Computational Systems Biology
Sauro Lab
University of Washington
Home  |   Downloads  |   News  |   Research  |   Papers  |   About Us  |   Contact Us  |   SBW Help   |   Jobs
     


What is SBW 
Research Impact 
Published Papers 
Lab Members 
Available Positions 
CSB Links 
Courses 
 
 
 
Software Downloads:

1. SBW
2. JDesigner
3. Jarnac
4. WinSCAMP
5. Matlab Interface
6. Optimization
6. Bifurcation
 
maintained by Frank Bergmann
 
 
 
 

Gillespie API

Implements the Gillespie Direct Method

Service: gillespie

Gillespie Direct Method

void loadSBML(string)

Load the SBML file

void setSeed(int)

Set the random seed for the random number generator

void setParameter(string,double)

Set a parameter value (kinetic or boundary species)

string[] getNamesOfParameters()

Get list of kinetic parameter names

string[] getNamesOfVariables()

Get list of variable names

string[] getNamesOfBoundarySpecies()

Get list of boundary species names

double[][] generateMean(double,double,double,int)

Generate the mean response [timeStart, timeStop, gridStep, popluationSize]

{} generateMeanAndSD(double,double,double,int)

Generate the mean response and standard deviation [timeStart, timeStop, gridStep, popluationSize]

void stopRun()

Stop Current Run

void registerCallBack(int,int,int)

If you wish to receive feedback from a run, register your call back with this method

void unRegisterCallBack()

If you wish to receive feedback from a run, register your call back with this method

void simulateWithSeed(double,double,int,int,string)

Simulate Time Course and set a seed for the random number generator [timeStart, timeStop, samplePeriod, seed, fileName]

void simulate(double,double,int,string)

Simulate Time Course, save results to a file [timeStart, timeStop, samplePeriod, fileName]

void simulateOnGrid(double,double,double,string)

Simulate Time Course on a set grid, save results to a file [timeStart, timeStop, gridStep, fileName]

double[][] simulate(double,double,int)

Simulate Time Course, return results to caller [timeStart, timeStop, samplePeriod]

double[][] simulateOnGrid(double,double,double)

Simulate Time Course on a set grid, save results to a file [timeStart, timeStop, gridStep]

void loadTestModel()

none provided

 
sbw/gillespie/api.txt · Last modified: 2007/01/12 07:03 (external edit)
 

    Home  |   About Us  |   Contact Us  |   Statistics
Recent changes RSS feed Creative Commons License Donate Powered by PHP Valid XHTML 1.0 Valid CSS Driven by DokuWiki