 calculateModel.m | Calculate the microcircuit model of attention |
 customgauss.m | Generate a custom 2D gaussian |
 figure10.m | Experimental setup for biased competition and attentional modulation of surround suppression |
 figure11b.m | Evaluate spatial pooling in our microcircuit model of attention |
 figure11d.m | Evaluate spatial pooling in the normalization model of attention |
 figure2.m | Experimental setup for biased competition with spatial attention |
 figure3a.m | Experimental setup for biased competition and pooling with spatial attention |
 figure3b.m | Experimental setup for competition of overlapping stimuli |
 figure3cde.m | Experimental setup for biased competition - selectivity in relation to sensory interaction |
 figure3f.m | Experimental setup for contrast dependent competition |
 figure4.m | Experimental setup for biased competition with feature-based attention |
 figure5.m | Experimental setup for contrasts gain |
 figure6.m | Experimental setup for mix between response and contrast gain |
 figure7.m | Experimental setup for scaling of the neuronal tuning curve |
 figure8a.m | Experimental setup for sharpening of the neuronal tuning curve |
 figure8b.m | Experimental setup for tuning curves in biased competition with feature-based attention |
 figure9a.m | Experimental setup for surround suppression without attention |
 figure9b.m | Experimental setup for attentional modulation of surround suppression |
 formatPlotB.m | Function to format the plot nicely |
 gauss1D.m | Calculate 1D Gaussian kernel |
 gauss1Dcircular.m | Calculate a 1D Gaussian kernel within a circular space |
 initModel.m | Create parameter structure for microcircuit model of attention |
 maxNonLin.m | Maximum operation via a non-linear summation |
 runAll.m | Small function to run all experiments |
 saveStandardPlotParams.m | Save common parameters for the plots to a file |
 symetricalExp.m | Generate a distribution created by two exponential functions (similar to Laplace distribution) |
 symetricalExpCircle.m | Generate a circular distribution created by two exponential functions (similar to Laplace distribution) |