Hole type 86

type86.tab

The system modifies the ncgnorms/uitsp/type86.tab file after the first creation of a type 86 hole. In line number 6, a reference to files type86.dat and type86.ins is added, and line number 5 is taken out.

The resulting file contents are as follows:

0,0,0,X888,Y888,1,0,T888,'^FntNm':;

1,0,33,120,YB[5],clText,clBtnFace,5,Quest[ 1 ]:;

2,120,33,120,YB[6],clText,clBtnFace,6,'':;

0,0,0,X888,Y888,1,0,T888,'^FntNm':;

3,0,64,120,YB[5],clText,clBtnFace,5,Quest[ 2 ]:;

4,120,64,120,YB[6],clText,clBtnFace,6,'':;

6,0,2,213,YB[7],clText,clBtnFace,7,'-ncgnorms/uitsp/type86.dat':do -ncgnorms/uitsp/type86.ins;

7,120,95,120,YB[1],clBtnOk,clBtnFace,1,'OK':;

type86.dat

File ncgnorms/uitsp/type86.dat defines the items available in the selection drop-down list. Each of the items defined in this file must also be included in the type86.ins file. No extra space is allowed between or after the names.

File contents example:

Door 1380/630 type A

Door 1380/680 type B

Door 1380/730 type C

Door 1380/880 type D

Door 1600/630 type E

Door 1600/680 type F

Door 1600/730 type G

Door 1600/880 type H

Door 1830/630 type J

Door 1830/680 type K

Door 1830/730 type L

Door 1830/880 type M

type86.ins

File ncgnorms/uitsp/type86.ins defines the dimension values of the items available in the selection drop-down list. Each of the definitions must have an entry in the type86.dat file. The values defined here are shown in the Height and Width fields in the Hole types dialog once a selection is made. The user can change the values.

File contents example:

if st='Door 1380/680 type B': insert p=functieSubID, b=2, t='1380' ; insert p=functieSubID, b=4, t='790'

if st='Door 1380/730 type C': insert p=functieSubID, b=2, t='1380' ; insert p=functieSubID, b=4, t='840'

if st='Door 1380/880 type D': insert p=functieSubID, b=2, t='1380' ; insert p=functieSubID, b=4, t='990'

if st='Door 1600/630 type E': insert p=functieSubID, b=2, t='1600' ; insert p=functieSubID, b=4, t='740'

if st='Door 1600/680 type F': insert p=functieSubID, b=2, t='1600' ; insert p=functieSubID, b=4, t='790'

if st='Door 1600/730 type G': insert p=functieSubID, b=2, t='1600' ; insert p=functieSubID, b=4, t='840'

if st='Door 1600/880 type H': insert p=functieSubID, b=2, t='1830' ; insert p=functieSubID, b=4, t='990'

if st='Door 1830/630 type J': insert p=functieSubID, b=2, t='1830' ; insert p=functieSubID, b=4, t='740'

if st='Door 1830/680 type K': insert p=functieSubID, b=2, t='1830' ; insert p=functieSubID, b=4, t='790'

if st='Door 1830/730 type L': insert p=functieSubID, b=2, t='1830' ; insert p=functieSubID, b=4, t='840'

if st='Door 1830/880 type M': insert p=functieSubID, b=2, t='1830' ; insert p=functieSubID, b=4, t='990'

Variable viewtype is used to define the questions shown in the Hole types dialog. This variable has a value for each of the orthogonal view:

• D is frame view
• Z is side view
• B is top view

In this case Quest[3] is used as a dummy question.

The automatically generated panel is changed manually after the first use of the hole.

The small radius in the opening for the extension

The corner radius

The height of the extension

Not used in this type

The width of the extension

Variable to divide

Variable to define the direction of the circle or to make the y direction negative.