DaniyalArteshdar/Guess-The-Number-Game

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Created almost 3 years ago
Updated almost 3 years ago

DaniyalArteshdar/Guess-The-Number-Game

DaniyalArteshdar

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This game is Coded by Daniyal Atreshdar , In this Game the random number is chosen by system which you're gonna guess that in numbers of chances . Wish you'd ENJOY... . . . . .

Guessing-the-words-game-Python

This game is Coded by Daniyal Atreshdar , In this Game the random word is chosen by system and letter by letter you're gonna guess that in numbers of chances . Wish you'd ENJOY... . . . . . .

Kattis-Python-Solutions

QR-creator-

This code would widen your communication horizon by using the QR code and scanning them to connect What you want .... so Create your own QR code .(Py.Dan)

Kattis-Cpp-Solutions

DaniyalArteshdar

Config files for my GitHub profile.

Live-Sketch-Using-Python-OpenCV

In the project, we will take a live webcam feed and convert it into a live sketch with the help of numpy and OpenCV library.

Face-Detection-Using-Python

OpenCV is the most popular library for computer vision. Originally written in C/C++, it now provides bindings for Python. OpenCV uses machine learning algorithms to search for faces within a picture. Because faces are so complicated, there isn’t one simple test that will tell you if it found a face or not. Instead, there are thousands of small patterns and features that must be matched. The algorithms break the task of identifying the face into thousands of smaller, bite-sized tasks, each of which is easy to solve. These tasks are also called classifiers. For something like a face, you might have 6,000 or more classifiers, all of which must match for a face to be detected (within error limits, of course). But therein lies the problem: for face detection, the algorithm starts at the top left of a picture and moves down across small blocks of data, looking at each block, constantly asking, “Is this a face? … Is this a face? … Is this a face?” Since there are 6,000 or more tests per block, you might have millions of calculations to do, which will grind your computer to a halt. To get around this, OpenCV uses cascades. What’s a cascade? The best answer can be found in the dictionary: “a waterfall or series of waterfalls.”Though the theory may sound complicated, in practice it is quite easy. The cascades themselves are just a bunch of XML files that contain OpenCV data used to detect objects. You initialize your code with the cascade you want, and then it does the work for you.

Fanno-Flow-Plots

Fanno flow is the adiabatic flow through a constant area duct where the effect of friction is considered. Compressibility effects often come into consideration, although the Fanno flow model certainly also applies to incompressible flow. For this model, the duct area remains constant, the flow is assumed to be steady and one-dimensional, and no mass is added within the duct. The Fanno flow model is considered an irreversible process due to viscous effects. The viscous friction causes the flow properties to change along the duct. The frictional effect is modeled as a shear stress at the wall acting on the fluid with uniform properties over any cross section of the duct. For a flow with an upstream Mach number greater than 1.0 in a sufficiently long enough duct, deceleration occurs and the flow can become choked. On the other hand, for a flow with an upstream Mach number less than 1.0, acceleration occurs and the flow can become choked in a sufficiently long duct. It can be shown that for flow of calorically perfect gas the maximum entropy occurs at M = 1.0. Fanno flow is named after Gino Girolamo Fanno.