1.finish multiple plotting 
2. working on the radio button panel, finished action recall and working on filter some data. God, I am still back on the data problem……
3. reading Frank’s code for data filter and programming on that to filter some data based on the differnt risk factor
1.Finished loading the raw data into the program
2. Visualuze the program to support one axes
3. Working on support multiple axes
4. Tested building plane into the axis
I have a chance talking to my boss about my work. It seems I spend too much time on rebuilding data. Although reading data into matlab is 75% of work to visualize them in matlab, but I suddenly realize that I’ve wasted nearly 1.5 weeks on this data transformtion (from old data format to Frank’s unfinished new data format then to approach implementing my own data format…..). Hard work but no achievement. Maybe, I should use some dummy data first.
Anyway, it’s good to realize that I should more focus on visualuzing trajectory and building and loading surface in. Then analyze it for a specific zone.
Just finish a meeting with a mathematics professor to discuss my peoject on “trajectory stastical analysis”:
1. Google scholar: percentile curve nonparametric
2. Goole scholar: smoothing percenties repeated measures
3.Google: growth curve for kids
4 R-Statistical: http://www.r-project.org/
5. Contour of residual
6. Proportional harzards model (he recommended)
1. Learning Matlab programming tutorials
2. Looking at Frank’s Matlab code
3. Debug for my new laptop. It’s a nightmare
Today is a bad day for me. It takes me 1.5 hour to get to office by bus, as the “National Bus” service is not very good.
1. Learning Programming help of matlab
2. Learning Curve Fitting Toolbox
It still needs time to finish programming help of matlab.
1. Studied matlab GUI programming and language grammer
2. Prepare to study matlab “curve fitting toolbox”
3. Get my new laptop and installed software
Finish half meeting with my boss and know what my future research willl look like:
1. visualze PTB data in matlab
2. building 2 crossing plane and placing it in average trajectory to count the personal trajectory going
3. for each part of crossing plan(upper left, upper right, down left, down right), visualize the “crossing trajectory”(trajectory cross this plan).
4. analyze these trajectory to find the relationship . It needs to create the standard for trajectory pattern for “hard” and “soft”. So I need to look at the “trajectory statistical analysis” related books.
5. it is possible to rotate the crossing plan to analyze the relationship.
1. Finish a draft design in paper
2. Implement in Matlab
3. Start listing possible functions
4. Think about the actual implementation plan
