Time: 9 hours

Activities:

• Worked on paper for presentation
• Worked on power point presentation
• Updated wiki page

To-do's:

• Work on paper
• Work on Power point

Time: 9.5 hours

Activities:

• Meeting with Ed to figure out what's the plan for this semester
• Fixing repository
• Created database
• Created model classes
• Created driver for project so we can start using it

To-do's:

• Finish database structure
• Create DAO's
• Potentially start creating classes for objects

Time: 8.5 hours

Activities:

• Meeting with Ed to figure out what's next (Didn't happen)
• Read paper about GA and matrices

To-do's:

• Read and study research papers about matrices

Time: 10 hours

Activities:

• Met with Ed

To-do's:

• Find out what Rhino Files look like
• Find out the format of the file that the parser will use
• Look for a visualization tool/way, and what kind of files
• Understand MIT tool

http://cityform.gsd.harvard.edu/projects/una-rhino-toolbox https://www.rhino3d.com/support

Time: 10 hours

Activities:

• syntax for python scripts | http://developer.rhino3d.com/5/api/RhinoScriptSyntax/mac/#plane-WorldXYPlane
• https://pypi.python.org/pypi/geonames/
• https://docs.mcneel.com/rhino/5/help/en-us/information/rhinoscripting.htm
• http://developer.rhino3d.com/guides/rhinopython/python-rhinoscriptsyntax-introduction/

To-do's:

• Figure out how to produce shape file or rhino file

Time: 10 hours

Activities:

• Rhino Python tutorials

To-do's:

• Figure out a script that will draw a city
• Figure out how to add attributes to objects
• Figure out a function that maps to scripts

Time: 10 hours

Activities:

To-do's:

• Code a city drawer
• Code a function to fill in the blocks
• See if MIT tool will work with my drawings
• Figure out how to add attributes to objects
• Figure out a function that maps to scripts

Time: 10 hours

Activities:

To-do's:

• Figure out how to do attributes
• Watch videos of how to use the MIT tool, see if they work with my drawings

Time: 10 hours

Activities:

• Meeting with Ed

To-do's:

• Figure out how to create python script from java
• Figure out how to run commands from java
• Figure out how to run rhino from command line
• Create script to draw matrices and roads. Takes in city weight, height, list of matrices, list of segments.

Useful:

• [How to run python script from command line | https://discourse.mcneel.com/t/launching-rhino-5-with-a-batch-file-and-running-python-scripts/10517/3
• [How to run rhino from command line | http://developer.rhino3d.com/guides/cpp/running-rhino-from-command-line/#rhino-for-windows

Notes:

• This command from the command prompt initializes rhino, and runs the python script. “C:\Program Files\Rhinoceros 5 (64-bit)\System\Rhino.exe” /runscript=“_-RunPythonScript C:\Users\Manuel\Desktop\script.py” C:\Users\Manuel\Desktop\Test.3dm

Time: 10 hours

Activities:

• Meeting with Ed

To-do's:

• Create the drawing python script with java
• Test the sample data to see if it draws correctly
• Figure out how to run MIT commands from script
• Figure out how to read MIT results

Time: 10 hours

Activities:

• Meeting Dr. Ventura
• Emailed MIT people about tool
• Studied ai, machine learning principles, tutorials, etc
• Studied UNA tool and what it does

To-do's:

• Figure out if I can automate the MIT tool
• Learn how every tool works and see how we can use them for our evaluation step
• Figure out if there's anything to be fixed with the scripts for drawing

Time: 10 hours

Activities:

To-do's:

Notes:

• There's no easy way to automate. Email from MIT people

Time: 10 hours

Activities:

• Worked on fixed the database bugs
• Worked on completing the pipeline
• Research about neural networks (possibly incorporate it into our system)

To-do's:

Time: 15 hours

Activities:

• Work on the heuristic function
• Work on paper

To-do's: