Ads

GE 8161 - Python Lab Manual

Python Lab Manual

https://drive.google.com/file/d/1eX5WTs1TdTHcadplkbNIzHiZEYvKAieT/view?usp=sharing https://drive.google.com/file/d/1IJ5l6M4ogGqM5GmVtERCh8v4rH1MKlmO/view?usp=sharing


Click The link To Download


Comments

Post a Comment

Popular posts from this blog

Datatypes in C

Image
suppose we are adding a+b here, what we have to do, In Calculator we do 3+5 it shows 8. But in the case of Computer doesn't under 3+5, it only understand 0 and 1's. This 3 and 5 Commonly known as Data, by using this input data we perform addition operation to get a result of 3+5. To store this 3 and 5 we need some variables like a,b etc. Above diagram shows that a,b,c,d called as operands (variables) to store value and all the values are stored somewhere in the computer memory. suppose if your data is a integer type address will be multiples of 2. Ex: Starting address is 1000 for a and b addressing is 1002. i.e one variable occupy 2 bytes of memory. Datatypes in C, Here Integer - 1,2,3,1000,50000,99000 called as integer .. all decimal values floating point values - 1.000,1.2333,0.89 etc. Character values - a to z, A to Z,1-10,all keyboard symbols. Void - Null Values. String- Group of Characters called as  string. ex- "hello"...
Read more

Installing Anaconda on Windows.

Image
Anaconda is most recommended software to run your Python and R Programs. Follow the steps below to install the Anaconda distribution of Python on Windows. Steps: Visit  Anaconda.com/download Select Windows Download the  .exe  installer Open and run the  .exe  installer Open the  Anaconda Prompt  and run some Python code Once u Installed Anaconda in your Computer ,  Goto Start - > Click Anaconda3(64 bit) shown above ->Click Anaconda Prompt U will get path  "(C:\Users\Student\Anaconda3) C:\Users\Student>" like this... Here type "jupyter notebook" to open jupyter to type python programs. (C:\Users\Student\Anaconda3) C:\Users\Student>jupyter notebook Press Enter    http://localhost:8888/?token=2737af248d8b264ed1e36f258295c7c8d1d2caecc7921257 copy this path from cmd window and paste it in browser or it will opened in the browser automatically like ...
Read more

GLCM Image features extraction using glcmcomatrix.

Image
GLCM based image features extraction using glcmcomatrix. in Main.m script call glcm_features1.m file to extract the features of images. Main.m clear all; I=imread('C:\Users\Admin\Desktop\Code\index.jpg'); imshow(I); i=rgb2gray(I); imshow(i); circuitboard=rot90(rgb2gray(imread('C:\Users\Admin\Desktop\Code\index.jpg'))); imshow(circuitboard); offsets = [0 1; -1 1;-1 0;-1 -1]; glcm = graycomatrix(circuitboard,'offset',offsets); stats = GLCM_Features1(glcm,0) % stats = GLCMFeatures(glcm); %figure, plot([stats.Correlation]); %figure, plot([stats.Contrast]); %figure, plot([stats.Homogeneity]); %figure, plot([stats.Energy]); %title('Texture Correlation as a function of offset'); %xlabel('Horizontal Offset') %ylabel('Correlation') %[glcm, SI] = graycomatrix(I,'NumLevels',9,'GrayLimits',[]) %GLCMFeatures(glcm); %glcm = [0 1 2 3;1 1 2 3;1 0 2 0;0 0 0 3]; %stats = graycoprops(glcm); -------------...
Read more