Info

File

src/api/model/channel/machiningConditionsProperties.ts

Extends

Base

Index

Properties

Public _feedhol
Public cncincjogidx
Public cncmanmode
Public cncmpgidx
Public cncmsg
Public collisionoff
Public collisionperf
Public dynovr
Public extorg
Public feed
Public fix
Public fman
Public fprev
Public fprman
Public freal
Public frealpr
Public fro
Public ftime
Public geoconfig
Public gsBits
Public gsHash
Public highLevelInstructions
Public incjogidx
Public kinId
Public manfpr
Public manmode
Public mpgidx
Public msBits
Public msHash
Public prgf
Public prgfpr
Public progs
Public toi
Public tok
Public tol
Public tor

Properties

Public _feedhol

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

_feedhol. True if axis stopped but spindles keep spinning. (This variable reflects the status of the mark _FEEDHOL of the PLC. If the PLC turns this mark off, the channel stops the axes, but keeps the spindles turning. The status of this mark does not affect the independent axes.)

Public cncincjogidx

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

incjogidx. Position selected at the switch. 1 Position 1. 2 Position 10. 3 Position 100. 4 Position 1000. 5 Position 10000.

Public cncmanmode

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

cncmanmode. Type of movement selected at the switch for all the axes. 1 Handwheel mode. 2 Continuous jog mode. 3 Incremental jog mode.

Public cncmpgidx

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

cncmpgidx. Position selected at the switch. 1 Position 1. 2 Position 10. 3 Position 100.

Public cncmsg

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

cncmsg Last active cnc message.

Public collisionoff

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

Public collisionperf

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

Public dynovr

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

dynovr. Percentage applicable to all the dynamics variables of all the axes of the channel.

Public extorg

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

extorg. The active origin [7-99] when G159 is active

Public feed

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

feed. Feedrate active in G94.

Public fix

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

fix. Activa fixture

Public fman

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

fman. Jogging feedrate in G94

Public fprev

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

fprev. Feedrate active in G95.

Public fprman

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

fprman. Function G95 admitted in jog mode

Public freal

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

freal. The real feedrate

Public frealpr

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

frealpr. The programmed feedrate

Public fro

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

fro. Active feedrate (feed override) percentage.

Public ftime

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

ftime. Machining time in G93 (in seconds).

Public geoconfig

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

geoconfig. Channels's plane configuration (0 = plane, 1 = trihedral)

Public gsBits

Type : any

Default value : {}

Decorators :


                            @Listenable()

Data estructure resolving Gs bit values TODO: define type

Public gsHash

Type : string

Decorators :


                            @Listenable()

Generated hash based on Gs and highlevel instructions values (for fast change detection)

Public highLevelInstructions

Type : any

Default value : {}

Decorators :


                            @Listenable()

Data estructure resolving Gs bit values in map type

Public incjogidx

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

incjogidx. Active position for all the axes. 1 Position 1. 2 Position 10. 3 Position 100. 4 Position 1000. 5 Position 10000.

Public kinId

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

kinId. Number of the active kinematics. If no kinematics is active, the variable will return a ꞏ0ꞏ value

Public manfpr

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

manfpr. Jogging feedrate in G95

Public manmode

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

manmode. Type of movement active for all the axes. 1 Handwheel mode. 2 Continuous jog mode. 3 Incremental jog mode.

Public mpgidx

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

mpgidx. Active position for all the handwheels. 1 Position 1. 2 Position 10. 3 Position 100.

Public msBits

Type : any

Default value : {}

Decorators :


                            @Listenable()

Data estructure resolving Ms bit values TODO: define type

Public msHash

Type : string

Decorators :


                            @Listenable()

Generated hash based on Ms values (for fast change detection)

Public prgf

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

prgf. Feedrate by program in G94.

Public prgfpr

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

prgfpr. Feedrate by program in G95.

Public progs

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

progs. Speed active by program for G97. ( a or sp prgs in manual)

Public toi

Type : number

Default value : 0

Decorators :


                            @Listenable()

toi. Tool being prepared. Radius wear (desgaste).

Public tok

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

tok. Tool being prepared. Length wear (desgaste)

Public tol

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

tol. Tool being prepared. Length.

Public tor

Type : Variable

Default value : <Variable>{}

Decorators :


                            @Listenable()

tor. Tool being prepared. Radius.

Methods

createListener

createListener(props: Array)

This method will return a custom listener object designed for listening to changes on some concrete properties. Pooling can be avoived, so it can represent a significant better performance.

const listener1 = cnc.getChannel(1).machiningConditionsProperties.createListener(['freal', 'frealpr']);
listener1.start((activeToolPoroperties, props) => {
console.log(`Changes on  ${props.join(',')} (within the last 250 ms)`)})
}, { debounceTime: 250 });

Parameters :

Name	Type	Optional	Description
props	`Array<string>`	No	Array containing string with current objects propeties (@Listenables) names

Returns : Listener

deleteListener

deleteListener(props: Array)

This method will remove the props listenar from current machining conditions properties. The properties listener has certain cost and must be un-plugged when is no longer needed.

// Considering previous example
const listener1 = cnc.getChannel(1).machiningConditionsProperties.createListener(['freal', 'frealpr']);
listener1.start((activeToolPoroperties, props) => {
console.log(`Changes on  ${props.join(',')} (within the last 250 ms)`)})
}, { debounceTime: 250 });


cnc.getChannel(1).machiningConditionsProperties.deleteListener(listener1);
// After calling deleteListener "listener1"  will be null, ready for garbage collector.

Parameters :

Name	Type	Optional	Description
props	`Array<string>`	No	Array containing string with current objects propeties (@Listenable()) names

Returns : void

File

Extends

Index

Properties

Methods

Properties

Methods

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