Acronym n-p
TOCID symbol (n)P
Name n-gonal prism
 
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Circumradius sqrt[1/4+1/(4 sin2(π/n))]
Edge radius 1/(2 sin(π/n))
Vertex figure [42,n]
Snub derivation
General of army (is itself convex)
Colonel of regiment (is itself locally convex)
Dual m mNo
Especially 2n-p (n even)  trip (n=3)   cube (n=4)   pip (n=5)   hip (n=6)   hep (n=7)   op (n=8)   dip (n=10)   twip (n=12)   azip (n=∞)  
Confer
general prisms:
n/d-p  
variations:
(see within files according to individual n)  
general polytopal classes:
segmentohedra  
External
links
wikipedia   mathworld

Incidence matrix according to Dynkin symbol

x xno   (n>2)

. . . | 2n | 1  2 | 2 1
------+----+------+----
x . . |  2 | n  * | 2 0
. x . |  2 | * 2n | 1 1
------+----+------+----
x x . |  4 | 2  2 | n *
. xno |  n | 0  n | * 2

x2sns   (n>2)

demi( . . . ) | 2n | 1  2 | 1 2
--------------+----+------+----
demi( x . . ) |  2 | n  * | 0 2
sefa( . sns ) |  2 | * 2n | 1 1
--------------+----+------+----
      . sns     n | 0  n | 2 *
sefa( x2sns ) |  4 | 2  2 | * n

starting figure: x xnx

x2s2no   (n>2)

demi( . .  . ) | 2n | 1  2 | 1 2
---------------+----+------+----
demi( x .  . ) |  2 | n  * | 0 2
sefa( . s2no ) |  2 | * 2n | 1 1
---------------+----+------+----
      . s2no     n | 0  n | 2 *
sefa( x2s2no ) |  4 | 2  2 | * n

starting figure: x x2no

xxnoo&#x   (n>2)   → height = 1
({n} || {n})

o.no.    | n * | 2 1 0 | 1 2 0
.on.o    | * n | 0 1 2 | 0 2 1
---------+-----+-------+------
x. ..    | 2 0 | n * * | 1 1 0
oonoo&#x | 1 1 | * n * | 0 2 0
.x ..    | 0 2 | * * n | 0 1 1
---------+-----+-------+------
x.no.    | n 0 | n 0 0 | 1 * *
xx ..&#x | 2 2 | 1 2 1 | * n *
.xn.o    | 0 n | 0 0 n | * * 1

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