test probe
Code:
<hbox>
<relief>RAISED</relief>
<bd>5</bd>
<button>
<halpin>"zeropiece"</halpin>
<text>"Home Pieza"</text>
<font>('Fixed',11)</font>
<width>10</width>
</button>
</hbox>
<hbox>
<relief>RAISED</relief>
<bd>5</bd>
<button>
<halpin>"touchplate"</halpin>
<text>"Sonda Probe"</text>
<font>('Fixed',11)</font>
<width>10</width>
</button>
</hbox>
3º in the same folder of the previous step in the .ini file of your configuration, the mine is CNC3040Z-DQ.ini we edit it, look for the [HAULI] section and add being that way
Code:
MDI_COMMAND = O <zero_piece> CALL
MDI_COMMAND = O <touch_plate> CALL
4º In the custom_postgui.hal file we add this
Code:
net remote-zero_piece halui.mdi-command-03 => pyvcp.zeropiece
net remote-sondazero halui.mdi-command-04 <= pyvcp.sondazero
start with 0, 1, 2, 3, 4 ....
When installing nativecam a folder is created where to put the custom configurations, the folder is in the path linuxcnc/configs/CNC3040Z-DQ/ncam/my-stuff/ inside that folder generate two new files, the first you call zero_piece.ngr and the second touch_plate.ngr
inside zero_piece.ngr type
Code:
O <zero_piece> sub
G90
G0 Z5 (coordenada z que queremos)
G0 X0 Y0 (coordenada X Y Z de la pieza)
O <zero_piece> endsub
M2
inside touch_plate.nrg type
Code:
O <touch_plate> sub
(*** GCode generated by NativeCAM for LinuxCNC ***)
(*.ngc files are best viewed with Syntax Highlighting)
(visit https://forum.linuxcnc.org/forum/20-g-code/30840-new-syntax-highlighting-for-gedit)
(or https://github.com/FernV/Gcode-highlight-for-Kate)
G21 (metric)
G17 G40 G49 G90 G92.1 G94 G54 G64 p0.001
#<center_drill_depth> = -3.0
#<_pocket_expand_mode> = 0
(optimization values)
#<_tool_eng1> = 0.20
#<_tool_eng2> = 0.30
#<_tool_eng3> = 0.80
#<_feedfactor1> = 1.60
#<_feedfactor2> = 1.40
#<_feedfactor3> = 1.25
#<_feedfactor4> = 1.00
#<_feedfactor0> = 1.00
#<_speedfactor1> = 1.25
#<_speedfactor2> = 1.25
#<_speedfactor3> = 1.25
#<_speedfactor4> = 1.00
#<_speedfactor0> = 1.00
#<_probe_func> = 38.4
#<_probe_feed> = 200
#<_probe_latch> = -1
#<_probe_latch_feed> = 50
#<_probe_safe> = 5.0
#<_probe_tip_dia> = 3.0
#<_probe_tool_len_comp> = 1
#<probe_height> = 0
#<_tool_probe_z> = 0.0
#<_off_rot_coord_system> = 57
#<_mill_data_start> = 70
#<in_polyline> = 0
#<_has_z_axis> = 1
#<_show_final_cuts> = 1
#<_show_bottom_cut> = 1
#<_spindle_all_time> = 1
#<_spindle_speed_up_delay> = 0.0
(end defaults)
#<_units_radius> = 1 (for backward compatibility)
#<_units_width> = 1 (for backward compatibility)
#<_units_cut_depth> = 1 (for backward compatibility)
#<_tool_dynamic_dia> = 0.0
(This is a built-in safety to help avoid gouging into your work piece)
/ o<safety_999> if [#<_show_final_cuts>]
/ o<safety_9999> repeat [1000]
/ M123
/ M0
/ o<safety_9999> endrepeat
/ o<safety_999> endif
(sub definitions)
(end sub definitions)
(begin Probe Surface)
(probe z and set author : Fernand Veilleux)
o<probe_surf_001_ena> if [1]
o<probe> call [0] [0] [-1.000000]
G10 L20 P#5220 Z[#<probe_height>]
G0 Z[#<probe_height> + 55.000000]
o<probe_surf_0010> if [1 EQ 1]
M2
o<probe_surf_0010> endif
o<probe_surf_001_ena> endif
(end Probe Surface)
O <thouch_plate> endsub
M2
Where did I get this code from? of nativecam, there are tutorials that teach how to handle nativecam, what I have done is generate a surface probe file and I have copied it in linuxcnc and pasted it inside touch_plate
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