n° T t
_____________________
0 1 0.9375
1 2 0.625
2 2.5 0.6875
3 5 0.375
4 1 0.5625
5 1.625 0.75
6 2.5 0.3125
7 1.875 1.5
8 1 1.4375
9 2 0.625
10 3.25 0.4375
11 3.5 0.875
12 1 0.5625
13 1.125 1.25
14 3.25 0.8125
15 3.375 0 (INV)
16 2.5 0.6875
17 5 0.375
18 1.25 0.9375
19 2 0.875
20 2.5 0.3125
21 1.875 1.5
22 1.25 0.8125
23 1.875 0.5
24 2.5 0.9375
25 2 2.375
26 1 2.4375
27 6.5 0.375
28 1 1.5625
29 1.625 0.25
30 6.25 0.3125
31 1.875 1.5
32 1.125 1.0625
33 2 0.5
34 3.375 0.5625
35 6.5 0.25
36 1 0.8125
37 2 1.625
38 3.25 0.5625
39 6.5 0.375
40 1.125 1.5625
41 2 0.75
42 3.375 0.3125
43 3.5 0.5
44 1 1.0625
45 2 2.375
46 3.25 0.8125
47 3.5 0.875
48 3.375 0.5625
49 6.5 0.25
50 1.875 0.8125
51 2 0 (INV)
52 3.25 0.5625
53 6.5 0.375
54 2.75 0.3125
55 2 0.875
56 2.375 0.8125
57 2 1.25
58 4.875 0.3125
59 6.5 0.25
60 1 3.0625
61 2 2.375
62 6.25 0.5625
63 5 0.375
64 1 1.4375
65 2 0.625
66 2.5 0.9375
67 2 2.375
68 1 0.5625
69 1.125 1.25
70 1 1.5625
71 1.625 0.25
72 1 0.9375
73 1.75 0.625
74 1.75 1.4375
75 2 2.375
76 1 0.3125
77 1.125 0.5
78 1 1.5625
79 1.125 1.25
80 3.25 0.4375
81 3.5 0.875
82 1 2.4375
83 6.5 0.375
84 3.25 0.8125
85 3.375 0 (INV)
86 6.25 0.3125
87 1.875 1.5
88 1.75 1.4375
89 2 2.375
90 1 1.6875
91 2 1.625
92 1 1.5625
93 1.125 1.25
94 1 1.3125
95 1.625 0.75
96 1.125 1.5625
97 2 0.75
98 2.375 0.8125
99 2 1.25
100 1 1.0625
101 2 2.375
102 1 3.0625
103 2 2.375
104 1.375 0.3125
105 1.75 0 (INV)
106 2.375 0.3125
107 2 0.75
108 1.25 0.3125
109 1.75 0.625
110 1.75 1.0625
111 2 0.625
112 3.375 0.3125
113 3.5 0.5
114 4.875 0.3125
115 6.5 0.25
116 3.25 0.8125
117 3.5 0.875
118 6.25 0.5625
119 5 0.375
120 2.375 0.3125
121 2 0.75
122 1.625 0.8125
123 2 0.5
124 1.75 1.0625
125 2 0.625
126 1.5 1.0625
127 2 0.625
128 1 1.125
129 1.5 1.0625
130 3.25 0.625
131 6.25 0.5625
132 1 0.5
133 1 1.3125
134 3.25 0.25
135 6.25 0.3125
136 1 1.625
137 1.75 1.0625
138 3.25 0.375
139 3.25 0.8125
140 1 0.75
141 1 1.5625
142 3.25 0.5
143 3.25 0.8125
144 3.25 0.625
145 6.25 0.5625
146 1.25 1.375
147 2.75 0.3125
148 3.25 0.25
149 6.25 0.3125
150 1.75 0 (INV)
151 1.25 0.8125
152 1.75 1.375
153 1 3.0625
154 2.5 0.625
155 3.25 0.5625
156 1 1.25
157 1 1.5625
158 3.25 0.25
159 2.5 0.3125
160 1.375 0.75
161 1.625 0.8125
162 2.875 0.5
163 4.875 0.3125
164 1 0.875
165 1 1.6875
166 2.5 0.625
167 1 2.4375
168 1.875 0.75
169 2.375 0.3125
170 3.375 0 (INV)
171 3.375 0.3125
172 1.75 0.375
173 1.75 1.4375
174 3.25 0.375
175 3.25 0.4375
176 2.875 0.5
177 4.875 0.3125
178 1.875 0.5
179 1.875 0.8125
180 2.5 0.625
181 1 2.4375
182 1.25 1.375
183 1.25 0.9375
184 2.875 0.25
185 2.375 0.8125
186 2.875 0.5
187 3.375 0.5625
188 1.75 1.375
189 2.5 0.9375
190 3.25 0.625
191 2.5 0.6875
192 1 1.625
193 1.75 1.0625
194 1.75 1.375
195 1 3.0625
196 1 0.75
197 1 1.5625
198 1 1.25
199 1 1.5625
200 1 0.375
201 1.25 0.3125
202 1.75 0.375
203 1 1.0625
204 1 0 (INV)
205 1 0.3125
206 1 0.75
207 1 0.5625
208 3.25 0.375
209 3.25 0.8125
210 2.5 0.625
211 3.25 0.5625
212 3.25 0.5
213 3.25 0.8125
214 3.25 0.25
215 2.5 0.3125
216 1.75 0.375
217 1 1.0625
218 1 0.875
219 1 0.8125
220 1 0.75
221 1 0.5625
222 1 0.5
223 1 0.5625
224 1.875 0.75
225 2.375 0.3125
226 2.875 0.25
227 2.375 0.8125
228 1.75 0.375
229 1.75 1.4375
230 1.75 1.375
231 2.5 0.9375
232 1.125 0.5
233 1.375 0.3125
234 1.875 0.75
235 1.125 1.5625
236 1 0.375
237 1 0.9375
238 1 1.625
239 1 1.4375
240 3.375 0 (INV)
241 3.375 0.3125
242 2.875 0.5
243 3.375 0.5625
244 3.25 0.375
245 3.25 0.4375
246 3.25 0.625
247 2.5 0.6875
248 1.875 0.75
249 1.125 1.5625
250 1.375 0.75
251 1.125 1.0625
252 1 1.625
253 1 1.4375
254 1 1.125
255 1 0.9375
n° T t
_____________________
0 1 0.96875
1 2 0.625
2 3.5 0.8125
3 6.21875 0.46875
4 1 0.65625
5 1.84375 0.46875
6 8.03125 0.8125
7 2.46875 2.03125
8 1 1.59375
9 2 2.8125
10 4.75 0.65625
11 9.5 1.09375
12 1 0.65625
13 1.0625 1.5625
14 6.3125 0.65625
15 9.5 0 (INV)
16 3.5 0.8125
17 6.21875 0.46875
18 1.625 0.65625
19 2 0.78125
20 8.03125 0.8125
21 2.46875 2.03125
22 1 3.3125
23 2 0.9375
24 4.75 1.125
25 14.1875 0.625
26 16.4688 0.1875
27 8.71875 0.625
28 1.9375 1.125
29 2 0.3125
30 4.75 2.375
31 2.46875 2.03125
32 1 1.59375
33 2 0.78125
34 4.75 0.65625
35 7.15625 0.3125
36 1 1.125
37 2 2.5
38 9.4375 0.96875
39 8.71875 0.625
40 1.625 1.59375
41 12.625 0.3125
42 4.75 0.34375
43 7.9375 0.3125
44 1 1.4375
45 28.25 0 (INV)
46 4.75 1.125
47 9.5 1.09375
48 4.75 0.65625
49 7.15625 0.3125
50 1.9375 0.96875
51 2 0 (INV)
52 9.4375 0.96875
53 8.71875 0.625
54 1 3.9375
55 2 0.78125
56 4.75 0.65625
57 4.8125 0.9375
58 4.75 0.96875
59 7.15625 0.3125
60 14.125 0.5
61 14.1875 0.625
62 3.1875 0.5
63 6.21875 0.46875
64 1 1.59375
65 2 2.8125
66 4.75 1.125
67 14.1875 0.625
68 1 0.65625
69 1.0625 1.5625
70 1.9375 1.125
71 2 0.3125
72 1 1.125
73 2 0.9375
74 9.4375 0.5
75 28.25 0 (INV)
76 1 0.34375
77 1.0625 0.625
78 1 1.4375
79 1.0625 1.5625
80 4.75 0.65625
81 9.5 1.09375
82 16.4688 0.1875
83 8.71875 0.625
84 6.3125 0.65625
85 9.5 0 (INV)
86 4.75 2.375
87 2.46875 2.03125
88 9.4375 0.5
89 28.25 0 (INV)
90 2.875 0.5
91 2 2.5
92 1 1.4375
93 1.0625 1.5625
94 1.78125 0.65625
95 1.84375 0.46875
96 1.625 1.59375
97 12.625 0.3125
98 4.75 0.65625
99 4.8125 0.9375
100 1 1.4375
101 28.25 0 (INV)
102 14.125 0.5
103 14.1875 0.625
104 1 2.375
105 5.75 0 (INV)
106 11 0.1875
107 12.625 0.3125
108 1.46875 0.5
109 2 0.9375
110 1 3.625
111 2 2.8125
112 4.75 0.34375
113 7.9375 0.3125
114 4.75 0.96875
115 7.15625 0.3125
116 4.75 1.125
117 9.5 1.09375
118 3.1875 0.5
119 6.21875 0.46875
120 11 0.1875
121 12.625 0.3125
122 1.9375 1.125
123 2 0.78125
124 1 3.625
125 2 2.8125
126 1.625 0.96875
127 2 0.625
128 1 1.25
129 1.625 0.96875
130 4.125 1.09375
131 3.1875 0.5
132 1 0.78125
133 1.78125 0.65625
134 9.4375 1.09375
135 4.75 2.375
136 1 2.03125
137 1 3.625
138 4.75 0.46875
139 4.75 1.125
140 1 1.09375
141 1 1.4375
142 6.3125 0.3125
143 6.3125 0.65625
144 4.125 1.09375
145 3.1875 0.5
146 1.625 0.78125
147 1 3.9375
148 9.4375 1.09375
149 4.75 2.375
150 2.875 0 (INV)
151 1 3.3125
152 4.75 1.40625
153 14.125 0.5
154 15.6875 0 (INV)
155 9.4375 0.96875
156 1.9375 0.9375
157 1.9375 1.125
158 9.4375 1.09375
159 8.03125 0.8125
160 1 2.03125
161 1.9375 1.125
162 4.75 0.78125
163 4.75 0.96875
164 1 1.40625
165 2.875 0.5
166 15.6875 0 (INV)
167 16.4687 0.1875
168 2.25 1.25
169 11 0.1875
170 4.75 0 (INV)
171 4.75 0.34375
172 2.25 1.09375
173 9.4375 0.5
174 4.75 0.46875
175 4.75 0.65625
176 4.75 0.78125
177 4.75 0.96875
178 1.9375 0.625
179 1.9375 0.96875
180 15.6875 0 (INV)
181 16.4687 0.1875
182 1.625 0.78125
183 1.625 0.65625
184 4.75 0.3125
185 4.75 0.65625
186 4.75 0.78125
187 4.75 0.65625
188 4.75 1.40625
189 4.75 1.125
190 4.125 1.09375
191 3.5 0.8125
192 1 2.03125
193 1 3.625
194 4.75 1.40625
195 14.125 0.5
196 1 1.09375
197 1 1.4375
198 1.9375 0.9375
199 1.9375 1.125
200 1 0.46875
201 1.46875 0.5
202 2.25 1.09375
203 1 1.4375
204 1 0 (INV)
205 1 0.34375
206 1 1.09375
207 1 0.65625
208 4.75 0.46875
209 4.75 1.125
210 15.6875 0 (INV)
211 9.4375 0.96875
212 6.3125 0.3125
213 6.3125 0.65625
214 9.4375 1.09375
215 8.03125 0.8125
216 2.25 1.09375
217 1 1.4375
218 1 1.40625
219 1 1.125
220 1 1.09375
221 1 0.65625
222 1 0.78125
223 1 0.65625
224 2.25 1.25
225 11 0.1875
226 4.75 0.3125
227 4.75 0.65625
228 2.25 1.09375
229 9.4375 0.5
230 4.75 1.40625
231 4.75 1.125
232 1 0.9375
233 1 2.375
234 2.25 1.25
235 1.625 1.59375
236 1 0.46875
237 1 1.125
238 1 2.03125
239 1 1.59375
240 4.75 0 (INV)
241 4.75 0.34375
242 4.75 0.78125
243 4.75 0.65625
244 4.75 0.46875
245 4.75 0.65625
246 4.125 1.09375
247 3.5 0.8125
248 2.25 1.25
249 1.625 1.59375
250 1 2.03125
251 1 1.59375
252 1 2.03125
253 1 1.59375
254 1 1.25
255 1 0.96875
n° T t
_____________________
0 1 0.984375
1 2 0.6875
2 4.375 0.84375
3 8.60938 0.546875
4 1 0.71875
5 1.82812 0.609375
6 4.75 0.625
7 4.78125 1.92188
8 1 1.6875
9 7.90625 0.828125
10 5.125 0.75
11 4.90625 0.828125
12 1 0.71875
13 1.03125 2.01562
14 5.6875 0.765625
15 5.4375 0 (INV)
16 4.375 0.84375
17 8.60938 0.546875
18 1.28125 1.96875
19 2 0.828125
20 4.75 0.625
21 4.78125 1.92187
22 1 2.96875
23 1.96875 0.84375
24 5.125 1.21875
25 13.0625 0.546875
26 2.78125 1.26563
27 9.96875 0.40625
28 1.28125 2.07812
29 1.875 0.375
30 1 6.4375
31 4.78125 1.92188
32 1.03125 1.5625
33 2 0.984375
34 5.15625 0.71875
35 7.15625 0.984375
36 1 1.25
37 3.78125 0.546875
38 5.40625 0.921875
39 9.96875 0.40625
40 1.125 2.125
41 2.04688 3.51562
42 5.4375 0.390625
43 5.1875 0.375
44 1.09375 1.39063
45 15.5 2
46 5.125 1.15625
47 4.90625 0.828125
48 5.15625 0.71875
49 7.15625 0.984375
50 1.96875 1.23437
51 2 0 (INV)
52 5.40625 0.921875
53 9.96875 0.40625
54 2.40625 2
55 2 0.828125
56 4.03125 1.04687
57 2.09375 2.71875
58 2.71875 2.21875
59 7.15625 0.984375
60 5.125 1.25
61 13.0625 0.546875
62 2.78125 1.48438
63 8.60938 0.546875
64 1 1.6875
65 7.90625 0.828125
66 5.125 1.21875
67 13.0625 0.546875
68 1 0.71875
69 1.03125 2.01562
70 1.28125 2.07812
71 1.875 0.375
72 1 1.21875
73 1.67188 2.51562
74 5.3125 0.890625
75 15.5 2
76 1 0.390625
77 1.03125 0.84375
78 1 2.40625
79 1.03125 2.01563
80 5.125 0.75
81 4.90625 0.828125
82 2.78125 1.26563
83 9.96875 0.40625
84 5.6875 0.765625
85 5.4375 0 (INV)
86 1 6.4375
87 4.78125 1.92188
88 5.3125 0.890625
89 15.5 2
90 1.75 0.75
91 3.78125 0.546875
92 1 2.40625
93 1.03125 2.01562
94 1.1875 1.42188
95 1.82812 0.609375
96 1.125 2.125
97 2.04688 3.51563
98 4.03125 1.04687
99 2.09375 2.71875
100 1.09375 1.39063
101 15.5 2
102 5.125 1.25
103 13.0625 0.546875
104 1.03125 2.3125
105 2 1.6875
106 2.0625 3.95312
107 2.04687 3.51562
108 1.375 0.921875
109 1.67188 2.51562
110 7.75 1.25
111 7.90625 0.828125
112 5.4375 0.390625
113 5.1875 0.375
114 2.71875 2.21875
115 7.15625 0.984375
116 5.125 1.15625
117 4.90625 0.828125
118 2.78125 1.48438
119 8.60938 0.546875
120 2.0625 3.95312
121 2.04687 3.51562
122 1.40625 2.5
123 2 0.984375
124 7.75 1.25
125 7.90625 0.828125
126 1.1875 2.70312
127 2 0.6875
128 1 1.4375
129 1.1875 2.70312
130 5.3125 1.20313
131 2.78125 1.48438
132 1 0.890625
133 1.1875 1.42188
134 4.75 0.984375
135 1 6.4375
136 1 2.32812
137 7.75 1.25
138 5.125 0.546875
139 5.125 1.15625
140 1 1.35937
141 1 2.40625
142 5.6875 0.375
143 5.6875 0.765625
144 5.3125 1.20313
145 2.78125 1.48438
146 1.28125 2.14062
147 2.40625 2
148 4.75 0.984375
149 1 6.4375
150 1 1.6875
151 1 2.96875
152 5.40625 2.14062
153 5.125 1.25
154 6.90625 0.125
155 5.40625 0.921875
156 1.28125 1.875
157 1.28125 2.07812
158 4.75 0.984375
159 4.75 0.625
160 1.21875 1.54688
161 1.40625 2.5
162 4.40625 0.890625
163 2.71875 2.21875
164 1.1875 1.10937
165 1.75 0.75
166 6.90625 0.125
167 2.78125 1.26562
168 2.0625 1.73438
169 2.0625 3.95312
170 5.4375 0 (INV)
171 5.4375 0.390625
172 2.03125 1.625
173 5.3125 0.890625
174 5.125 0.546875
175 5.125 0.75
176 4.40625 0.890625
177 2.71875 2.21875
178 1.96875 0.84375
179 1.96875 1.23437
180 6.90625 0.125
181 2.78125 1.26562
182 1.28125 2.14062
183 1.28125 1.96875
184 4.3125 0.65625
185 4.03125 1.04687
186 4.40625 0.890625
187 5.15625 0.71875
188 5.40625 2.14063
189 5.125 1.21875
190 5.3125 1.20312
191 4.375 0.84375
192 1 2.32812
193 7.75 1.25
194 5.40625 2.14062
195 5.125 1.25
196 1 1.35937
197 1 2.40625
198 1.28125 1.875
199 1.28125 2.07812
200 1 0.546875
201 1.375 0.921875
202 2.03125 1.625
203 1.09375 1.39062
204 1 0 (INV)
205 1 0.390625
206 1 1.35938
207 1 0.71875
208 5.125 0.546875
209 5.125 1.15625
210 6.90625 0.125
211 5.40625 0.921875
212 5.6875 0.375
213 5.6875 0.765625
214 4.75 0.984375
215 4.75 0.625
216 2.03125 1.625
217 1.09375 1.39062
218 1.1875 1.10938
219 1 1.25
220 1 1.35938
221 1 0.71875
222 1 0.890625
223 1 0.71875
224 2.0625 1.73438
225 2.0625 3.95312
226 4.3125 0.65625
227 4.03125 1.04687
228 2.03125 1.625
229 5.3125 0.890625
230 5.40625 2.14063
231 5.125 1.21875
232 1.03125 0.84375
233 1.03125 2.3125
234 2.0625 1.73438
235 1.125 2.125
236 1 0.546875
237 1 1.21875
238 1 2.32812
239 1 1.6875
240 5.4375 0 (INV)
241 5.4375 0.390625
242 4.40625 0.890625
243 5.15625 0.71875
244 5.125 0.546875
245 5.125 0.75
246 5.3125 1.20312
247 4.375 0.84375
248 2.0625 1.73438
249 1.125 2.125
250 1.21875 1.54687
251 1.03125 1.5625
252 1 2.32812
253 1 1.6875
254 1 1.4375
255 1 0.984375
n° T t
_____________________
0 1 0.992188
1 2 0.765625
2 5.59375 0.882813
3 10.4219 0.601562
4 1 0.773437
5 1.89062 0.601562
6 12.375 2.08594
7 5.0625 2.29687
8 1 1.75781
9 4.78906 0.929688
10 6.90625 0.773437
11 11.5156 1.03906
12 1 0.773437
13 1.01562 2.29687
14 11.5 1.21094
15 13.8125 0 (INV)
16 5.59375 0.882813
17 10.4219 0.601562
18 1 3.07031
19 2 0.929688
20 12.375 2.08594
21 5.0625 2.29687
22 1.65625 3.45312
23 2 1.09375
24 6.90625 1.21094
25 18.4062 2.46094
26 27.5781 1.32031
27 12.6641 0.929687
28 1.98438 2.19531
29 2 0.4375
30 39.4453 0.390625
31 5.0625 2.29688
32 1 1.8125
33 2 1.36719
34 6.90625 0.773437
35 12.6641 0.875
36 1 1.32031
37 2.54688 1.85938
38 13.7969 0.992188
39 12.6641 0.929687
40 1.32813 2.41406
41 26.4453 1.58594
42 6.90625 0.445312
43 9.21875 0.765625
44 1 1.75781
45 124.062 0 (INV)
46 6.90625 1.21094
47 11.5156 1.03906
48 6.90625 0.773437
49 12.6641 0.875
50 1.98438 1.42969
51 2 0 (INV)
52 13.7969 0.992188
53 12.6641 0.929688
54 3.78906 2.52344
55 2 0.929688
56 6.90625 1.04688
57 6.92188 2.1875
58 9.58594 1.48437
59 12.6641 0.875
60 6.90625 0.5
61 18.4063 2.46094
62 11.2812 3.17969
63 10.4219 0.601563
64 1 1.75781
65 4.78906 0.929688
66 6.90625 1.21094
67 18.4062 2.46094
68 1 0.773437
69 1.01562 2.29688
70 1.98438 2.19531
71 2 0.4375
72 1 1.32031
73 2.4375 1.58594
74 11.1172 1.64844
75 124.062 0 (INV)
76 1 0.445312
77 1.01562 0.984375
78 1 2.41406
79 1.01562 2.29687
80 6.90625 0.773437
81 11.5156 1.03906
82 27.5781 1.32031
83 12.6641 0.929687
84 11.5 1.21094
85 13.8125 0 (INV)
86 39.4453 0.390625
87 5.0625 2.29688
88 11.1172 1.64844
89 124.062 0 (INV)
90 6.90625 0.5
91 2.54687 1.85938
92 1 2.41406
93 1.01562 2.29687
94 2.20312 0.992188
95 1.89063 0.601563
96 1.32813 2.41406
97 26.4453 1.58594
98 6.90625 1.04688
99 6.92188 2.1875
100 1 1.75781
101 124.062 0 (INV)
102 6.90625 0.5
103 18.4063 2.46094
104 1 2.96094
105 13.8125 0 (INV)
106 39.0625 0.9375
107 26.4453 1.58594
108 1.32813 0.9375
109 2.4375 1.58594
110 13.0859 3.17969
111 4.78906 0.929687
112 6.90625 0.445312
113 9.21875 0.765625
114 9.58594 1.48437
115 12.6641 0.875
116 6.90625 1.21094
117 11.5156 1.03906
118 11.2812 3.17969
119 10.4219 0.601563
120 39.0625 0.9375
121 26.4453 1.58594
122 1 4.38281
123 2 1.36719
124 13.0859 3.17969
125 4.78906 0.929688
126 1 3.83594
127 2 0.765625
128 1 1.53125
129 1 3.83594
130 6.57813 1.25781
131 11.2812 3.17969
132 1 1.03906
133 2.20312 0.992188
134 13.7969 3.28125
135 39.4453 0.390625
136 1 2.57031
137 13.0859 3.17969
138 6.90625 0.601562
139 6.90625 1.21094
140 1 1.58594
141 1 2.41406
142 11.5 0.765625
143 11.5 1.21094
144 6.57813 1.25781
145 11.2812 3.17969
146 1 3.77344
147 3.78906 2.52344
148 13.7969 3.28125
149 39.4453 0.390625
150 6.90625 0 (INV)
151 1.65625 3.45313
152 6.90625 2.07812
153 6.90625 0.5
154 22.9844 0 (INV)
155 13.7969 0.992187
156 1.98438 1.96875
157 1.98438 2.19531
158 13.7969 3.28125
159 12.375 2.08594
160 1 2.57031
161 1 4.38281
162 6.90625 1.03906
163 9.58594 1.48437
164 1 2.24219
165 6.90625 0.5
166 22.9844 0 (INV)
167 27.5781 1.32031
168 2.3125 2.24219
169 39.0625 0.9375
170 6.90625 0 (INV)
171 6.90625 0.445312
172 2.3125 2.24219
173 11.1172 1.64844
174 6.90625 0.601563
175 6.90625 0.773437
176 6.90625 1.03906
177 9.58594 1.48437
178 1.98438 0.984375
179 1.98438 1.42969
180 22.9844 0 (INV)
181 27.5781 1.32031
182 1 3.77344
183 1 3.07031
184 6.90625 0.765625
185 6.90625 1.04688
186 6.90625 1.03906
187 6.90625 0.773438
188 6.90625 2.07812
189 6.90625 1.21094
190 6.57812 1.25781
191 5.59375 0.882812
192 1 2.57031
193 13.0859 3.17969
194 6.90625 2.07812
195 6.90625 0.5
196 1 1.58594
197 1 2.41406
198 1.98438 1.96875
199 1.98438 2.19531
200 1 0.601563
201 1.32812 0.9375
202 2.3125 2.24219
203 1 1.75781
204 1 0 (INV)
205 1 0.445312
206 1 1.58594
207 1 0.773438
208 6.90625 0.601562
209 6.90625 1.21094
210 22.9844 0 (INV)
211 13.7969 0.992188
212 11.5 0.765625
213 11.5 1.21094
214 13.7969 3.28125
215 12.375 2.08594
216 2.3125 2.24219
217 1 1.75781
218 1 2.24219
219 1 1.32031
220 1 1.58594
221 1 0.773438
222 1 1.03906
223 1 0.773438
224 2.3125 2.24219
225 39.0625 0.9375
226 6.90625 0.765625
227 6.90625 1.04688
228 2.3125 2.24219
229 11.1172 1.64844
230 6.90625 2.07812
231 6.90625 1.21094
232 1 1.09375
233 1 2.96094
234 2.3125 2.24219
235 1.32813 2.41406
236 1 0.601562
237 1 1.32031
238 1 2.57031
239 1 1.75781
240 6.90625 0 (INV)
241 6.90625 0.445312
242 6.90625 1.03906
243 6.90625 0.773438
244 6.90625 0.601563
245 6.90625 0.773437
246 6.57812 1.25781
247 5.59375 0.882812
248 2.3125 2.24219
249 1.32813 2.41406
250 1 2.57031
251 1 1.8125
252 1 2.57031
253 1 1.75781
254 1 1.53125
255 1 0.992188
n° T t
_____________________
0 1 0.996094
1 2 0.820312
2 6.4375 0.917969
3 13.125 0.648437
4 1 0.816406
5 1.91406 0.609375
6 6.34375 1.20703
7 8.55469 2.375
8 1 1.80859
9 9.875 2.63281
10 7.70313 0.808594
11 5.84375 1.99219
12 1 0.816406
13 1.00781 2.51562
14 5.70313 1.86328
15 7.71094 0 (INV)
16 6.4375 0.917969
17 13.125 0.648437
18 3.35937 1.90234
19 2 1.02344
20 6.34375 1.20703
21 8.55469 2.375
22 2.57813 3.05078
23 1.99219 1.125
24 7.15625 1.30859
25 15.3125 3.11719
26 5.875 2.27734
27 15.1562 1.05469
28 1.46875 2.47266
29 1.94531 0.484375
30 35.8906 6.23828
31 8.55469 2.375
32 1.00781 1.84766
33 2 1.34375
34 7.33594 0.816406
35 13.4062 0.984375
36 1 1.39453
37 2 2.63281
38 7.57812 1.12891
39 15.1562 1.05469
40 1.22656 2.62891
41 4.8125 2.45312
42 7.58594 0.488281
43 5.71875 1.40625
44 1 1.87891
45 10.8125 6.58594
46 7.32812 1.30078
47 5.84375 1.99219
48 7.33594 0.816406
49 13.4063 0.984375
50 1.99219 1.58203
51 2 0 (INV)
52 7.57812 1.12891
53 15.1562 1.05469
54 4.85938 1.51953
55 2 1.02344
56 6.02344 1.45703
57 3.125 3.67188
58 7.99219 2.05078
59 13.4062 0.984375
60 1 7.00391
61 15.3125 3.11719
62 7.20313 1.59766
63 13.125 0.648438
64 1 1.80859
65 9.875 2.63281
66 7.15625 1.30859
67 15.3125 3.11719
68 1 0.816406
69 1.00781 2.51563
70 1.46875 2.47266
71 1.94531 0.484375
72 1 1.40234
73 3.14063 0.851562
74 8.98438 1.77734
75 10.8125 6.58594
76 1 0.488281
77 1.00781 1.125
78 1 2.78516
79 1.00781 2.51562
80 7.70313 0.808594
81 5.84375 1.99219
82 5.875 2.27734
83 15.1562 1.05469
84 5.70313 1.86328
85 7.71094 0 (INV)
86 35.8906 6.23828
87 8.55469 2.375
88 8.98438 1.77734
89 10.8125 6.58594
90 1 3.66797
91 2 2.63281
92 1 2.78516
93 1.00781 2.51563
94 1.125 2.61328
95 1.91406 0.609375
96 1.22656 2.62891
97 4.8125 2.45313
98 6.02344 1.45703
99 3.125 3.67187
100 1 1.87891
101 10.8125 6.58594
102 1 7.00391
103 15.3125 3.11719
104 1.02344 2.86328
105 3.85938 0 (INV)
106 11.0859 0.863281
107 4.8125 2.45312
108 1.39062 1.01953
109 3.14062 0.851562
110 13.9219 2.81641
111 9.875 2.63281
112 7.58594 0.488281
113 5.71875 1.40625
114 7.99219 2.05078
115 13.4062 0.984375
116 7.32813 1.30078
117 5.84375 1.99219
118 7.20313 1.59766
119 13.125 0.648438
120 11.0859 0.863281
121 4.8125 2.45312
122 4.28906 2.14453
123 2 1.34375
124 13.9219 2.81641
125 9.875 2.63281
126 3.21875 2.44141
127 2 0.820313
128 1 1.63281
129 3.21875 2.44141
130 6.73438 1.38281
131 7.20313 1.59766
132 1 1.125
133 1.125 2.61328
134 6.57812 1.54688
135 35.8906 6.23828
136 1 2.75781
137 13.9219 2.81641
138 7.57812 0.648437
139 7.32813 1.30078
140 1 1.76562
141 1 2.78516
142 5.70313 1.40625
143 5.70313 1.86328
144 6.73437 1.38281
145 7.20313 1.59766
146 3.20313 2.83594
147 4.85937 1.51953
148 6.57813 1.54688
149 35.8906 6.23828
150 3.85937 0 (INV)
151 2.57813 3.05078
152 6.60937 2.39844
153 1 7.0039
154 7 0.382813
155 7.57812 1.12891
156 1.46875 2.23437
157 1.46875 2.47266
158 6.57812 1.54687
159 6.34375 1.20703
160 1.11719 2.17187
161 4.28906 2.14453
162 6.99219 1.125
163 7.99219 2.05078
164 1 2.05469
165 1 3.66797
166 7 0.382812
167 5.875 2.27734
168 2.14844 2.73437
169 11.0859 0.863281
170 7.71093 0 (INV)
171 7.58594 0.488281
172 2.14062 2.86719
173 8.98437 1.77734
174 7.57812 0.648438
175 7.70313 0.808593
176 6.99219 1.125
177 7.99219 2.05078
178 1.99219 1.125
179 1.99219 1.58203
180 7 0.382812
181 5.875 2.27734
182 3.20312 2.83594
183 3.35937 1.90234
184 6.17969 1.14063
185 6.02344 1.45703
186 6.99219 1.125
187 7.33594 0.816406
188 6.60938 2.39844
189 7.15625 1.30859
190 6.73438 1.38281
191 6.4375 0.917969
192 1 2.75781
193 13.9219 2.81641
194 6.60938 2.39844
195 1 7.0039
196 1 1.76562
197 1 2.78516
198 1.46875 2.23437
199 1.46875 2.47266
200 1 0.648438
201 1.39062 1.01953
202 2.14063 2.86719
203 1 1.87891
204 1 0 (INV)
205 1 0.488281
206 1 1.76562
207 1 0.816406
208 7.57812 0.648437
209 7.32812 1.30078
210 7 0.382813
211 7.57812 1.12891
212 5.70313 1.40625
213 5.70313 1.86328
214 6.57812 1.54687
215 6.34375 1.20703
216 2.14063 2.86719
217 1 1.87891
218 1 2.05469
219 1 1.39453
220 1 1.76562
221 1 0.816406
222 1 1.125
223 1 0.816406
224 2.14844 2.73437
225 11.0859 0.863281
226 6.17969 1.14063
227 6.02344 1.45703
228 2.14062 2.86719
229 8.98437 1.77734
230 6.60938 2.39844
231 7.15625 1.30859
232 1.00781 1.125
233 1.02344 2.86328
234 2.14844 2.73437
235 1.22656 2.62891
236 1 0.648437
237 1 1.40234
238 1 2.75781
239 1 1.80859
240 7.71093 0 (INV)
241 7.58594 0.488281
242 6.99219 1.125
243 7.33594 0.816406
244 7.57812 0.648438
245 7.70313 0.808593
246 6.73438 1.38281
247 6.4375 0.917969
248 2.14844 2.73437
249 1.22656 2.62891
250 1.11719 2.17187
251 1.00781 1.84766
252 1 2.75781
253 1 1.80859
254 1 1.63281
255 1 0.996094
n° T t
_____________________
0 1 0.998047
1 2 0.855469
2 7.76171 0.939453
3 15.0313 0.691406
4 1 0.851563
5 1.94141 0.691407
6 16.8379 1.72461
7 9.29493 2.60156
8 1 1.84766
9 17.2051 5.02734
10 8.68749 0.851562
11 17.2344 1.88672
12 1 0.851563
13 1.00391 2.71289
14 12.0977 1.72461
15 17.7969 0 (INV)
16 7.76171 0.939453
17 15.0313 0.691406
18 5.00781 1.05664
19 2 1.08984
20 16.8379 1.72461
21 9.29492 2.60156
22 3.68945 3.60547
23 2 1.24219
24 8.6875 1.36133
25 9.69336 5.85937
26 43 2.55078
27 17.4805 0.931641
28 1.99609 2.65625
29 2 0.527343
30 150.941 2.42188
31 9.29493 2.60156
32 1 1.9707
33 2 1.51172
34 8.68749 0.851563
35 12.541 1.64062
36 1 1.4668
37 1.98828 3.94336
38 17.793 1.19727
39 17.4805 0.931641
40 1.15234 2.87305
41 33.2598 3.64453
42 8.89844 0.529297
43 14.5977 1.26563
44 1.01172 1.91797
45 496.156 0 (INV)
46 8.68749 1.36133
47 17.2344 1.88672
48 8.68749 0.851563
49 12.541 1.64062
50 1.99609 1.68945
51 2 0 (INV)
52 17.793 1.19727
53 17.4805 0.931641
54 7.89062 3.00195
55 2 1.08984
56 8.79296 1.44336
57 8.90234 3.12891
58 5.94531 3.03125
59 12.541 1.64062
60 62.0547 0.5
61 9.69336 5.85937
62 4 6.14844
63 15.0312 0.691406
64 1 1.84766
65 17.2051 5.02734
66 8.6875 1.36133
67 9.69336 5.85938
68 1 0.851563
69 1.00391 2.71289
70 1.99609 2.65625
71 2 0.527344
72 1 1.4668
73 2.09961 2.7832
74 14.793 2.14648
75 496.156 0 (INV)
76 1 0.529297
77 1.00391 1.19531
78 1 2.92578
79 1.00391 2.71289
80 8.68749 0.851562
81 17.2344 1.88672
82 43 2.55078
83 17.4805 0.931641
84 12.0977 1.72461
85 17.7969 0 (INV)
86 150.941 2.42187
87 9.29493 2.60156
88 14.793 2.14648
89 496.156 0 (INV)
90 6.90625 0.5
91 1.98828 3.94336
92 1 2.92578
93 1.00391 2.71289
94 1.66797 3.10742
95 1.94141 0.691406
96 1.15234 2.87305
97 33.2598 3.64453
98 8.79296 1.44336
99 8.90234 3.12891
100 1.01172 1.91797
101 496.156 0 (INV)
102 62.0547 0.5
103 9.69336 5.85938
104 1 3.11328
105 13.8125 0.75
106 45.959 2.82617
107 33.2598 3.64453
108 1.42188 1.08594
109 2.09961 2.7832
110 6.66015 4.07422
111 17.2051 5.02734
112 8.89844 0.529297
113 14.5977 1.26562
114 5.94531 3.03125
115 12.541 1.64063
116 8.68749 1.36133
117 17.2344 1.88672
118 4 6.14844
119 15.0312 0.691406
120 45.959 2.82617
121 33.2598 3.64453
122 5.62305 2.49219
123 2 1.51172
124 6.66016 4.07422
125 17.2051 5.02734
126 4.9375 1.36133
127 2 0.855469
128 1 1.69922
129 4.9375 1.36133
130 8.7461 1.5
131 4 6.14844
132 1 1.21875
133 1.66797 3.10742
134 17.7344 2.61914
135 150.941 2.42187
136 1 2.91797
137 6.66016 4.07422
138 8.68749 0.691406
139 8.68749 1.36133
140 1 1.92188
141 1 2.92578
142 12.0977 1.26562
143 12.0977 1.72461
144 8.7461 1.5
145 4 6.14844
146 5.42969 1.63477
147 7.89062 3.00195
148 17.7344 2.61914
149 150.941 2.42187
150 6.90625 0.75
151 3.68945 3.60547
152 8.89844 2.53711
153 62.0547 0.5
154 41.8399 0 (INV)
155 17.793 1.19727
156 1.99609 2.39063
157 1.99609 2.65625
158 17.7344 2.61914
159 16.8379 1.72461
160 1 2.91797
161 5.62305 2.49219
162 8.68749 1.21875
163 5.94531 3.03125
164 1 2.48437
165 6.90625 0.5
166 41.8398 0 (INV)
167 43 2.55078
168 2.13672 3.20508
169 45.959 2.82617
170 8.89844 0 (INV)
171 8.89844 0.529297
172 2.13672 3.48047
173 14.793 2.14648
174 8.68749 0.691406
175 8.68749 0.851562
176 8.68749 1.21875
177 5.94531 3.03125
178 1.99609 1.19531
179 1.99609 1.68945
180 41.8398 0 (INV)
181 43 2.55078
182 5.42969 1.63477
183 5.00781 1.05664
184 8.89844 1.26562
185 8.79296 1.44336
186 8.68749 1.21875
187 8.68749 0.851562
188 8.89844 2.53711
189 8.6875 1.36133
190 8.7461 1.5
191 7.76172 0.939454
192 1 2.91797
193 6.66016 4.07422
194 8.89844 2.53711
195 62.0547 0.5
196 1 1.92188
197 1 2.92578
198 1.99609 2.39063
199 1.99609 2.65625
200 1 0.691406
201 1.42187 1.08594
202 2.13672 3.48047
203 1.01172 1.91797
204 1 0 (INV)
205 1 0.529297
206 1 1.92188
207 1 0.851562
208 8.68749 0.691406
209 8.68749 1.36133
210 41.8398 0 (INV)
211 17.793 1.19727
212 12.0977 1.26563
213 12.0977 1.72461
214 17.7344 2.61914
215 16.8379 1.72461
216 2.13672 3.48047
217 1.01172 1.91797
218 1 2.48437
219 1 1.4668
220 1 1.92188
221 1 0.851562
222 1 1.21875
223 1 0.851562
224 2.13672 3.20508
225 45.959 2.82617
226 8.89844 1.26562
227 8.79297 1.44336
228 2.13672 3.48047
229 14.793 2.14648
230 8.89844 2.53711
231 8.6875 1.36133
232 1 1.24219
233 1 3.11328
234 2.13672 3.20508
235 1.15234 2.87305
236 1 0.691406
237 1 1.4668
238 1 2.91797
239 1 1.84766
240 8.89844 0 (INV)
241 8.89844 0.529297
242 8.68749 1.21875
243 8.68749 0.851562
244 8.68749 0.691406
245 8.68749 0.851562
246 8.7461 1.5
247 7.76172 0.939454
248 2.13672 3.20508
249 1.15234 2.87305
250 1 2.91797
251 1 1.9707
252 1 2.91797
253 1 1.84766
254 1 1.69922
255 1 0.998047
n° T t
_____________________
0 1 0.999023
1 2 0.880859
2 8.51953 0.955078
3 17.5029 0.729492
4 1 0.879882
5 1.9541 0.717774
6 9.42285 1.43164
7 12.9111 2.71973
8 1 1.87793
9 7.56641 3.50781
10 9.47656 0.881836
11 9.87109 1.78418
12 1 0.879882
13 1.00195 2.85156
14 9.33008 1.86621
15 9.82031 0 (INV)
16 8.51952 0.955078
17 17.5029 0.729492
18 4.01758 1.59473
19 2 1.13965
20 9.42285 1.43164
21 12.9111 2.71973
22 3.77344 2.44727
23 1.99805 1.2793
24 9.08594 1.4043
25 22.0293 4.57227
26 18.2119 1.69727
27 19.2217 1.25195
28 1.61523 2.85742
29 1.97852 0.566406
30 13.1875 19.3027
31 12.9111 2.71973
32 1.00195 2.02246
33 2 1.60645
34 9.47852 0.879882
35 18.6357 1.5625
36 1 1.52344
37 2 5.69531
38 9.5254 1.25488
39 19.2217 1.25195
40 1.10938 3.03808
41 23.4453 4.59961
42 9.67383 0.567383
43 9.87109 1.38672
44 1 2.04102
45 317.732 1.92578
46 9.08593 1.40625
47 9.87109 1.78418
48 9.47851 0.879882
49 18.6357 1.5625
50 1.99805 1.80762
51 2 0 (INV)
52 9.52539 1.25488
53 19.2217 1.25195
54 8.08984 3.35938
55 2 1.13965
56 8.01367 1.75879
57 3.76758 4.51172
58 11.6953 2.40332
59 18.6357 1.5625
60 29.0078 1.25
61 22.0293 4.57227
62 15.5996 8.36915
63 17.5029 0.729493
64 1 1.87793
65 7.56641 3.50781
66 9.08593 1.4043
67 22.0293 4.57226
68 1 0.879882
69 1.00195 2.85156
70 1.61523 2.85742
71 1.97852 0.566407
72 1 1.52148
73 3.81641 2.58008
74 12.2598 1.91211
75 317.732 1.92578
76 1 0.567383
77 1.00195 1.2793
78 1 3.12109
79 1.00195 2.85156
80 9.47657 0.881836
81 9.87109 1.78418
82 18.2119 1.69727
83 19.2217 1.25195
84 9.33008 1.86621
85 9.82031 0 (INV)
86 13.1875 19.3027
87 12.9111 2.71973
88 12.2598 1.91211
89 317.732 1.92578
90 5.80469 0.749999
91 2 5.69531
92 1 3.1211
93 1.00195 2.85156
94 1.68848 2.51074
95 1.9541 0.717774
96 1.10938 3.03809
97 23.4453 4.59961
98 8.01367 1.75879
99 3.76758 4.51172
100 1 2.04102
101 317.732 1.92578
102 29.0078 1.25
103 22.0293 4.57227
104 1.00195 3.19921
105 5.98438 0 (INV)
106 173.883 2.84766
107 23.4453 4.59961
108 1.43457 1.17188
109 3.81641 2.58008
110 16.2929 3.33008
111 7.56641 3.50781
112 9.67382 0.567383
113 9.87109 1.38672
114 11.6953 2.40332
115 18.6357 1.5625
116 9.08594 1.40625
117 9.8711 1.78418
118 15.5996 8.36915
119 17.5029 0.729493
120 173.883 2.84766
121 23.4453 4.59961
122 3.87305 2.76953
123 2 1.60645
124 16.2929 3.33008
125 7.56641 3.50781
126 3.98828 2.08496
127 2 0.88086
128 1 1.76953
129 3.98828 2.08496
130 9.22265 1.55957
131 15.5996 8.36915
132 1 1.28418
133 1.68848 2.51074
134 9.81835 2.11426
135 13.1875 19.3027
136 1 3.05371
137 16.293 3.33008
138 9.62304 0.729492
139 9.08594 1.40625
140 1 2.05566
141 1 3.1211
142 9.57422 1.38672
143 9.33008 1.86621
144 9.22266 1.55957
145 15.5996 8.36915
146 4.34961 2.22363
147 8.08984 3.35937
148 9.81836 2.11426
149 13.1875 19.3027
150 5.80469 0 (INV)
151 3.77344 2.44727
152 9.42773 2.77051
153 29.0078 1.25
154 20.2285 0.03125
155 9.52539 1.25488
156 1.61523 2.59766
157 1.61523 2.85742
158 9.81836 2.11426
159 9.42285 1.43164
160 1.06055 2.6709
161 3.87305 2.76953
162 9.00977 1.28418
163 11.6953 2.40332
164 1.29297 2.31152
165 5.80469 0.749999
166 20.2285 0.03125
167 18.2119 1.69727
168 2.00781 3.65235
169 173.883 2.84766
170 9.82031 0 (INV)
171 9.67382 0.567383
172 1.95703 4.05957
173 12.2598 1.91211
174 9.62305 0.729493
175 9.47657 0.881836
176 9.00978 1.28418
177 11.6953 2.40332
178 1.99805 1.2793
179 1.99805 1.80762
180 20.2285 0.03125
181 18.2119 1.69727
182 4.34961 2.22363
183 4.01758 1.59473
184 7.76953 1.66016
185 8.01367 1.75879
186 9.00975 1.28418
187 9.47851 0.879882
188 9.42773 2.77051
189 9.08593 1.4043
190 9.22265 1.55957
191 8.51953 0.955078
192 1 3.05371
193 16.293 3.33008
194 9.42773 2.77051
195 29.0078 1.25
196 1 2.05566
197 1 3.1211
198 1.61523 2.59766
199 1.61523 2.85742
200 1 0.729493
201 1.43457 1.17187
202 1.95703 4.05957
203 1 2.04102
204 1 0 (INV)
205 1 0.567383
206 1 2.05567
207 1 0.879882
208 9.62305 0.729492
209 9.08594 1.40625
210 20.2285 0.03125
211 9.52539 1.25488
212 9.57422 1.38672
213 9.33009 1.86621
214 9.81836 2.11426
215 9.42285 1.43164
216 1.95703 4.05957
217 1 2.04102
218 1.29297 2.31152
219 1 1.52344
220 1 2.05567
221 1 0.879882
222 1 1.28418
223 1 0.879882
224 2.00781 3.65235
225 173.883 2.84766
226 7.76953 1.66016
227 8.01367 1.75879
228 1.95703 4.05957
229 12.2598 1.91211
230 9.42774 2.77051
231 9.08594 1.4043
232 1.00195 1.2793
233 1.00195 3.19922
234 2.00781 3.65235
235 1.10938 3.03809
236 1 0.729492
237 1 1.52149
238 1 3.05371
239 1 1.87793
240 9.82031 0 (INV)
241 9.67383 0.567383
242 9.00976 1.28418
243 9.47852 0.879882
244 9.62304 0.729493
245 9.47656 0.881836
246 9.22266 1.55957
247 8.51953 0.955078
248 2.00781 3.65235
249 1.10938 3.03809
250 1.06055 2.6709
251 1.00195 2.02246
252 1 3.05371
253 1 1.87793
254 1 1.76953
255 1 0.999023