By this: impoly > Generate Data > function createfigure1 Do you mean after calling impoly, you go into the figure window and select “Generate Code”? Which will create a function createfigure – but this has nothing to do with impoly. There are a couple of ways you can extract the ROI. After choosing the area … Read more
So I think I’ve figured this one out as well. It would appear that the images are represented as 6 vectors which hold color, texture and position data. So the input of sample image is an Mx6 array which represents an image. The DatabaseImage holds a number of these vector representations function [out]=Compare(SampleImage,DatabaseImage) % //define … Read more
repmat and repelem are used for repeating the copies of an array. For your case, you can use either of these as: repmat(A,3,1) or repelem(A,3,1) 0 solved Matlab Repeat Value
It seems like you provide the argument to tan in degrees. However, Matlab expects its input in radians. Try: >> tan( pi / 4 ) If you insist on using degrees, you’ll find tand useful: >> tand( 45 ) Remember rad = deg * pi / 180 solved tan function giving incorrect values in matlab … Read more
RTFM. The first line of the function’s documentation explains: newff Create a feed-forward backpropagation network. Obsoleted in R2010b NNET 7.0. Last used in R2010a NNET 6.0.4. The recommended function is feedforwardnet. … The training function BTF can be any of the backprop training functions such as trainlm, trainbfg, …. The learning function BLF can be … Read more
Basically a is assigned to the result of the logical not operator applied to b For example if b is the matrix b = [12 0 10] then a = ~b a = [0 1 0] See http://www.mathworks.co.uk/help/matlab/ref/not.html for details 2 solved What does the tilde symbol after an equals do? [duplicate]
double ran = Math.signum(Math.random() – 0.5); The variable ran will contain +1, -1 or sometimes 0. 10 solved What is the equivalent Java code of this MATLAB code? [closed]
Your question isn’t 100% clear, but I believe this is what you’re asking for. I’ve used Matlab. len = 1000; a_ = linspace(0, 5, len); b_ = linspace(0, 5, len); x = zeros(len); for a = 1:len for b = 1:len val(1) = (a_(a)^2 * (1-b_(b))) / (a_(a) + b_(b) – a_(a)*b_(b)) + (1-a_(a))*a_(a); val(2) … Read more
As your input image I is a color image (RGB), the array I is three-dimensional: width-by-height-by-3, because for each pixel you need three values: red, green and blue. The output of butterhp, however, is always width-by-height, so you are trying to multiply a 2D-array times a 3D-array, which fails of course. Often, processing in grayscale … Read more
RS232 is a connection port for things like UART. If you are asking about downloading matlab code into an FPGA, then no. You can create simulink models and include them into your designs at compile time; but this has nothing to do with RS232. solved Implement MATLAB algorithm in Spartan 3E
Use the special end keyword: lastelement = myvector(end); solved Returning the last element of a vector with an unknown length [closed]
maybe is the best to load all .mat files which contain parameters you want to use for training of neural network and put all your input parameters into one variable, and than to use that variable as the input for neural network. solved Training neural network in matlab
Introduction This article provides an overview of how to train a neural network in MATLAB. It covers the basics of neural networks, the different types of neural networks, and the steps involved in training a neural network. It also provides some tips and tricks for optimizing the training process. Finally, it provides some examples of … Read more
A solution in Matlab: A = [1 5; 1 5; 1 6; 2 4; 2 2; 3 8; 3 4]; nMaxDays = max(A(:, 1)); nMaxSamples = max(accumarray(A(:, 1), 1)); mnSamplesMatrix = nan(nMaxSamples, nMaxDays); for (nDay = unique(A(:, 1))’) vnThisDay = A(A(:, 1) == nDay, 2); mnSamplesMatrix(1:numel(vnThisDay), nDay) = vnThisDay; end 0 solved Matlab/Excel/R: Transforming an … Read more
use errorbar, for example errorbar(Vector1,Err) plots Vector1 and draws an error bar at each element of Vector1. The error bar is a distance of Err(i) above and below the curve so that each bar is symmetric and 2*E(i) long. Another example: load count.dat; y = mean(count,2); e = std(count,1,2); errorbar(y,e,’xr’) Note, all this was taken … Read more