march_21.txt

//Task 1: change velocity function in program to include max_veloc of cars and simulate all cases!!!

//Veloc Model:
In traditional CA,
        V(car) = min(V(car)+1,max_speed) - probabilistic_croniker_delta_stopping
        
For opportunistic regime:
        V(AV) = min(V(AV)+1, max_speed_AV) - 0
        V(HV) = min(V(HV)+1, max_speed_HV) - probabilistic_croniker_delta_stopping
        
For aware regime:
        V(AV) = min(V(AV)+1, max_speed_AV, v_headway) - probablistics_croniker_delta_stopping
        V(HV) = min(V(HV)+1, max_speed_HV, v_headway) - probabilistic_croniker_delta_stopping
        v_headway = V_AV-AV || V_AV-HV || V_HV=car

For opportunistic-aware regime:
        V(AV) = min(V(AV)+1, max_speed_AV, v_headway) - 0
        V(HV) = min(V(HV)+1, max_speed_HV, v_headway) - probabilistic_croniker_delta_stopping
        v_headway = V_AV-AV || V_AV-HV || V_HV=car

For base scenario hway:
        V(AV) = min(V(AV)+1, max_speed_AV, v_headway) - probablistics_croniker_delta_stopping
        V(HV) = min(V(HV)+1, max_speed_HV, v_headway) - probabilistic_croniker_delta_stopping
        v_headway = V_AV=car || V_HV=car

For base scenario hvlike:
        V(AV) = min(V(AV)+1, max_speed_AV) - probablistics_croniker_delta_stopping
        V(HV) = min(V(HV)+1, max_speed_HV) - probabilistic_croniker_delta_stopping
        V(HV) = V(AV)

//Paper Organisation and layout:
>abstract 
>introduce
>talk about CA model
>introduce our models, the equations and what it encapsulates
>introduce concept of cluster, its observation and definition
>experiment 1:steady state
        >> purpose:
        >> results:
        >> interpretation:
        >> evidence:
>experiment 2:evolutionary state
        >> purpose:
        >> results:
        >> interpretation:
        >> evidence:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Analysis points ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 
clusterability, p(av-av), time values, lane change numbers, lane change rate, fd, cluster number, cluster size
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 
>discussion:
        what our work means as regards to AV design, traffic laws
        evidence to back up our reasoning
>conclusion:
        may be precursor to future work

// To Do:
>>write on overleaf
>>think about figures to upload (single, all cases, histo, smooth)
>>>fix figure representation 
>>>organize data and figs first
>>>upload overleaf with figures
$$ email Dr. Li as soon as this is done!
>>>after results uploaded, analyze and write analysis.
>>>finish paper!