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[docs] Starting Project 0 tutorial (#4953)

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src/blenderbim/docs/users/modeling/basic_modeling/adding_doors_windows.rst
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Adding Doors and Windows
========================
This section covers how to add and customize doors and windows in your BIM model using the BlenderBIM Add-on.
Adding a Door
-------------
1. Select the wall where you want to place the door.
2. Set the 3D cursor on the wall at the desired door location.
3. Click on the "Create Door" tool in the BlenderBIM toolbar.
4. In the top bar, you'll see "[No IfcDoorType Found] | Name [TYPEX] | + Add IfcDoorType".
5. Edit [TYPEX] to use a door type name of your choice (e.g., DOOR001).
6. Click "+ Add IfcDoorType". The top bar will update with additional options.
7. Click "Add" (or press SHIFT+A) to create a door with its own type.
8. Adjust the door's width and height using the parameters in the top bar.
Adding a Window
---------------
1. Select the wall where you want to place the window.
2. Set the 3D cursor on the wall at the desired window location.
3. Click on the "Create Window" tool in the BlenderBIM toolbar.
4. In the top bar, you'll see "[No IfcWindowType Found] | Name [TYPEX] | + Add IfcWindowType".
5. Edit [TYPEX] to use a window type name of your choice (e.g., WINDOW001).
6. Click "+ Add IfcWindowType". The top bar will update with additional options.
7. Click "Add" (or press SHIFT+A) to create a window with its own type.
8. Adjust the window's width and height using the parameters in the top bar.
Modifying Doors and Windows
---------------------------
.. note::
Some functionality is not implemented.
You can modify doors and windows using various tools:
- Resize: Adjust the width and height parameters in the top bar.
- Move: Use Blender's standard move tools to reposition the door or window.
- Flip: Change the opening direction using the flip tool (if available).
.. note::
After moving a door or window, you need to recalculate the void in the wall. To do this:
- Select the wall containing the moved door or window and the door/window.
- Click on the "Apply Void" (:kbd:`Shift` + :kbd:`O`) button in the top bar or use the appropriate shortcut.
- This ensures that the opening in the wall is correctly positioned after moving the door or window.
Door and Window Properties
--------------------------
.. note::
This functionality is not implemented.
After adding a door or window, you can customize its properties:
1. Select the door or window in the 3D viewport.
2. Go to the ... panel.
3. Find the ... section.
4. Here you can set various properties such as fire rating, u-value, or any custom properties required for your project.
Customizing Door Properties
^^^^^^^^^^^^^^^^^^^^^^^^^^^
.. note::
This functionality is not implemented.
You can customize various properties of the door:
- Dimensions (width, height, thickness)
- Opening direction
- Door type (e.g. single swing, double swing, sliding)
- Material
Window Customization
^^^^^^^^^^^^^^^^^^^^
.. note::
This functionality is not implemented.
Customize window properties such as:
- Dimensions
- Window type (e.g. fixed, casement, sliding)
- Glazing options
- Frame material
Creating Multiple Doors or Windows
----------------------------------
To create multiple doors or windows of the same type:
1. Select the desired door or window type from the dropdown menu in the top bar.
2. Set the 3D cursor on a wall where you want to place the new door or window.
3. Click "Add" (or press SHIFT+A) for each new door or window you want to create.
4. Adjust the position and parameters for each new element as needed.
Calculating Quantities
----------------------
After creating doors and windows, you can calculate quantities:
1. Select the door(s) or window(s) you want to measure.
2. Press Q or click "Calculate All Quantities" in the top bar.
This will update the quantity information for the selected elements.
See Also
--------
- :doc:`creating_walls`
- :doc:`../advanced_modeling/material_assignment`
src/blenderbim/docs/users/modeling/basic_modeling/index.rst
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.. container:: card
:doc:`adding_doors_windows`
Techniques for adding and customizing doors and windows.
:doc:`openings/index`
Techniques for adding and customizing doors, windows and other openings.
.. container:: card
@@ -36,7 +36,7 @@ Fundamental techniques for IFC modeling.
:maxdepth: 1
creating_walls
adding_doors_windows
openings/index
modeling_slabs_roofs
defining_rooms_spaces
src/blenderbim/docs/users/modeling/basic_modeling/openings/door.rst
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Door
====
A door is a wall opening that allows passage between spaces, controlled access for people and goods.
In IFC, it's represented by the IfcDoor entity, which is a subtype of IfcBuildingElement.
Doors play a crucial role in building design, affecting circulation, accessibility, and space functionality.
This section covers how to add and customize doors in your BIM model using the BlenderBIM Add-on.
Adding a Door
-------------
1. Select the wall where you want to place the door.
2. Set the 3D cursor on the wall at the desired door location.
3. Click on the "Create Door" tool in the BlenderBIM toolbar.
4. In the top bar, you'll see "[No IfcDoorType Found] | Name [TYPEX] | + Add IfcDoorType".
5. Edit [TYPEX] to use a door type name of your choice (e.g., DOOR001).
6. Click "+ Add IfcDoorType". The top bar will update with additional options.
7. Click "Add" (or press SHIFT+A) to create a door with its own type.
8. Adjust the door's width and height using the parameters in the top bar.
Placing a Door and Changing its Swing Direction
-----------------------------------------------
1. Select the wall:
- (Optional) Use the "Create Wall" tool to add a wall in your scene.
- Select the wall where you want to place the door.
Selecting the wall is crucial as it ensures that the void relation between the door and the wall is automatically created.
2. Add a Door:
- Use the "Create Door" tool from the toolbar.
- Press SHIFT+A or click "Add" to place the door on the selected wall.
**Applying Void**
If you forgot to select the wall before placing the door, you'll need to manually create the void relation:
- Select both the wall and the door.
- Click "Apply Void" (Shift+O) button.
.. important::
If you need to use "Apply Void", do this before making any modifications to the door,
as there are limitations with this function that may affect door orientation.
Usually, the Regen function will recalculate all the openings with existing void relationships.
3. Adjust Door Position (if needed):
- With the door selected, use Blender's move tools to adjust its position along the wall.
4. Regenerate the Wall Geometry:
- Select the wall.
- Press Shift+G to regenerate the wall geometry, incorporating the door opening.
.. note::
This step ensures the wall geometry is updated to include the door opening.
Moving the Door using Blender tools doesn't actually change the IFC model.
Future versions need to improve UX in that regard.
Synchronisation between the Blender scene and IFC model is an issue that has the highest priority.
5. Change Door Swing Direction:
- Select only the door.
- Press Shift+F to flip the door. It rotates the door by 180 degrees and moves the pivot point.
- Locate the "Parametric Geometry" panel in the `Scene Properties > Geometry and Materials` subtab.
- Find the "Door" section within this panel.
- Change the "Operation Type" to "SINGLE_SWING_RIGHT".
.. note::
The Shift+F shortcut is currently a hidden feature and not available as a button in the Door tool interface.
You may need to experiment with the combination of changing the Operation Type and using Shift+F to achieve the desired orientation.
6. Final Wall Geometry Regeneration:
- Select the wall again.
- Press Shift+G one more time to ensure all changes are properly applied.
Additional Notes
----------------
- The Shift+F shortcut for flipping the door is not visible in the Door tool interface.
This functionality may be added as a visible button in future updates.
- Always use Shift+G (Regenerate) after making changes
to ensure the wall and door geometries are correctly updated.
- Avoid using Shift+O (Apply Void) as it may cause issues
with the door's orientation.
Modifying Doors
---------------
.. note::
Some functionality is not implemented.
You can modify doors using various tools:
- Resize: Adjust the width and height parameters in the top bar.
- Move: Use Blender's standard move tools to reposition the door.
- Flip: Change the opening direction using the flip tool (Shift+F).
.. note::
After moving a door, you need to recalculate the void in the wall. To do this:
- Select the wall containing the moved door.
- Click on the "Regen" (:kbd:`Shift` + :kbd:`G`) button in the top bar or use the appropriate shortcut.
- This ensures that the opening in the wall is correctly positioned after moving the door.
If Regen operation doesn't achive the required result, use Apply Void function:
- Click on the "Apply Void" (:kbd:`Shift` + :kbd:`O`) button in the top bar or use the appropriate shortcut.
- This ensures that the opening is linked to the wall.
Door Properties
^^^^^^^^^^^^^^^
.. note::
This functionality is not implemented.
After adding a door, you can customize its properties:
1. Select the door in the 3D viewport.
2. Go to the ... panel.
3. Find the ... section.
4. Here you can set various properties such as fire rating, u-value, or any custom properties required for your project.
.. note::
This functionality is not implemented.
You can customize various properties of the door:
- Dimensions (width, height, thickness)
- Opening direction
- Door type (e.g. single swing, double swing, sliding)
- Material
Creating Multiple Doors
-----------------------
To create multiple doors of the same type:
1. Select the desired door type from the dropdown menu in the top bar.
2. Set the 3D cursor on a wall where you want to place a new door.
3. Select the wall
4. Click "Add" (or press SHIFT+A) for each new door you want to create.
5. Adjust the 3D cursor, position and parameters for each new door as needed.
See Also
--------
- :doc:`../creating_walls`
- :doc:`../../advanced_modeling/material_assignment`
src/blenderbim/docs/users/modeling/basic_modeling/openings/index.rst
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Openings
========
This section covers the creation and management of openings in BlenderBIM.
Openings are crucial elements in building design, serving various purposes such as passage, ventilation, and lighting.
.. only:: builder_html and (not singlehtml)
.. container:: toc-cards
.. container:: card
:doc:`door`
Learn how to add and customize doors in your BIM model.
.. container:: card
:doc:`window`
Discover the process of creating and modifying windows.
.. container:: card
:doc:`opening`
Create openings without fillings for special architectural features.
Overview
--------
In the context of Building Information Modeling (BIM) and the Industry Foundation Classes (IFC)
standard, openings are represented through a combination of elements:
1. Voids: Represented by IfcOpeningElement, these are the actual cut-outs in the wall.
2. Fillings: These are the elements that occupy the voids, such as doors (IfcDoor) or windows (IfcWindow).
3. Relationships: These are abstract objects that connect fillings to voids and voids to elements in which they're created.
BlenderBIM provides tools to create and manage these elements:
- Door Creation Tool: For adding doors to walls.
- Window Creation Tool: For adding windows to walls.
- Wall Creation Tool > Void Application: For creating openings without fillings
(currently achieved by creating a door or window and removing it
or by using "Add Void" feature of the Create Wall tool or any element).
These tools allow you to:
- Create openings with precise dimensions and positions.
- Modify opening properties and geometries.
- Manage the relationships between walls, voids, and fillings.
The following pages provide detailed guides on working with each type of wall opening in BlenderBIM.
.. container:: global-index-toc
.. toctree::
:hidden:
:caption: Wall Openings
:maxdepth: 1
door
window
opening
See Also
--------
- :doc:`../creating_walls`
src/blenderbim/docs/users/modeling/basic_modeling/openings/opening.rst
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Opening Without Filling
=======================
An opening without a filling is a void in a building element,
typically a wall, that doesn't contain a door or window.
These openings can serve various purposes such as ventilation, pass-throughs, service penetrations, or architectural features.
In IFC, it's represented by the IfcOpeningElement entity, which is a subtype of IfcFeatureElementSubtraction.
This section covers how to create openings without fillings in your BIM model using the BlenderBIM Add-on.
Creating an Opening Without Filling
-----------------------------------
Currently, there isn't a dedicated tool for creating openings without fillings.
However, every door or window is a filling for an opening element, so it's created implicitly.
It means, you can achieve an opening without a filling by creating a door or window and then removing it and its type.
Here's the process:
1. Select the wall where you want to create the opening.
2. Set the 3D cursor on the wall at the desired opening location.
3. Use either the "Create Door" or "Create Window" tool from the toolbar,
depending on the shape you need for your opening.
4. Follow the steps to create a door or window as described in their respective sections.
5. After creating the door or window, select it in the 3D viewport and press Delete.
6. In the Outline panel, find the "Type" field and press Delete.
This process will leave you with an opening element without a filling.
.. note::
Future versions of BlenderBIM may include a dedicated tool for creating openings without fillings, which would simplify this process.
Additionally, you can create an opening by using the "Add Void" button in Create Wall tool.
This tool will add an Opening IFC element to the Outline and its 3D representation in the 3D Vieport.
Blender move and scale tools will allow you to modify the opening.
After you finished with modifications, you can press the check mark to complete the void.
Modifying Openings
------------------
You can modify openings using various tools:
- Resize: Adjust the width and height parameters in the top bar.
- Move: Use Blender's standard move tools to reposition the opening.
.. note::
The opening is hidden object. To show it, press the "eye" button hear the "Add Void" in the Create Wall tool.
.. note::
After moving an opening, you need to recalculate the void in the wall. To do this:
- Click on checkmark near the "Add Void" in the Create Wall tool.
See Also
--------
- :doc:`../creating_walls`
- :doc:`door`
- :doc:`window`
src/blenderbim/docs/users/modeling/basic_modeling/openings/window.rst
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Window
======
A window is an opening that allows light and air to enter a building, providing ventilation and views to the outside.
In IFC, it's represented by the IfcWindow entity, which is a subtype of IfcBuildingElement.
Windows play a crucial role in building design, affecting natural lighting, ventilation, energy efficiency, and aesthetics.
This section covers how to add and customize windows in your BIM model using the BlenderBIM Add-on.
Adding a Window
---------------
1. Select the wall where you want to place the window.
2. Set the 3D cursor on the wall at the desired window location.
3. Click on the "Create Window" tool in the BlenderBIM toolbar.
4. In the top bar, you'll see "[No IfcWindowType Found] | Name [TYPEX] | + Add IfcWindowType".
5. Edit [TYPEX] to use a window type name of your choice (e.g., WINDOW001).
6. Click "+ Add IfcWindowType". The top bar will update with additional options.
7. Click "Add" (or press SHIFT+A) to create a window with its own type.
8. Adjust the window's width and height using the parameters in the top bar.
Placing a Window and Changing its Configuration
-----------------------------------------------
1. Select the wall:
- (Optional) Use the "Create Wall" tool to add a wall in your scene.
- Select the wall where you want to place the window.
Selecting the wall is crucial as it ensures that the void relation between the window and the wall is automatically created.
2. Add a Window:
- Use the "Create Window" tool from the toolbar.
- Press SHIFT+A or click "Add" to place the window on the selected wall.
**Applying Void**
If you forgot to select the wall before placing the window, you'll need to manually create the void relation:
- Select both the wall and the window.
- Click "Apply Void" (Shift+O) button.
.. important::
If you need to use "Apply Void", do this before making any modifications to the window,
as there are limitations with this function that may affect window orientation.
Usually, the Regen function will recalculate all the openings with existing void relationships.
3. Adjust Window Position (if needed):
- With the window selected, use Blender's move tools to adjust its position along the wall.
4. Regenerate the Wall Geometry:
- Select the wall.
- Press Shift+G to regenerate the wall geometry, incorporating the window opening.
.. note::
This step ensures the wall geometry is updated to include the window opening.
Moving the Window using Blender tools doesn't actually change the IFC model.
Future versions need to improve UX in that regard.
Synchronisation between the Blender scene and IFC model is an issue that has the highest priority.
5. Change Window Configuration:
- Select only the window.
- Locate the "Parametric Geometry" panel in the `Scene Properties > Geometry and Materials` subtab.
- Find the "Window" section within this panel.
- Change the "Operation Type" to the desired configuration (e.g., "DOUBLE_PANEL").
6. Final Wall Geometry Regeneration:
- Select the wall again.
- Press Shift+G one more time to ensure all changes are properly applied.
Modifying Windows
-----------------
.. note::
Some functionality is not implemented.
You can modify windows using various tools:
- Resize: Adjust the width and height parameters in the top bar.
- Move: Use Blender's standard move tools to reposition the window.
- Flip: Change the opening direction using the flip tool (if available).
.. note::
After moving a window, you need to recalculate the void in the wall. To do this:
- Select the wall containing the moved window.
- Click on the "Regen" (:kbd:`Shift` + :kbd:`G`) button in the top bar or use the appropriate shortcut.
- This ensures that the opening in the wall is correctly positioned after moving the window.
If Regen operation doesn't achieve the required result, use Apply Void function:
- Click on the "Apply Void" (:kbd:`Shift` + :kbd:`O`) button in the top bar or use the appropriate shortcut.
- This ensures that the opening is linked to the wall.
Window Properties
^^^^^^^^^^^^^^^^^
.. note::
This functionality is not implemented.
After adding a window, you can customize its properties:
1. Select the window in the 3D viewport.
2. Go to the ... panel.
3. Find the ... section.
4. Here you can set various properties such as thermal transmittance (U-value), solar heat gain coefficient, or any custom properties required for your project.
.. note::
This functionality is not implemented.
Customize window properties such as:
- Dimensions
- Window type (e.g. fixed, casement, sliding)
- Glazing options
- Frame material
Creating Multiple Windows
-------------------------
To create multiple windows of the same type:
1. Select the desired window type from the dropdown menu in the top bar.
2. Set the 3D cursor on a wall where you want to place the new window.
3. Select the wall
4. Click "Add" (or press SHIFT+A) for each new window you want to create.
5. Adjust the 3D cursor, position and parameters for each new window as needed.
Calculating Quantities
----------------------
After creating windows, you can calculate quantities:
1. Select the window(s) you want to measure.
2. Press Q or click "Calculate All Quantities" in the top bar.
This will update the quantity information for the selected elements.
See Also
--------
- :doc:`../creating_walls`
- :doc:`../../advanced_modeling/material_assignment`
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src/blenderbim/docs/users/modeling/starting_new_project.rst
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Starting a New IFC Project
==========================
[Content about starting a new IFC project, including advanced options]
To ensure the best start for your IFC project, follow these steps:
Start a New Blender Session
---------------------------
- Close any open Blender windows.
- Launch a fresh instance of Blender.
This ensures there are no lingering connections or data from previous projects.
Create a New IFC Project
------------------------
There are two main methods to create a new IFC project:
Using File Menu (Recommended)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
.. figure:: images/file_new-ifc-project-submenu.png
:alt: New IFC Project submenu options
New IFC Project submenu options
1. Go to File > New IFC Project.
2. Choose from the following options:
- New Metric (m) Project: Creates a project using meters as the base unit.
- New Metric (mm) Project: Creates a project using millimeters as the base unit.
- New Imperial (ft) Project: Creates a project using feet as the base unit.
- New Demo Project: Creates a project with pre-populated demo content.
- New Project Wizard: Opens the Project Info panel for customized setup.
3. If you chose one of the first four options, your project will be created immediately.
4. New Project Wizard is detailed below.
Using New Project Wizard / Scene Properties
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
.. figure:: images/project_wizard.png
:alt: Project Wizard in `Scene Properties > Project Overview` subtab
Project Wizard in `Scene Properties > Project Overview` subtab
1. You can access this method in two ways:
- Go to `File > New IFC Project > New Project Wizard`
- Navigate to Scene `Properties > Project Overview > Project Info`
2. In the Project Info panel:
- Choose the IFC Schema (IFC2X3, IFC4, or IFC4X3).
- Select the Unit System (Metric or Imperial).
- Choose Length, Area, and Volume units.
- Select a Template (Blank or IFC4 Demo Template).
3. Click the "Create Project" button.
Cleaning the scene
------------------
- After creating a new project, BlenderBIM considers the presence of three default Blender objects:
a mesh (usually the default cube), a camera, and a light.
- If have scene setup like this, BlenderBIM will clean it up
- Any customizations you make to the Blender scene before finalizing the IFC project creation will be preserved.
If you like, you can delete the default cube, camera and light manually. Or create your own objects.
This is only recommended for users proficient in Blender. Otherwise, use the File menu or Create Project button in New Project Wizard.
Project Initialization
----------------------
.. figure:: images/outliner.png
:alt: A basic spatial tree in the Outliner
A basic spatial tree in the Outliner
- A basic spatial tree will be created with `IfcProject > IfcSite > IfcBuilding > IfcStorey`.
- You can view this structure in the Outliner.
- The Project Info panel will update to show details about your new IFC project.
Saving
------
.. figure:: images/project-info_unsaved.png
:alt: Project Info in Unsaved Mode
Project Info in Unsaved Mode
After creating a new project, BlenderBIM enters an Unsaved Mode. It's important to understand how saving works in BlenderBIM:
**Saving IFC Project**:
- Using the keyboard shortcut `Ctrl+S` or `File > Save IFC Project` will save only the `.ifc` file.
- The `.blend` file remains unsaved and unnamed after this operation.
**Initial Save**:
- On your first save, you'll be prompted to choose a location and name for your `.ifc` file.
- This does not automatically save a `.blend` file.
**Blend File Saving**:
- To save the `.blend` file, you need to use Blender's standard `File > Save` or `File > Save As...` options.
- This operation is separate from saving the IFC project.
**File Menu Options**:
- `File > Save IFC Project` saves only the `.ifc` file.
- `File > Save IFC Project As...` allows you to save the .ifc file to a new location or with a new name.
- Standard Blender save options (`File > Save`, `File > Save As...`) only affect the .blend file.
**Opening Projects**:
- `File > Open IFC Project` loads only the `.ifc` file. It does not automatically load a corresponding `.blend` file.
- To open a `.blend` file associated with an IFC project, you need to open it separately using Blender's standard open options.
**Best Practices**:
- Always use `File > Open IFC Project` to load your BIM data.
- If you want to preserve Blender-specific settings or custom scene setups, save the `.blend` file separately.
- Be aware that opening a `.blend` file directly will not load the associated IFC data.
**For BIM Workflows**:
- Focus on the `.ifc` file as the primary source of truth for your BIM data.
- Use `.blend` files if you need to preserve specific Blender setups or visual configurations, but remember these are secondary to the IFC data.
Remember, in BlenderBIM, the `.ifc` file contains the critical BIM information.
The `.blend` file is primarily for Blender-specific settings and visual representations.
Always ensure your IFC project is saved before closing Blender or starting a new session.
If you need to preserve Blender-specific configurations, save the `.blend` file separately.
Remember to save your work regularly using `File > Save IFC Project`.
Next Steps
----------
- Begin modeling your building elements (walls, slabs, etc.).
- Set up project properties and classifications.
- Start defining spaces and zones within your building.
.. seealso::
- :doc:`/users/user_interface/property_editor/scene_editor/project_overview/project_info`
- :doc:`/users/user_interface/topbar`
src/blenderbim/docs/users/tutorials/files/project0-openings.ifc
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ENDSEC;
END-ISO-10303-21;
src/blenderbim/docs/users/tutorials/files/project0-walls.ifc
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View File
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src/blenderbim/docs/users/tutorials/project0.rst
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@@ -2,7 +2,8 @@
Project 0: Designing a Room
===========================
In this introductory project, you'll learn the basics of using BlenderBIM to design a simple room. By the end of this tutorial, you'll have created a basic 3D model and a 2D floor plan drawing.
In this introductory project, you'll learn the basics of using BlenderBIM to design a simple room.
By the end of this tutorial, you'll have created a basic 3D model and a 2D floor plan drawing.
Prerequisites
=============
@@ -25,23 +26,93 @@ Tutorial Steps
1. Setting Up the Project
-------------------------
1. Open Blender and switch to the BlenderBIM workspace
2. Set up the project settings (units, scale, etc.)
3. Create a new IFC project
.. figure:: images/project0.png
:width: 100%
:alt: Setup the `project0` project.
Setup the `project0` project.
1. Open Blender and switch to the BlenderBIM workspace.
2. Create a new IFC project. Use Metric.
3. Save it as `project0.ifc` file.
4. (optional) Save the `project0.blend` file.
.. note:: See :doc:`/users/modeling/starting_new_project` for detailed instructions.
2. Creating Walls
-----------------
1. Use the "Create Wall" tool to draw the room's perimeter
2. Adjust wall heights and thicknesses
3. Add interior walls if needed
.. figure:: images/project0-walls.png
:alt: Creating Walls in BlenderBIM
:width: 100%
Creating Walls in BlenderBIM
1. Use the "Create Wall" tool to draw the room's perimeter of a room 6m by 3m. Use mitre join.
2. Add an interior wall across the room in the middle. Use butt join.
3. Adjust walls height to be 2.8m.
4. Set the thicknesses of 0.2m for the exterior walls.
5. Set the thickness of 0.1m for the partition wall.
6. Use a Measure tool to ensure proper dimensions.
The interior lenghts of the walls should be 2.8m, 2.7m and 2.6m.
.. note:: Refer to :doc:`/users/modeling/basic_modeling/creating_walls` for step-by-step guidance on wall creation.
If you still struggling, here's what you should get:
.. container:: blockbutton
`Download project0-walls.ifc <files/project0-walls.ifc>`__
3. Adding Openings
------------------
1. Create a door opening using the "Add Opening" tool
2. Add a window opening
3. Adjust opening dimensions and positions
.. figure:: images/project0-openings.png
:alt: Adding Openings in BlenderBIM
:width: 100%
Adding Openings in BlenderBIM
1. Create two door openings:
- Use the "Create Door" tool for each door
- Set the width to 0.9m and height to 2.1m for both doors
- Position the front door 0.1m from the corner on one of the 3m walls
- Position the back door at the center of the 3m wall
2. Add two window openings beside the front door:
- Use the "Create Window" tool to create a window beside the front door
- Set the width to 1m and height to 1m
- Position the window 0.1m to the side of the front door
3. Adjust the sill height for the windows:
- Set the sill height to 1m from the floor level
4. Create an arch opening in the interior partition wall:
- Use the "Create Door" tool to create a door in the partition wall
- Use a dedicated DoorType for this opening that we'll discard
- Set the width to 1.2m and height to 2.4m
- Position it in the center of the partition wall
- Click on the "eye" icon near "Add Void" to display the void
- Remove the Door and the Door type in the outliner
- Click checkbox near "Add Void".
5. Use the Measure tool to verify the positions and dimensions of all openings.
6. Ensure that the openings do not intersect with corners or other openings.
.. note:: Refer to :doc:`/users/modeling/basic_modeling/openings/index` for detailed instructions
on creating and modifying openings, including how to create openings without fillings.
If you're having difficulties, you can download the sample file:
.. container:: blockbutton
`Download project0-openings.ifc <files/project0-openings.ifc>`__
4. Creating the Floor Slab
--------------------------
src/blenderbim/docs/users/tutorials/project1.rst
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Project 1: Designing a Flat
===========================
Building on the skills from Project 0, this tutorial will guide you through designing a complete flat using BlenderBIM. You'll learn more advanced techniques for creating walls and openings, working with profiles, defining rooms and spaces, and generating more detailed drawings.
Building on the skills from Project 0, this tutorial will guide you through designing a complete flat using BlenderBIM.
You'll learn more advanced techniques for creating walls and openings, working with profiles, defining rooms and spaces,
and generating more detailed drawings.
Prerequisites
=============
@@ -25,9 +27,12 @@ Tutorial Steps
1. Project Setup
----------------
1. Create a new IFC project
2. Set up project parameters (units, scale, geolocation)
3. Import any necessary custom libraries or templates
1. Open Blender and switch to the BlenderBIM workspace
2. Create a new IFC project
3. Save it as `project1.ifc` file (and optionally, `project1.blend` file)
4. Load custom libraries and templates
.. note:: See :doc:`/users/modeling/starting_new_project` for detailed instructions.
2. Advanced Wall Creation
-------------------------
src/blenderbim/docs/users/tutorials/project2.rst
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@@ -30,10 +30,13 @@ Tutorial Steps
1. Project Initialization
-------------------------
1. Set up a new IFC project for the bungalow
1. Set up a new IFC project for the bungalow `project2.ifc`
2. Define project parameters (site conditions, climate zone, etc.)
3. Create a basic site plan
.. note:: See :doc:`/users/modeling/starting_new_project` for detailed instructions.
2. Advanced Foundation Design
-----------------------------
src/blenderbim/docs/users/user_interface/images/file_new-ifc-project-submenu.png
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src/blenderbim/docs/users/user_interface/property_editor/scene_editor/project_overview/project_info.rst
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@@ -8,6 +8,16 @@ Project Info
.. |location| image:: /images/location-scene.svg
.. |>| image:: /images/location-breadcrumb.svg
.. warning::
It's recommended to avoid using the "Unload IFC project" button,
as it may promote the misconception that the .blend file can continue without the IFC data.
Always start a new Blender session for a clean project start.
The Unload IFC project button will be removed in future versions.
Overview
--------
src/blenderbim/docs/users/user_interface/topbar.rst
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@@ -14,6 +14,30 @@ The `File` menu in the Topbar adds menu entries to Create/Open and Save an IFC p
Additional file menu options related to IFC projects.
New IFC Project
^^^^^^^^^^^^^^^
The New IFC Project submenu offers several options for creating a new IFC project:
.. figure:: images/file_new-ifc-project-submenu.png
:alt: New IFC Project submenu options
New IFC Project submenu options
- New Metric (m) Project: Creates a new IFC project using meters as the base unit.
- New Metric (mm) Project: Creates a new IFC project using millimeters as the base unit.
- New Imperial (ft) Project: Creates a new IFC project using feet as the base unit.
- New Demo Project: Creates a new IFC project with pre-populated demo content.
- New Project Wizard: Creates a default Blender project (including the default cube)
and opens the Scene Properties > Project Overview > Project Info tab.
This allows users to customize their project settings before creation.
Clicking the "Create Project" button in this panel will delete the default cube and set up the new IFC project with the specified settings.
These options provide flexibility in setting up new IFC projects,
allowing users to choose between quick starts with predefined units
or a more customizable approach through the Project Wizard.
BIM Workspace
-------------