root/OptimizingMATLABCode/Truss/visualizeParamSweep.m @ 10
| 10 | anderm8 | function visualizeParamSweep(varargin)
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% Visualize Parameter Sweep Output
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%
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% Usage:
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% visualizeParamSweep(nVals, aVals, peakVals)
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% visualizeParamSweep(jobOutput)
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%
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%
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% Inputs:
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% nVals: vector or matrix of number of segements
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%
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% aVals: vector or matrix of areas
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%
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% peakVals: matrix that represents the peak deflection at each
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% corresponding point of nVals and aVals
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%
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% jobOutput: cell array containing the outputs fetched from a batch job
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% with paramSweepParallel or clusterBatch
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%
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% Plotter for ODE parameter sweep example
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%
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% Copyright 2015 The MathWorks, Inc.
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if nargin == 3
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% Three input
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nVals = varargin{1};
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aVals = varargin{2};
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peakVals = varargin{3};
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elseif nargin == 1
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% Job output as a cell array
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jobOutput = varargin{1}; % extract job
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assert(iscell(jobOutput),'jobOutput is expected to be a cell');
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% Extract pieces from job
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nVals = jobOutput{1};
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aVals = jobOutput{2};
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peakVals = jobOutput{3};
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else
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error('One or Three inputs expected');
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end
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% Build figure and surface of peakVals
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figure
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surf(nVals, aVals, peakVals)
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% Label it and set viewing angle
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xlabel('Number of horizontal Segments')
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ylabel('Area of Cross Section')
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zlabel('Maximum Y deflection')
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title('Peak Value of Cantilever Deflection', ...
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'Interpreter', 'latex', 'FontSize', 16, 'FontWeight', 'Bold')
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view(50, 30)
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end
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