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new tessellations

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Zeno Rogue
2020-03-22 11:43:31 +01:00
parent e55289e317
commit 3bc2a8447a
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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2a1-1.tes Normal file
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## {4,4}, square 1A1 + domino 1A1, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 0')(3 5')(2)(1' 4')(2')(3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2a1-2.tes Normal file
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## {4,4}, square 1A1 + domino 1A1, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 0')(3 5')(2)(1' 4')(2' 3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2a2-1.tes Normal file
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## {4,4}, square 1A1 + domino 1A2, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 3)(2 1')(0' 2')(3' 5')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2a2-2.tes Normal file
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## {4,4}, square 1A1 + domino 1A2, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 0')(3 2')(2 4')(1')(3')(5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2a2-3.tes Normal file
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## {4,4}, square 1A1 + domino 1A2, solution 3
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 1')(1 0')(3 2')(2 4')(3')(5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2s-1.tes Normal file
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## {4,4}, square 1A1 + domino 1S, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 3)(2 1')(2 4')(0' 2')(3' 5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2s-2.tes Normal file
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## {4,4}, square 1A1 + domino 1S, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 0')(1 3')(3 2')(3 5')(2)(1')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a1+2s-3.tes Normal file
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## {4,4}, square 1A1 + domino 1S, solution 3
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 2')(1 5')(3 0')(3 3')(2 1')(2 4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a2+2f-1.tes Normal file
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## {4,4}, square 1A2 + domino 1F, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 1')(2 4'')(3 5'')(2' 5')(3'' 0'')(3')(2'')(4')(1'')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a2+2f-2.tes Normal file
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## {4,4}, square 1A2 + domino 1F, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(3 5'')(1 1')(2 4'')(2' 5')(3'' 0'')(3' 1'')(2'' 4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1a2+2r.tes Normal file
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## {4,4}, square 1A2 + domino 1R
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(0 3')(1 1')(1 4')(2 4'')(2 1'')(3 5'')(3 2'')(2')(3'')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2a1-1.tes Normal file
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## {4,4}, square 1F + domino 1A1, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0)(0'')(1 3'')(2 0')(2'' 5')(3 1'')(1' 4')(2')(3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2a1-2.tes Normal file
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## {4,4}, square 1F + domino 1A1, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0)(0'')(1 3'')(2 0')(2'' 5')(3 1'')(1' 4')(2' 3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2a1-3.tes Normal file
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## {4,4}, square 1F + domino 1A1, solution 3
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(1 3'')(2 2'')(3 0')(1'' 5')(1' 4')(2')(3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2a1-4.tes Normal file
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## {4,4}, square 1F + domino 1A1, solution 4
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(1 3'')(2 2'')(3 0')(1'' 5')(1' 4')(2' 3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2a1-5.tes Normal file
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## {4,4}, square 1F + domino 1A1, solution 5
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(1 3'')(2 1')(2'' 4')(3 0')(1'' 5')(2' 3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-01.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1)(2 0')(3 1')(2' 5')(3')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-02.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1)(2 0')(3 1')(2' 5')[3' 4']")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-03.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 3
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 0')[2 2'][3 4'][1' 5'](3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-04.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 4
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 1')(2 0')(3 4')(2' 3')(5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-05.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 5
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 2')(2 1')(3 3')(0' 5')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-06.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 6
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 2')[2 0'](3 3')[1' 5'](4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-07.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 7
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("[0][1](2 0')(3 4')[1'][2'][3'](5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-08.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 8
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("[0](1 1')(2 0')(3 4')[2'][3'](5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-09.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 9
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("[0 1](2 0')(3 1')(2' 5')(3')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2f-10.tes Normal file
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## {4,4}, square 1F + domino 1F, solution 10
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("[0 1](2 0')(3 1')(2' 5')[3' 4']")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2r-1.tes Normal file
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## {4,4}, square 1F + domino 1R, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1)(2 0')(2 3')(3 1')(3 4')(2')(5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2r-2.tes Normal file
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## {4,4}, square 1F + domino 1R, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("[0 1](2 0')(2 3')(3 1')(3 4')(2')(5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2s-1.tes Normal file
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## {4,4}, square 1F + domino 1S, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0)(0'')(1 3'')(2 0')(2 3')(2'' 2')(2'' 5')(3 1'')(1')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1f+2s-2.tes Normal file
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## {4,4}, square 1F + domino 1S, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(1 3'')(2 2'')(3 0')(3 3')(1'' 2')(1'' 5')(1')(4')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2a1-1.tes Normal file
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## {4,4}, square 1R2 + domino 1A1, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(2 2'')(1 0')(3 0')(3'' 5')(1'' 5')(1' 4')(2')(3')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2a1-2.tes Normal file
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## {4,4}, square 1R2 + domino 1A1, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(2 2'')(1 0')(3 0')(3'' 5')(1'' 5')(1' 4')(2' 3')")
sublines(1)

10
tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2f-1.tes Normal file
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## {4,4}, square 1R2 + domino 1F, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 1')(2 0')(3 1')(2' 5')(3')(4')")
sublines(1)

10
tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2f-2.tes Normal file
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## {4,4}, square 1R2 + domino 1F, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 1')(2 0')(3 1')(2' 5')[3' 4']")
sublines(1)

10
tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2f-3.tes Normal file
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## {4,4}, square 1R2 + domino 1F, solution 3
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 4')(2 0')(3 4')(1')(2' 3')(5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2r.tes Normal file
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## {4,4}, square 1R2 + domino 1R
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 1')(2 3')(3 4')(2')(5')")
sublines(1)

11
tessellations/1c2/4-4-1c2/1+2/4-4-1r2+2s.tes Normal file
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## {4,4}, square 1R2 + domino 1S
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
unittile(1,1,1,1)
# the Conway notation
conway("(0 0'')(2 2'')(1 0')(3 3')(3'' 2')(1'' 5')(1')(4')")
sublines(1)

10
tessellations/1c2/4-4-1c2/1+2/4-4-1r4+2f-1.tes Normal file
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## {4,4}, square 1R4 + domino 1F, solution 1
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 0')(2 0')(3 0')(1' 5')(2')(3' 4')")
sublines(1)

10
tessellations/1c2/4-4-1c2/1+2/4-4-1r4+2f-2.tes Normal file
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## {4,4}, square 1R4 + domino 1F, solution 2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 0')(2 0')(3 0')(1' 5')[2'][3'][4']")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1r4+2r.tes Normal file
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## {4,4}, square 1R4 + domino 1R
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0 0')(1 3')(2 0')(3 3')(1' 2')(4' 5')")
sublines(1)

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tessellations/1c2/4-4-1c2/1+2/4-4-1s2a+2a2.tes Normal file
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## {4,4}, square 1S2a + domino 1A2
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 1')(2)(3 1')(0' 2')(3' 5')(4')")
sublines(1)

10
tessellations/1c2/4-4-1c2/1+2/4-4-1s2a+2s.tes Normal file
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## {4,4}, square 1S2a + domino 1S
e2.
angleunit(pi/2)
# the line below lets us specify internal angles
angleofs(pi)
unittile(1,1,1,1)
unittile(1,1,2,1,1,2)
# the Conway notation
conway("(0)(1 1')(2)(3 4')(0' 2')(3' 5')")
sublines(1)