Skip to main content

Full text of "100 random layouts - 13-09-2017"

See other formats


100 random layouts 


September the 13th, 2017 
Vasilis van Gemert 



This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (I) 2 , (I) 4 
and (1)5. v 


Quadrat 


This is a simple grid layout with an irrational 
ratio based on the Penton, one of the twelve 
excellent orthogons. The Penton has a ratio of 
1:1.272. This layout is created by generating 
three columns with the measures (1.272) 3 , 
(1.272)4 an d (1.272)3. v 


"0 

0 

=3 

I > 

O 

ID 



This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon 
has a ratio of 1:1.118. This layout is created 
by generating three columns with the 
measures (1.118) 3 , (1.118) 4 and (1.118) 5 . v 



Penton 


This is a simple grid layout with an irrational ratio based on the 
Penton, one of the twelve excellent orthogons. The Penton has 
a ratio of 1:1.272. This layout is created by generating three 
columns with the measures (1.272) 3 , (1.272) 1 and (1.272) 8 . v 



Biauron 


This is a simple grid layout with an irrational ratio 
based on the Biauron, one of the twelve excellent 
orthogons. The Biauron has a ratio of 1:1.236. This 
layout is created by generating three columns with 
the measures (1.236) 6 , (1.236) 1 and (1.236) 6 . v 


This is a simple grid layout with an irrational ratio based on 
the Penton, one of the twelve excellent orthogons. The 
Penton has a ratio of 1:1.272. This layout is created by 
generating three columns with the measures (1,272) 6 , 
(1.272)4 and (1.272)8. v 


This is a simple grid layout with an irrational ratio based on the Doppelquadrat, one of the twelve 
excellent orthogons. The Doppelquadrat has a ratio of 1:2. This layout is created by generating three 
columns with the measures (2) 2 , (2) 6 and (2) 1 . v 


This is a simple grid layout with an irrational ratio based 
on the Doppelquadrat, one of the twelve excellent 
orthogons. The Doppelquadrat has a ratio of 1:2. This 
layout is created by generating three columns with the 
measures (2) 5 , (2) 4 and (2) 4 . v 


Doppelquadrat 



This is a simple grid layout with an irrational ratio based on the Hecton, 
one of the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. 
This layout is created by generating three columns with the measures 
(1.732)1, (1.732)3 and (1.732)1. * 




Biauron 


This is a simple grid layout with an 
irrational ratio based on the Biauron, one 
of the twelve excellent orthogons. The 
Biauron has a ratio of 1:1.236. This layout 
is created by generating three columns 
with the measures (1.236) 2 , (1.236) 2 and 
(1.236) 1 . v 


This is a simple grid layout with an irrational ratio 
based on the Penton, one of the twelve excellent 
orthogons. The Penton has a ratio of 1:1.272. 

This layout is created by generating three 
columns with the measures (1.272) 4 , (1.272) 3 and 
(1.272)5. v 



This is a simple grid layout with an irrational ratio -0 

based on the Penton, one of the twelve excellent 0 

orthogons. The Penton has a ratio of 1:1.272. 2- 

This layout is created by generating three O 

columns with the measures (1.272) 6 , (1.272) 5 and 
(1.272)4. * 


Hecton 


This is a simple grid layout with an irrational ratio 
based on the Hecton, one of the twelve excellent 
orthogons. The Hecton has a ratio of 1:1.732. This 
layout is created by generating three columns with 
the measures (1.732)6, (1.732)3 and (1.732)6. v 


This is a simple grid layout with an irrational ratio based on the Doppelquadrat, one of the 
twelve excellent orthogons. The Doppelquadrat has a ratio of 1:2. This layout is created by 
generating three columns with the measures (2) 3 , (2) 7 and (2) 5 . v 


Doppelquadrat 



Diagon 


This is a simple grid layout with an irrational ratio based on the Diagon, 
one of the twelve excellent orthogons. The Diagon has a ratio of 
1:1.414. This layout is created by generating three columns with the 
measures (1.414) 4 , (1.414) 4 and (1.414) 8 . v 



Penton 


This is a simple grid layout with an irrational ratio 
based on the Penton, one of the twelve excellent 
orthogons. The Penton has a ratio of 1:1.272. This 
layout is created by generating three columns with 
the measures (1.272)7, (1.272)7 and (1.272)3. v 



This is a simple grid layout with an irrational ratio 
based on the Quadriagon, one of the twelve 
excellent orthogons. The Quadriagon has a ratio of 
1:1.207. This layout is created by generating three 
columns with the measures (1.207)7, (1.207)3 and 
(1.207)6. v 


This is a simple grid layout with an irrational ratio based on the Diagon, 
one of the twelve excellent orthogons. The Diagon has a ratio of 
1:1.414. This layout is created by generating three columns with the 
measures (1.414) 1 , (1.414) 7 and (1.414) 5 . v 





This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (I) 2 , (1)6 
and (1)6. v 



This is a simple grid layout with an irrational ratio based on the Hecton, one of 
the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. This layout is 
created by generating three columns with the measures (1.732) 1 , (1.732) 4 and 
(1.732)2. v 


Hecton 


Diagon 


This is a simple grid layout with an irrational ratio based 
on the Diagon, one of the twelve excellent orthogons. 
The Diagon has a ratio of 1:1.414. This layout is created 
by generating three columns with the measures (1.414) 7 , 
(1.414)1 an d ( 1 . 414 ) 7 . v 




o 

13 


This is a simple grid layout with an irrational ratio 
based on the Trion, one of the twelve excellent 
orthogons. The Trion has a ratio of 1:1.154. This 
layout is created by generating three columns with the 
measures (1.154)6, (1.154) 4 and (1.154) 1 . * 



This is a simple grid layout with an irrational ratio based on the 
Diagon, one of the twelve excellent orthogons. The Diagon has a 
ratio of 1:1.414. This layout is created by generating three 
columns with the measures (1.414) 1 , (1.414) 6 and (1.414) 5 . v 




o 

Z3 


This is a simple grid layout with an irrational ratio 
based on the Trion, one of the twelve excellent 
orthogons. The Trion has a ratio of 1:1.154. This 
layout is created by generating three columns with 
the measures (1.154) 2 , (1.154)6 and (1.154) 4 . v 



This is a simple grid layout with an irrational ratio based on the 
Penton, one of the twelve excellent orthogons. The Penton 
has a ratio of 1:1.272. This layout is created by generating 
three columns with the measures (1.272) 2 , (1.272) 5 and 
(1.272)2. * 


Penton 



Hecton 


This is a simple grid layout with an irrational ratio 
based on the Hecton, one of the twelve excellent 
orthogons. The Hecton has a ratio of 1:1.732. This 
layout is created by generating three columns with 
the measures (1.732)4, (1.732)4 and (1.732)1. v 



This is a simple grid layout with an irrational ratio 
based on the Hemidiagon, one of the twelve 
excellent orthogons. The Hemidiagon has a ratio of 
1:1.118. This layout is created by generating three 
columns with the measures (1.118) 7 , (1.118) 4 and 
(1.118)3. v 


This is a simple grid layout with an irrational ratio based on the Bipenton, 
one of the twelve excellent orthogons. The Bipenton has a ratio of 
1:1.458. This layout is created by generating three columns with the 
measures (1.458) 1 , (1.458) 7 and (1.458) 5 . v 


Bipenton 


This is a simple grid layout with an irrational ratio based 
on the Quadriagon, one of the twelve excellent orthogons. 
The Quadriagon has a ratio of 1:1.207. This layout is 
created by generating three columns with the measures 
(1.207)4, (1.207)7 and (1.207)4. v 


O 

c= 

a) 

Q_ 

a)' 

(Q 

o 

13 


This is a simple grid layout with an irrational ratio 
based on the Quadriagon, one of the twelve excellent 
orthogons. The Quadriagon has a ratio of 1:1.207. 
This layout is created by generating three columns 
with the measures (1.207)8, (1.207)5 and (1.207)6. v 



Doppelquadrat 


This is a simple grid layout with an irrational ratio based on the 
Doppelquadrat, one of the twelve excellent orthogons. The Doppelquadrat 
has a ratio of 1:2. This layout is created by generating three columns with 
the measures (2) 3 , (2) 6 and (2) 7 . v 


This is a simple grid layout with an irrational ratio 
based on the Hemiolion, one of the twelve 
excellent orthogons. The Hemiolion has a ratio of 
1:1.5. This layout is created by generating three 
columns with the measures (1.5) 3 , (1.5) 4 and 
(1.5)3. v 



0 

3 


o 

o' 

o 



Bipenton 


This is a simple grid layout with an irrational ratio based on 
the Bipenton, one of the twelve excellent orthogons. The 
Bipenton has a ratio of 1:1.458. This layout is created by 
generating three columns with the measures (1.458) 1 , 
(1.458)3 and (1.458)4. v 



This is a simple grid layout with an irrational ratio based on the Diagon, 
one of the twelve excellent orthogons. The Diagon has a ratio of 
1:1.414. This layout is created by generating three columns with the 
measures (1.414) 3 , (1.414) 8 and (1.414) 3 . v 


Diagon 


This is a simple grid layout with an irrational ratio 
based on the Biauron, one of the twelve excellent 
orthogons. The Biauron has a ratio of 1:1.236. This 
layout is created by generating three columns with 
the measures (1.236) 4 , (1.236) 7 and (1.236) 6 . v 


CD 

OJ' 

c 

—s 

o 

=3 



Doppelquadrat 


This is a simple grid layout with an irrational ratio based on the Doppelquadrat, one of 
the twelve excellent orthogons. The Doppelquadrat has a ratio of 1:2. This layout is 
created by generating three columns with the measures (2) 3 , (2) 5 and (2) 2 . v 



This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon 
has a ratio of 1:1.118. This layout is created 
by generating three columns with the 
measures (1.118) 5 , (1.118) 3 and (1.118) 3 . v 



This is a simple grid layout with an irrational ratio based on the Auron, one of the 
twelve excellent orthogons. The Auron has a ratio of 1:1.618. This layout is 
created by generating three columns with the measures (1.618) 2 , (1.618) 6 and 
(1.618) 3 . v 


This is a simple grid layout with an irrational ratio based on the Bipenton, 
one of the twelve excellent orthogons. The Bipenton has a ratio of 
1:1.458. This layout is created by generating three columns with the 
measures (1.458) 5 , (1.458) 8 and (1.458) 5 . * 


Bipenton 


Trion 


This is a simple grid layout with an irrational ratio based 
on the Trion, one of the twelve excellent orthogons. The 
Trion has a ratio of 1:1.154. This layout is created by 
generating three columns with the measures (1.154) 3 , 
(1.154)8 and (1.154)2. v 



This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon has 
a ratio of 1:1.118. This layout is created by 
generating three columns with the measures 
(1.118)7, (1.118)4 and (1.118)5. v 




Hemidiagon 


This is a simple grid layout with an 
irrational ratio based on the Hemidiagon, 
one of the twelve excellent orthogons. 
The Hemidiagon has a ratio of 1:1.118. 
This layout is created by generating three 
columns with the measures (1.118) 3 , 
(1.118)2 and (1.118)3. v 




This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon has 
a ratio of 1:1.118. This layout is created by 
generating three columns with the measures 
(1.118)1, (1.118)7 and (1.118)7. v 


Biauron 


This is a simple grid layout with an irrational ratio 
based on the Biauron, one of the twelve excellent 
orthogons. The Biauron has a ratio of 1:1.236. 
This layout is created by generating three 
columns with the measures (1.236) 5 , (1.236) 5 and 
(1.236)T v 



This is a simple grid layout with an irrational ratio based on the Hecton, one of the 
twelve excellent orthogons. The Hecton has a ratio of 1:1.732. This layout is created by 
generating three columns with the measures (1.732)3, (1.732) 2 and (1.732)8. v 



Hemidiagon 


This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon 
has a ratio of 1:1.118. This layout is created 
by generating three columns with the 
measures (1.118) 7 , (1.118) 8 and (1.118) 6 . v 



This is a simple grid layout with an 
irrational ratio based on the Auron, 
one of the twelve excellent 
orthogons. The Auron has a ratio of 
1:1.618. This layout is created by 
generating three columns with the 
measures (1.618) 4 , (1.618) 4 and 
(1.618) 4 . * 



Hecton 


This is a simple grid layout with an irrational ratio based on the Hecton, one of 
the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. This layout is 
created by generating three columns with the measures (1.732)5, (1.732) 7 and 
(1.732)4. v 



Trion 


This is a simple grid layout with an irrational ratio based 
on the Trion, one of the twelve excellent orthogons. The 
Trion has a ratio of 1:1.154. This layout is created by 
generating three columns with the measures (1.154) 1 , 
(1.154)1 and (1.154)8. v 



This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon 
has a ratio of 1:1.118. This layout is created 
by generating three columns with the 
measures (1.118) 5 , (1.118) 3 and (1.118) 3 . v 


Quadriagon 


This is a simple grid layout with an irrational ratio 
based on the Quadriagon, one of the twelve 
excellent orthogons. The Quadriagon has a ratio of 
1:1.207. This layout is created by generating three 
columns with the measures (1.207)8, (1.207)8 and 
(1.207)2. v 



o 

=3 


This is a simple grid layout with an irrational ratio based 
on the Trion, one of the twelve excellent orthogons. The 
Trion has a ratio of 1:1.154. This layout is created by 
generating three columns with the measures (1.154) 1 , 
(1.154)7 and (1.154)2. v 






This is a simple grid layout with an irrational ratio 
based on the Diagon, one of the twelve excellent 
orthogons. The Diagon has a ratio of 1:1.414. This 
layout is created by generating three columns with the 
measures (1.414) 7 , (1.414) 6 and (1.414) 5 . v 




Auron 


This is a simple grid layout with an irrational ratio based 
on the Auron, one of the twelve excellent orthogons. The 
Auron has a ratio of 1:1.618. This layout is created by 
generating three columns with the measures (1.618) 6 , 
(1.618) 6 and (1.618) 1 . * 


This is a simple grid layout with an irrational ratio based on the Auron, one of the 
twelve excellent orthogons. The Auron has a ratio of 1:1.618. This layout is 
created by generating three columns with the measures (1.618) 2 , (1.618) 5 and 
(1.618) 1 . * 


This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (1)5, (l)i 
and (1)4. v 


This is a simple grid layout with an irrational ratio based on the 
Hecton, one of the twelve excellent orthogons. The Hecton has a 
ratio of 1:1.732. This layout is created by generating three columns 
with the measures (1.732)8, (1.732) 7 and (1.732)5. v 




This is a simple grid layout with an irrational ratio based 
on the Hemiolion, one of the twelve excellent orthogons. 
The Hemiolion has a ratio of 1:1.5. This layout is 
created by generating three columns with the measures 
(1.5)8, (1.5)6 and (1.5) 7 . * 



CD 

3 


o 

o' 


This is a simple grid layout with an irrational 
ratio based on the Trion, one of the twelve 
excellent orthogons. The Trion has a ratio of 
1:1.154. This layout is created by generating 
three columns with the measures (1.154) 2 , 
(1.154)5 and (1.154)4. v 


Biauron 


I This is a simple grid layout with an irrational ratio based on 

the Biauron, one of the twelve excellent orthogons. The 
Biauron has a ratio of 1:1.236. This layout is created by 
generating three columns with the measures (1.236) 4 , 
(1.236) 2 and (1.236)6. v 


This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (1)6, (1)4 
and (1)4. v 



This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (I) 4 , (I) 1 
and (1)5. v 


This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (1)5, ( 1)2 
and (1)i. v 


Hemiolion 


This is a simple grid layout with an 
irrational ratio based on the Hemiolion, one 
of the twelve excellent orthogons. The 
Hemiolion has a ratio of 1:1.5. This layout 
is created by generating three columns 
with the measures (1.5) 2 , (1.5) 1 and (1.5) 2 . 



This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (I) 1 , (1)8 
and (1)6. v 


Quadrat 


This is a simple grid layout with an irrational ratio 
based on the Trion, one of the twelve excellent 
orthogons. The Trion has a ratio of 1:1.154. This 
layout is created by generating three columns 
with the measures (1.154) 7 , (1.154) 6 and (1.154) 3 . 



This is a simple grid layout with an irrational ratio based on 
the Bipenton, one of the twelve excellent orthogons. The 
Bipenton has a ratio of 1:1.458. This layout is created by 
generating three columns with the measures (1.458) 2 , 
(1.458)5 and (1.458)4. v 


Bipenton 


Hecton 


This is a simple grid layout with an irrational ratio based on the Hecton, 
one of the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. 
This layout is created by generating three columns with the measures 
(1.732)5, (1.732)1 and (1.732)6. v 


This is a simple grid layout with an irrational ratio based 
on the Trion, one of the twelve excellent orthogons. The 
Trion has a ratio of 1:1.154. This layout is created by 
generating three columns with the measures (1.154) 3 , 
(1.154)8 and (1.154)3. v 


Trion 



Diagon 


This is a simple grid layout with an irrational ratio based on the Diagon, 
one of the twelve excellent orthogons. The Diagon has a ratio of 
1:1.414. This layout is created by generating three columns with the 
measures (1.414) 3 , (1.414) 7 and (1.414) 1 . v 



Hemiolion 


This is a simple grid layout with an irrational ratio based on the Hemiolion, 
one of the twelve excellent orthogons. The Hemiolion has a ratio of 1:1.5. 
This layout is created by generating three columns with the measures 
(1.5)2, (1.5)1 and (1.5)8. v 



Hemiolion 


This is a simple grid layout with an irrational ratio based on the Hemiolion, 
one of the twelve excellent orthogons. The Hemiolion has a ratio of 1:1.5. 
This layout is created by generating three columns with the measures 
(1.5)4, (1.5)7 and (1.5)T * 




Trion 


This is a simple grid layout with an irrational ratio based 
on the Trion, one of the twelve excellent orthogons. The 
Trion has a ratio of 1:1.154. This layout is created by 
generating three columns with the measures (1.154) 2 , 
(1.154)6 and (1.154)1. * 


This is a simple grid layout with an irrational 
ratio based on the Penton, one of the twelve 
excellent orthogons. The Penton has a ratio of 
1:1.272. This layout is created by generating 
three columns with the measures (1.272) 6 , 
(1.272)5 and (1.272)5. * 



This is a simple grid layout with an irrational ratio based on the 
Auron, one of the twelve excellent orthogons. The Auron has a ratio 
of 1:1.618. This layout is created by generating three columns with 
the measures (1.618) 6 , (1.618) 3 and (1.618) 7 . v 



Doppelquadrat 


This is a simple grid layout with an irrational ratio 
based on the Doppelquadrat, one of the twelve 
excellent orthogons. The Doppelquadrat has a ratio of 
1:2. This layout is created by generating three 
columns with the measures (2) 5 , (2) 2 and (2) 5 . v 



This is a simple grid layout with an irrational ratio based 
on the Biauron, one of the twelve excellent orthogons. 
The Biauron has a ratio of 1:1.236. This layout is 
created by generating three columns with the measures 
(1.236) 4 , (1.236) 2 and (1.236) 1 . v 


Biauron 


This is a simple grid layout with an irrational ratio based on 
the Diagon, one of the twelve excellent orthogons. The 
Diagon has a ratio of 1:1.414. This layout is created by 
generating three columns with the measures (1.414) 5 , 
(1.414)7 an d (1.414)5. 


Diagon 



This is a simple grid layout with an irrational ratio based on the Hecton, one of the 
twelve excellent orthogons. The Hecton has a ratio of 1:1.732. This layout is created by 
generating three columns with the measures (1.732) 1 , (1.732) 2 and (1.732)8. v 



This is a simple grid layout with an 
irrational ratio based on the Hemiolion, one 
of the twelve excellent orthogons. The 
Hemiolion has a ratio of 1:1.5. This layout 
is created by generating three columns 
with the measures (1.5) 4 , (1.5) 5 and (1.5) 5 . 



CD 

3 


o 

o' 


This is a simple grid layout with an irrational ratio based on 00 
the Biauron, one of the twelve excellent orthogons. The p" 

Biauron has a ratio of 1:1.236. This layout is created by ^ 

generating three columns with the measures (1.236) 1 , O 

(1.236)8 and (1.236) 7 . v 3 



This is a simple grid layout with an irrational ratio based on 
the Diagon, one of the twelve excellent orthogons. The 
Diagon has a ratio of 1:1.414. This layout is created by 
generating three columns with the measures (1.414) 6 , 
(1.414)4 and ( 1 . 414 ) 7 . v 













This is a simple grid layout with an irrational ratio 
based on the Auron, one of the twelve excellent 
orthogons. The Auron has a ratio of 1:1.618. This 
layout is created by generating three columns with the 
measures (1.618) 1 , (1.618) 5 and (1.618) 5 . v 




This is a simple grid layout with an irrational ratio based 
on the Doppelquadrat, one of the twelve excellent 
orthogons. The Doppelquadrat has a ratio of 1:2. This 
layout is created by generating three columns with the 
measures (2) 3 , (2) 2 and (2) 2 . v 



Doppelquadrat 


Doppelquadrat 


This is a simple grid layout with an irrational ratio based on the Doppelquadrat, one of the 
twelve excellent orthogons. The Doppelquadrat has a ratio of 1:2. This layout is created by 
generating three columns with the measures (2) 5 , (2) 3 and (2) 7 . v 



This is a simple grid layout with an irrational 
ratio based on the Trion, one of the twelve 
excellent orthogons. The Trion has a ratio of 
1:1.154. This layout is created by generating 
three columns with the measures (1.154) 8 , 
(1.154)6 and (1.154)7. v 



This is a simple grid layout with an irrational ratio based on the Diagon, 
one of the twelve excellent orthogons. The Diagon has a ratio of 
1:1.414. This layout is created by generating three columns with the 
measures (1.414) 7 , (1.414) 4 and (1.414) 2 . v 



Doppelquadrat 


This is a simple grid layout with an irrational ratio based on the Doppelquadrat, one of the 
twelve excellent orthogons. The Doppelquadrat has a ratio of 1:2. This layout is created by 
generating three columns with the measures (2) 4 , (2) 6 and (2) 2 . v 



This is a simple grid layout with an 
irrational ratio based on the Quadrat, 
one of the twelve excellent orthogons 
The Quadrat has a ratio of 1:1. This 
layout is created by generating three 
columns with the measures (I) 7 , (1)6 
and (1)6. v 



This is a simple grid layout with an 
irrational ratio based on the Hemidiagon, 
one of the twelve excellent orthogons. The 
Hemidiagon has a ratio of 1:1.118. This 
layout is created by generating three 
columns with the measures (1.118) 1 , 
(1.118)3 and (1.118)3. v 


This is a simple grid layout with an irrational ratio based on the 
Penton, one of the twelve excellent orthogons. The Penton has 
a ratio of 1:1.272. This layout is created by generating three 
columns with the measures (1.272) 7 , (1.272) 4 and (1.272) 3 . v 



This is a simple grid layout with an irrational ratio based on the Hecton, one of 
the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. This layout is 
created by generating three columns with the measures (1.732)3, (1.732)5 and 
(1.732)2. v 



This is a simple grid layout with an irrational ratio based 
on the Hemidiagon, one of the twelve excellent 
orthogons. The Hemidiagon has a ratio of 1:1.118. This 
layout is created by generating three columns with the 
measures (1.118) 1 , (1.118) 2 and (1.118) 6 . v 



Trion 


This is a simple grid layout with an irrational ratio based 
on the Trion, one of the twelve excellent orthogons. The 
Trion has a ratio of 1:1.154. This layout is created by 
generating three columns with the measures (1.154) 2 , 
(1.154)6 and (1.154)8. v 



This is a simple grid layout with an irrational ratio based on the Hecton, 
one of the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. 
This layout is created by generating three columns with the measures 
(1.732)4, (1.732)6 and (1.732)4. v 


Hecton 



This is a simple grid layout with an irrational ratio based on TO 
the Biauron, one of the twelve excellent orthogons. The p’ 

Biauron has a ratio of 1:1.236. This layout is created by ^ 

generating three columns with the measures (1.236) 7 , O 

(1.236)5 and (1.236)3. v 3 


Hecton 


This is a simple grid layout with an irrational ratio based on the Hecton, one of 
the twelve excellent orthogons. The Hecton has a ratio of 1:1.732. This layout is 
created by generating three columns with the measures (1.732) 4 , (1.732)5 and 
(1.732)7. * 


This is a simple grid layout with an 
irrational ratio based on the Biauron, 
one of the twelve excellent orthogons. 
The Biauron has a ratio of 1:1.236. 
This layout is created by generating 
three columns with the measures 
(1.236)3, (1.236)3 and (1.236)3. v 


gp 

c 

—s 

o 

3 



Doppelquadrat 


This is a simple grid layout with an irrational ratio based on the Doppelquadrat, one of the twelve 
excellent orthogons. The Doppelquadrat has a ratio of 1:2. This layout is created by generating 
three columns with the measures (2) 6 , (2) 1 and (2) 8 . v 




This is a simple grid layout with an irrational 
ratio based on the Hemidiagon, one of the 
twelve excellent orthogons. The Hemidiagon 
has a ratio of 1:1.118. This layout is created 
by generating three columns with the 
measures (1.118) 8 , (1.118) 7 and (1.118) 5 . v 


Every day my server generates one of these 
books. In it you will find 100 random ratios. These 
ratios are based on one of the twelve excellent 
orthogons: The Quadrat, the Hemidiagon, the Trion, 
the Quadriagon, the Biauron, the Penton, the 
Diagon, the Bipenton, the Hemiolion, the Auron, the 
Hecton, and the Doppelquadrat. Every ratio on 
every page is generated at random. And all colours 
on every page are generated at random as well. 
Inspired by this article by Nathan Ford: 
http://alistapart.com/article/content-out-layout 
Created for Vasilis van Gemert by his Webserver. 
More random ratios on 
https://vasilis.nl/shop/books/ratios/ 

More random stuff on http://vasilis.nl/random/