Regular maps in the orientable surface of genus 100

Name	Schläfli	V / F / E	mV, mF	notes	C&D no.	images	wire- frames
R100.2	{4,10}6	132 / 330 / 660	1,1		R100.2	0	0
R100.2′	{10,4}6	330 / 132 / 660	1,1		R100.2′	0	0
R100.3	{4,10}12	132 / 330 / 660	1,1		R100.3	0	0
R100.3′	{10,4}12	330 / 132 / 660	1,1		R100.3′	0	0
R100.1	{3,72}12	18 / 432 / 648	6,1		R100.1	0	0
R100.1′	{72,3}12	432 / 18 / 648	1,6		R100.1′	0	0
R100.4	{4,15}8	72 / 270 / 540	3,1		R100.4	0	0
R100.4′	{15,4}8	270 / 72 / 540	1,3		R100.4′	0	0
R100.5	{4,22}4	44 / 242 / 484	1,1		R100.5	0	0
R100.5′	{22,4}4	242 / 44 / 484	1,1		R100.5′	0	0
R100.6	{4,202}404	4 / 202 / 404	101,2	ζ	R100.6	0	0
R100.6′	{202,4}404	202 / 4 / 404	2,101	ζ'	R100.6′	(see ser ζ')	0
R100.7	{4,400}400	2 / 200 / 400	400,2	η	R100.7	0	0
R100.7′	{400,4}400	200 / 2 / 400	2,400	η'	R100.7′	(see ser η')	0
R100.26	{8,10}10	72 / 90 / 360	1,1		R100.26	0	0
R100.26′	{10,8}10	90 / 72 / 360	1,1		R100.26′	0	0
R100.27	{8,10}6	72 / 90 / 360	1,1		R100.27	0	0
R100.27′	{10,8}6	90 / 72 / 360	1,1		R100.27′	0	0
R100.24	{7,16}8	42 / 96 / 336	2,1		R100.24	0	0
R100.24′	{16,7}8	96 / 42 / 336	1,2		R100.24′	0	0
R100.25	{7,16}12	42 / 96 / 336	2,1		R100.25	0	0
R100.25′	{16,7}12	96 / 42 / 336	1,2		R100.25′	0	0
R100.28	{9,12}18	54 / 72 / 324	1,1		R100.28	0	0
R100.28′	{12,9}18	72 / 54 / 324	1,1		R100.28′	0	0
R100.29	{9,12}6	54 / 72 / 324	1,1		R100.29	0	0
R100.29′	{12,9}6	72 / 54 / 324	1,1		R100.29′	0	0
R100.30	{9,12}18	54 / 72 / 324	1,3		R100.30	0	0
R100.30′	{12,9}18	72 / 54 / 324	3,1		R100.30′	0	0
R100.31	{9,12}6	54 / 72 / 324	1,3		R100.31	0	0
R100.31′	{12,9}6	72 / 54 / 324	3,1		R100.31′	0	0
R100.32	{9,12}18	54 / 72 / 324	1,3		R100.32	0	0
R100.32′	{12,9}18	72 / 54 / 324	3,1		R100.32′	0	0
R100.33	{9,12}6	54 / 72 / 324	1,3		R100.33	0	0
R100.33′	{12,9}6	72 / 54 / 324	3,1		R100.33′	0	0
R100.10	{6,36}36	18 / 108 / 324	9,1		R100.10	0	0
R100.10′	{36,6}36	108 / 18 / 324	1,9		R100.10′	0	0
R100.11	{6,36}36	18 / 108 / 324	6,1		R100.11	0	0
R100.11′	{36,6}36	108 / 18 / 324	1,6		R100.11′	0	0
R100.12	{6,36}36	18 / 108 / 324	6,1		R100.12	0	0
R100.12′	{36,6}36	108 / 18 / 324	1,6		R100.12′	0	0
R100.13	{6,36}36	18 / 108 / 324	6,1		R100.13	0	0
R100.13′	{36,6}36	108 / 18 / 324	1,6		R100.13′	0	0
R100.14	{6,36}12	18 / 108 / 324	6,1		R100.14	0	0
R100.14′	{36,6}12	108 / 18 / 324	1,6		R100.14′	0	0
R100.15	{6,36}12	18 / 108 / 324	6,1		R100.15	0	0
R100.15′	{36,6}12	108 / 18 / 324	1,6		R100.15′	0	0
R100.16	{6,36}36	18 / 108 / 324	12,1		R100.16	0	0
R100.16′	{36,6}36	108 / 18 / 324	1,12		R100.16′	0	0
R100.17	{6,36}12	18 / 108 / 324	12,1		R100.17	0	0
R100.17′	{36,6}12	108 / 18 / 324	1,12		R100.17′	0	0
R100.18	{6,36}36	18 / 108 / 324	12,1		R100.18	0	0
R100.18′	{36,6}36	108 / 18 / 324	1,12		R100.18′	0	0
R100.19	{6,36}12	18 / 108 / 324	12,1		R100.19	0	0
R100.19′	{36,6}12	108 / 18 / 324	1,12		R100.19′	0	0
R100.8	{6,36}36	18 / 108 / 324	9,1		R100.8	0	0
R100.8′	{36,6}36	108 / 18 / 324	1,9		R100.8′	0	0
R100.9	{6,36}36	18 / 108 / 324	9,1		R100.9	0	0
R100.9′	{36,6}36	108 / 18 / 324	1,9		R100.9′	0	0
R100.20	{6,102}102	6 / 102 / 306	51,1		R100.20	0	0
R100.20′	{102,6}102	102 / 6 / 306	1,51		R100.20′	0	0
R100.21	{6,102}102	6 / 102 / 306	34,3		R100.21	0	0
R100.21′	{102,6}102	102 / 6 / 306	3,34		R100.21′	0	0
R100.22	{6,102}102	6 / 102 / 306	51,3		R100.22	0	0
R100.22′	{102,6}102	102 / 6 / 306	3,51		R100.22′	0	0
R100.23	{6,300}100	2 / 100 / 300	300,3	ε	R100.23	0	0
R100.23′	{300,6}100	100 / 2 / 300	3,300	ε'	R100.23′	(see ser ε')	0
R100.34	{9,45}10	12 / 60 / 270	9,3		R100.34	0	0
R100.34′	{45,9}10	60 / 12 / 270	3,9		R100.34′	0	0
R100.35	{10,52}260	10 / 52 / 260	26,5		R100.35	0	0
R100.35′	{52,10}260	52 / 10 / 260	5,26		R100.35′	0	0
R100.36	{12,42}84	12 / 42 / 252	7,6		R100.36	0	0
R100.36′	{42,12}84	42 / 12 / 252	6,7		R100.36′	0	0
R100.37	{12,42}84	12 / 42 / 252	21,6		R100.37	0	0
R100.37′	{42,12}84	42 / 12 / 252	6,21		R100.37′	0	0
R100.38	{12,42}84	12 / 42 / 252	21,2		R100.38	0	0
R100.38′	{42,12}84	42 / 12 / 252	2,21		R100.38′	0	0
R100.40	{18,27}54	18 / 27 / 243	3,9		R100.40	0	0
R100.40′	{27,18}54	27 / 18 / 243	9,3		R100.40′	0	0
R100.42	{22,22}22	22 / 22 / 242	11,11		R100.42	0	0
R100.43	{22,22}22	22 / 22 / 242	11,2		R100.43	0	0
R100.43′	{22,22}22	22 / 22 / 242	2,11		R100.43′	0	0
R100.39	{12,240}80	2 / 40 / 240	240,6		R100.39	0	0
R100.39′	{240,12}80	40 / 2 / 240	6,240		R100.39′	0	0
R100.41	{18,225}50	2 / 25 / 225	225,9		R100.41	0	0
R100.41′	{225,18}50	25 / 2 / 225	9,225		R100.41′	0	0
R100.44	{22,220}20	2 / 20 / 220	220,11		R100.44	0	0
R100.44′	{220,22}20	20 / 2 / 220	11,220		R100.44′	0	0
R100.45	{36,72}24	6 / 12 / 216	24,18		R100.45	0	0
R100.45′	{72,36}24	12 / 6 / 216	18,24		R100.45′	0	0
R100.46	{36,72}24	6 / 12 / 216	36,6		R100.46	0	0
R100.46′	{72,36}24	12 / 6 / 216	6,36		R100.46′	0	0
R100.47	{42,210}10	2 / 10 / 210	210,21		R100.47	0	0
R100.47′	{210,42}10	10 / 2 / 210	21,210		R100.47′	0	0
R100.48	{52,208}16	2 / 8 / 208	208,26		R100.48	0	0
R100.48′	{208,52}16	8 / 2 / 208	26,208		R100.48′	0	0
R100.49	{69,138}6	3 / 6 / 207	69,23		R100.49	0	0
R100.49′	{138,69}6	6 / 3 / 207	23,69		R100.49′	0	0
R100.50	{82,205}10	2 / 5 / 205	205,41		R100.50	0	0
R100.50′	{205,82}10	5 / 2 / 205	41,205		R100.50′	0	0
R100.51	{102,204}4	2 / 4 / 204	204,51	ζ°'	R100.51	(see ser ζ°')	0
R100.51′	{204,102}4	4 / 2 / 204	51,204	ζ°	R100.51′	0	0
R100.53	{202,202}2	2 / 2 / 202	202,202	γ	R100.53	0	0
R100.52	{201,402}2	1 / 2 / 201	402,201	α	R100.52	0	0
R100.52′	{402,201}2	2 / 1 / 201	201,402	α'	R100.52′	(see ser α')	0
R100.54	{400,400}2	1 / 1 / 200	400,400	β	R100.54	0	0

Other Regular Maps

General Index