List of geodesic polyhedra and Goldberg polyhedra

This is a dynamic list and may never be able to satisfy particular standards for completeness. You can help by adding missing items with reliable sources.

This is a list of selected geodesic polyhedra and Goldberg polyhedra, two infinite classes of polyhedra. Geodesic polyhedra and Goldberg polyhedra are duals of each other. The geodesic and Goldberg polyhedra are parameterized by integers m and n, with $m>0$ and $n\geq 0$. T is the triangulation number, which is equal to $T=m^{2}+mn+n^{2}$.

Icosahedral

m	n	T	Class	Vertices (geodesic) Faces (Goldberg)	Edges	Faces (geodesic) Vertices (Goldberg)	Face triangle	Geodesic			Goldberg
								Symbols	Conway	Image	Symbols	Conway	Image
1	0	1	I	12	30	20		{3,5} {3,5+}1,0	I		{5,3} {5+,3}1,0 GP5(1,0)	D
2	0	4	I	42	120	80		{3,5+}2,0	uI dcdI		{5+,3}2,0 GP5(2,0)	cD cD
3	0	9	I	92	270	180		{3,5+}3,0	xI ktI		{5+,3}3,0 GP5(3,0)	yD tkD
4	0	16	I	162	480	320		{3,5+}4,0	uuI dccD		{5+,3}4,0 GP5(4,0)	c2D
5	0	25	I	252	750	500		{3,5+}5,0	u5I u5I		{5+,3}5,0 GP5(5,0)	c5D du5I
6	0	36	I	362	1080	720		{3,5+}6,0	uxI dctkdI		{5+,3}6,0 GP5(6,0)	cyD ctkD
7	0	49	I	492	1470	980		{3,5+}7,0	vvI dwrwdI		{5+,3}7,0 GP5(7,0)	wwD wrwD
8	0	64	I	642	1920	1280		{3,5+}8,0	u3I dcccdI		{5+,3}8,0 GP5(8,0)	cccD
9	0	81	I	812	2430	1620		{3,5+}9,0	xxI ktktI		{5+,3}9,0 GP5(9,0)	yyD tktkD
10	0	100	I	1002	3000	2000		{3,5+}10,0	uu5I uu5I		{5+,3}10,0 GP5(10,0)	cc5D
11	0	121	I	1212	3630	2420		{3,5+}11,0	u11I u11I		{5+,3}11,0 GP5(11,0)	c11D
12	0	144	I	1442	4320	2880		{3,5+}12,0	uuxD dcctkD		{5+,3}12,0 GP5(12,0)	ccyD cctkD
13	0	169	I	1692	5070	3380		{3,5+}13,0	u13I u13I		{5+,3}13,0 GP5(13,0)	c13D
14	0	196	I	1962	5880	3920		{3,5+}14,0	uvvI dcwwdI		{5+,3}14,0 GP5(14,0)	cwrwD
15	0	225	I	2252	6750	4500		{3,5+}15,0	u5xI u5ktI		{5+,3}15,0 GP5(15,0)	c5yD c5tkD
16	0	256	I	2562	7680	5120		{3,5+}16,0	dc4dI		{5+,3}16,0 GP5(16,0)	ccccD
1	1	3	II	32	90	60		{3,5+}1,1	nI kD		{5+,3}1,1 GP5(1,1)	yD tI
2	2	12	II	122	360	240		{3,5+}2,2	unI =dctI		{5+,3}2,2 GP5(2,2)	czD cdkD
3	3	27	II	272	810	540		{3,5+}3,3	xnI ktkD		{5+,3}3,3 GP5(3,3)	yzD tkdkD
4	4	48	II	482	1440	960		{3,5+}4,4	u2nI dcctI		{5+,3}4,4 GP5(4,4)	c2zD cctI
5	5	75	II	752	2250	1500		{3,5+}5,5	u5nI		{5+,3}5,5 GP5(5,5)	c5zD
6	6	108	II	1082	3240	2160		{3,5+}6,6	uxnI dctktI		{5+,3}6,6 GP5(6,6)	cyzD ctkdkD
7	7	147	II	1472	4410	2940		{3,5+}7,7	vvnI dwrwtI		{5+,3}7,7 GP5(7,7)	wwzD wrwdkD
8	8	192	II	1922	5760	3840		{3,5+}8,8	u3nI dccckD		{5+,3}8,8 GP5(8,8)	c3zD ccctI
9	9	243	II	2432	7290	4860		{3,5+}9,9	xxnI ktktkD		{5+,3}9,9 GP5(9,9)	yyzD tktktI
12	12	432	II	4322	12960	8640		{3,5+}12,12	uuxnI dccdktkD		{5+,3}12,12 GP5(12,12)	ccyzD cckttI
14	14	588	II	5882	17640	11760		{3,5+}14,14	uvvnI dcwwkD		{5+,3}14,14 GP5(14,14)	cwwzD cwrwtI
16	16	768	II	7682	23040	15360		{3,5+}16,16	uuuunI dcccctI		{5+,3}16,16 GP5(16,16)	cccczD cccctI
2	1	7	III	72	210	140		{3,5+}2,1	vI dwD		{5+,3}2,1 GP5(2,1)	wD
3	1	13	III	132	390	260		{3,5+}3,1	v3,1I		{5+,3}3,1 GP5(3,1)	w3,1D
3	2	19	III	192	570	380		{3,5+}3,2	v3I		{5+,3}3,2 GP5(3,2)	w3D
4	1	21	III	212	630	420		{3,5+}4,1	dwtI		{5+,3}4,1 GP5(4,1)	wkI
4	2	28	III	282	840	560		{3,5+}4,2	vnI dwtI		{5+,3}4,2 GP5(4,2)	wdkD
4	3	37	III	372	1110	740		{3,5+}4,3	v4I		{5+,3}4,3 GP5(4,3)	w4D
5	1	31	III	312	930	620		{3,5+}5,1	u5,1I		{5+,3}5,1 GP5(5,1)	w5,1D
5	2	39	III	392	1170	780		{3,5+}5,2	u5,2I		{5+,3}5,2 GP5(5,2)	w5,2D
5	3	49	III	492	1470	980		{3,5+}5,3	vvI dwwD		{5+,3}5,3 GP5(5,3)	wwD
6	2	52	III	522	1560	1040		{3,5+}6,2	v3,1uI		{5+,3}6,2 GP5(6,2)	w3,1cD
6	3	63	III	632	1890	1260		{3,5+}6,3	vxI dwdktI		{5+,3}6,3 GP5(6,3)	wyD wtkD
8	2	84	III	842	2520	1680		{3,5+}8,2	vunI dwctI		{5+,3}8,2 GP5(8,2)	wczD wcdkD
8	4	112	III	1122	3360	2240		{3,5+}8,4	vuuI dwccD		{5+,3}8,4 GP5(8,4)	wccD
11	2	147	III	1472	4410	2940		{3,5+}11,2	vvnI dwwtI		{5+,3}11,2 GP5(11,2)	wwzD
12	3	189	III	1892	5670	3780		{3,5+}12,3	vxnI dwtktktI		{5+,3}12,3 GP5(12,3)	wyzD wtktI
10	6	196	III	1962	5880	3920		{3,5+}10,6	vvuI dwwcD		{5+,3}10,6 GP5(10,6)	wwcD
12	6	252	III	2522	7560	5040		{3,5+}12,6	vxuI dwctkD		{5+,3}12,6 GP5(12,6)	cywD wctkD
16	4	336	III	3362	10080	6720		{3,5+}16,4	vuunI dwcctI		{5+,3}16,4 GP5(16,4)	wcczD wcctI
14	7	343	III	3432	10290	6860		{3,5+}14,7	vvvI dwrwwD		{5+,3}14,7 GP5(14,7)	wwwD wrwwD
15	9	441	III	4412	13230	8820		{3,5+}15,9	vvxI dwwtkD		{5+,3}15,9 GP5(15,9)	wwxD wwtkD
16	8	448	III	4482	13440	8960		{3,5+}16,8	vuuuI dwcccD		{5+,3}16,8 GP5(16,8)	wcccD
18	1	343	III	3432	10290	6860		{3,5+}18,1	vvvI dwwwD		{5+,3}18,1 GP5(18,1)	wwwD
18	9	567	III	5672	17010	11340		{3,5+}18,9	vxxI dwtktkD		{5+,3}18,9 GP5(18,9)	wyyD wtktkD
20	12	784	III	7842	23520	15680		{3,5+}20,12	vvuuI dwwccD		{5+,3}20,12 GP5(20,12)	wwccD
20	17	1029	III	10292	30870	20580		{3,5+}20,17	vvvnI dwwwtI		{5+,3}20,17 GP5(20,17)	wwwzD wwwdkD
28	7	1029	III	10292	30870	20580		{3,5+}28,7	vvvnI dwrwwdkD		{5+,3}28,7 GP5(28,7)	wwwzD wrwwdkD

Octahedral

m	n	T	Class	Vertices (geodesic) Faces (Goldberg)	Edges	Faces (geodesic) Vertices (Goldberg)	Face triangle	Geodesic			Goldberg
								Symbols	Conway	Image	Symbols	Conway	Image
1	0	1	I	6	12	8		{3,4} {3,4+}1,0	O		{4,3} {4+,3}1,0 GP4(1,0)	C
2	0	4	I	18	48	32		{3,4+}2,0	dcC dcC		{4+,3}2,0 GP4(2,0)	cC cC
3	0	9	I	38	108	72		{3,4+}3,0	ktO		{4+,3}3,0 GP4(3,0)	tkC
4	0	16	I	66	192	128		{3,4+}4,0	uuO dccC		{4+,3}4,0 GP4(4,0)	ccC
5	0	25	I	102	300	200		{3,4+}5,0	u5O		{4+,3}5,0 GP4(5,0)	c5C
6	0	36	I	146	432	288		{3,4+}6,0	uxO dctkdO		{4+,3}6,0 GP4(6,0)	cyC ctkC
7	0	49	I	198	588	392		{3,4+}7,0	dwrwO		{4+,3}7,0 GP4(7,0)	wrwO
8	0	64	I	258	768	512		{3,4+}8,0	uuuO dcccC		{4+,3}8,0 GP4(8,0)	cccC
9	0	81	I	326	972	648		{3,4+}9,0	xxO ktktO		{4+,3}9,0 GP4(9,0)	yyC tktkC
1	1	3	II	14	36	24		{3,4+}1,1	kC		{4+,3}1,1 GP4(1,1)	tO
2	2	12	II	50	144	96		{3,4+}2,2	ukC dctO		{4+,3}2,2 GP4(2,2)	czC ctO
3	3	27	II	110	324	216		{3,4+}3,3	ktkC		{4+,3}3,3 GP4(3,3)	tktO
4	4	48	II	194	576	384		{3,4+}4,4	uunO dcctO		{4+,3}4,4 GP4(4,4)	cczC cctO
2	1	7	III	30	84	56		{3,4+}2,1	vO dwC		{4+,3}2,1 GP4(2,1)	wC

Tetrahedral

m	n	T	Class	Vertices (geodesic) Faces (Goldberg)	Edges	Faces (geodesic) Vertices (Goldberg)	Face triangle	Geodesic			Goldberg
								Symbols	Conway	Image	Symbols	Conway	Image
1	0	1	I	4	6	4		{3,3} {3,3+}1,0	T		{3,3} {3+,3}1,0 GP3(1,0)	T
1	1	3	II	8	18	12		{3,3+}1,1	kT kT		{3+,3}1,1 GP3(1,1)	tT tT
2	0	4	I	10	24	16		{3,3+}2,0	dcT dcT		{3+,3}2,0 GP3(2,0)	cT cT
3	0	9	I	20	54	36		{3,3+}3,0	ktT		{3+,3}3,0 GP3(3,0)	tkT
4	0	16	I	34	96	64		{3,3+}4,0	uuT dccT		{3+,3}4,0 GP3(4,0)	ccT
5	0	25	I	52	150	100		{3,3+}5,0	u5T		{3+,3}5,0 GP3(5,0)	c5T
6	0	36	I	74	216	144		{3,3+}6,0	uxT dctkdT		{3+,3}6,0 GP3(6,0)	cyT ctkT
7	0	49	I	100	294	196		{3,3+}7,0	vrvT dwrwT		{3+,3}7,0 GP3(7,0)	wrwT
8	0	64	I	130	384	256		{3,3+}8,0	u3T dcccdT		{3+,3}8,0 GP3(8,0)	c3T cccT
9	0	81	I	164	486	324		{3,3+}9,0	xxT ktktT		{3+,3}9,0 GP3(9,0)	yyT tktkT
3	3	27	II	56	162	108		{3,3+}3,3	ktkT		{3+,3}3,3 GP3(3,3)	tktT
2	1	7	III	16	42	28		{3,3+}2,1	dwT		{3+,3}2,1 GP5(2,1)	wT

References

• Wenninger, Magnus (1979), Spherical Models, Cambridge University Press, ISBN 978-0-521-29432-4, MR 0552023, archived from the original on July 4, 2008 Reprinted by Dover 1999 ISBN 978-0-486-40921-4