SciVis
» I can use computer graphic tools, graphic organizers, and design processes to help develop ideas,
topics, or possible solutions for an advertising design solution - Pinterest, Gantt Project, etc.
» I can use computer graphic tools and design processes to communicate, inform, analyze and/or
illustrate a topic, idea, subject or concept.
» I can write a script that successfully communicates my Ideas
» I can write a script using standard notation
» I can implement programs like Celtx or Word to for writing my script
» I can use computer graphic tools develop animatic that clearly communicates a complex scientific concept.
» I understand the responsibilities and ethics associated with publishing to the internet
» Create a Pinterest account to start brainstorming ideas.
» Choose topic, idea, subject or concept to illustrate - following areas: science, technology, engineering or mathematics.
» Create a Mind Map for your SciVis topic to explore your topic further
» Write an overview for this visualization (2-5 paragraphs)
» Write a short script to be used as narration for the storyboard.
» Write a script which tells your SciVis project’s story
» The script must be written in standard Audio-Visual Production notation » Create a rough hand-sketched storyboard for your scientific concept.
» Create a final storyboard for your scientific concept using your preferred software application.
*Thoroughly Document in PDJ (Design Folder).
THE ULTIMATE GOAL
You have been asked to create a STEM related animatic for TSA’s SciVis contest. An animatic is a previsualization tool used to visualize complex scenes in a film prior to its production. Essentially, it is an animated storyboard with a prerecorded audio track. Each animatic will be presented and judged for possible use in this years contest. The ultimate goal is to chose one of these animatics and create a well produced SciVIs animation.
*SciVis refers to Scientific and Technical Visualization, the graphical representation of complex scientific concepts. Participants develop a visualization focusing on a subject or topic from one or more of the following areas: science, technology, engineering or mathematics.
Lower Merion SciVis 2013 - 1st Place Nationals - 3D Printing
Colorado’s 2014 Winner – Well done!
Look how Dnews brings life into the scientific documentary. Think fun!
But check out Inner Planet Janet, its a different direction.
PURPOSE
Participants have the opportunity to use computer graphic tools and design processes to communicate, inform, analyze and/or illustrate a topic, idea, subject or concept. Sound may accompany the graphic images.
- The visualization should not exceed three (3) minutes in length. There will be a (3) point deduction for each fifteen (15) seconds over the three (3) minute length.
- The visualization time length is calculated from the start of the first image or sound to the last image or sound.
- The visualization may be an animation, such as a biological cell dividing, or it may consist of a series of related static images, such as graphics and charts used in the study of a scientific phenomena. No posters or models will be accepted. All work must be documented in your “design Folder” or blog.
- The visualization should not exceed three (3) minutes in length there will be a three (3) point deduction for each fifteen (15) seconds over the three (3) minute maximum length. For example: A visualization that runs 47 seconds beyond the three (3) minute limit will receive a deduction of nine (9) points.
- Sound may accompany the visualization but is not required.
- All entries must be the original work. Where applicable, all ideas, text, images, and sound from other sources must be cited. If copyrighted material is used, proper written permission must be included. Failure to follow this procedure results in disqualification. Absolutely no purchased content may be used in any part of the visualization. (Purchased content includes, but is not limited to, texture, models, and royalty free music.)
MAIN EXPECTATIONS
- Write a script written in standard notation.
- Create a storyboard aligned with the script.
- Create a two – three minute animatic (slideshow) fully narrated.
PDJ must include:
- Title of SciVis Animatic
- Write a purpose / overview for this visualization (2-5 paragraphs)
- Hand-Sketched storyboard that documents the flow and progression of the visualization with written notes; special
effects, audio cues, dialogue, transitions, and scene duration should be incorporated into the storyboard; pages
as needed. - Written description of what the visualization illustrates or demonstrates; one (1) page
- List of references that includes sources for materials, copyrighted and otherwise; pages as needed. The term “Fair Use” and similar terms are not acceptable citations when creating the list of references.
- Permission letters for copyrighted material; pages as needed
- List of software and hardware used in the development of the visualization; one (1) page
General Process Workflow
EXPLORE: Before you do anything, you must fully understand what the task, the objective, and the rules are, so that you are heading in the right direction. You don’t want to start creating a project and realize that it is not answering the task objectives.
EXPLORE: After reading the problem / prompt, take out a clean piece of paper and sketch and/or write-up your initial thoughts and ideas. This is an important step that is generally overlooked but is essential nurturing original ideas and concepts. Make sure look for topics and explore ideas that you are actually interested.
Pre-Writing (AFI's Lights, Camera, Education!)
RESEARCH: Collect /research reference & inspirational images, designs, blueprints etc. Basically find as many as you need, which is at least 20+. I call this phase, the “Virtual Cork Board”. I have found that the best way to do this is to create a Pinterest page with all your resources. This is not only a dynamic collection of resources, but it also retains the source information for later documentation. If you do not have access to Pinterest, a collection of images works. My father was a designer and kept a cork-board next to his desk and added new designs and inspirations as he found them. *Make sure there enough information on this topic and it can be represented in a visual way.
ORGANIZE: Narrow down an area of interest to at least three directions and then create a mind map that will help guide you for the prompt / problem. Create a mind map that explores 3+ design options for the project. Each design branch should fully explore design characteristics and specifications.
WRITE: Create three detailed 'one paragraph proposal' for each of your possible SciVIZ films. The 'one paragraph proposal' is the essence of the story. Describe in the space of two to four sentences, the topic, the audience, and the goal or intended purpose; basically briefly and simply answer, WHO, WHAT, WHERE, HOW and WHY. Explain what part about this topic do you hope to cover the question that you want to answer. *A proposal is kind of like a synopsis or a thesis statement.
- Keep your pitch between 50 and 150 words – In your pitch you need to identify what your film’s strong points are and essentially what it is about.
- Be concise with your introduction to the proposal: Summarize what the film will be within the first line – detail can be included once you have aroused the reader’s attention.
- Outline-What is your film’s subject (person, group, environment, social issue etc.)? What style of film will this be? Is it character driven? Who are the main characters in this film?
- Direction–What do you want to do with the film and what do you want the film to do?
- Style: Make sure your proposal allows your film to come to life –if you write a dry proposal you are asking a lot of the reader; if your proposal has a strong narrative or aesthetic and describes the depth of its characters your film will come to life.
- Where is it going? Making a documentary is an unpredictable journey. If you have some idea of where your story will go –possible narrative trajectory, conflict, likely outcomes and events that may occur along the way, then include them in your proposal. Again this information helps the reader to visualize your project as a completed film.
WRITE: Choose the strongest proposal and then create a more detailed film treatment.
Outline & Treatment (AFI's Lights, Camera, Education!)
RESEARCH: There is so much information out there from so many different sources—magazines, newspapers, news shows, podcasts, books, etc. However, researching for a documentary includes something more — interviews. Try to talk to people who know, first hand, about your topic. Interviews that you shoot make your topic come alive and live in the present, rather than just in the past…which is where a lot of documentary content resides. Ask permission to video or record the interview and use the information you find.
*Create a folder with all your resources, photographs, interviews, papers, videos, websites. Then organize it.
WRITE: Create an outline of everything that need to be covered in your script.
WRITE: Write the script. Now that you have ordered all of your images to convey the story that you want to tell, it’s time to write a script. The script needs to be written to the time that you have allotted for each image. For example, if there is a five second panning shot of a statue, then the voice-over describing that statue needs to last five seconds.
CREATE: Create the storyboard.
Here is a great resource: Storyboarding the Simpsons Way.
CREATE: Record the script and then a secondary music (optional).
CREATE: Create animatic based on storyboard & script with audio track.
Drawn Slide Example.
Resources:
MITs DV Lab: 1. Introduction: Doing Science & Making Documentary Film
MITs DV Lab: 2. Documentary and Ways of Seeing
MITs DV Lab: 3. Science and Seeing
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