The goal is for students to develop test questions for their peers, which will eventually be stored in a database. This database will be accessible in an interactive format on Midimaze and will also be available on Canvas. # Media Type for Questions - [[#Plain Question|Plain Question]] - [[#Picture Question|Picture Question]] - Store pictures [in this directory](https://drive.google.com/drive/folders/1PMGZjGLWZ2HRO_k-dNhbxwAUxzfgSIvG?usp=drive_link) - Rename pictures well by describing Item and Concept concisely, preferably in Item Concept order - Do not rename, because the links to the pictures will get broken! - Keep tabs on the links to the pictures when you are creating the questions - [[#Audio Question|Audio Question]] - Rename audio file well by describing Item and Concept concisely, preferably in Item Concept order - Do not rename, because the links to the pictures will get broken! - Keep tabs on the links to the pictures when you are creating the questions ## Plain Question Plain questions are straightforward. You simply have to choose the appropriate [[#Question Type|Question Type]] Here's an example multiple choice question that ChatGPT formatted for me: ```JSON { "question": { "question_name": "Audio File Formats", "question_text": "Which audio format is uncompressed?", "question_type": "multiple_choice_question", "points_possible": 1, "answers": [ { "answer_text": "WAV", "weight": 100 }, { "answer_text": "MP3", "weight": 0 }, { "answer_text": "AAC", "weight": 0 }, { "answer_text": "OGG", "weight": 0 } ] } } ``` ## Picture Question With picture questions, you have to be more careful to make sure that pictures are all formatted with the same size. Prompt ChatGPT to do so. Here's an example multiple choice picture question: ```JSON { "question": { "question_name": "Match Circuit Descriptions to Images", "question_text": "Match each description to its corresponding circuit image.", "question_type": "matching_question", "points_possible": 4, "answers": [ { "match_left": "Monitor Input Patch Point", "match_right": "<img src='https://drive.google.com/file/d/1fEOqTXyYHoUrGsi7QT8XRGzAzd5tfWiv/view?usp=drive_link' style='width:100px;height:100px;' />" }, { "match_left": "Mic preamplifier circuit", "match_right": "<img src='https://drive.google.com/file/d/1Ziy5d8vZrohjVFZLClC-iqwjD3eMEknO/view?usp=drive_link' style='width:100px;height:100px;' />" }, { "match_left": "Line amplifier circuit.", "match_right": "<img src='https://drive.google.com/file/d/1_h991Kx4QfF4eYt4BZY6yV2KB0bFsmMR/view?usp=drive_link' style='width:100px;height:100px;' />" }, { "match_left": "Channel Input Patch Point.", "match_right": "<img src='https://drive.google.com/file/d/1ClvMfeqD4HiELXvseiiStplsNoTfL0Og/view?usp=drive_link' style='width:100px;height:100px;' />" } ] } } ``` ## Audio Question # Question Type - Multiple Choice - True/False - Fill in the blank - Include case sensitive options - Include alternate options - Fill in multiple blanks - Include case sensitive options - Include alternate options - Multiple Answers - Multiple Drop Down - Numerical Answer - Max frequency you want to capture is X - What is sample rate according to nyquist frequency necessary to capture sound correctly (2X) - Matching - Put things in order # Putting it into Database for Nakul to Approve