For Advance Steel to create an external BOM list, it requires to use a BOM template which is editable with the help of the BOM editor. The BOM template is a graphical arrangement of text cells, formatting elements and the most important, token cells. These have the role to fill the BOM list with information, values about the contents of the list. They evaluate specific information stored in the BOM extract (which contains information taken from the model) and they display it in the list.
In the BOM editor while modifying the tokens in a template, we can either modify the token in an existing text box or add a new one. To add a new token we need to create a "TextBox" with the specific tool available on the left side tool bar and then choose "Field content" from the right click menu to access the token list. The same Field content option can be accessed to modify an existing text box and change the token used.
Based on the information various tokens can display, we can group most of the token available in the Detail field in several major categories.
1. Tokens for part mark
Part Mark – token used to display the part mark of an element based on its state. If the object is a main part in its assembly, this token will display the main part mark, while if the object is an attached object this token will display its single part mark.
Preliminary part mark – displays the preliminary part mark of an object.
2. Name tokens.
These tokens display the name of an object, taken from either the database (in case of profiles) or from default values that use various tokens to create the name of a plate, bolt, etc.
Tokens used for naming are: Assembly Name, DsTV Name, Grating Connector name, Main Part Name, Name, Name of screw (non-expl) – token used in exploded bolts list to display the name of the bolt assembly.
3. Weight tokens.
The weight tokens can be split into two main categories: the tokens that display the weight of the object in a row value, and tokens that display the exact weight token of an object, which takes into consideration the lack of material generated by features present on the objects. All the tokens related to weight are present for both situations, and the difference between them consists in the word "Exact" in their name. Below is a list of weight tokens, and for each of these tokens we have an "Exact" counterpart if the configuration requires it.
Weight – display the weight of one object.
Global weight – display the weight of all the objects in that specific line.
In the above example, the Weight of piece is displayed with the Weight token, and it represents the weight of one IPE200 section – B1002, with length 949mm, while the second value – Total weight is the weight of all 3 identical parts present in this line, and the token used is Global Weight. In this example we also have a Weight per meter token which displays the "G (weight per meter)" parameter from the profile definition database.
There are also tokens that display the assembly weight, and also the total weight of all the identical main parts present in that line.
The weight of piece is evaluated by the token Main Part Weight, and the Total weight by the Main Part Total Weight.
4. Tokens that display various information about an element.
These tokens display any propriety that an object can receive through the Advance properties dialog box in the model, like Model Role, Material, Lot/Phase. Most of their names match the properties name (e.g., Material is evaluated by the token Material), while the Model role is displayed on BoM lists by the token Function.
There are also a series of 10 tokens named User Attributed (1...10) that display the values filled in the cells with the same name on the objects User Attribute tab and a token that can display the object class (Beam, Plate, bolt, etc.) – token name is "Class".
5. Tokens for length, saw length and surfaces (paint area).
The token names used to display various length values are present in the dimension line on the following pictures:
Dimension X, Y and Z are tokens used to display the gauge dimensions of an assembly. The directions in which these dimension are taken are according to the main part orientation, so X will be along the main part system axis.
For saw cut lists, the BOM editor offers a series of tokens to display the length of various saw parameters and also the saw angles. These tokens are called: Dimension b at flange, Dimension C at web and all the other "Dimension ... at..." default, while the angle ones are called: Angle X1 and Angle X2 for the saw cut angle at flange / Angle Y1 and Angle Y2 for the saw cut angle at web. The 1 and 2 mark the left and right beam end.
For paint area we have: Paint, Global paint and Main Part Paint. The difference between them is similar to the one of weight tokens.
As the paint tokens take as surface the whole object surface, including the edges, there is also an area token (named Area 1), which displays the area of one face of a plate, without the edges.
Below is an example of the two tokens used on a square plate with the edge equal to 1m.
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