The task for the final paper is the implementation of an algorithm for ray tracing for the purpose of realistic representation of a stationary scene. An algorithm was implemented for all the necessary elements in the Python programming language to obtain the desired image. Attention was paid to the material of the object in the scene. Two light sources were implemented in the algorithm. Two facilities were also implemented. Shading, reflection, and ambient models were used. The implementation started with the simplest part, i.e. the vector. A class method was used to create the vector, and most of the other elements. It is important to apply the vector first because all the other components for creating the task came from it. Then we started creating rendering. New classes were introduced, using the vector formula. The image format used is PPM. Next, the formula for the sphere in the Python programming language and its intersection with the plane is implemented. Ambient, diffuse and specular shading are models that show how light reflects off an object. The Blinn-Phong shading model and the Lambert shading model were used to create these three aforementioned models. After applying this step in the algorithm, an image of the sphere with lighting components was created. At the end of the task, another sphere and a checkerboard-style floor were implemented. Reflection has been implemented in the code for a more realistic look. This is the end of the algorithm and the end of the work. The product is a realistic image created using light ray tracing.