Install BlenderVR (manual) 3 BlenderVR User Manual, Release 0.1 Quick Setup Type the following commands in your terminal. If you are in Windows we recommend you to use Power Shell or similar. On OSX/Linux: profile.ps1 that you’ll place in your WindowsPowerShell directory) Running Type the following commands in your terminal. If you are in Windows we recommend you to use Power Shell or similar. On OSX/Linux: processor file of simple.blend is simple.processor.py. Refer to the Complete API for all the available commands and functionality. Document Sections • Minimal Processor File • Basic Processor File • Debugging

to avoid popup window “can’t install, non identified developer”. Quick Setup Type the following commands in your terminal. If you are in Windows we recommend you to use Power Shell [https://technet.microsoft profile.ps1 that you’ll place in your WindowsPowerShell directory) Running Type the following commands in your terminal. If you are in Windows we recommend you to use Power Shell [https://technet.microsoft processor.py. Refer to the Complete API [http://blender-vr.readthedocs.org] for all the available commands and functionality. Document Sections Minimal Processor File Basic Processor File Debugging Processor

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the the bpy module provides functionality to access and modify data. 範例 bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the bpy module provides functionality to access and modify data. Examples bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the the bpy module provides functionality to access and modify data. 範例 bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the the bpy module provides functionality to access and modify data. 範例 bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the the bpy module provides functionality to access and modify data. 範例 bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the bpy module provides functionality to access and modify data. Examples bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the bpy module provides functionality to access and modify data. Examples bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point

execute commands, with access to the entire Python API, command history and auto-complete. The command prompt is typical for Python 3.x, the interpreter is loaded and is ready to accept commands at the bpy module provides functionality to access and modify data. Examples bpy.context Note For the commands below to show the proper output, make sure you have selected object(s) in the 3D Viewport. bpy section. 3. PDT has been designed to work as far as possible in Edit and Object modes with many commands equally applicable to both. 4. Certain Operations relating to Cursor Placement and Pivot Point