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Slide a horizontal line downward over this design, and it will be divided by more and more vertical lines. At any point, the spacing of the divisions of the horizontal line will be surprisingly uniform, given that the vertical lines do not move. The pattern is generated by a recursion using the Golden Ratio (R = 0.61803398874989484820458683436564). Left edge = 0, Right edge = 1. Tallest line at R. Next tallest at fractional part of 2*R, next at fract(3*R), etc. Divide the width into N equal zones, and the first N lines will fall one in each zone -- exactly for N <_3d_ _212c_="" and="" frequently="" or="" approximately="" for="" n=""> 21. At any level (of N vertical lines), the largest distance between adjacent lines divided by the smallest distance between adjacent lines is either exactly R+1 or R+2.</_3d_>

make sure your text does not overlap the safety region (shown in red)

*Dashed line denotes design area and will not appear on the actual shirt.

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Model: Rothelle

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Created By MathArt: Store

Basic T-Shirt

The classic heavyweight t-shirt. Tagless design for ultimate comfort. Pre-shrunk, 6.1 ounce 100% cotton. Double-needle stitched bottom and sleeve hems. Loose, classic fit, wears well on anyone. Imported.

See this on sweatshirts, sustainable shirts, and more!

Golden Division

Division of the Unit Interval using the Golden Ratio

Slide a horizontal line downward over this design, and it will be divided by more and more vertical lines. At any point, the spacing of the divisions of the horizontal line will be surprisingly uniform, given that the vertical lines do not move. The pattern is generated by a recursion using the Golden Ratio (R = 0.61803398874989484820458683436564). Left edge = 0, Right edge = 1. Tallest line at R. Next tallest at fractional part of 2*R, next at fract(3*R), etc. Divide the width into N equal zones, and the first N lines will fall one in each zone -- exactly for N <_3d_ _212c_="" and="" frequently="" or="" approximately="" for="" n=""> 21. At any level (of N vertical lines), the largest distance between adjacent lines divided by the smallest distance between adjacent lines is either exactly R+1 or R+2.</_3d_>

Product id: 235074054590582203
Made on 10/22/2005 9:34 PM
Report violation Rated G