Sophie: gcad3d-2.01-4.mga5.nonfree i586

gcad3d-2.01-4.mga5.nonfree.i586.rpm

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<h2>Catalog</h2>

 CATALOG - This function is used to generate standard parts.
 After selecting a standard part (Part Catalog) from a norm part of the standard library can be part of a submodel.

 <b>Creating standard part -</b>
 In "CAD" main function mode, select the function "M Catalog Model".
 The middle mouse button in the graphics window brings up a browser;
 Select a standard part or a standard parts catalog (Button "&lt;&lt;---")
 Move as submodel, press the right mouse button to save.
 The following line of code is generated : M # = CTLG



<b> Create Catalog</b>
 Creates a new standard part library.
 The file name is freely selectable.

 Delete Catalog
 Deleting a standard part library.



<b> Modifying a Catalog</b>
 This allows an additional Parts Catalog to be created in a will.
 Select a standard part library, then with a modification editor.

 All standard parts libraries are located in the CATALOG ().
 A standard part library is a text file.
 The file name must have extention ".ctlg"

 Each line of a standard part library defines a standard part.
 The lines starting with '#' are comment lines.
 The standard definition of a part consists of:
   Part (name), (Symbolic Model Base Directory / Base Model Name), (Parameters)
   Part Name:
     The name of the standard part, max. 64 characters.
   Symbolic Model Base Directory:
     The symbolic path of the base model; see Standards / Directories 
   Base Model name:
     The base model (Type. Gcad) 
   Parameters: 
     Any gCAD3D parameters are separated by semi-colons ';'
     These codes are in the base model by "CALL CTLG" loaded.

 Example standard part library Schrau.ctlg in symDir CATALOG: 
 #================================================= 
 # SKS: Hexagonal Screws; 
 # V20 = NennDmr; V21 = Key Width; V22 = Head Thickness; V23 = Length
 SKS_6x30; Schrau / SKS; V20 = 6; V21 = 10; V22 = 5; V23 = 30; 
 SKS_10x30; Schrau / SKS; V20 = 10; V21 = 17; V22 = 8; V23 = 30; 
 #================================================= 
 # SB: Discs 
 # V20 = innerDmr; V21 = outerDmr; V22 = Thickness 
 SB_6; Schrau / SB; V20 = 6.4; V21 = 12; V22 = 1.8; 
 SB_10; Schrau / SB; V20 = 10.5; V21 = 21; V22 = 2.5; 
 # End of file 

 Example base model SB.gcad:
 Disc #
 # V20 = innerDmr 
 # V21 = outerDmr 
 # V22 = thickness 
 V20 = 6.4 
 V21 = 12 
 V22 = 1.8 
 CALL CTLG 

# Override the variables V20, V21, and V22.
 V23 = V20 / 2 
 V24 = V21 / 2 
 C20 = P (0 0 0) VAL (V23) 
 C21 = P (0 0 0) VAL (V24) DR 
 C22 = P (0 0 V22) VAL (V23) 
 C23 = P (0 0 V22) VAL (V24) DR 
 A20 = C21 C20
 A21 = C23 C22
 A22 = CYL L (P (0 0 0) DR) VAL (V24) 03600 V22
#

# Schrau(be) ist the german word for Screw



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