Diseño de un modelo de simulación de movimiento mediante el análisis de video y construcción realizados en el ambiente java del Proyecto Open Source Physics (OSP), física de código abierto

Abstract

This research focuses on the use of the Open-Source Physics tracker software of Java, the program provides the user with specific drivers within the database, as well as a set of libraries that allow communication between the two. Java provides a wealth of tools and information for developing applications or resources that can be distributed across different platforms. These tools will be used for the modelling of the different parabolic, ammonia and damped motions present in a particle, therefore, a correlational experimental methodology is used in the physics laboratory. The purpose of correlational studies is to find out the relationship or degree of association that exists between two or more concepts, categories or variables in a particular sample or context. In the construction of movement models, an attempt can be made to predict the approximate value that a group of variables will have. The data collection technique used was through observation, measurement and documentation using the following instruments: field diary, stopwatch and 50 mp mobile phone camera and Redmi Note 1 model, obtaining as main result that the oscillation time of an object can be affected or disturbed in higher percentage when interacting in different media such as water, therefore in the spring in the open air as in the submerged in water, force and position have opposite directions, the resistance of the media produces damping in the movements of a particle, obtaining variable results from two independent measuring instruments, the force sensor and by means of the Tracker 5 software. 1.5. It was concluded that force and position have opposite directions due to the resistance of the medium. For the analysis of the positioning has to be performed only an analysis of the vertical axis.