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euclidean-distance

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This project is about real-time 2D object recognition. The goal is to have the computer identify a specified set of objects placed on a white surface in a translation, scale, and rotation invariant manner from a camera looking straight down. The computer should be able to recognize single objects placed in the image and identify the objects.

  • Updated Jun 29, 2023
  • C++

Content: Machine Learning, KNN concept, Euclidean distance, Data preprocessing, Scaling the data, Performing train-test split, Applying KNeighbors Classifier, Predicting Y_pred based on X_test, Evaluation using Confusion Matrix, Accuracy score, Recall value & Precision, Underfitting & Overfitting, Measures to overcome Underfitting & Overfitting

  • Updated May 6, 2024
  • Jupyter Notebook

This Lua module calculates the "infinite distance" between two sprites and detects the collision between them. Integration of the following specific distance cases: Manhattan distance (K distance with k = 1), Euclidean distance (K distance with k = 2), K distance (with k > 2). Integration of scale factors a and b for sprites.

  • Updated May 29, 2020
  • Lua

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