1. Thank you for using this pre-visit resource. We believe this will help strengthen student learning leading up to and during your gallery visit. Due to the different versions of PowerPoint schools may use, please check for, and correct any formatting issues before you use this presentation with your students. Please check by viewing in slide show format before making any necessary changes. If you have any questions please don’t hesitate to contact me. Welcome Learning Experiences Outside the Classrom Te Tuhi Centre for the Arts Phone: (09) 577 0138 ext 7703 jeremy@tetuhi.org.nz Jeremy Leatinu’u Education Co-ordinator

2. Te Tuhi pre-visit lesson 2 Image: http://www.advertolog.com/sony/print-outdoor/cheese-13812955/ http://www.sodahead.com/fun/pet-mice-cute-or-ick/question-1763939/?page=4&link=ibaf&q=mice+standing&imgurl=http://www.petsworld.co.uk/images/rat.jpg say cheese…

3. During this lessons we will be exploring… First camera ever Image: http://www.freepik.com/free-vector/old-film-negatives-vector-material-5_514767.htm http://www.sodahead.com/fun/pet-mice-cute-or-ick/question-1763939/?page=4&link=ibaf&q=mice+standing+up&imgurl=http://www.petsworld.co.uk/images/rat.jpg Welcome Say to Cheese… Before we start, let’s recap what we learnt during our last lesson…

4. In our last lesson we learnt that “light…” can help keep us warm, help grow plants and provide power through solar panels travels in a straight line can also be reflected, refracted and bent through different mediums and materials

5. Let’s start this lesson by exploring “First camera ever”. Image: http://kentonbrede.com/2012/04/08/camera-obscura-and-bedroom/http://kentonbrede.com/2012/04/08/camera-obscura-and-bedroom/

6. These early scientists and philosophers discovered that light travels in a straight line. Many years ago early scientists and philosophers came across a unique and amazing discovery that would change how we see the world. What was amazing is that they could visually show how this works through a device which we know today as a ‘camera’.

7. Image: http://www.alltopmovies.net/wp-content/uploads/2010/02/ProfessorFrink2.JPG Early scientists and photographers could show how light travels by directing light through a small hole… Early camera obscuras were made by first creating a dark room, making sure no light could shine through They then made one very small hole in the wall looking outside towards a tree The hole directed light inside and on to the opposite wall The reason the tree appears upside down is because, as we learnt earlier, light travels in a straight line The unique part happened when the light shining through the hole projected an upside down image of the tree outside The light from the top of the tree travelled downwards into the hole and light from the bottom travelled upwards making the tree appear upside down The light would travel from outside through the hole and naturally create an image on the inside. This discovery and technique would later be developed into the world’s first camera, known as the ‘camera obscura’.

8. Image: http://vermeer0708.wordpress.com/author/tamara89/ http://wernernekes.de/00_cms/cms/upload/Fotos_Sammlung/Fotos_Glossar/CO.jpg http://www.gwennseemel.com/index.php/blog/comments/tracing/ More and more people learned of the camera obscura technique and began using it for different reasons… Many artists started using the camera obscura because they could trace over the projected image and create an accurate and realistic drawing or painting.

9. Image: http://cybergeek4artists.multiply.com/journal http://akvis.com/en/articles/photo-history/beginning.php http://www.aip.org/history/newsletter/spr99/optics.htm http://publishing.cdlib.org/ucpressebooks/view?docId=ft438nb2fr&doc.view=content&chunk.id=d0e816&toc.depth=100&anchor.id=0&brand=ucpress http://tammyumaly.com/cameraobscura.html http://thedelightsofseeing.blogspot.com/2010/10/pinhole-photography-and-camera-obscura.html http://www.talktalk.co.uk/technology/galleries/view/technology/historyofthecamera/browse/310115 http://bodytechnologies.blogspot.com/2011/02/we-are-never-just-there-reading-history.html Over time the camera obscura got smaller and smaller. This meant artists could travel from place to place creating realistic paintings or drawings of different landscapes and people.

10. Image http://commons.wikimedia.org/wiki/File:M%C3%BClheim_an_der_Ruhr,_Camera_Obscura,_2011-03_CN-02.jpg http://en.wikipedia.org/wiki/File:Camera_Obscura_(San_Francisco).JPG http://en.wikipedia.org/wiki/File:Exhibit-camera-obscura.jpg http://www.tripadvisor.com/LocationPhotoDirectLink-g147271-d2043071-i57218730-Camera_Obscura-Havana_Cuba.html#54749780 Today there are buildings around the world that are designed and made to work like camera obscuras. These particular buildings give visitors an opportunity to experience what it is like to be inside a camera obscura and to witness how it all works. People around the world have learnt how a camera obscura works and have transformed their homes into large camera obscuras. Lets take a look at a few examples…

11. Image: http://ngm.nationalgeographic.com/2011/05/camera-obscura/oneill-text The image on the wall shows a colourful landscape that is just outside of this room

12. Image: http://morfis.files.wordpress.com/2011/05/camera-obscura21.jpg This image shows a landscape full of tall buildings and roads just outside of this room

13. Image: http://aplusabsurdum.wordpress.com/ These people have managed to capture the outside sky in their room!

14. Let’s recap on what we have learnt so far… As we have seen, light can help create some amazing things…

15. Light can be used to project an image of the outside environment. This would later become known as the camera obscura, considered the first camera in the world. is needed for a camera obscura to work. Many artists use this to help create realistic drawings and paintings. travels in a straight line. We can see how this works through a camera obscura. far? What we have learnt so

16. In the next lesson we will explore “Cameras and History”. End of lesson