Lines = get_all_instances( graph_parse, 'line')Ĭircles = get_all_instances( graph_parse, 'circle')Īrcs = get_all_instances( graph_parse, 'arc')Īngles = get_all_instances( graph_parse, 'angle') get_instances import get_all_instances graph_parse = parse_graph( diagram_parse) parse_graph import parse_graph from geosolver. To do so, obtain a Question object ( question) as shown above and run the following:įrom geosolver. Image segment parsing is the task of obtaining the diagram segment (and label segments) from the original image. You can also refer to _diagram module to see full examples corresponding to these. We will explain each of them in detail below.

Required 3rd-party packages: numpy, OpenCV 3.0.0 or higher (cv2)ĭiagram parsing consists of five finer steps: image segment parsing, primitive paring, primitive selecting, core parsing, and graph parsing. See Diagram parser section to learn how to use question.diagram_path, and see Text parser section to learn how to use question.words and question.choices. You can access other properties of the question by question.words, question.diagram_path, and question.choices. Note that, regardless of the number of questions returned by geoserver_interface.download_questions, the returned object is always a dict object (with possibly single element, like above). Import the geoserver interface (an instance of _interface.GeoServerInterface): Note that by default this is pointing to a local server, because I am hosting a local server myself. Please refer to the GeoServer repository to see how to set it up. You can either define it yourself, or more easily, you can download it via GeoServer, a web interface for managing and displaying geosolver database. Accessing questions via GeoServerĮvery question is a tuple of key, text, words, diagram path, and choices (see ). This tutorial will first walkthrough each part independently (the modules except the joint parser can be used independently),Īnd in the last section it will show how to connect them for an end-to-end system. Solver accepts the logical form from the joint parser and outputs the answer. Joint parser combines the results of the text parser and the diagram parser and outputs the final logical form. Text parser transforms the text in natural language into a logical form.ĭiagram parser extracts information from the diagram. Geosolver is divided into four core parts: diagram praser, text parser, joint parser, and solver. That is, its input is question text in natural language and diagram in raster graphics,Īnd its output is the answer to the question. Geosolver is an end-to-end system that solves high school geometry questions. For example, you must calculate the perimeter of your yard to determine how much fencing you need or calculate the surface area of your walls to determine how much paint you need.NOTE: SOME SECTIONS OF THIS README FILE ARE OUT OF DATE! I WILL UPDATE IT AS SOON AS POSSIBLE. Ideal when you need to build or create something. Geometry also has many practical uses in everyday life, engineering or a construction: such as measuring circumference, area and volume. No matter whether you're a parent who needs to check the kid's homework or you're a student who needs to write that homework, now you have a geometry helper at your disposal! Get the fastest math results instantly: from problem to a solution just in a few taps! Share a complete solution with your classmates or colleagues or simply check the formulae and theorems for any geometric shape. Visualise shapes with real-time previews and see how the overall shape changes when you alter its dimensions. Solve volume and surface area and calculate perimeter or circumference. Improve your geometry skills with step-by-step solutions.

Explore 100+ geometric shapes and study their properties. Now with AI assistant that will scan and solve your geometry word problems! Step-by-step solutions, live previews, weight calculator and image export!ĭo you need help with geometry? You're at the right place! Geometry solver is certified by the Educational App Store and we also won #11 place in Math category in Mobile Learning in Action! Solve the volume, surface area and perimeter. AI fuelled award-winning geometry calculator.

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