Running example models and using a cluster: Difference between revisions
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The purpose of these tutorials is to learn how to run the example growth simulations included in GFtbox. It is assumed that you have already downloaded the GFtbox software. | The purpose of these tutorials is to learn how to run the example growth simulations included in GFtbox. It is assumed that you have already downloaded the GFtbox software. | ||
=Getting Started= | |||
1) '''Explaining the tools'''. In these tutorials, we will be using ''GFtboxCommand'' and ''ClusterMonitor''. This section explains the purpose of these functions. | |||
2) '''Running a growth simulation for an example model'''. This section demonstrates how to use ''GFtboxCommand'' to run a growth simulation. The model used for the simulation is an example model included with the GFtbox. | |||
3) '''Altering the simulation parameters'''. Following on from part 2, here we show how to adjust a simulation parameter within GFtboxCommand. Specifically, we alter the value of ''dt'', the temporal resolution of the simulation, and show how it can be used to verify the correctness of the value specified. | |||
4) '''Altering the model parameters'''. Finally, we demonstrate how many model parameters can be varied by specifying a range of values for each argument. We show how the computationally expensive task of simulating all combinations of specified ranges can be more efficient if a computer cluster is used. | |||
3 - Will show dt changed individually, submitted as a range, submitted to a cluster | |||
Revision as of 15:31, 13 June 2011
The purpose of these tutorials is to learn how to run the example growth simulations included in GFtbox. It is assumed that you have already downloaded the GFtbox software.
Getting Started
1) Explaining the tools. In these tutorials, we will be using GFtboxCommand and ClusterMonitor. This section explains the purpose of these functions.
2) Running a growth simulation for an example model. This section demonstrates how to use GFtboxCommand to run a growth simulation. The model used for the simulation is an example model included with the GFtbox.
3) Altering the simulation parameters. Following on from part 2, here we show how to adjust a simulation parameter within GFtboxCommand. Specifically, we alter the value of dt, the temporal resolution of the simulation, and show how it can be used to verify the correctness of the value specified.
4) Altering the model parameters. Finally, we demonstrate how many model parameters can be varied by specifying a range of values for each argument. We show how the computationally expensive task of simulating all combinations of specified ranges can be more efficient if a computer cluster is used.
3 - Will show dt changed individually, submitted as a range, submitted to a cluster