EXPERIENCING, DESIGNING WITH LIGHT, SHADOW AND COLOUR- FALL 05 -
- Haziran 03, 2019
- by
Preparing the Light-Box:
A) Produce a square prism, measuring 10x10x40 cm out of grey cardboard, by
1) rendering one of the rectangular surfaces removable, i.e. without any design elements attached to it.
2) producing one of the square surfaces out of a semi-transparent plane to serve as a PROJECTION SCREEN.
3) opening a HOLE (r = 0.25 cm) at the centre of the other solid square surface to serve as a PROJECTION and VIEWING POINT for the 3D composition inside the PRISM. Make a meaningful 3D composition inside the PRISM to reveal a clear design idea (such as hierarchy, balance, centrality etc.) in each of the three elevations mentioned below,
using 6 STICKS in total, using at least 1 from each one of the following 3 types of sticks, all measuring 15cm in length and square in section but have the following thicknesses and characteristics:
1) White (painted) and solid STICK(s) with a thickness of 0.3×0.3cm or 0.4×0.4cm or 0.5×0.5cm in section, depending on availability and your choice.
2) Coloured STICK(s) (out of cartridge paper planes) measuring 1x1cm in section.
3) Coloured transparent STICK(s) (out of acetate planes) measuring 2x2cm in section Enhance your 3D composition inside the PRISM by adding the following SIDESOLIDs into your design to strengthen your design ideas (such as hierarchy, balance, centrality etc.):
1) 1 transparent semi-spheres with r1 =1 cm
2) 1 transparent semi-spheres with r2 = 2 cm
Individual Light-Box
Designing with Light and Shadows:
The transparent SIDESOLIDs will let artificial light into the LIGHT-BOX from a source along the central axis of their rectangular surfaces, with R1 = 20 cm. After testing your design composition in our modest LIGHTLAB, draw on 50 x 35 white paper and in 1/1 Scale:
1) the elevation of your design as viewed along the removable rectangular surface (in B&W with shadows).
2) the 2D shadow composition on the square semi-transparent PROJECTION SCREEN as formed by a point light projected from the HOLE at the centre the opposite opaque square surface.
3) the elevation of your design as viewed from the HOLE on the opaque square surface under the light projected from the LIGHT SOURCE along the central axis of the rectangular surfaces through the two SIDESOLIDs.
4)Mention the design idea (such as hierarchy, balance, centrality etc.) on all of the drawings.
Rules:
1) STICKs should touch and puncture two surfaces of PRISMs.
2) STICKs should not touch the SIDESOLIDs.
3) The SIDESOLIDs should project into the LIGHT-BOX from the side surfaces of your selection except the removable one.
4) The SIDESOLIDs should not touch the PROJECTION SCREEN.
5) Two of the SIDESOLIDs in each LIGHTBOX should be transparent.
Goals to Achieve:
Development of 2D and 3D design skills
Understanding and applying 2D and 3D composition principles
Understanding and controlling geometric relations between 3D and 2D design fields
Understanding and controlling geometric relations between 3D design elements
Development of the skill to design with colour, light and shadows
Development of good craftsmanship
Method:
Production and organization of the design field
Insertion of solids into a volumetric design field
Projection of light onto a planer design field
Design with light and shadow
Elevation drawings
STUDIO WORKS
REDO
STUDIO WORKS
COMMON LIGHT-BOX
COMMON LIGHT-BOX
Designing with Light and Shadows:
1) Unite two light boxes from their removable rectangular planes.
2) Remake the semi-transparent surfaces of two PRISMs as a 10×20 cm plane.
3) Remake the opaque surfaces of the two PRISMs with viewing holes as a 10×20 cm plane with a central viewing hole.
4) Increase the radius of the r1=1cm semispheres to r1=3cm: a)2 transparent semi-spheres with r1= 3cm; b)2 transparent semi-spheres with r2 = 2 cm.
5) Create a 3D composition inside the combined PRISMs to reveal a clear design idea (such as hierarchy, balance, centrality etc.) in both of the two elevations mentioned below.
6) A LIGHT SOURCE should be fixed at a specific point along a radial path around the centre of the collective LIGHTBOX, with R1 = 30 cm.
7) Draw on 50 x 35 white paper and in 1/1 Scale:
a) the 2D shadow composition on the rectangular semi-transparent PROJECTIONSCREEN under a point light from the HOLE on the opposite opaque rectangular surface;
b) the elevation as viewed from the HOLE on the opaque rectangular surface under the light projected from the LIGHT SOURCE along the central axis of the rectangular surfaces through the 4 SIDESOLIDs.
POSTER
LIGHT-BOX INSIDE
REDO
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