Program Modules
INSTRUCTION TYPE:
Exploration
INSTRUCTION TITLE:
Navigating Dietrich's Building Modules
CATEGORY:
Software Navigation
OBJECTIVE:
Learn how to navigate between different building modules in Dietrich's software and understand their specific functions for timber construction design
PREREQUISITES:
Basic understanding of timber construction terminology
Familiarity with CAD/CAM software interfaces
Access to Dietrich's software with appropriate licensing
EXPERTISE LEVEL:
Novice
PARAMETERS:
Program Module: Different specialized interfaces for designing specific building elements
Building Elements: Walls, floors, roofs, trusses, and other structural components
Navigation Methods: Menu sequences and building navigation tree
View Controls: Options for visualizing different aspects of the building model
STEPS:
Floor Plan module: Access the foundation of building design
Navigate using menu sequence 1-2-1 (File > Change program module > Floor plan)
Use this module to establish the basic layout of your building
Floor Plan module: View existing storeys in your project
Go to the Floor Plan module (1-2-1)
Observe all existing storeys in the storey list
To edit storey properties, click the "Edit" button
Wall Design module: Work with detailed wall construction
Access via menu sequence 1-2-2 (File > Change program module > Wall design)
Examine wall properties by right-clicking on a wall and selecting "Property"
Create and modify wall framing (studs, posts, plates)
Floor Decks module: Define horizontal structures
Navigate using menu sequence 1-2-3 (File > Change program module > Floor decks)
Establish floor heights and relationships to walls
Create openings for stairs and other features
Floor Design module: Detail floor structures
Access via menu sequence 1-2-4 (File > Change program module > Floor design)
Layout joists, subfloor, and ceiling materials
Generate connections to supporting walls
Roof Calculation module: Create roof geometries
Use menu sequence 1-2-5 (File > Change program module > Roof calculation)
Define roof slopes, pitches, and overhangs
Manage intersecting roof surfaces
Roof Design module: Detail roof components
Navigate using menu sequence 1-2-6 (File > Change program module > Roof design)
Layout rafters, ridge beams, purlins, and collar ties
Apply roofing materials and finishing details
Dormer Design module: Design dormers
Access via menu sequence 1-2-7 (File > Change program module > Dormer Design)
Create dormer framing with proper connections to main roof
Detail window openings within dormers
Truss Design module: Create trusses
Navigate using menu sequence 1-2-8 (File > Change program module > Truss design)
Design various truss types (king post, queen post, scissor)
Define connection details for truss members
D-CAM module: Use for custom design elements
Access via menu sequence 1-2-9 (File > Change program module > D-CAM: free design)
Create components not covered by other modules
Model complex connections and details
EXPECTED RESULTS:
You should be able to navigate confidently between different building modules, understanding which module to use for specific design tasks. You'll recognize how these modules interconnect to create a comprehensive building model where changes in one area appropriately affect related elements.
COMMON VARIATIONS:
Module availability depends on your software license level
Some modules only become accessible after creating prerequisite elements
Interface appearance may vary between software versions
Keyboard shortcuts may provide alternative navigation methods
TROUBLESHOOTING:
If a module appears grayed out: Check if you need to create prerequisite elements first
If the building navigation tree is not visible: Activate it through General Settings (1-7-2)
If changes in one module don't appear in another: Use the Update function to refresh
If you can't edit certain properties: Verify you're in the correct module for that element type
FOLLOW-UP ACTIONS:
Explore the detailed functions within each module
Learn how to generate construction documents from your model
Practice creating a complete structure using the logical progression of modules
Experiment with material specifications and connection details
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