Cyto (cell) examines the displacement of molecules by sound waves. Within the cytoprism, body movement is tracked and effects modulation in a series of graphic, trigonometric functions. Sine and Lissajous curves underly the Voronoi and metaball algo
       
     
       
     
CYTO_hex.jpg
       
     
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CYTO_diagrams_artboard1 copy.jpg
       
     
CYTO_diagrams_artboard1 copy 2.jpg
       
     
CYTO_diagrams_artboard1.jpg
       
     
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CYTO_diagrams_artboard1 copy 3.jpg
       
     
CYTO_diagrams_artboard1 copy 4.jpg
       
     
CYTO_diagrams_artboard1 copy 6.jpg
       
     
 Lissajous curves // variations of angular frequency and point count
       
     
CYTO_S2_c.jpg
       
     
CYTO_S3_c.jpg
       
     
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CYTO_S6_c.jpg
       
     
ASG_LJ_pattern1_4.jpg
       
     
CYTO_S7.jpg
       
     
CYTO_S8.jpg
       
     
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 Cyto (cell) examines the displacement of molecules by sound waves. Within the cytoprism, body movement is tracked and effects modulation in a series of graphic, trigonometric functions. Sine and Lissajous curves underly the Voronoi and metaball algo
       
     

Cyto (cell) examines the displacement of molecules by sound waves. Within the cytoprism, body movement is tracked and effects modulation in a series of graphic, trigonometric functions. Sine and Lissajous curves underly the Voronoi and metaball algorithms, which represent molecular displacement in air and water, respectively. The goal is to place the user within a 3D lens that magnifies the molecules around them, illuminating the chaotic harmony that engulfs our bodies as we experience sound.

       
     
cyto: exhibition prototype
CYTO_hex.jpg
       
     
CYTO_hexmeta.jpg
       
     
CYTO_diagrams_artboard1 copy.jpg
       
     
CYTO_diagrams_artboard1 copy 2.jpg
       
     
CYTO_diagrams_artboard1.jpg
       
     
CYTO_diagrams_artboard1 copy 5.jpg
       
     
CYTO_diagrams_artboard1 copy 3.jpg
       
     
CYTO_diagrams_artboard1 copy 4.jpg
       
     
CYTO_diagrams_artboard1 copy 6.jpg
       
     
 Lissajous curves // variations of angular frequency and point count
       
     

Lissajous curves // variations of angular frequency and point count

CYTO_S2_c.jpg
       
     
CYTO_S3_c.jpg
       
     
CYTO_S5_c.jpg
       
     
CYTO_S6_c.jpg
       
     
ASG_LJ_pattern1_4.jpg
       
     
CYTO_S7.jpg
       
     
CYTO_S8.jpg
       
     
DSC_0489 copy.jpg
       
     
DSC_0450 copy.jpg
       
     
DSC_0457 copy.jpg
       
     
DSC_0572 copy.jpg
       
     
DSC_0556 copy.jpg
       
     
DSC_0535 copy.jpg
       
     
DSC_0530 copy.jpg
       
     
DSC_0549 copy.jpg
       
     
DSC_0579 copy.jpg
       
     
DSC_0513 copy.jpg
       
     
DSC_0465 copy.jpg
       
     
DSC_0507 copy.jpg
       
     
DSC_0475 copy.jpg
       
     
DSC_0601 copy.jpg
       
     
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DSC_0213 copy.jpg
       
     
DSC_0083 copy.jpg
       
     
DSC_0125 copy.jpg
       
     
DSC_0167 copy.jpg
       
     
DSC_0044 copy.jpg
       
     
DSC_0096 copy.jpg
       
     
DSC_0071 copy.jpg
       
     
DSC_0088 copy.jpg
       
     
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DSC_0174 copy.jpg
       
     
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DSC_0036.jpg
       
     
DSC_0045.jpg
       
     
DSC_0046.jpg
       
     
DSC_0005.jpg