General Presentation

Detailing scales

Default member detail scale (base 12 or base 10): The scale applied to drawings generated when you Detail Members. The words in parenthesis tell you whether to use a 12:1 (base 12) or 10:1 (base 10) scale.

(base 12) means Imperial dimensioning is being used. You should enter the number of inches on to-be-generated member details that you want to represent 1 ft in the shop.

Example: if 1 is entered, 1 inch on the detail equals 1 ft in the shop; if 12 is entered, 12 inches on the detail equals 1 ft in the shop. If 0.125 is entered, 1/8 inch equals 1 ft in the shop.

(base 10) means Metric dimensioning is being used. You should enter the number of millimeters on to-be-generated member details that you want to represent 10 mm in the shop.

Example: If 10 is entered here, 10 mm on the detail equals 10 mm in the shop. If 1 is entered, 1 mm on the detail equals 10 mm in the shop.

To override this default: See Default member detail scale by nominal size. Or you can be re-scale a detail using Drawing scale on the Drawing Data window after a member is detailed. If you change that Drawing scale in Drawing Data and also choose to Detail from drawing scale, then Detail Members uses that Drawing scale instead of the Default member detail scale that is set here.

Note: Changing the Default member detail scale followed by Detail Members does not affect the Scale of that drawing on the sheet.

Exception: This does not apply to stair member details. The Drawing scale for stair members is set on its edit window.

Per-drawing setup override for detailing with templates: Default member detail scale

Default submaterial detail scale (base 12 or base 10): The scale that submaterial details will be drawn to the next time you detail submaterial. It applies regardless of whether or not you choose to Detail using templates. The words in parenthesis tell you whether to use a 12:1 (base 12) or 10:1 (base 10) scale.

(base 12) means Imperial dimensioning is being used. You should enter the number of inches on to-be-generated submaterial details that you want to represent 1 ft in the shop.

Example: if 1 is entered, 1 inch on the detail equals 1 ft in the shop. If 12 is entered, 12 inches on the detail equals 1 ft in the shop. If 0.125 is entered, 1/8 inch equals 1 ft in the shop.

(base 10) means metric dimensioning is being used. You should enter the number of millimeters on to-be-generated submaterial details that you want to represent 10 mm in the shop.

Example: If 10 is entered here, 10 mm on the detail equals 10 mm in the shop. If 1 is entered, 1 mm on the detail equals 10 mm in the shop.

Also see: After a submaterial detail has been generated, it can be re-scaled by adjusting its Drawing scale on the Drawing Data window. Its scale on a sheet can be adjusted as the submaterial is Added to the sheet, or by using the Edit Sheet Item window after the submaterial has been placed on a sheet. Be aware that changing the Default submaterial detail scale followed by detail submaterialdoes not affect the Scale of that drawing on the sheet.

Per-drawing setup override for detailing with templates: Default submaterial detail scale

Default member detail scale by nominal size (base 12 or base 10): This applies to beams, columns, braces, girts, and purlins. It does not apply to stairs or to custom members such as handrails. If Detail Members cannot find a nominal size pattern from this table and the user has not specified a different scale, member detailing uses the Default member detail scale.

Nominal Size Pattern Scale (base 12 or base 10) To this column, enter a pattern from the beginning of a section size name. For example, W14 catches all wide flange members whose section size names begin with "W14".  The words in parenthesis tell you whether to use a 12:1 (base 12) or 10:1 (base 10) scale. You should enter a scale that is larger than or smaller than the Default member detail scale.

Tip: Cut (Ctrl+x), copy (Ctrl+c) and paste (Ctrl+v) are available as keyboard shortcuts for individual cells on this table. You can also right-click a cell to get a menu with the options Cut, Copy, and Paste.

During Detail Members, if member detailing finds a Nominal Size Pattern that matches the Material of the member, it uses the scale that is entered here whenever Preserve existing drawing annotations is set to None and the box for Detail from drawing scale is not checked ( ).

W24 and w24 are seen as equivalent entries since the search for matching strings that Detail Members performs is not case sensitive.

If a scale is set for the pattern W14x90, Detail Members applies that scale only to members with W14x90 section sizes. If one scale is set for the pattern W14x90, a second scale for W14x9, and a third scale for W14, member detailing will apply the first scale for a W14x90 member, that second scale for a W14x99 member and the third scale for a W14x60 member.

A pattern of W will catch all wide flange members. A pattern of W4 will catch all wide flange members with section sizes that begin with "W4". In the default USA shapes file, for example, that is all section sizes from W40x149 to W44x335.

You can enter a pattern that can recognize any material section size in the local shape file, including channel, angle, W tee, welded plate wide flange, welded plate box, etc.

Example 1: Suppose that when you print detail sheets, you find that sections with thin flange thicknesses, such as a W8x10, are rendered as a single thick line. A larger scale could be set up for W8 or W8x10 sections to prevent this.

Example 2: A common practice in the U.S. steel fabrication industry is to set a scale (base 12) of 1.5 for W-shapes with nominal depths of 6 or less; 1 for nominal depths over 6, up to and including 12; 3/4 for nominal depths over 12.

Also see: The Labels character height, Labels width/height ratio, Weld symbols character height, and dimension Character height and dimension Character width are set independently of the member scale in Drawing Presentation.

Edge distance detail dimensioning options

Rolled section standard edge distance: The distance (in the appropriate Units) from the edge of the material to the center of the first hole. Rolled sections are channel, wide flange, HSS rectangular, angle or HSS round sections.

Effect on drawings: The standard edge distance entered here is referenced during Detail Members if details are generated when the box for Show non-standard edge distances is checked.

Per-drawing setup override for detailing with templates: Rolled section standard edge distance

Show non-standard edge distances: or . This applies to rolled sections when you Detail Members (channel, wide flange, HSS rectangular, angle or HSS round sections).

If this box is checked ( ), the edge distance will be dimensioned on details where the actual edge distance is something other than that specified as the Rolled section standard edge distance.

Per-drawing setup override for detailing with templates: Show non-standard edge distances

Plate material standard edge distance: The distance from the edge of the plate to the center of the first hole.

Effect on drawings: The standard edge distance entered here is referenced during Detail Members when details are generated if the box for Show non-standard edge distances is checked (below). The distance can be overridden by detailing using templates.

Per-drawing setup override for detailing with templates: Plate material standard edge distance

Show non-standard edge distances: or . This applies when you Detail Members.

If this box is checked ( ), the edge distance will be dimensioned on member details where the actual edge distance is something other than that specified as the Plate material standard edge distance.

Per-drawing setup override for detailing with templates: Show non-standard edge distances

Marked for detailing

Clear detail flag when detailing current piecemark: Never or Immediately or Prompt (UNDER CONSTRUCTION)

Prompt default: Yes or No. (UNDER CONSTRUCTION)

Shop bill weight

Shop bill weight precision: A decimal value (from 0.01 to 1). This applies to the bills of material of all member details that currently exist in your current Job, as well as to yet-to-be-created member details.

Effect on drawings: The precision entered here is the accuracy to which the reported weight of the material will be rounded on the bill of material. You can see this value reflected in the Unit Weight or Total Weight columns in the Bill Editor, or on a plotted bill of material, or on a Bill of Material Report, or on any other report that is based on the bill of material.

Examples: If you are using metric dimensioning and want the shop bill weight to be calculated to the nearest kilogram, enter 1. If you are using imperial dimensioning and want the shop bill weight to be calculated to the nearest 0.1 pound, enter 0.1.

Always round unit weights up: or . This applies to the member bill of material that is generated when you Detail Members. It also applies to reports that are based on the bill of material.

stored value Always ... Always ...

If this box is checked ( ), the reported value for the Unit Weight is calculated from the stored value by always rounding up to the nearest increment that is set by the Shop bill weight precision. In the above example, the weights of the L4x3 1/2x5/16 angles are rounded up (6.416666 to 7).

If the box is not checked ( ), the reported value of the Unit Weight is calculated from the stored value by rounding up or down to the nearest increment that is set by the Shop bill weight precision.In the above example, the weights of the L4x3 1/2x5/16 angles are rounded down (6.416666 to 6).

Weights: Always add up or Actual total weights. This applies to the member bill of material that is generated when you Detail Members. It also applies to reports that are based on the bill of material.

Always add up Actual totals

Always add up instructs member detailing to calculate each submaterial's Total Weight by multiplying its Total Quantity by the reported value for its Unit Weight (12 = 2 x 6 in the example, line 3). The Total Weight of the member, as reported in line 1, is also an exact multiple of its Unit Weight times its Total Quantity (1024 = 512 x 2 in the example).

Actual total weights instructs member detaling to calculate each submaterial's Total Weight by multiplying its Total Quantity by the stored value of its Unit Weight (13 = 2 x 6.416666 in the example, line 3). As a result, the actual total weight (after rounding to the setup precision) will be shown for each line in the Total Weight column.

Note: The stored value for Unit Weight can be shown by doing a right-click. The reported value for Unit Weight is subject to the Shop bill weight precision and whether or not you choose to Always round unit weights up.

Shop bill weight based on material: Volume or Dimensions. This applies to the member bill of material that is generated when you Detail Members. It also applies to reports that are based on the bill of material.

Volume causes the actual shipping weight of the material to be reported in the bill of material and on the total weight line. The weight of the material is calculated by subtracting the cut-off material (copes and holes) from the dimensional weight.

Dimensions gives you a calculated weight based on the material's overall dimensions. In other words, choosing Dimensions gives you the weight of the material before cuts were made to it. You might choose this option for billing purposes.

Detail drawing options

Show cross hatching: or . The selection made here applies (where appropriate) when you Detail Members. There is no need to ever show hatch lines on submaterial details.

Show ... Show ...

If this box is checked ( ), then hatch lines will be drawn when a material cross-section is to be designated on a system-generated member details.

If the box is not checked ( ), no such hatch lines be drawn on member details.

Show cut surface hatching: or . The choice made here applies (where appropriate) when you Detail Members or Detail Submaterial.

If this box is checked ( ), then hatch lines will be drawn on an automatically detailed member or submaterial details to designate cut surfaces resulting from copes, flange thinning, etc.

If the box is not checked ( ), auto detailing will not draw hatch lines.

Face A/C holes shown on face C/A view on member detail: or . This applies when you Detail Members and the main material of the member is a flanged section such as wide flange. The top view of a beam detail is shown in the example below.

Face A/C holes shown ... Face A/C holes shown ...

If this box is checked ( ), flange holes in the opposite flange to the flange view shown on a member detail will be depicted on that flange view if the depth checking limits for that view are sufficient for those holes to be shown.

Tip: To adjust the depth check limits of a view, isolate the member in Modeling, open the flange view you want to change, then use the depth check controls followed by Save then detail that member again.

If the box is not checked ( ), flange holes in the opposite flange to the flange view shown on a member detail will not be depicted on that flange view.

Face B/D holes shown in face D/B view on member detail for cruciform columns: or . (UNDER CONSTRUCTION)

Show main member size: or . This applies when you Detail Members.

Show ... Show ...

If this box is checked ( ), the member size will be shown beneath the callout on a member detail.

If the box is not checked ( ), the member size will not be shown under the callout.

Per-drawing setup override for detailing with templates: Show main member size

Show k distance with main member size: or . This applies when you Detail Members only if you have also chosen to Show main member size.

The values for k distance (detail) (k) and Flange thickness (tf) and Web thickness (tw) and k1 distance (k1) are stored in the local shape file.

Show ... Show ...

If this box and Show main member size are checked ( ), the k distance x k1 distance will be reported under the main member size on the member detail.

If this box is not checked ( ), the k distance and k1 distance will not be shown under the main member size.

Per-drawing setup override for detailing with templates: Show k distance with main member size

Show submaterial layout dimensions on member detail: or . This applies (where appropriate) when you Detail Members. This is a special-case option that applies when showing layout dimensions would cause the sloping hole dimensions to be drawn on the opposite side of the material. This rarely occurs. One special case where it may occur is a gusset plate to the base of a column with a base plate.

Show ... Show ...

If this box is checked ( ), then layout dimensions for certain diagonal cuts will be shown on the member detail.

If the box is not checked ( ), complete submaterial layout dimensions will appear on the submaterial details only.

Per-drawing setup override for detailing with templates: Show submaterial layout dimensions on member detail

Show shop bolted slotted holes: or .

Show ... Show ...

If this box is checked ( ), then shop bolted slotted holes that are longer than the Minimum slot length (entered below) will be shown along with shop bolts on member details.

If the box is not checked ( ), then the slots will be hidden and only the shop bolts will be shown.

Minimum slot length: The minimum length of shop bolted slotted holes that will be shown on subsequently generated details when the box for Show shop bolted slotted holes on details is checked.

slot length

Slot length is the distance between the two points farthest from one another on the perimeter of a slot.

Use curved pointers: or . This applies, where appropriate, to Detail Members or Detail Submaterial. It also affects Pointer Add.

Use curved pointers Use curved pointers

If this box is checked ( ), auto detailing will be permitted to draw curved pointers on subsequently generated member details and submaterial details. Pointers added using Pointer Add will, by default, be clockwise or counterclockwise depending on the whether their points are located from left to right or right to left or etc. Pointers added using Weld Combo will be straight.

Note: You need to restart the Drawing Editor to apply this selection to interactively added pointers.

If the box is not checked ( ), auto detailing draws only straight pointers.

Also see: Edit Pointer can be used to change pointers from straight to curved or vice-versa. If in the Drawing Editor you double-click an existing pointer and change its curvature, each subsequently added pointer will have the curvature of the last-edited pointer.

Per-drawing setup override for detailing with templates: Use curved pointers

Use pointer face indicators: or . This applies when you Detail Members.

Face indicator Face indicator

If this box is checked ( ), Detail Members adds a face indicator to pointers drawn to the face of a material in order to call out the submaterial piecemark of that material.

If the box is not checked ( ), Detail Members does not include a face indicator on pointers that it draws.

Also see: Regardless of the choice made here, you can add or remove a face indicator in the Drawing Editor using Face indicator on the Pointer Edit window.

Per-drawing setup override for detailing with templates: Use pointer face indicators

Single-quantity designation in main callout on details: ONE or 1. The choice made here applies to the details of members or submaterials whose piecemarks you select when you Detail Members or Detail Submaterial.

One 1

For this option to apply to submaterial details, Show submaterial quantity on submaterial details needs to be turned on (checked) in Home > Project Settings > Fabricator > Piecemarking > Member and Material Piecemarking > the Submaterial screen.

ONE instructs automatic detailing to use ONE as the designation for quantity in the member or material main callout.

1 instructs automatic detailing to use 1 as the designation for quantity in the member or material main callout.

Per-drawing setup override for detailing with templates: Single-quantity designation in main callout on details

The position of these form buttons on the screen tells you what settings they apply to. Click here for more information. You can Copy ( ) the settings on this screen , then Paste ( ) those settings to a different screen of the same type. Save ( ) saves a file to a global folder ( ) that is used by your current version of SDS2. Give the file a name that will help other users identify its purpose. Load ( ) replaces the settings on this screen with the settings that are stored in the file that you select. When editing multiple screens at the same time, Paste and Load replace mixed entries to a single field with a single entry. Copy and Save ignore fields with mixed entries, treating them as if they have no entry or do not exist.

OK (or the Enter key) closes this screen and applies the settings.

Cancel (or the Esc key) closes this screen without saving any changes.

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