Problem with leader line in creation of label

 

you need just reorder hierarchy of the elements on the SYTM in the label library. exchange place of circle and text.
filling is not the best way

[QUOTE=angellopadilla;63247]In the Draft module, we need to create a label, that called the information from the model. This label is composed with a circle and two intelligent text as shown in the figure 1.
When we created the label the leader line is created from the center of the circle (Figure 2), as is required, but we need to create the leader line outside from  the circle as shown in Figure 1.To solve this problem we modified the attributes of the circle by placing a black color fill, so that this color is converted to white by our conversion macro for AUTOCAD to cover the LEADER LINE. Modifying the attributes it creates another kind of problem. The circle will be filling as well, covering the text of the LABEL(Figure 3).
there are some solution?

There is an attribute APOF (Attachment Point OFfset) which you can set. Perhaps this solves your problem (not checked here)

Do You decide your problem ? I have my own decision.

????? ??????

Crete  SYTM /newSytm (XYPOS [COLOR="royalblue"]xps yps[/COLOR] )
members:
1 MRKP ([COLOR="royalblue"]orig xps yp[/COLOR]s )
2 CIRC ([COLOR="royalblue"]set dia here, orig xps yp[/COLOR]s )
3 TEXP ( [COLOR="royalblue"]btex |#atext|,  just centre,  align BB, orig xps yps[/COLOR])
-------------
then create slab in view
tmrf /newSytm

edit file ...:\AVEVA\Plant\....\PMLLIB\draft\functions\immodify.pmlfnc
before [COLOR="red"]return[/COLOR] writing next code
-----------------------------------------
if ( !!ce.type eq 'SLAB' and !!ce.Tmrf eq /newSytm ) then
var !xyposString xypos
!signX = 1
!signY = 1

!xpos = !xyposString.Split()[1].Real()
!ypos = !xyposString.Split()[2].Real()

if (  !xpos ge 0 ) then
!signX = -1
endif
if (  !ypos ge 0 ) then
!signY = -1
endif
!xpos = !xpos.Abs()
!ypos = !ypos.Abs()

!lengh = sqrt ( $!xpos *  $!xpos +  $!ypos *  $!ypos )
-- the diameter circle of the template
!dia = 5
!beto = $!dia / $!lengh

!newXpos = !beto * !xpos * !signX
!newYpos = !beto * !ypos * !signY

cpoff $!newXpos $!newYpos
-------------------------------------------------

 

I have recreated instrument bubbles like this, and had a simular problem, but the fix was easy I just had to change the leader origin point to standard...

cpoffset |standard|

try that

[QUOTE=eben;69342]I have recreated instrument bubbles like this, and had a simular problem, but the fix was easy I just had to change the leader origin point to standard...

cpoffset |standard|

try that

It seems this will work