Team:BCCS-Bristol/Modeling-To Do List

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(→Multi-threading Optimisations)
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Update the main computational classes to split up work into separate threads. Should improve performance when running on a single computer.
Update the main computational classes to split up work into separate threads. Should improve performance when running on a single computer.
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* <div class="greenText">'''BSimChemicalField''' [Done] - Update class to use worker threads when calculating the new diffusion field.</div>
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* <div class="greenText">'''BSimChemicalField''' [Done TG] - Update class to use worker threads when calculating the new diffusion field.</div>
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* <div class="redText">'''BSimCollisionPhysics''' - Update class to use worker threads when calculating the force matrix.</div>
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* <div class="greenText">'''BSimCollisionPhysics''' [Done TG] - Update class to use worker threads when calculating the force matrix.</div>
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* <div class="redText">'''BSimCollisionPhysics''' - Update class to use multithread the call to the runLogic method on each bacterium.</div>
==== Batch Processing ====
==== Batch Processing ====

Revision as of 18:16, 17 August 2008

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Modelling To Do List

GRN Modelling

BSim Framework

Multi-threading Optimisations

Update the main computational classes to split up work into separate threads. Should improve performance when running on a single computer.

  • BSimChemicalField [Done TG] - Update class to use worker threads when calculating the new diffusion field.
  • BSimCollisionPhysics [Done TG] - Update class to use worker threads when calculating the force matrix.
  • BSimCollisionPhysics - Update class to use multithread the call to the runLogic method on each bacterium.

Batch Processing

We need to be able to run batch runs of simulations to get enough results for statistical analysis.

  • Parameter File Definition - We need a simple text file defined that allows for all the parameters in the simulation and sets of bacteria, particles and boundaries defined. It should look something like the example below with each line either giving a parameter definition or BSimObject creation details. 
Viscosity: 0.0001
Dt: 0.01
CreateBacterium: 10, 10, 3.7, 50
CreateRandomBacteriaSet: 0, 0, 500, 600, 3.7, 50
...
  • BSimBatch - Class to read the parameter files and run a set number of simulations, outputting videos and a data file of particle movement.
  • Blue Crystal Accounts - Contact university about getting accounts to run some larger scale simulations

BSim Simulations


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