Dimensioning Rules - Overview (3-D SE)

Dimensioning rules can be divided into different groups:

System dimensions
Dimensions of assemblies
Dimensions of beams
Position of beam sub-parts
Processing of beams
Dimensions of plates
Processing of plates
Bore diameters in bores and plates
Position of assembly sub-parts relative to each other
Processing of assembly sub-parts
Sheet metal
Stair railing

In the Dimensioning Rule Editor the dimensioning rules can be filtered by these groups.

Please also note the information in Notes on dimensioning rules section.

System dimensions

Value	Description	Designation / Rule Identifier
1	Length between system axes	SYSTEMLENGTH
71	Sub-system in upper flange area	SUBSYSTEM_UPPERFLANGE Only grid and sub-grid lines, but no parts will be dimensioned!
72	Sub-system in lower flange area	SUBSYSTEM_LOWERFLANGE Only grid and sub-grid lines, but no parts will be dimensioned!
73	Sub-system in web area	SUBSYSTEM_WEBFACE Only grid and sub-grid lines, but no parts will be dimensioned!
74	Sub-system in upper flange and lower flange area	SUBSYSTEM_FLANGES Only grid and sub-grid lines, but no parts will be dimensioned!
75	Sub-system in upper flange, lower flange and web area	SUBSYSTEM_WEB_AND_FLANGES Only grid and sub-grid lines, but no parts will be dimensioned!

Dimensions of assemblies

Value	Description	Designation / Rule Identifier
2	Assembly length	ASSEMBLYLENGTH Example
19	Assembly height	ASSEMBLY_HEIGHT
20	Assembly length	ASSEMBLY_WIDTH Example
90	Diagonal total dimensions of an assembly	TOTAL_SIZE_ASSEMBLY Especially for framework constructions (assembly without main part) Example

Dimensions of beams

Value	Description	Designation / Rule Identifier
3	Axis length	LENGTH_OF_AXIS Example
4	Beam length without front-mounted attached parts	PROFLENGTH_WITHOUT Example
9	Beam/profile length with front-mounted attached parts	PROFLENGTH_WITH
17	Beam height	PROFILE_HEIGHT Example
18	Beam width	PROFILE_WIDTH Example
146	Length of beam sub-parts in sectional views Recommended settings	PROFILE_LENGTH_IN_SECT
147	Width of beam sub-parts in sectional views Recommended settings	PROFILE_WIDTH_IN_SECT
148	Height of beam sub-parts in sectional views Recommended settings	PROFILE_HEIGHT_IN_SECT Example: Rule 146-148

Position of beam sub-parts

Value	Description	Designation / Rule Identifier
5	Sub-system, Upper beam side	PROFSYSTEM_UPPERSIDE Only beams with cross-sections \|\| to screen plane, \|\| to beam axis Example
6	Sub-system, Web surface of beam	PROFSYSTEM_WEBFACE Example
7	Sub-system, Lower beam side	PROFSYSTEM_LOWERSIDE Example
8*	Attached parts (via outer contour)	ATTACHING_PARTS via outer contour, not via bores
10*	Attached sheets/plates with bores	ATTACHING_SHEETS Attached sheets/plates via bore or outer contour Example
26	Bores in front plates	BORES_IN_FRONT_PLATE
56	Position of sheet/plate, determined by one bore and the reference part	SHEET_POSITION_IN_SECT Top and bottom refer to the sheet's coordinate system rather than the beam.
57	Attached plates, one chain of dimension for each plate	ATTACHING_SHEETS_SEPERATELY Via bores, if they are dimensioned perpendicular to screen plane and bores of sub-parts are dimensioned, or via outer contour; this is the only beam-related rule for which the direction VERTIKALSHEETAXIS is allowed in connection with the position INSIDE, in order to, e.g. dimension front plates on cuts in sheet/late direction! Example
66*	Attached plates on top side of beam, via bores or outer contour	ATTACHING_SHEET_UPPERSIDE Example
67*	Attached plates on bottom side of beam, via bores or outer contour	ATTACHING_SHEET_LOWERSIDE Example
68*	Attached plates on web surface, in front of web, via bores or outer contour	ATTACHING_SHEET_BEFORE_WEB Example
69*	Attached plates on web surface, behind web, via bores or outer contour	ATTACHING_SHEET_BEHIND_WEB Example
70*	Attached beams/profiles with axis, to main part axis, dimension via system axis	ATTACHING_PROFILES_VERT Example
83	Attached plates with bores, incl. bore in side view	ATTACHING_SHEETS_VERT Example
84	Bores in sub-parts (bores of all sub-parts) incl. bores + viewing direction	SUBPARTBORES_VERT Example
89	All parts via bore	ALL_PARTS_BORES
111	Angle between beam main part and connected sub-part beams	STWDimRuleIdent_ANGLE_CONNECTED_PROFILES Example
113*	Beam sub-parts, not vertical to main part axis	ATTACHING_PROFILES_INUPPERFLANGE Example - 113 -116 parallel to beam axis
114*	Beam sub-parts on lower flange, not vertical to main part axis	ATTACHING_PROFILES_INLOWERFLANGE
115*	Beam sub-parts in front of web, not vertical to main part axis	ATTACHING_PROFILES_BEFORE_WEB
116*	Beam sub-parts behind web, not vertical to main part axis	ATTACHING_PROFILES_BEHIND_WEB
117*	Beam sub-parts, not vertical to main part axis	ATTACHING_PROFILES
138	Attached parts via bores (also perpendicular to view) or outer contours, located before the axis of the main part	ATTACHING_PARTS_VERT_BEFORE_AXIS Example The image below shows a beam main part and a plate with 2 bores as attached part (1). In the configuration the Dimensioning rule 138 has been applied as shown below (2). (3) and (4) show the front view in the workshop drawing. In (3) the attached parts are dimensioned via bores, in (4) via the outer contour.
139	Attached parts via bores (also perpendicular to view) or outer contours, located behind the axis of the main part	ATTACHING_PARTS_VERT_BEHIND_AXIS
140	Attached parts via bores (also perpendicular to view) or outer contours, located above the axis of the main part	ATTACHING_PARTS_VERT_ABOVE_AXIS
141	Attached parts via bores (also perpendicular to view) or outer contours, located below the axis of the main part	ATTACHING_PARTS_VERT_BELOW_AXIS
150	Position of beam sub-part in sectional views Recommended settings	PROF_POSITION_IN_SECT Example: Rule 150

*see Dimensioning Rules - Overview (3-D SE)

Processing of beams

Value	Description	Designation / Rule Identifier
11	Bores in sub-parts	SUBPARTBORES
12	Bores in web of beam	PROFBORES_INWEB Example
13	Bores in upper flange of beam	PROFBORES_INUPPERFLANGE Example
14	Bores in lower flange of beam	PROFBORES_INLOWERFLANGE Example
15	Bores in upper and lower flange of beam	PROFBORES_INFLANGES
16	16: Bores in beams - Offset parallel to beam axis	PROFBORES_SYSTEMOFFSET_PARALLEL
21	Notch length at start	NOTCH_LENGTH_BEGIN Example
22	Notch length at start	NOTCH_WIDTH_BEGIN Example
23	Notch length at end	NOTCH_LENGTH_END Example
24	Notch width at end	NOTCH_WIDTH_END Example
27	Oblique cut on beam at start	DIAGONAL_CUT_BEGIN Example
28	Oblique cut on beam at end	DIAGONAL_CUT_END Example
58	Fillet radii on beam notches	PROFOUTLINE_RADIUS Example
59	Fillet radii at material subtractions on beams/profiles	PROFBORES_RADIUS Example
64	Length of cut at beam/profile start	SECTION_LENGTH_BEGIN
65	Length of cut at beam/profile end	SECTION_LENGTH_END
85	Beam processing in web, incl. processings in side view	PROFBORES_INWEB_VERT Example
86	Beam processings in upper flange, incl. processings in side view	PROFBORES_INUPPERFLANGE_VERT Example
87	Beam processings in lower flange, incl. processings in side view	PROFBORES_INLOWERFLANGE_VERT Example
88	Beam processings in upper and lower flange, incl. processings in side view	PROFBORES_INFLANGES_VERT Example
123	Angle between bore axes	BORE_ANGLES (only in view from left and right and only parallel to screen plane!) Example
124	Beam processings of the type Slot	PROF_LONGHOLES_ONLY
125	Beam processings of the type Slot in upper flange	PROF_LONGHOLES_ONLY_INUPPERFLANGE Example
126	Beam processings of the type Slot in lower flange	PROF_LONGHOLES_ONLY_INLOWERFLANGE
127	Beam processings of the type Slot in web	PROF_LONGHOLES_ONLY_INWEB
128	Beam processings of the type Circular bore	PROF_CIRCLEBORES_ONLY
129	Beam processings of the type Circular bore in upper flange	PROF_CIRCLEBORES_ONLY_INUPPERFLANGE
130	Beam processings of the type Circular bore in lower flange	PROF_CIRCLEBORES_ONLY_INLOWERFLANGE
131	Beam processings of the type Circular bore in web	PROF_CIRCLEBORES_ONLY_INWEB
142	Beam processings, located in front of the axis of the main part	PROFBORES_BEFORE_AXIS The rules 142-145 create separate chains of dimensions depending on the position of the processing with regard to the beam axis. If perpendicular dimensions should be extended to the left or right depending on the processing regarding the beam middle, this can be done by selecting Position:Automatic.
143	Beam processings, located behind the axis of the main part	PROFBORES_BEHIND_AXIS
144	Beam processings, located above the axis of the main part	PROFBORES_ABOVE_AXIS
145	Beam processings, located below the axis of the main part	PROFBORES_BELOW_AXIS
149	Bores of beam sub-parts in sectional views Recommended settings	PROFBORES_IN_SECT Example:
151	Bores in upper flange of beam, separated by position with regard to beam axis	PROFBORES_INUPPERFLANGE_SEPERATED
152	Bores in lower flange of beam, separated by position with regard to beam axis	PROFBORES_INLOWERFLANGE_SEPERATED
153	Bores in web of beam, separated by position with regard to beam axis Recommended settings for 151 - 153 Rules 151, 152 and 153 only apply for dimensioning parallel to the beam axis, since other separation mechanisms exist for dimensionings perpendicular to the beam axis. Only bores that are located in the view plane will be considered. If Position of dimension chain: Automatic has been selected, the chains will be pulled out upwards or downwards, depending on the position of bores.	PROFBORES_INWEB_SEPERATED Example

Dimensions of plates

Value	Description	Designation / Rule Identifier
29	Sheet/plate length	SHEET_LENGTH Example
30	Sheet/plate width	SHEET_WIDTH Example
31	Sheet/plate thickness	SHEET_THICKNESS
47	Length of sheets/plates (sub-parts) in sectional views	SHEET_LENGTH_IN_SECT
48	Width of sheets/plates (sub-parts) in sectioanl views	SHEET_WIDTH_IN_SECT

Processing of plates

Value	Description	Designation / Rule Identifier
32	Bores in sheets/plates, right side	SHEETBORES_RIGHT Example
33	Bores in sheets/plates, left side	SHEETBORES_LEFT Example
34	Bores in sheets/plates, right or left side	SHEETBORES_RIGHTANDLEFT Example
35	Bores in sheets/plates, upper half	SHEETBORES_ABOVE Example
36	Bores in sheets/plates, lower half	SHEETBORES_BELOW Example
37	Bores in sheets/plates, upper or lower half	SHEETBORES_ABOVEANDBELOW Example
38	Outer contour of sheet/plate, right side	SHEETOUTLINE_RIGHT
39	Outer contour of sheet/plate, left side	SHEETOUTLINE_LEFT
40	Outer contour of sheet/plate, right or left side	SHEETOUTLINE_RIGHTANDLEFT Example
41	Outer contour of sheet/plate, upper half	SHEETOUTLINE_ABOVE
42	Outer contour of sheet/plate, lower half	SHEETOUTLINE_BELOW
43	Outer contour of sheet/plate, upper or lower half	SHEETOUTLINE_ABOVEANDBELOW Example
49	Outer contour of sheets/plates, right and left side, in sectional views	SHEETOUTLINE_RIGHTANDLEFT_IN_SECT
50	Outer contour of sheets/plates (sub-parts), top and bottom side, in sectional views	SHEETOUTLINE_ABOVEANDBELOW_IN_SECT
51	Bores in sheets/plates (sub-parts), right or left side, in sectional views	SHEETBORES_RIGHTANDLEFT_IN_SECT
52	Bores in sheets/plates (sub-parts), top and bottom half, in sectional views	SHEETBORES_ABOVEANDBELOW_IN_SECT
60	Fillet radii on outer contours of sheets/plates	SHEETOUTLINE_RADIUS
61	Fillet radii on material subtractions on sheets/plates	SHEETBORES_RADIUS
62	Fillet radii on outer contours of sheets/plates in sectional views	SHEETOUTLINE_RADIUS_IN_SECT
63	Fillet radii on material subtractions on sheets/plates in sectional views	SHEETBORES_RADIUS_IN_SECT
154	Diagonal sheet/plate cuts Recommended settings Rule 154	SHEET_DIAGONAL_CUT Example Rule 154

Bore diameters in bores and plates

Value	Description	Designation / Rule Identifier
44	Diameter of simple bores in main part	BORE_DIAMETER_MAINPART
45	Diameter of standard part bores in main part	NORMBORE_DIAMETER_MAINPART
46	Diameter of boltings in main part	CONNECTION_DIAMETER_MAINPART
53	Diameters of simple bores in sheets/plates (sub-parts) in sectional views Recommended settings	BORE_DIAMETER_IN_SECT Example rules 53 and 54
54	Diameter of standard part bores in sheets/plates (sub-parts) in sectional views Recommended settings	NORMBORE_DIAMETER_IN_SECT
55	Diameters of boltings in sheets/plates (sub-parts) in sectional views Recommended settings	CONNECTION_DIAMETER_IN_SECT

Position of assembly sub-parts relative to each other

Value	Description	Designation / Rule Identifier
76	Length of beam sub-parts	PROFILELENGTH_ATTACHING_PROFILES Sub-part lengths of all (also oblique) sub-parts
77	Connected beam sub-parts	CONNECTED_PROFILES Start and end of all direct connections of sub-parts to main part
80	Connected sub-part beams on relevant beams	CONNECTED_PROFILES_RELEVANTPROFILES Start and end of all direct connections of sub-parts to relevant parts
94*	All attached parts of relevant beam sub-parts, via outer contour	ATTACHING_PARTS_RELVPROFS
96*	Attached Sheet Metal parts with bores on relevant beam sub-parts	ATTACHING_SHEETS_RELVPROFS
105	Attached plates/sheets on relevant beam sub-parts; one dimension chain for each plate/sheet	ATTACHING_SHEETS_SEPERATELY_RELVPROFS
106	Attached plates/sheets on upper beam sides on relevant beam sub-parts; via bores or outer contour	ATTACHING_SHEET_UPPERSIDE_RELVPROFS
107	Attached plates/sheets on lower beam sides on relevant beam sub-parts; via bores or outer contour	ATTACHING_SHEET_LOWERSIDE_RELVPROFS
108	Attached plates/sheets on web surface on relevant beam sub-parts, before web, via bores or outer contour	ATTACHING_SHEET_BEFORE_WEB_RELVPROFS
109	Attached plates/sheets on web surface on relevant beam sub-parts, after web, via bores or outer contour	ATTACHING_SHEET_BEHIND_WEB_RELVPROFS
110*	Attached parts on relevant beam sub parts	ATTACHING_PROFILES_VERT_RELVPROFS
112	Angle between relevant beams and connected sub-part beams	STWDimRuleIdent_ANGLE_CONNECTED_PROFILES_RELPROFS

*see Notes on the dimensioning rules

Processing of assembly sub-parts

Value	Description	Designation / Rule Identifier
98	Bores in web of relevant beam sub-parts	PROFBORES_INWEB_RELVPROFS
99	Bores in upper flange of relevant beam sub-parts	PROFBORES_INUPPERFLANGE_RELVPROFS
100	Bores in lower flanges of relevant beam sub-parts	PROFBORES_INLOWERFLANG_RELVPROFS
101	Bores in flanges of relevant beam sub-parts	PROFBORES_INFLANGES_RELVPROFS

Sheet metal

Value	Description	Designation / Rule Identifier
132	Sheet length	SHEETMETAL_LENGTH
133	Sheet width	SHEETMETAL_WIDTH
134	Sheet height	SHEETMETAL_HEIGHT
135	Parametric linear dimensions of sheets	SHEETMETAL_PARA_DISTANCE Example 135-137
136	Parametric angular dimensions of sheets	SHEETMETAL_PARA_ANGLE
137	Parametric circular dimensions of sheets	SHEETMETAL_PARA_CIRCLEDIM
155	Flange length of sheets in sectional views Recommended settings for Rule 155	SHEETMETAL_FLANGE_INSECT Example Rule 155 und 156
156	Opening angles of bend zones of sheets Recommended settings for Rule 156	SHEETMETAL_BENDINGANGLE_INSECT Example Rule 155 and 166

Stair railing

Value	Description	Designation / Rule Identifier
1001	Total length of Railing segment assembly	TOTAL_LENGTH_RAILINGSEGMENT only for Railing segment assembly:
1002	Total height of Railing segment assembly	TOTAL_HEIGHT_RAILINGSEGMENT only for Railing segment assembly:
1003	Total length of Railing segment assembly w/o base plates	TOTAL_LENGTH_RAILINGSEG_WITHOUT only for Railing segment assembly:
1004	Total height of Railing segment assembly w/o base plates	TOTAL_HEIGHT_RAILINGSEG_WITHOUT only for Railing segment assembly:
1005	Total dimension of Railing segment assembly	TOTAL_SIZE_RAILINGSEGMENT only for Railing segment assembly:
1006	Clear distances between posts If the clear distance between two posts is dimensioned as individual dimension, the post thickness will not be considered. The dimensioning takes places in all fields of the railing segments. If the dimensions of the rule are not equal in all fields, only the dimension of the first field will be depicted. Recommended setting for Rule 1006 In dimension type Chain of dimensions the post thickness will be taken into consideration, too. If the chain of dimensions of all fields is equal, only the chain of dimensions of the first field will be depicted.	CLEARANCE_POST only for Railing segment assembly: Example 1: Rule 1006 to 1009 The depiction shows a staircase with equal distance between post and following vertical rod as well as between the vertical rods. The thickness of post and vertical rod are identical. The dimension and chain of dimensions of rules 1006-1009 are equal for each field. Example 2: Rule 1006 to 1009 The oblique segment of the depicted staircase has individual distances for posts and vertical rods as well as different post and vertical rod thickness. Hence, dimension and chain of dimensions of rules 1006 to 1009 are not equal.
1007	Distances between post axes The axis distance of two posts is dimensioned in all fields of the railing segment. If the dimensions of this rule are equal in each field, only the dimension of the first field will be depicted. Recommended setting for rule 1007	CENTERDISTANCE_POST only for Railing segment assembly:
1008	Clear distances between rods If the clear distance between two posts is dimensioned as Individual dimension, the post thickness will not be considered. The dimensioning takes places in all fields of the railing segments. If the dimensions of the rule are not equal in all fields, only the dimension of the first field will be depicted. Recommended setting for rule 1008 In dimension type Chain of dimensions the post thickness will be taken into consideration, too. If the chain of dimensions of all fields is equal, only the chain of dimensions of the first field will be depicted.	CLEARANCE_WEBMEMBER only for Railing segment assembly:
1009	Distances between rod axes This rule dimensions the axis distance between posts and vertical rods as chain of dimensions. The dimensioning takes place in all fields of the railing segment. If the dimensions of the rule are not equal in all fields, only the dimension of the first field will be created.	CENTERDISTANCE_WEBMEMBER only for Railing segment assembly:
1010	Hand rail excess length	HANDRAIL_PROJECTION only for Railing segment assembly:
1011	Sub-parts	RAILING_SUBPARTS only for Railing segment assembly:
1012	Sub-parts, Post assembly	POST_SUBPARTS only for Railing segment assembly:
1013	Sub-parts, Infill assembly	FILLING_SUBPARTS only for Railing segment assembly:
1014	Angle Post - Handrail	ANGLE_POST_HANDRAIL only for Railing segment assembly:
1015	Bores	RAILING_BORES only for Railing segment assembly:

Example 2:

The oblique segment of the depicted staircase has individual distances for posts and vertical rods as well as different post and vertical rod thickness. Hence, dimension and chain of dimensions of rules 1006 to 1009 are not equal.

Notes on dimensioning rules

Base points on hidden sub-parts

In the file STW_DIMSETTINGS.XML you can specify how base points on hidden parts are to be handled when using dimensioning rules. To do this, enter the following string into the file:

</PARAM><PARAM Name="IGNOREHIDDENSUBPARTANDBORES" Typ="INT" Value="0">

If Value has been set to 1, base points that are located on hidden sub-parts will not be considered for dimensioning in all dimensioning rules.

Attached sheet/plate parts or plates and beams bordering on relevant beams*

When dimensioning attached sheet/plate parts or plates and beams that border on dimensionally relevant beams, both contact points will always be dimensioned. If only the first contact point in the chain is to be dimensioned, open the STW_DimSettings.XML (conventional dimensioning settings) file in the HiCAD sys directory and set the parameter

</PARAM><PARAM Name="SUBPARTPOSITION" Typ="INT" Value="0">

to 1.

This setting affects all dimensioning rules marked with an asterisk *.

Example - (1) without change of the STW_DimSettings.XML , (2) with change of the STW_DimSettings.XML

Separate chain dimensions for different usages

You have the option to create separate chain dimensions per different usage for chain dimensions describing the fitting situation of parts. To change this behaviour, open the STW_DimSettings.XML (conventional dimensioning settings) file in the HiCAD sys directory and set the parameter SEPERATEDSUBPARTPOSITION to 1:

</PARAM><PARAM Name="SEPERATEDSUBPARTPOSITION" Typ="INT" Value="1">

The image below shows a beam with 4 plates for different usages (1=Front plate, 2=Reinforcement plate, (3) Stiffener) and the front view of the production drawing.

If the STW_DimSettings.XML file does not contain the described parameters, you can also make manual entries as described above.

Separate dimension chains for bores and subtractions

In the Dimensioning Settings it is now possible to determine under Bores/Boltings that separate chains of dimensions should be created for bores (through holes and standard bores) and subtractions. For this purpose there is the Separate dimension chains for bores and subtractions checkbox.

For new installations or when the dimensioning settings file STW_DIMSETTINGS.xml is not yet available, the stab3par.dat option can be switched on and off under

Maßketten für Lage der Bohrungen/Ausnehmungen trennen nach Bohrungen und Ausnehmungen 1:ja, 0:nein

If the STW_DIMSETTINGS.xml file is available, the line

</PARAM><PARAM Name="DEVIDEBORESANDCUTS" Typ="INT" Value="1">

has to be added.

This settings will not yet be saved in the workshop drawing at this point!

Please note that this setting also affects the following dimensioning rules:

12	Bores in web of beam	PROFBORES_INWEB
15	Bores in upper and lower flange of beam	PROFBORES_INFLANGES
34	Bores in sheets/plates, right or left side	SHEETBORES_RIGHTANDLEFT
37	Bores in sheets/plates, upper or lower half	SHEETBORES_ABOVEANDBELOW
49	Outer contour of sheets/plates, right and left side, in sectional views	SHEETOUTLINE_RIGHTANDLEFT_IN_SECT
50	Outer contour of sheets/plates (sub-parts), top and bottom side, in sectional views	SHEETOUTLINE_ABOVEANDBELOW_IN_SECT
85	Beam processing in web, incl. processings in side view	PROFBORES_INWEB_VERT
88	Beam processings in upper and lower flange, incl. processings in side view	PROFBORES_INFLANGES_VERT
98	Bores in web of relevant beam sub-parts	PROFBORES_INWEB_RELVPROFS
101	Bores in flanges of relevant beam sub-parts	PROFBORES_INFLANGES_RELVPROFS

Example - Separate chains of dimensions for bores and subtractions

The depicted drawing (1) contains several through holes bores and one rectangular subtraction. (2) separate chains of dimension, (3) one chain of dimensions for bores and subtractions

In the example the following settings for dimensioning rule 12 have been used for (3):

Separate dimensions according to part type for position of sub-parts

In the Dimensioning Settings it is now possible to determine under General that attached parts (beams) will be dimensioned according to the Part type attribute in the different chains of dimensions. A respective checkbox is available in the dialogue window. In this way it is possible to dimension hollow profiles / attached parts separately from round steel / attached part, thus improving the dimension structure.

This setting affects dimensioning rules for chains of dimensioning of relevant parts.

For new installations or when the dimensioning settings file STW_DIMSETTINGS.xml is not yet available, the stab3par.dat option can be switched on and off under

Separated chain dimensions according to part type for position of sub-parts 1:yes, 0:no - Getrennte Massketten nach Teileart fuer Einbausituation von Nebenteilen 1:ja, 0:nein

If the STW_DIMSETTINGS.xml file is available, the line

</PARAM><PARAM Name="SEPERATEDSUBPARTPOSITION_PT" Typ="INT" Value="0">

has to be added.

Drawing Derivation • Derived Drawings: Settings • Drawing Derivation: Dialogue Window

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