The Smart Template Work Environments (WE) have numerous benefits over the standard environments as they structure the interface logically.
It specifically organises Archicad to:
Work Environments are saved locally on each computer and therefore need to be separately loaded on each individual workstation.
We invite every user to customise this WE to suit their specific requirements. Make sure you save these custom schemes with, for example, your initials appended. This way, if somebody else needs to use your computer, they can always switch back to the base Smart Template WE.
The Smart Template Work Environment comes with the Smart Template Toolbar, which makes commands hidden in the default Archicad menu structure more directly accessible:
The Smart Template Work Environment provides a lengthy list of custom keyboard shortcuts, expanding on the default Shortcut Scheme to facilitate access to regularly used functions.
At any time you can get a list of all shortcuts in your browser via…
Archicad > Work Environment > Shortcut Schemes > Keyboard Shortcuts > Show in Browser
Please note, macOS has a default keyboard shortcut that enables / disables the hiding of the dock which interferes with the default Archicad function button mapping.
We recommend to disable this macOS shortcut via…
System Preferences > Keyboard > Shortcuts > Launchpad & Dock > un-tick “Turn Dock Hiding On/Off”
Smart Template includes a comprehensive set of Attributes which should provide for the majority of users to work with the template without further customisation. However, Smart Template is a framework for Archicad, which whilst providing a robust starting point also acts as a guide to permit users to quickly extend the template to suit the particular requirements of their office or project.
Whilst we think the attributes provided fit the needs of most users, we understand everyone has their own graphical preferences and so may wish to modify the attributes we have provided. There is no issue with doing this, but please keep in mind that the attributes provided are used throughout the template – both assigned to default Tool settings and Favourites, and used in other Attribute definitions (e.g Timber Deck 100 fill is assigned as Vectorial Hatching for Timber Deck 100 material). Hence be very careful when modifying existing Attributes as this can impact many elements and locations in the file.
The best approach to creating new Attributes is to duplicate an existing one and then modify that duplicate to create the desired outcome.
It is important that Attributes and their Index Numbers (hidden to the user except via the Attribute Manager) are consistent across all Archicad files on a Project, to ensure consistent display of element properties and facilitate their transfer between files. Attributes, need to be carefully and actively managed by the most experienced Archicad User on a Project or in the Office for each project.
To facilitate the management of Indexing Numbers, Smart Template has no index number gaps in its Attributes.
Layers are the primary means of organising or classifying Model Elements in Archicad and controlling their visibility in various Views.
Layers in Smart Template are structured around classifying elements according to the Australian NATSPEC Specification System.
Although a Building Element classification system such as Uniformat (US) or Uniclass (UK) may be be more suited to categorisation of layers, Australia has currently no recognised system thus the NatSpec Worksection system has been selected as the most suitable locally accepted system for this purpose.
The Smart Template layer system follows the basic workflow of first building a digital Model of the building and then annotating and generating documentation from the same model. Layers are organised around the following groups of elements:
|0 > PRESENTATION & DRAFTING||Presentation elements – (2D + 3D) People, Vehicles, diagram elements, etc|
|1 > REFERENCE & ANNOTATION||Annotation elements – this is where all annotation (typically 2D) of the Model is placed including Labels, Drawing Markers, Dimensions, Room Labels, etc The REF layers are for the various Markers such as elevation, section or detail markers.|
|2 > SITE & LANDSCAPING to 9 > ELECTRICAL||The Model – these layer groups are where your building elements are placed (in 3D!).|
|MOD, REF, SEO||Non-building or file structure elements – Hotlink Master layers, construction guides, consultant drawings, solid element operation elements, etc|
Generally, the organisation of layers is hierarchical, the layer names are alphanumeric and layer names use easy to remember abbreviations without spaces in the singular (no plural terms).
There is a basic principle of modelling in 3D in ARCHICAD, however where 2D elements are required these reside on the same layer as a normal 3D element would. For example a 2D dashed line representing the alignment of a concrete wall hidden behind an element would be placed on the 03 WallIntConc layer along with a visible 3D wall element.
Layers are assumed to be scale agnostic unless otherwise indicated in their layer naming – scale specific layers generally only occur in the annotation layer groups as building elements are never scale specific.
Smart Template contains a comprehensive list of Layer Combinations to allow for flexibility in appearance of various View Sets.
Layer combinations are generally numbered according to the View type they are assigned to, which are in turn numbered according to the drawing set the corresponding Views are part of in the Layout Book – please refer to the Document Numbering System (DNS) section below for more information on this topic.
Pen Sets in Archicad control the colour & weight of all available pens used to draw elements. Since Archicad 10 it has been possible to create multiple Pen Sets, enabling the user to quickly change the appearance of elements (colour and line weight) by simply applying a different Pen Set to a view.
There are two basic approaches to using the Pen Table in Archicad.
The first is to assign pens using the same principle as conventional drafting where there are around 7 pens (but can be more) with increasing weight (a la Rapidograph pens) – this approach is commonly know as a Pen-by-Weight system.
The second is to leverage the 255 pen depth of the Pen Table to assign certain pens to certain functions (e.g. Pen 4 for Structural Cut Lines) – commonly known as a Pen-by-Function system.
Smart Template uses a Pen-by-Function system whereby elements of certain categories are assigned specific pens which are not shared with elements of a different category.
Whilst this is slightly more complicated than a simple Pen-by-Weight approach using only a few pens, this allows for much greater control over the appearance of elements in various forms of documentation.
A few examples of functions this system enables are:
|Annotation Pens||Annotation Elements – Labels, Text, Markers, Gridlines, etc|
|Architectural Pens||Architectural Model Elements – Structure, Facades, Partitions, etc|
|Color Drafting Pens||Color 2D Sketch / Presentation Elements – People, Vehicles, Diagrams, etc|
|FRL Pens||Fire Resistance Level – presets for FRL 60, 90, 120 and 180, additional pens reserved for additional FRLs|
|Markup Pens||Markup Tools, Revision Clouds|
|Zones Pens||Zone colour pens – preset to change colours per Zone Category|
|Company Colours Pens||Company Colours – reserved for your specific branding|
|Greyscale Drafting Pens||Greyscale 2D Sketch / Presentation Elements – People, Vehicles, Diagrams, etc|
|Rapidograph Drafting Pens||Greyscale 2D Sketch / Presentation Elements – pen weights preset as per Rapidograph table|
Please note when you hover above a pen a detailed description of a pens typical usage appears.
One of the key features of the Smart Template Pen Sets is the distinction between Pen Sets used for working – ‘Model’ Pen Sets – and Pen Sets for printing/publishing – the ‘Doc/Pres’ Pen Sets.
The Model Pen Sets are applied to working Model Views as you edit the model or drawings and facilitate quick identification of elements via colour for various element types.
The Doc/Pres Pen Sets (generally B&W or greyscale) are then applied to those Model Views when placed onto Layouts for printing.
The figures to the left illustrate the difference for the same plan.
Also, Smart Template includes a number of Fills based on room types. This allows for quick global changes, e.g. if the Client or Builder changes tiles.
For example residential design practices may make duplicates of the category ‘13-651900 Bedroom’ to develop sub-categories such as Master Bedroom, Guest Room, Nursery, etc.The Extras folder included in your copy of Smart Template contains the sub-folder Documentation>Omniclass, where you can find pdf’s of the omniclass categories. Alternatively you can download the latest from this website.
Unlike the other Attributes, Smart Template contains only a few predefined Composites.
Our experience has shown that the types of composites required for various Wall, Floor and Roof structures are very specific to particular project types, designers and builders preferences. In addition they are different between most projects and require an experienced user / Architect to set them up, as often they are the primary cause for later legal disputes. The Smart Template approach to Composites is to provide template composites which provide a starting point from which users can develop the composites typically used on their projects.
The primary composite provided is the ‘Composite Template’ (shown below) which contains layers of commonly used building materials or systems with the correct Intersection Priorities, Pens, Linetypes and Fills assigned. An experienced Architect should duplicate this composite and then delete / modify the skins as required to form the composite system desired.
We have also provided a few simple composites which illustrate setup for external and internal walls.
Smart Template includes a variety of useful parametric complex profiles.
In addition an extensive list of standard steel sections can be added to the projects Complex Profiles database as required via the menu item Options > Complex Profiles > Import Standard Steel Profile.
The only modification required by a user to these imported steel profiles is to assign the correct Pens and Intersection priorities. Typically these imported profiles are Steel, thus the single Profile provided with Smart Template can be used as a template for these properties (Opt-Click the existing profile to grab attributes, then Cmd/Ctrl-Opt-Click on the target to inject properties).
Note that mACT’s layout book has been pre-configured to use this numbering system.
To avoid accidental drawing re-numbering, the numbering is managed manually rather than automated by Archicad.
The Smart Template Titleblock system consists of two components.
The first is that the bulk of the titleblock is drawn on a Master Layout using Text, Lines and Fills (and images for logos if required). Text can either be static or Autotext (example of the latter is the Layout Title).
The second are the Revision notes and Northpoint which are placed on each Layout individually (NOT the Master Layout). The Northpoint object can be found in the Smart Template Library.
Layout specific information, such as revision letter / number, can be found in the individual Layout’s settings. Smart Template also includes a Drawing List under Schedules, which gives you an overview of all Layouts in a given set. You can edit the Layout settings directly in this schedule.
Graphic output in Archicad is managed in several places: Model View Option, Graphic Overrides & Renovation Filter. (And as discussed earlier Pen Set, Layer Combination & Scale.)
Smart Template includes various preset MVO’s to suit a variety of desired outputs.
Sub settings allow for control of the Smart Template Zone Stamp, Smart Template Labels and also allows the display and control of minimum space reservations for a variety of Smart Template Objects.
Smart Template includes an automated workflow for transmittals – eliminating the need for an external EXCEL spreadsheet.
The core element of this process is the Smart Template_Document Transmittal object that taps into the Archicad Revision Management systems data. The first step is to export this data via the Smart Template Issue History Index and Smart Transmittal Indices as a text files and then linking these into the Smart Template_Document Transmittal object.
Smart Transmittal Index lists Layouts and all necessary Layout related data required to be displayed on the Document Transmittal:
Smart Template Issue History Index reads all data from the Layout Book Issue Scheme:
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