[t | nil] t= Draw both the selected base face and its opposite side in one drawing.

[t | nil] t= Draw bend lines.

[t | nil] t= Draw the text labels of features like PUNCH, STAMP, RELIEF, CORNER_RELIEF and BEND features. If nil, the value defaults to that in the sha_set_flat_show_labels function, usually in the defaults section of the shop file.

[ t | nil] t= Show stamps; nil= remove stamps before doing the flat drawing.

[ t | nil] t= Show punched holes; nil= remove punches before doing the flat.

[t | nil] t= Show reference points of used tools.

[t | nil] t= Merge geometry elements where possible (especially the elements to the left and right end of the bend zones).

[t | nil] t= Put drawing data into one TOP part only instead of the normal parts structure with an upside and a downside part.

[t | nil] t= Convert splines in flat drawing to a set of lines and arcs. Set parameters of this conversion with the following invisible options, or override the internal function with your own conversion function. The function must return a list of strings that contains OSDD commands that do the conversion.

[length] minimum arc radius in CONVERT_SPLINE in [mm]

[length] maximum arc radius in CONVERT_SPLINE in [mm]

[length] minimum length of elements in CONVERT_SPLINE in [mm]

[t | nil] t= Run replacement macros. If nil, Creo Elements/Direct Modeling uses the shop table defaults, usually defined in the defaults section of the shop file. For example, (sha-enable-replacements), or(sha-disable-replacements). In addition, other specific replacement settings(sha-enable-relief-replacements), (sha-enable-corner-relief-replacement), (sha-enable-punch-replacement), (sha-enable-stamp-replacement)will be retained. An interactive switch of this value will switch all these settings.

[t | nil] t= Use the shop settings allowance calculation.

[number] k-factor for bend flat calculation (ANSI syntax: values 0-1)

[number] k-factor for conical bends (ANSI syntax: values 0-1)

[length] Set length of sharp bend radius in internal units [mm]

[t | nil] t= Start customer defined post process.

[t | nil] t= Produce MI file with flat drawing.

[t | nil] t= Produce DXF file with flat drawing.

[t | nil] t= Produce DWG file with flat drawing.

[t | nil] t= Produce IGES file with flat drawing.

[t | nil] t= Produce text file with flat drawing information.

[t | nil] t= Produce selected output formats (global switch).

[t | nil] t= Load produced flat drawing to workplane.

[t | nil] t= Send produced flat drawing to a running OSDD program.

[t | nil] t= Produce an HTML document for each process (interactive = one process).

[t | nil] t= Produce a JPEG image file from the selected sheet metal part and the flat drawing of each process.

[t | nil] t= Produce a TIFF image file of each process.

[t | nil] t= Produce a VRML model of the selected 3D sheet metal part.

[t | nil] t= Show the selected sheet metal part in an isometric view.

[t | nil] t= Show the selected sheet metal part in a diametric view.

[t | nil] t= Show the selected sheet metal part in actual viewing direction.

[t | nil] t= Produce (if it does not exist) a 3D unfolded model of the selected sheet metal part and integrate it into HTML documentation.

<list <list "string1" "string2"> <list "string3" "string4"> ...> or <function-symbol>. A list of double strings where each double string adds one row to the first table of the html document or a function-symbol of a function that produces such a list. See an example of the table below.

<list <list "string1" "string2" "string3"> <list "string4" "string5" "string6"> ...> or <function-symbol>. A list of triple strings where each triple string adds one row to the second table of the html document or a function-symbol of a function which produces such a list. For example, to insert data derived from the 3D model or the 2D flat drawing, a drawing settings option could be set to write these data to a global variable (3D) or to a file (2D) from which this function will read the data. See an example of the table below.

Specify the minimum text size for documentation, including screenshots. The text size in all flat drawings will be at least the given size in pixels.

Database drawing number (DB NR)

p1

Database element identifier (ELID)

PART

p1

PATH

"/p1"

MATERIAL

UST 1203

MATERIAL - NUMBER

9999-0344

Units

L = MM / A = DEG / M = G

THICKNESS in

1.25

BENDS

2

# Total number of bends

DIFF BENDS

2

# Number of different bends

FLAT WIDTH

40.0000

# Width of box enclosing the flat

PART WIDTH

32.2609

# Width of box enclosing the part

[t | nil] t= send produced data to selected database

<string> string of macro commands sent to DM as the initialization sequence

<string> string of commands sent to MM as the initialization sequence

<list <string> <string>> parameters to send to the database. Include none to all of the following:

["DB-PREF" | "DB-DREF"] "DB-PREF" = part reference; "DB-DREF" = drawing reference

<string> database keyword for drawing number, such as "NAME"

<string> the title of the option button, shown in the Drawing dialog box under Info contents in the Multi Unfold dialog box.

[ t | nil] t= initial state of this variable (if not overwritten by global or special drawing option settings)

[t | nil] t= execute function listed at :FUNCTION when button is set (=true); nil= execute function when button is NIL

<function-pointer> the function to be executed when Preview has been clicked, and according to the appropriate button state (t | nil)

<:keyword> a keyword from the global or specific drawing setting options, defining the initial state of this button

[<property list> | nil] a list of keyword value pairs, indicating dependencies on other options that might be changed when this option is set interactively. For example, (:TOPPART_ONLY t) means: automatically set the :TOPPART_ONLY flag before executing this function.