Difference between revisions of "GreenLight Blackbox"
(New page: The overall goal is to integrate the new code into the exiting BlackBox code. Steps: 1. Identify where to place the new code, and understanding the existing code. 2. Integrate the code. ...) |
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1. What do new users must need to do to add new hardware in 3dStudioMax. | 1. What do new users must need to do to add new hardware in 3dStudioMax. | ||
2. How to add the models into the code. | 2. How to add the models into the code. | ||
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| + | == Populating Sun's Data Center == | ||
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| + | The process of populating the eight racks in Sun's Data Center begins with a text. The text file contains the information regarding hardware components in the data center along with their size, location and slot position in a particular rack. From this information, 3D models are created using 3DS and then imported into the virtual world that contains the data center. Matrix transformations such as translations and rotations are performed on the 3D hardware models so that they are inserted in their appropriate rack in the data center. | ||
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| + | == Interactive Functionality == | ||
Revision as of 19:22, 6 June 2011
The overall goal is to integrate the new code into the exiting BlackBox code. Steps: 1. Identify where to place the new code, and understanding the existing code. 2. Integrate the code. 3. Testing the interface in the world such as the pulling of the racks and coordinates are preserved and display of power consumption data.Check power consumption display. 4. Add remaining hardware to BlackBox with current configurations. (if time permits)
Documentation: 1. What do new users must need to do to add new hardware in 3dStudioMax. 2. How to add the models into the code.
Populating Sun's Data Center
The process of populating the eight racks in Sun's Data Center begins with a text. The text file contains the information regarding hardware components in the data center along with their size, location and slot position in a particular rack. From this information, 3D models are created using 3DS and then imported into the virtual world that contains the data center. Matrix transformations such as translations and rotations are performed on the 3D hardware models so that they are inserted in their appropriate rack in the data center.
