Retrieves information about used tools inside the current job and stores that information in a 

GetToolInfo <num | first | next> <variable number>

 will store the number of used tools in the current job in variable 

 will store the first tool number in variable

will store the next tool number in variable

; Enumerate tools used in a job.
; As an example, this can be used to measure the length of all tools at once before running the job.

sub measure_used_tools
    GetToolInfo num 5025 ; 
    Msg "number of tools used = " #5025
    
    GetToolInfo first 5025
    while [#5025 <> -1]
        gosub m_tool_no_dlg ; Subroutine that measures tools        
        msg "Tool "#5025" is measured"
        GetToolInfo next 5025
    endwhile
endsub


GetJobDistance

GetToolInfo

Test

controller_max_axes

controller_current_consumption

default_status_view_ip

default_pc_ip

controller_name

default_controller_ip

HomeIsEStop

Software

[Public] Software

EdingCNC Documentation Pages

PC Requirements

Software installation

Network setup

Getting started

Introduction

First time use

Application overview

Tab overview

Coordinates tab

Service tab

Setup tab

User interface

Keyboard shortcuts

Software license

Profiles

Using the goto menu

How to...

Software Manual

Configuration Manual

Milling un-even surfaces / Z-heigh compensation

Mapping X/Y G-code to cylinder on A-Axis

Linear pitch compensation

Configuring an automatic oil pump

How to use...

System parameters/Variables

Language standard

G0 (Rapid Linear Motion)

G1 (Linear Motion Feed at Feed Rate)

G2, G3 (Arc at Linear Feed)

G4 (Dwell)

G10 (Set Coordinate System Data)

G17, G18, G19 (Plane Selection)

G20, G21, G70, G71 (Length Units)

G28, G30 (Return to Home)

G33, G33.1 (Spindle-Synchronized Motion)

G38.2 (Straight Probe)

G40, G41, G41.1, G42, G42.1 (Cutter Radius Compensation)

G43, G43.1, G49 (Tool Length Offset)

G50, G51 (Scaling)

G53 (Move in Absolute Coordinates)

G54 - G59.3 (Select Coordinate System)

G61, G64 (Path Control Mode and Look Ahead Feed)

G68 (Coordinate System Rotation)

G76 (Threading lathe)

G80 (Cancel Modal Motion)

G81 - G89 (Canned Cycles)

G90, G91 (Set Distance Mode)

G92, G92.1, G92.2, G92.3 (Coordinate System Offset)

G93, G94, G95 (Set Feed Rate Mode)

G96, G97 (Spindle Control Mode)

G98, G99 (Set Canned Cycle Return Level)

Supported G-code

M0, M1, M2, M30, M60 (Program Stopping and Ending)

M3, M4, M5, M90 - M97 (Spindle/Tool head Control)

M6 (Tool Change)

M7, M8, M9 (Coolant Control)

M48 - M53 (Feed-Speed Override Control)

M54, M55, M56, M57 (General purpose IO)

M64, M65, M66, M67 (Phoenix Contact Axioline IO)

M26, M27 (Rotary axis clamping)

M20, M21, M22 (Torch height control / Plasma THC)

M10, M11; Laser control (CNC7xx series only)

M1, M100, M104, M106, M107, M109, M140, M143, M190; (3D printer control, discontinued)

Supported M-codes

F; (Feed rate)

S (Tool intensity/spindle speed)

T (Tool number)

Other input codes

Flow control

Order of execution

Supported operations on expressions

Run behavior during loading of job file and simulation

M Function override and user M-functions

Macro programming

DlgMsg

Dwell

ErrMsg

Exec

FloodOff

FloodOn

GetHeightControlVact

Laserengrave

LogFile

LogMsg

MCAGuard

MistOff

MistOn

Modbus

SetAcc (set acceleration)

SetPos (set position)

SP (Store Position)

TCAGuard

Vacuum

WaitForRLYUpdate

WarnMsg

Special commands

M-code function override and user M-code functions

Special features

G-code

EdingCNC post-processor

Release notes