Dietrich's ABC: Software Terms & Definitions
3D Views
The 3D view function is available in the D-CAM model space. Various components of the viewing situation are stored and can be recalled exactly as they were with a single click: view direction, rotation center, image section, current work plane, layer settings, display settings, and visible objects.
3D views are managed in the building navigation and can be selected directly from anywhere. By integrating 3D views into the "File current view" plan file, these plans become dynamic and can be recalculated.
Why: Features and Benefits
Simple access to complex input situations
Dynamic plans of details
Clear overview and fast processing
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9
Create 3D view: Option 7-1-3
Manage 3D views: Option 7-1-1
Related Topics
OpenGL
Display Settings
Building Navigation
Auto Wall
This function quickly creates the basic construction of a stick frame wall automatically. In one or more walls, the basic components (corner posts, corner detail, sole plate, top plate, double bottom plates and window/door studs) are created according to the settings in the dialog. All components can be modified and edited afterward if necessary.
Why: Features and Benefits
Basic design at the click of a button with adjustable properties
Time-saving for standard wall constructions
Automatic corner resolution
How: Module & Key Sequence
Access through Wall Design: Option 1-2-2
Auto Wall function: Option 3-5
Related Topics
Wall Design
Wall Properties
HRB Wall Guideline Editor
Beam Processors
The machine control file function is available in almost all modules. It transfers a user-defined selection of parts to the respective post-processor, where the actual machine file is created.
Why: Features and Benefits
Precise machine data
Always up-to-date regarding machine software
Wide selection of machines
How: Module & Key Sequence
Available in all construction modules
Beam Processor function: Option 1-02-1
Machine files: Option 1-6
Related Topics
Machine Control Files
Single Beam Info
D-CAM
Beam Type
When entering components (automatically or manually), a beam type and designation can be defined for each new component. This means naming the component in terms of timber construction (e.g., rafter, purlin, corner post). The program offers a wide range of beam types, but you can also enter your own names. The beam type is an important controlling factor for machine files, building display, and when sorting for group-wise recognition of certain components.
Why: Features and Benefits
Helpful categorization of components
Enables efficient automatisms
Consistent component identification
How: Module & Key Sequence
Available in all construction modules Edit beam type: Option 1-2-1
Related Topics
Sorting and Labelling
Material Data Base
MOS
Building
The building is the position type in Dietrich's in which the 3D construction of the building project is entered. This is where the volumes are generated, forming the basis for all plans, lists, and machine files.
Why: Features and Benefits
Central hub for all construction elements
Integrated 3D model
Basis for all output formats
How: Module & Key Sequence
Create new building: Option 1-1-1 Open existing building: Option 1-1-2
Related Topics
Project Administration
Building Navigation
Building Parts
Building Assistant
The functions of the building assistant are accessible in the roof calculation model area. This allows an entire roof calculation to be generated based on a previously entered profile position. Floors, walls, and ceilings can also be generated automatically. Depending on the input depth of the profile position, the Building Assistant offers the possibility of obtaining an already highly developed building in a time-saving manner.
Why: Features and Benefits
Fastest way to the finished roof and building
Efficiency using pre-configured settings
High level of automation
How: Module & Key Sequence
Access through Roof Calculation: Option 1-2-5 Building Assistant function: Option 2-6
Related Topics
Profile
Roof Calculation
Floor Plan
Building Library
This function, available in the Floor Plan model area, offers the possibility to store a whole building or parts of it in a library and reload it as needed. You can either insert saved building parts into other building positions or import individual parts from complete building positions into another position. When reading in, you can choose exactly which building elements (ceilings and walls of certain floors) are to be read in with or without components and associated auxiliary geometry.
Why: Features and Benefits
Well-controlled modular system possible
Efficient depiction of complex building models
Reduction of workload through reuse
How: Module & Key Sequence
Access through Floor Plan: Option 1-2-1 Building Library function: Option 1-5
Related Topics
Libraries/Objects
Building Part
Floor Plan
Building Navigation
The building navigation is a view window that displays the structure of the building (floors and building elements) and serves to switch to the model area. By clicking on the text, the program switches to the desired model space, directly to the clicked element. The building navigation window can be docked permanently on the left or right, positioned freely as an extra dialog box, or switched off.
Why: Features and Benefits
Fast and intuitive navigation through the building
Excellent overview, especially for walls and floor decks
Quick switching between model areas
How: Module & Key Sequence
Available in all modules Toggle Building Navigation: CRTL+Left Arrow.
Related Topics
MOS
Building Part
Display Settings
Building Outline
The building outline is the basis for roof calculation. It is entered and edited in the Roof Calculation module. The sides of the building outline are assigned profile values for the roof calculation, with which the program calculates the roof slab. Usually, the building outline corresponds to the outer edges or reference axes of the outer walls, but can also be defined completely independently. Each building can contain any number of building outlines.
Why: Features and Benefits
Easy creation of roof areas
Easy to handle
Flexible definition options
How: Module & Key Sequence
Access through Roof Calculation: Option 1-2-5 Create Building Outline: Option 2-5 Edit Building Outline: Option 3
Related Topics
Roof Calculation
Profile
Priority of Intersection
Building Part
The individual components of a building (walls, framework, ceiling/floor, roof areas) are called building elements. These are entered in the model areas floor plan, floor decks, and roof calculation. Components entered in the corresponding model space are automatically part of the respective building element but can also be manually assigned otherwise. This information is attached to the component and can be used for sorting, filtering, labeling, lists, and machine files.
Why: Features and Benefits
Clear assignment and organization
High level of automation
Flexibility through free assignment
How: Module & Key Sequence
Building parts are created in their respective modules: Floor Plan: Option 1-2-2 for walls Floor Decks: Option 1-2-4 for ceilings Roof Calculation: Option 1-2-6 for roofs
Related Topics
MOS
Building Navigation
Elements
Central Project
Central Project is a program module that enables structured teamwork, splitting work on bigger projects, and smooth program performance. Projects can be packed and stored on a network drive, then transferred to local PCs. Designers can take roles as "holder" (only one at a time, with saving privileges) or "viewer" (all functions available but no saving changes).
Why: Features and Benefits
Easy and secure teamwork
Better performance through local work
Permanent access to all projects in secure roles
How: Module & Key Sequence
Access in Project Administration
Related Topics
Project Administration
D-Ref Building Positions
Building
Clip-box
In the OpenGL workspace, the display can be limited to an area around the working layer, called the clip-box. Without switching off elements, the display is reduced to the desired section.
Why: Features and Benefits
Clarity for processing
Striking slice representation of the building
Possible "camera movement" through the building
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9
Clipbox function: Option 9-4
Settings: Option 9-4-1
Related Topics
OpenGL
Work Planes
Display Settings
Components
A component is a grouping of different parts with definition of views and perspectives. This enables fast and efficient plan storage of the component. The material list storage offers a separate component list.
Why: Features and Benefits
Fast and neatly structured production drawings
High level of automation for plans
Uniformity of the drawings
Clearly arranged list of components
How: Module & Key Sequence
Available in all construction modules Component function: Option 2-4 Component list: Option 1-3-7
Related Topics
Material List
Drawings
MOS
D-CAD 2D
D-CAD 2D is the 2D drawing module of Dietrich's software. Here, plans can be created manually with all common functions, and plans automatically generated from the building can be edited. D-CAD 2D runs as a separate task parallel to the construction program. After editing, plans are printed from here or exported as DXF files.
Why: Features and Benefits
Stand-alone CAD program
Dynamic connection to the building model
Full 2D drafting functionality
How: Module & Key Sequence
Access from Project Administration Start D-CAD 2D: Option 1-3-1 Open in D-CAD 2D: Option 1-1-3
Related Topics
Drawings
Drawing Section
Templates
D-CAM
D-CAM (free construction) is the model area in which all components can be freely entered or edited. Numerous and very individual requirements can be handled in a time-saving and efficient manner. D-CAM offers efficiency and freedom where standard applications cannot reach deep enough.
Why: Features and Benefits
Complete freedom in design
Time-saving functions and libraries
Numerous import and export possibilities
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9 D-CAM tools: Option 2-1 through 2-9 Special functions: Option 3-1 through 3-9
Related Topics
Work Planes
3D Views
Object Coordinate System
Default Values
Default values are user-defined variables accessible in project management, profile, all model areas in the building, and in the 2D CAD program. These can contain variables used in input functions and in automatisms such as HRB guidelines. This creates a dialog where you can set values and parameters that influence certain functions like a remote control, logic blocks, or smart tags.
Why: Features and Benefits
Further level of flexibility and reliability for powerful automatisms
Makes manual entries simpler and more flexible
Central dialog for most important parameters
How: Module & Key Sequence
Available in all modules Default Values: Option 1-7-3 Edit Values: Option 1-7-3-1
Related Topics
System Variables
Logic Blocks
SmartTags
Dimension Take Off
The dimension take-off (bill of quantities) stores all lengths, areas, or volumes of walls, ceilings, and roof areas in the building. The individual slices of walls, ceilings, and roof surfaces form the basis for these values. The dimensions are transferred to the construction data program, where they can be filtered, output, or exported.
Why: Features and Benefits
VOB German construction tendering and contract regulations
Exact image of the structure
Fully automated
How: Module & Key Sequence
Available in all modules Dimension Take Off: Option 1-3-2 Dimension Take Off Settings: Option 1-7-8
Related Topics
Project Data Program
Building Part
Slice Outlines
Dormer
The Dormer model area becomes accessible if a dormer has been created in roof calculation using the corresponding function. This model space can be used to process both the calculation and the component input in the respective dormer.
Why: Features and Benefits
Fast input using templates
Possibility to move and copy
Specialized dormer editing functions
How: Module & Key Sequence
Access through Dormer Design: Option 1-2-7 Create Dormer: Option 1-2-5 then Option 3-4 Dormer templates: Option 7-7
Related Topics
Roof Calculation
Roof Design
Templates
Drawing Section
The Drawing section function is available in the plan program and in most model areas in the building. Individual or several drawing elements, dimensions, and labels can be stored in a library and read out when needed. Partial drawings can also be inserted via logic blocks. If drawing elements have been saved with variable parameters, they are flexible regarding size and can be controlled via variables.
Why: Features and Benefits
Draw faster
Reliability by using "proven" details
Flexibility through controllable size
How: Module & Key Sequence
Available in most modules Drawing Section function: Option 4-4 Section Library: Option 4-4-2
Related Topics
Libraries/Objects
Logic Blocks
Drawings
Drawings
The information from the structure is transferred to the D-CAD 2D program via a drawing file. This automatically creates drawing elements that represent the building and its components in 2D, including automatic dimensioning, text, and hatching. Each model space has specifically tailored plan file functions for respective building elements. Most plans created this way are dynamically linked to the building position.
Why: Features and Benefits
High level of automation
High reliability through dynamics
Reduction of 2D work
How: Module & Key Sequence
Available in all construction modules Drawing functions: Option 1-1 Drawing settings: Option 1-7-9
Related Topics
D-CAD 2D
Templates
Drawing Section
D-Ref Building Positions
The D-Ref Building Reference module allows overlaying other buildings in the current building. These referenced buildings are then available in the display control with their own options, enabling various tasks.
Why: Features and Benefits
Comparison of different stages of the building
Dismantling a large building and dividing the work involved
Using "external" positions to adjust "your own" positions
Collision checks
Effective distribution of large projects
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9 D-Ref functions: Option 1-4-5 Manage D-Ref: Option 1-4-5-1
Related Topics
Central Project
Manage Clashes
Building
Edge Types
Dietrich's technique of optimized edge display allows reduction of edge-rich volumes (mostly profile beams, hardware, circular components) to only the lines required for the purpose. Various edge types can be defined in profile numbers or assigned manually in D-CAM.
Why: Features and Benefits
Clearly arranged model for better handling
Useful reduction of lines
Enables fast and accurate dimensioning
How: Module & Key Sequence
Available in all construction modules Edge Type settings: Option 1-7-1-3 Manual assignment: Option 3-2-5
Related Topics
Display Settings
OpenGL
Visualization
Elements
In the model areas Wall Design, Floor Design, and Roof Design, elementation creates individual subordinate areas in the building elements, whose components have a corresponding MOS assignment. For prefabrication of floors and roofs element by element, Elements is the ideal tool.
Why: Features and Benefits
Time saving
Precise and reliable
High level of automation
How: Module & Key Sequence
Available in Wall Design: Option 1-2-2 Available in Floor Design: Option 1-2-4 Available in Roof Design: Option 1-2-6 Element functions: Option 8-1 through Option 8-9
Related Topics
Building Part
MOS
Package/Element
Fasteners
In certain processes that connect components, fasteners can be defined. These are stored in the single beam info of the component (not as solids), similar to parametric operations. Fastener information can be entered manually or generated automatically via a smart tag and can be output to a corresponding material list.
Why: Features and Benefits
Simple and resource-saving technology
Good overview and precision through separate list
Efficient connection representation
How: Module & Key Sequence
Available in D-CAM/Free Design: Option 1-2-9 Single Beam Info: Option 6-1-1 Add Fastener: Option 6-1-1-4
Related Topics
Single Beam Info
SmartTags
Hardware Connection
Filter
The Filter function from the "Activate" menu is available in all model spaces for component input. It activates parts for list storage or machine transfers by filtering different properties of components. Filter settings can be saved and called up as favorites with their own icon.
Why: Features and Benefits
Quick activation of component groups
Efficient filtering for targeted filing or export
Customizable filter settings
How: Module & Key Sequence
Available in all construction modules Filter function: Option 8-1 Save filter: Option 8-1-2
Related Topics
MOS
Sorting and Labelling
Material List
Floor Decks
The floor deck is the model area in which ceilings on respective floors are entered. The slices of the ceilings are determined by the floor deck property used. Components can then be created in these slices in the floor design model area.
Why: Features and Benefits
Quick input of the ceilings
Automatic shape recognition
Basis for floor design
How: Module & Key Sequence
Access through Floor Decks: Option 1-2-3 Create Floor Deck: Option 3-1 Edit Floor Deck: Option 3-2
Related Topics
Floor Design
Manage Floor Deck Properties
Elements
Floor Design
The floor design is the model area in which ceiling components are entered. Once a floor deck has been determined, the corresponding floor design is accessible. Each floor deck can be called up individually to enter components manually or automatically.
Why: Features and Benefits
Fast and easy component input
Possibility of elementation
Automatic trimmers at openings
How: Module & Key Sequence
Access through Floor Design: Option 1-2-4 Manual input: Option 2-1 through Option 2-9 Automatic input: Option 3-1 through Option 3-9
Related Topics
Floor Decks
Elements
Manage Floor Deck Properties
Floor Plan
The floor plan is the model space in which walls are entered. Here you first define the story structure of the building and then enter walls and their openings story by story. By corresponding import (for example IFC), a complete building can also be imported. Additionally, the floor plan allows HRB allocation of walls and special elements such as chimneys and stairs.
Why: Features and Benefits
Clear overview and control over the storeys
Easy editing of the walls
Foundation for the entire building structure
How: Module & Key Sequence
Access through Floor Plan: Option 1-2-1 Enter walls: Option 3-1 Create openings: Option 3-2
Related Topics
Building Outline
Wall Design
IFC-Import-Export
Hardware Connection
The hardware connection function inserts hardware together with machining operations for "column foot" and "T-connection" situations. The library of hardware is filtered according to component dimensions and manufacturer specifications.
Why: Features and Benefits
Easy insertion of hardware
Precision with regard to edge distances
Automatic compliance with manufacturer's specifications
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9 Hardware function: Option 2-7 Hardware settings: Option 7-7
Related Topics
Metal Connector Catalogue
Single Beam Info
Libraries/Objects
HRB Wall Guideline Editor and Construction
With the HRB module, walls can be automatically constructed with timber frame components. In the HRB Wall Guideline Editor (a separate program started parallel to construction), components and their properties are defined in construction guidelines. Using predefined rules and specific wall definitions, the program generates timber frame components and adjusts them at the push of a button when building geometry changes.
Why: Features and Benefits
Confidence during input
Time-saving and efficient working method
High level of flexibility
How: Module & Key Sequence
Access through Wall Design: Option 1-2-2 HRB functions: Option 7-1 Start HRB Editor: Option 7-1-4
Related Topics
Wall Design
Auto Wall
Wall Properties
IFC-Import-Export
In the Floor Plan model area, the IFC data format is available for import, making it possible to read an entire building with the corresponding structure into Dietrich's. Dietrich's IFC Premium offers powerful interpretation options during import, allowing construction details to be executed automatically when transferring from planning software to CAD/CAM construction software.
Why: Features and Benefits
Saves having to input the building manually
Complete BIM interchange
Import independent of planning software
How: Module & Key Sequence
Access through Floor Plan: Option 1-2-1 IFC Import: Option 1-4-1 IFC Export: Option 1-5-1
Related Topics
Building
Floor Plan
Project Administration
Intersection Sets
This function intersects component groups defined by their assigned item numbers. It can be executed in wall and ceiling design and in D-CAM. For intersect (no machine processes in single beam), several types of intersection are available, as well as "air gaps" around the intersections on the female components.
Why: Features and Benefits
Reliable automatism
Quick and easy handling of many single components (e.g., insulation in HRB wall)
Flexible intersection options
How: Module & Key Sequence
Available in Wall Design: Option 1-2-2 Available in Floor Design: Option 1-2-4 Available in D-CAM/Free Design: Option 1-2-9 Intersection function: Option 3-9
Related Topics
Single Beam Info
Item Number
Processes/Solid Tools
Item Number
Item numbers are managed in the material database and contain information on the type of part, material parameters, ordering information, and profile descriptions. Each part is created with a specific item number that carries information into lists, plans, and machine files.
Why: Features and Benefits
Central location for all important properties
Standardized component identification
Basis for material lists and machine files
How: Module & Key Sequence
Available in all construction modules View Item Numbers: Option 7-5 Edit Item Number: Option 3-2-6
Related Topics
Material Data Base
Replacement Item Number
Sorting and Labelling
Libraries/Objects
The library/object function from Wall Design and Ceiling Design model areas stores individual parts or part groups to a library for later use. Frequently used components can be quickly inserted without creating them manually again.
Why: Features and Benefits
Faster component input
Reliability by using "proven" configurations
Reusability of common components
How: Module & Key Sequence
Available in Wall Design: Option 1-2-2 Available in Floor Design: Option 1-2-4 Library functions: Option 7-3
Related Topics
Building Library
Drawing Section
Templates
List of Points
Point clouds from laser scanners can be evaluated in D-CAM via connection to the As-Built Modeler software. Selected points can be transferred directly into Dietrich's building, orthophotos imported, and lines generated in the Modeler imported as DXF.
Why: Features and Benefits
Complete measurement of all points available
Optimized refinement in As-Built Modeler
Efficient handling and more reliability in 3D
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9 Point Cloud functions: Option 1-4-4 Import points: Option 1-4-4-1
Related Topics
D-CAM
IFC-Import-Export
Work Planes
Logic Blocks
A Logic Block combines components, machining, drawing elements, dimensions, and labels. Logic blocks can be defined individually to create very specific elements automatically. By reading variables and existing values in the building and selecting points and components, logic blocks become versatile and powerful.
Why: Features and Benefits
Maximum degree of individuality and flexibility
High amount of complexity possible
Ideal for situations where standard tools offer limited input comfort
Almost everything that can be entered manually can be solved more efficiently with a logic block
How: Module & Key Sequence
Available in all construction modules Logic Block functions: Option 7-8 Insert Logic Block: Option 7-8-1
Related Topics
SmartTags
Default Values
System Variables
Machine Control Files
The postprocessors convert data from component processing, panel shapes, and wall structures into machine data for all relevant machine types. Individually available interfaces offer coordinated transfer from Dietrich's system to machine software.
Why: Features and Benefits
Precise machine data
Always up-to-date regarding machine software
Wide selection of machines
How: Module & Key Sequence
Available in all construction modules Machine Control Files: Option 1-2-3 Export Machine Files: Option 1-6
Related Topics
Beam Processors
Single Beam Info
Processes/Solid Tools
Manage Clashes
Manage clashes is available in the D-CAM model space for checking possible clashes of components. With adjustable precision, all selected volumes are checked for clashes. The clashes found are stored on the components as identifiers for later processing or filtering.
Why: Features and Benefits
Simple and targeted review
Confidence there are no clashes before generation of plans, lists, machine files
Automated consideration of other building components or planning phases
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9 Manage Clashes function: Option 3-8 Clash settings: Option 3-8-1
Related Topics
D-Ref Building Positions
Filter
Visualization
Manage Floor Deck Properties
The floor deck properties determine the layered structure of a ceiling/floor. The ceiling type and the position of the sub-floor are also defined here, influencing the height positioning of the ceiling and the correct detection of roof areas.
Why: Features and Benefits
Visual representation of the ceiling/floor slices
Precise definition of floor structure
Basis for floor design
How: Module & Key Sequence
Access through Floor Decks: Option 1-2-3 Floor Deck Properties: Option 3-3 Property settings: Option 3-3-1
Related Topics
Floor Decks
Floor Design
Slice Outlines
Material Data Base
The material database is part of the Project Data Program and represents the collection of all item numbers. Parameters of supplied item numbers can be customized, and new item numbers can be created. All contents can be exchanged between different master databases using data transfer.
Why: Features and Benefits
Extensive collection of all common materials
Flexible by user customization
Nothing gets lost through data transfer
How: Module & Key Sequence
Access through Project Data Program Material Database: Option 4-1 Edit Material: Option 4-1-1
Related Topics
Item Number
Replacement Item Number
Project Data Program
Material List
The Material Lists function transfers components entered for a building structure to the project data program or outputs them directly as document or spreadsheet files. Different list types are available depending on the component type.
Why: Features and Benefits
Finished lists at the push of a button
Simple representation of all component properties
Comprehensive documentation
How: Module & Key Sequence
Available in all construction modules Material List: Option 1-3-1 List settings: Option 1-7-7
Related Topics
Project Data Program
Item Number
Sorting and Labelling
Metal Connector Catalogue
The metal connector library offers a wide range of timber construction hardware for insertion. Some fittings provide necessary processing for timber construction components.
Why: Features and Benefits
Large selection of fittings
Simultaneous insertion of processes
Standardized hardware placement
How: Module & Key Sequence
Available in all construction modules Metal Connector function: Option 2-7 Connector settings: Option 7-7-1
Related Topics
Hardware Connection
Single Beam Info
Libraries/Objects
MOS
MOS means Model, Organization, and Structure - necessary to handle the large number of building elements and components. Many MOS assignments are automatically controlled by the program but can be edited and extended by the user.
Why: Features and Benefits
High level of structure and organization
Fast filtering
Excellent control
How: Module & Key Sequence
Available in D-CAM/Free Design: Option 1-2-9 MOS functions: Option 8-2 MOS settings: Option 8-2-1
Related Topics
Building Navigation
Building Part
Package/Element
Niches
A niche is an opening in the wall or ceiling that doesn't necessarily penetrate the building element completely. Logic blocks can be attached to niches, and HRB guidelines can move slice outlines and create components. Niches can be entered manually or come via IFC import.
Why: Features and Benefits
Flexible input method for wall and ceiling areas
High degree of automation possible
Perfect for service installations
How: Module & Key Sequence
Available in Floor Plan: Option 1-2-1 Available in Wall Design: Option 1-2-2 Niche function: Option 3-3
Related Topics
Wall Design
Logic Blocks
HRB Wall Guideline Editor and Construction
Object Coordinate System
Each volume in a building position has its own coordinate system, the object coordinate system. This results in the reference sides of the object to which parametric operations are related.
Why: Features and Benefits
Precise and powerful machine data
Effective control for plans
Clear orientation reference
How: Module & Key Sequence
Available in all construction modules Object Coordinate settings: Option 3-2-4 View Coordinates: Option 7-2
Related Topics
Single Beam Info
Processes/Solid Tools
Machine Control Files
OpenGL
With OpenGL technology, volumes can be displayed graphically in rendered form. You can view components with texture in selected perspectives and store images. The OpenGL workspace offers the possibility to work constructively in such a representation.
Why: Features and Benefits
Realistic representation
Better overview in complex situations
Interactive 3D environment
How: Module & Key Sequence
Available in all construction modules OpenGL workspace: Option 9-1 OpenGL settings: Option 9-2
Related Topics
Clip-box
Visualization
3D Views
Overhang Areas
The program can determine three areas for each roof surface: Overhang area, Habitable space, and Non-Habitable space. These area definitions are used for detailed dimension take storage and automatic assignment of sheathings and boards.
Why: Features and Benefits
Precise division of the roof
Detailed dimension take-off
Precise sheathing allocation
How: Module & Key Sequence
Access through Roof Calculation: Option 1-2-5 Overhang Area function: Option 3-7 Area settings: Option 3-7-1
Related Topics
Roof Calculation
Roof Properties
Dimension Take Off
Package/Element
In the D-CAM model area, "package/element" can be defined in addition to existing building MOS areas, allowing individual organization and division of components into groups.
Why: Features and Benefits
Better organization possible
Fast filtering
More information on components
How: Module & Key Sequence
Access through D-CAM/Free Design: Option 1-2-9 Package/Element functions: Option 8-3 Edit Package/Element: Option 8-3-1
Related Topics
MOS
Elements
Building Part
Priority of Intersection
Building outlines used in roof calculation have intersection priorities that influence the intersection of roof surfaces. There is a ranking order where some areas are cut and others are not.
Why: Features and Benefits
Intelligent control of automatic roof calculation
Flexibility with manual processing
Proper roof intersection handling
How: Module & Key Sequence
Access through Roof Calculation: Option 1-2-5 Priority function: Option 3-6 Edit Priority: Option 3-6-1
Related Topics
Priority of Intersection
Building outlines used in roof calculation have intersection priorities that influence the intersection of roof surfaces. There is a ranking order where some areas are cut and others are not. Priority 0 can be used to ignore roof areas for intersection.
Why: Features and Benefits
Intelligent control of automatic roof calculation
Flexibility with manual processing
Prevents unwanted intersections for cleaner roof designs
Allows fine control over complex roof geometries
How: Module & Key Sequence
Access via Roof Calculation module: Option 1-2-5 Configure using: Option 3-6 to edit intersection priorities
Related Topics
Roof Calculation
Building Outlines
Roof Surface Properties
Processes/Solid Tools
Depending on the function used, machining operations are stored parametrically in the single beam or as a shape change on the volume. Only parametric processing in the single beam can be transferred to joinery machines. Some intersect operations can be converted into machine operations using a special function in D-CAM.
Why: Features and Benefits
High quality machine transfer
Machining remains editable
Various tools according to application
Precise control over component processing
How: Module & Key Sequence
Access via D-CAM/Free Design module: Option 1-2-9 Use processes menu: Option 3-1 for parametric machining operations Solid tools available via: Option 3-2
Related Topics
Single Beam Info
Machine Control Files
Post Processors
Hardware Connections
Profile
The profile is a position type that depicts a vertical section through the building, including roof shape and components, and potentially all floors with walls and ceilings. The entire height structure of the building can be determined and later transferred to the building using the building assistant.
Why: Features and Benefits
Clear and straightforward cut through the building
Transfer of all parameters to the building
Automatic profile plan
Efficiently defines building structure with minimal input
How: Module & Key Sequence
Create via Project Administration: Option 1-1 Then create a profile position: Option 2-2 Edit profile via: Option 1-2 Save as template: Option 4-3-1
Related Topics
Building Assistant
Building Outline
Wall Properties
Roof Calculation
Program Module
Dietrich's construction area is divided into nine modeling areas: Floor plan, Wall design, Floor decks, Floor design, Roof calculation, Roof design, Dormer design, Truss design, and D-CAM (Free design). Each model space has its own representation with appropriate functions.
Why: Features and Benefits
Clear arrangement of the building in input areas
Although all component inputs generate objects in 3D, many inputs can be made in a 2D view
More reliable, efficient, and faster input
Very simple structuring and organization of the building
How: Module & Key Sequence
Access modules via Building Navigation or directly:
Floor Plan: Option 1-2-1
Wall Design: Option 1-2-2
Floor Decks: Option 1-2-3
Floor Design: Option 1-2-4
Roof Calculation: Option 1-2-5
Roof Design: Option 1-2-6
Dormer Design: Option 1-2-7
Truss Design: Option 1-2-8
D-CAM/Free Design: Option 1-2-9
Related Topics
Building Navigation
MOS (Model, Organization, Structure)
Building Parts
Display Settings
Project Administration
Project administration is the first part of Dietrich's software that opens at program start. Here, new projects are created, existing ones opened and edited, other program modules started, files copied and moved, and project positions sent by email.
Why: Features and Benefits
Excellent overview of all projects
Easy editing, copying, sending
Central hub for access to all program functions
Manages access to network drives and file permissions
How: Module & Key Sequence
Loads automatically at program start Create new project: Option 2-1 Open existing project: Option 2-2 Project settings and management: Option 5
Related Topics
Central Project
Project Data Program
Templates
File Management
Project Data Program
The project data program manages and processes various information from the building. Dimension take-off and material lists are edited and output or exported here. The master database with item numbers is also maintained in this program.
Why: Features and Benefits
Automatic length optimization
Extensive materials database
Comprehensive material list management
Integration with external systems
How: Module & Key Sequence
Access from Project Administration: Option 1-3 Material list management: Option 2 Item number database: Option 4-1 Export functions: Option 3
Related Topics
Material Lists
Material Database
Dimension Take Off
Replacement Item Numbers
Reference Axis
When designing walls, the position of the reference axis can be defined anywhere within the wall structure and used for positioning and precise positioning in case of subsequent wall changes. Floor deck outlines can be automatically generated in relation to wall reference axes.
Why: Features and Benefits
Fixed line in walls for orientation
Enables further automatisms
Precise positioning during modifications
Consistent alignment between building elements
How: Module & Key Sequence
Access via Wall Design module: Option 1-2-2 Set in wall properties: Option 3-2 Edit existing reference axis: Option 3-4
Related Topics
Wall Properties
Wall Design
Floor Decks
Building Outline
Replacement Item Number
During sorting, replacement item numbers can be assigned automatically. This allows components created with a general item number (e.g., sheets with "OSB") to be assigned substitute item numbers (e.g., "OSB/3 15mm"). This is controlled via identifiers in the construction data program.
Why: Features and Benefits
More flexibility in component input
More differentiated material allocation for high-quality lists and machine data
Reliable and time-saving automation
Reduces the number of necessary settings
How: Module & Key Sequence
Configure in Project Data Program: Option 1-3 Then access material database: Option 4-1 Select item number and use: Option 2-3 for replacement settings Apply during sorting: Option 3-1-1 in building modules
Related Topics
Sorting and Labelling
Material Database
Item Numbers
Material Lists
Resize/Change Section
The Change Section function allows subsequent modification of the item number and cross-section values of components. The side of the member to retain its original position can be specified in the dialog or determined graphically by clicking on "the blue arrow".
Why: Features and Benefits
Quick and easy modification of existing components
Visual feedback for modifications
Maintains connection to other components
Controls which side remains fixed
How: Module & Key Sequence
Access in any building module Most commonly used in D-CAM/Free Design: Option 1-2-9 Use Option 3-5 to resize/change section Select component and adjust parameters
Related Topics
Single Beam Info
Item Numbers
Component Properties
Filtering
Roof Calculation
The roof calculation is the model space in which roof areas are entered. The program calculates the roof surface by means of a house contour and corresponding attributes on the roof sides, creating roof areas where components can be entered in the roof structure.
Why: Features and Benefits
Connection of roof components with roof surfaces
Fast and reliable input
Automatic dimension take-off
Automated roof surface creation
How: Module & Key Sequence
Access via Roof Calculation module: Option 1-2-5 Create building outline: Option 2-1 Set profile values: Option 2-3 Calculate roof: Option 3-1
Related Topics
Building Outline
Roof Properties
Roof Design
Profile
Roof Construction Guidelines
Dietrich's Roof construction guidelines automatically creates timbers on selected roof surfaces according to self-defined rules. The roof guideline, containing rules and settings, can be stored in the roof surface properties and used for manual input of roof structure components.
Why: Features and Benefits
Fast creation of roof timbers
Reliability and uniformity through default settings
Less work due to automation
Consistent rafter patterns
How: Module & Key Sequence
Access via Roof Design module: Option 1-2-6 Then use roof guideline function: Option 2-6 Apply to roof surfaces: Option 2-7 Edit guidelines: Option 2-8
Related Topics
Roof Design
Roof Properties
Roof Calculation
Templates
Roof Design
The roof design is the model space in which roof components are entered. Based on the roof calculation, roof areas are available to manually or automatically create components. Powerful automation controls relationships between roof components and openings.
Why: Features and Benefits
High level of automation
Customized input dialogs
Automatically dimensioned and dynamic plans
Intelligent handling of roof intersections
How: Module & Key Sequence
Access via Roof Design module: Option 1-2-6 Manual component input: Option 2-1 to 2-4 Automatic component creation: Option 2-6 Element creation: Option 2-9
Related Topics
Roof Calculation
Roof Construction Guidelines
Roof Properties
Dormers
Roof Properties
Roof surface properties determine the layered structure of roof surfaces, intersection with walls, and design of roof layers at edges and openings. They also define what values are written into dimension take-off and which roof layers are created as slabs for visualization.
Why: Features and Benefits
Visual representation of roof layers
U-Value Calculation
Precise control over intersections
Automated take-off values
How: Module & Key Sequence
Access via Roof Calculation module: Option 1-2-5 Edit properties: Option 3-3 Or access in Roof Design module: Option 1-2-6 Then use: Option 3-4
Related Topics
Roof Calculation
Roof Design
Dimension Take-off
Slice Outlines
Rooms
To determine data for building physics calculations and create room surveys according to regulations, rooms can be entered in the floor plan model area. These are formed based on automatically detected floor space and boundaries to the top and bottom.
Why: Features and Benefits
Specific preparation of the building
Simple input
Clear representation
Automated room volume generation
How: Module & Key Sequence
Access via Floor Plan module: Option 1-2-1 Create rooms: Option 2-5 Edit room properties: Option 3-4 Room area calculations: Option 3-8
Related Topics
Floor Plan
Dimension Take-off
DIN 277 Compliance
Living Space Calculation
Single Beam Info
The Single Beam info opens a dialog displaying all parametric operations on a component. Processes can be added, deleted, and edited. It also shows how machining operations were created and whether other parts are linked to the current one.
Why: Features and Benefits
Excellent control over processing
Clearly arranged processing list
Additional input option
Detailed component information
How: Module & Key Sequence
Available in all building modules Most commonly used in D-CAM/Free Design: Option 1-2-9 Access via: Option 3-1-1 Select component to view/edit info
Related Topics
Processes/Solid Tools
Machine Control Files
Hardware Connections
SmartTags
Slice Outlines
Walls, ceilings/floors, and roofs have defined slice structures determining individual slices of the building element. Each slice has an outline and often an individual shape that can be manipulated through manual functions and powerful automatisms.
Why: Features and Benefits
Ensures correct panel shapes automatically
Controls layered construction
Supports complex geometric relationships
Basis for thermal calculations
How: Module & Key Sequence
Access in Wall Design module: Option 1-2-2 Edit slice outlines: Option 3-3 Access in Floor Design module: Option 1-2-4 Edit outlines: Option 3-3
Related Topics
Wall Properties
Floor Deck Properties
Roof Properties
Slice Items
SmartTags
A SmartTag is a grouping of operations applied to parts using a function in various model areas. All machining operations that can be created in a component's single member can be integrated into a SmartTag. With variables, machining operations can be designed flexibly based on component properties.
Why: Features and Benefits
Attach many machining operations reliably, quickly, and efficiently
Clever and powerful shortcut for manual processing
High flexibility through variables
Further efficiency increase possible by using SmartTags in combination elements
How: Module & Key Sequence
Create/edit in D-CAM/Free Design: Option 1-2-9 SmartTag editor: Option 7-7-1 Apply SmartTag: Option 3-1-5 SmartTag management: Option 7-7-2
Related Topics
Single Beam Info
Logic Blocks
System Variables
Processes
Sorting and Labelling
This function assigns part numbers to components according to predefined settings. Identical components get the same part numbers. Sorting is automatically requested before output when relevant changes to parts have occurred since the last sorting.
Why: Features and Benefits
Fast automatic numbering
Reliability through customized presettings
High flexibility
Consistent component identification
How: Module & Key Sequence
Available in all building modules Access via: Option 3-1 Parameters and settings: Option 3-1-2 Manual sorting: Option 3-1-1
Related Topics
Sorting Number
Replacement Item Numbers
Material Lists
MOS
Sorting Number
The Sort function assigns a sequence number to each part in a building position. Depending on sorting settings, each volume gets its own number or they are combined according to rules. The sequence number can be used to filter parts and is transferred in lists, plans, and machine files.
Why: Features and Benefits
Enables singularity of each component
Simplifies filtering and storage
Provides unique identification
Supports production sequencing
How: Module & Key Sequence
Access in any building module Set sorting parameters: Option 3-1-2 Execute sorting: Option 3-1-1 View sorting numbers in object info: Option 9-3
Related Topics
Sorting and Labelling
Replacement Item Numbers
Material Lists
Object Info
System Variables
System variables are values and properties determined in the building based on entered information and components. This information is available as variables for program functions and automatisms like HRB guidelines, smart tags, and logic blocks.
Why: Features and Benefits
High reliability due to automatic recording of current status
Many possibilities for practical conditions for automatisms
Adapts to current building geometry
Reduces manual data entry
How: Module & Key Sequence
No direct access module; used within other functions View available in D-CAM/Free Design: Option 1-2-9 Access in SmartTag editor: Option 7-7-1 Use in logic blocks: Option 7-9
Related Topics
SmartTags
Logic Blocks
Default Values
HRB Guidelines
Templates
In Dietrich's, settings can be saved and organized in almost all input dialogs. Positions and formats can be saved as templates and used anytime. Profiles, buildings, plans, lists, and more can be saved under their own name regarding central properties.
Why: Features and Benefits
Quick and efficient working
High degree of reliability and consistency
Reusable configurations
Standardized workflow
How: Module & Key Sequence
Available in almost all dialogs Save template buttons in respective dialogs Access templates via: Option 4-3 Manage templates: Option 4-3-3
Related Topics
Default Values
Work Environments
Project Administration
System Settings
Truss
Trusses function similarly to other building elements and can be entered vertically or inclined in the floor plan or roof design. Once entered, components can be created in the Truss Design model area and provide their own MOS information.
Why: Features and Benefits
Efficient input of trusses and beams
Automatisms for creation
Connection to D-Calcs
Integrated structural analysis
How: Module & Key Sequence
Create in Floor Plan module: Option 1-2-1 Use truss function: Option 2-8 Edit in Truss Design module: Option 1-2-8 Component creation: Option 2-1 to 2-4
Related Topics
D-Calcs
MOS
Roof Design
Floor Plan
Visualization
To visualize buildings beyond OpenGL, export options include 3D PDF and 3D Web Viewer for viewing and communication. For high-quality visualizations, exports are available in formats 3ds, skp, fbx, gltf, and obj with matching and aligned textures.
Why: Features and Benefits
Detailed 3D representation with realistic textures
Suitable exports for every purpose
Simple handling
Multiple output formats
How: Module & Key Sequence
Access in any building module Export visualization: Option 1-5-3 3D Web Viewer: Option 1-5-4 3D PDF: Option 1-5-5
Related Topics
OpenGL
3D Views
Materials
Textures
Wall Attributes
Walls have attributes including additional information that influence automatic allocation by HRB guidelines. Wall ends, top and bottom connections, and panel separation direction can be defined, along with wall numbers and construction types.
Why: Features and Benefits
"Intelligent" walls through more stored information
Controls automatic component generation
Defines wall relationships
Streamlines prefabrication
How: Module & Key Sequence
Access via Floor Plan module: Option 1-2-1 Set attributes: Option 3-4 Or via Wall Design module: Option 1-2-2 Edit attributes: Option 3-5
Related Topics
Wall Properties
HRB Guidelines
Wall Design
Floor Plan
Wall Design
The wall design model space allows components to be entered into existing walls. It shows wall view, horizontal and vertical sections in 2D, facilitating easy and clear component input with controlled positioning of all components.
Why: Features and Benefits
Well-structured and controlled working in 2D
User comfort in display by dividing view into three areas
Automatically correct MOS
Various input options
How: Module & Key Sequence
Access via Wall Design module: Option 1-2-2 Component inputs: Option 2-1 to 2-7 Automatic creation: Option 2-8 Element creation: Option 2-9
Related Topics
Wall Properties
HRB Guidelines
Wall Attributes
Slice Outlines
Wall Properties
Wall properties determine the layered structure, wall type, reference axis position, positioning, and height references of walls. Additional settings control input direction and links to HRB guideline files.
Why: Features and Benefits
U-value calculation available
Precise work in wall construction
"Intelligent" walls through more stored information
Controls height relationships
How: Module & Key Sequence
Access via Floor Plan module: Option 1-2-1 Set properties: Option 3-2 Edit existing walls: Option 3-4 Wall type management: Option 3-9
Related Topics
Wall Design
Wall Attributes
HRB Guidelines
Slice Outlines
Work Environments
The work environment represents the entirety of saved settings, templates, and other customizations. It ensures all users work with the same pre-settings for consistent project standards.
Why: Features and Benefits
Consistency in projects
Clear working method
Reliability when using complex functions and settings
Standardized workflow
How: Module & Key Sequence
Access via Project Administration: Option 1-1 Work environment settings: Option 5-3 Save environment: Option 5-3-1 Load environment: Option 5-3-2
Related Topics
Templates
System Settings
Default Values
Project Administration
Work Planes
In D-CAM, you can draw and construct in working planes. Various functions define a plane in space, which can be activated for the input of drawing elements and objects, with special functions utilizing the plane.
Why: Features and Benefits
Quick and easy creation
Clear organization and display
More organization in building structure
Time-saving and efficient input in 3D
2D-Elements in D-CAM
How: Module & Key Sequence
Access via D-CAM/Free Design: Option 1-2-9 Create work plane: Option 1-6-1 Activate work plane: Option 1-6-2 Work plane settings: Option 1-6-3
Related Topics
D-CAM
3D Views
Display Settings
Plan Elements
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