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0507 @ 430

Last change on this file since 430 was 430, checked in by touze, 11 years ago
import madx-5.01.00
File size: 138.1 KB

Line
1	! -----------------------------------------------------------------------
2	! Error type : M - AVERAGE
3	! R - STANDARD
4	! U - UNCERTAINTY
5	! Error source: g - Cst (End + Geometric + Collar + Screen Static + Deform)
6	! p - Persistent
7	! t - Accel (Ramp + Screen Dynamic)
8	! -----------------------------------------------------------------------
9	! Units : relative field error for Rr = 0.017 in units of 10^-4
10	Rr_nomin := 0.017; ! reference radius
11	Rr_large := 0.025; ! reference radius
12	Rr := Rr_nomin;
13	! -----------------------------------------------------------------------
14
15
16	! 10.06.05/tr new MQW error tables
17	! 20.06.05/tr separation of MQXA1 and MQXA3
18
19
20
21	! -----------------------------------------------------------------------
22	! ********************* Magnet type : MB old ************************
23	! ***** Generated : 16-APR-99
24	! ***** Version : 9901AP
25	! -----------------------------------------------------------------------
26	! AVERAGE
27	b1pM_MB := -8.6300; b1gM_MB := 0.0000; b1tM_MB := 5.0000 ;
28	b2pM_MB := -0.0030; b2gM_MB := -1.4021; b2tM_MB := 0.0000 ;
29	b3pM_MB := -11.0300; b3gM_MB := 1.3295; b3tM_MB := 0.7970 ;
30	b4pM_MB := 0.0022; b4gM_MB := 0.2212; b4tM_MB := 0.0000 ;
31	b5pM_MB := 1.1900; b5gM_MB := -0.3026; b5tM_MB := -0.1290 ;
32	b6pM_MB := 0.0004; b6gM_MB := -0.0110; b6tM_MB := 0.0000 ;
33	b7pM_MB := -0.4790; b7gM_MB := 0.3206; b7tM_MB := -0.1710 ;
34	b8pM_MB := 0.0000; b8gM_MB := -0.0003; b8tM_MB := 0.0000 ;
35	b9pM_MB := 0.2290; b9gM_MB := 0.1328; b9tM_MB := 0.4050 ;
36	b10pM_MB := 0.0000; b10gM_MB := 0.0000; b10tM_MB:= 0.0000 ;
37	b11pM_MB := 0.0350; b11gM_MB := 0.5322; b11tM_MB:= 0.9880 ;
38	! UNCERTAINTY
39	b1pU_MB := 0.8600; b1gU_MB := 10.0000; b1tU_MB := 1.6000;
40	b2pU_MB := 0; b2gU_MB := 0.8500; b2tU_MB := 0.6630;
41	b3pU_MB := 1.0690; b3gU_MB := 0.8670; b3tU_MB := 0.2460;
42	b4pU_MB := 0; b4gU_MB := 0.3440; b4tU_MB := 0.0930;
43	b5pU_MB := 0.1250; b5gU_MB := 0.4180; b5tU_MB := 0.1500;
44	b6pU_MB := 0; b6gU_MB := 0.0570; b6tU_MB := 0;
45	b7pU_MB := 0.0530; b7gU_MB := 0; b7tU_MB := 0;
46	b8pU_MB := 0; b8gU_MB := 0; b8tU_MB := 0;
47	b9pU_MB := 0.0280; b9gU_MB := 0; b9tU_MB := 0;
48	b10pU_MB := 0; b10gU_MB:= 0; b10tU_MB:= 0;
49	b11pU_MB := 0.0000; b11gU_MB:= 0; b11tU_MB:= 0;
50	! STANDARD DEVIATION
51	b1pR_MB := 0.4900; b1gR_MB := 5.0000; b1tR_MB := 1.1000;
52	b2pR_MB := 0.3060; b2gR_MB := 0.6800; b2tR_MB := 1.5346;
53	b3pR_MB := 0.2890; b3gR_MB := 1.4450; b3tR_MB := 0.5490;
54	b4pR_MB := 0.1470; b4gR_MB := 0.4910; b4tR_MB := 0.2060;
55	b5pR_MB := 0.0920; b5gR_MB := 0.4180; b5tR_MB := 0.3420;
56	b6pR_MB := 0.0230; b6gR_MB := 0.0850; b6tR_MB := 0;
57	b7pR_MB := 0.0270; b7gR_MB := 0.2170; b7tR_MB := 0;
58	b8pR_MB := 0.0120; b8gR_MB := 0.0410; b8tR_MB := 0;
59	b9pR_MB := 0.0140; b9gR_MB := 0.0700; b9tR_MB := 0;
60	b10pR_MB := 0.0000; b10gR_MB:= 0; b10tR_MB:= 0;
61	b11pR_MB := 0.0000; b11gR_MB:= 0; b11tR_MB:= 0;
62	! AVERAGE
63	a1pM_MB := 0.0000; a1gM_MB := 0.7520; a1tM_MB := 0.0000;
64	a2pM_MB := 0.0000; a2gM_MB := -0.0020; a2tM_MB := 0.0000;
65	a3pM_MB := 0.0000; a3gM_MB := -0.0820; a3tM_MB := 0.0000;
66	a4pM_MB := 0.0000; a4gM_MB := 0.0000; a4tM_MB := 0.0000;
67	a5pM_MB := 0.0000; a5gM_MB := 0.0070; a5tM_MB := 0.0000;
68	a6pM_MB := 0.0000; a6gM_MB := 0.0000; a6tM_MB := 0.0000;
69	a7pM_MB := 0.0000; a7gM_MB := 0.0170; a7tM_MB := 0.0000;
70	a8pM_MB := 0.0000; a8gM_MB := 0.0000; a8tM_MB := 0.0000;
71	a9pM_MB := 0.0000; a9gM_MB := -0.0060; a9tM_MB := 0.0000;
72	a10pM_MB := 0.0000; a10gM_MB:= 0.0000; a10tM_MB:= 0.0000;
73	a11pM_MB := 0.0000; a11gM_MB:= 0.0020; a11tM_MB:= 0.0000;
74	! UNCERTAINTY
75	a1pU_MB := 0 ; a1gU_MB := 5.0000 ; a1tU_MB := 0 ;
76	a2pU_MB := 0 ; a2gU_MB := 0.5100 ; a2tU_MB := 0.7480 ;
77	a3pU_MB := 0 ; a3gU_MB := 0.8670 ; a3tU_MB := 0.1160 ;
78	a4pU_MB := 0 ; a4gU_MB := 0.1300 ; a4tU_MB := 0.0700 ;
79	a5pU_MB := 0 ; a5gU_MB := 0.4180 ; a5tU_MB := 0.0500 ;
80	a6pU_MB := 0 ; a6gU_MB := 0.0570 ; a6tU_MB := 0 ;
81	a7pU_MB := 0 ; a7gU_MB := 0 ; a7tU_MB := 0 ;
82	a8pU_MB := 0 ; a8gU_MB := 0 ; a8tU_MB := 0 ;
83	a9pU_MB := 0 ; a9gU_MB := 0 ; a9tU_MB := 0 ;
84	a10pU_MB := 0 ; a10gU_MB:= 0 ; a10tU_MB:= 0 ;
85	a11pU_MB := 0 ; a11gU_MB:= 0 ; a11tU_MB:= 0 ;
86	! STANDARD DEVIATION
87	a1pR_MB := 0.4000; a1gR_MB := 0; a1tR_MB := 0.1340;
88	a2pR_MB := 0.7650; a2gR_MB := 1.7000; a2tR_MB := 1.7042;
89	a3pR_MB := 0.2020; a3gR_MB := 0.4340; a3tR_MB := 0.2600;
90	a4pR_MB := 0.1470; a4gR_MB := 0.4910; a4tR_MB := 0.5400;
91	a5pR_MB := 0.0670; a5gR_MB := 0.3340; a5tR_MB := 0.1170;
92	a6pR_MB := 0.0850; a6gR_MB := 0.1420; a6tR_MB := 0;
93	a7pR_MB := 0.0310; a7gR_MB := 0.0720; a7tR_MB := 0;
94	a8pR_MB := 0.0160; a8gR_MB := 0.0820; a8tR_MB := 0;
95	a9pR_MB := 0.0910; a9gR_MB := 0.0700; a9tR_MB := 0;
96	a10pR_MB := 0.0120; a10gR_MB:= 0; a10tR_MB:= 0;
97	a11pR_MB := 0.0000; a11gR_MB:= 0; a11tR_MB:= 0;
98
99
100	! ********************* Magnet type : MB new (SF 14/01/2003) ********
101	! Field error in the MB's extrapolated from the
102	! measurement of the first 60 coolared coils
103	! (mix of Xs1 and Xs2 MB's)
104	! Values extracted from LPR625
105	! except for the random b3 set to 1.4 at injection and 7 TeV
106
107
108	!MB error table at injection
109
110	!Systenatic errors of aperture V1 (outer channel) and V2 (inner channel) at beginining of injection
111	b1M_inj_MB_V1:= 0.00; a1M_inj_MB_V1:= 0.00; b1M_inj_MB_V2:= 0.00; a1M_inj_MB_V2:= 0.00;
112	b2M_inj_MB_V1:= 1.31; a2M_inj_MB_V1:= -0.37; b2M_inj_MB_V2:= -1.10; a2M_inj_MB_V2:= -0.37;
113	b3M_inj_MB_V1:= -3.86; a3M_inj_MB_V1:= -0.26; b3M_inj_MB_V2:= -3.69; a3M_inj_MB_V2:= -0.23;
114	b4M_inj_MB_V1:= -0.01; a4M_inj_MB_V1:= -0.03; b4M_inj_MB_V2:= -0.01; a4M_inj_MB_V2:= -0.04;
115	b5M_inj_MB_V1:= 1.33; a5M_inj_MB_V1:= 0.03; b5M_inj_MB_V2:= 1.43; a5M_inj_MB_V2:= 0.02;
116	b6M_inj_MB_V1:= -0.02; a6M_inj_MB_V1:= -0.01; b6M_inj_MB_V2:= 0.00; a6M_inj_MB_V2:= 0.00;
117	b7M_inj_MB_V1:= 0.32; a7M_inj_MB_V1:= 0.04; b7M_inj_MB_V2:= 0.34; a7M_inj_MB_V2:= 0.04;
118	b8M_inj_MB_V1:= -0.01; a8M_inj_MB_V1:= 0.01; b8M_inj_MB_V2:= 0.01; a8M_inj_MB_V2:= 0.00;
119	b9M_inj_MB_V1:= 0.77; a9M_inj_MB_V1:= -0.01; b9M_inj_MB_V2:= 0.77; a9M_inj_MB_V2:= -0.01;
120	b10M_inj_MB_V1:= 0.00;a10M_inj_MB_V1:= 0.00;b10M_inj_MB_V2:= 0.01;a10M_inj_MB_V2:= -0.01;
121	b11M_inj_MB_V1:= 0.59;a11M_inj_MB_V1:= -0.04;b11M_inj_MB_V2:= 0.59;a11M_inj_MB_V2:= -0.04;
122
123	!Random error at beginining of injection
124	b1R_inj_MB:= 8.00; a1R_inj_MB:= 8.00;
125	b2R_inj_MB:= 0.63; a2R_inj_MB:= 1.21;
126	b3R_inj_MB:= 1.40; a3R_inj_MB:= 0.33;
127	b4R_inj_MB:= 0.11; a4R_inj_MB:= 0.28;
128	b5R_inj_MB:= 0.50; a5R_inj_MB:= 0.10;
129	b6R_inj_MB:= 0.04; a6R_inj_MB:= 0.08;
130	b7R_inj_MB:= 0.24; a7R_inj_MB:= 0.04;
131	b8R_inj_MB:= 0.02; a8R_inj_MB:= 0.03;
132	b9R_inj_MB:= 0.12; a9R_inj_MB:= 0.03;
133	b10R_inj_MB:= 0.02;a10R_inj_MB:= 0.01;
134	b11R_inj_MB:= 0.03;a11R_inj_MB:= 0.04;
135
136	!Systematic effect of Decay
137	b1M_dec_MB:= 0.80; a1M_dec_MB:= 0.00;
138	b2M_dec_MB:= -0.03; a2M_dec_MB:= 0.00;
139	b3M_dec_MB:= 1.73; a3M_dec_MB:= 0.03;
140	b4M_dec_MB:= -0.01; a4M_dec_MB:= 0.05;
141	b5M_dec_MB:= -0.29; a5M_dec_MB:= 0.00;
142	b6M_dec_MB:= 0.00; a6M_dec_MB:= 0.00;
143	b7M_dec_MB:= 0.04; a7M_dec_MB:= -0.01;
144	b8M_dec_MB:= 0.00; a8M_dec_MB:= 0.00;
145	b9M_dec_MB:= -0.02; a9M_dec_MB:= 0.00;
146	b10M_dec_MB:= 0.00; a10M_dec_MB:= 0.00;
147	b11M_dec_MB:= 0.00; a11M_dec_MB:= 0.00;
148
149	!Random effect of Decay
150	b1R_dec_MB:= 0.74; a1R_dec_MB:= 0.00;
151	b2R_dec_MB:= 0.11; a2R_dec_MB:= 0.24;
152	b3R_dec_MB:= 0.44; a3R_dec_MB:= 0.07;
153	b4R_dec_MB:= 0.05; a4R_dec_MB:= 0.09;
154	b5R_dec_MB:= 0.10; a5R_dec_MB:= 0.03;
155	b6R_dec_MB:= 0.02; a6R_dec_MB:= 0.04;
156	b7R_dec_MB:= 0.03; a7R_dec_MB:= 0.01;
157	b8R_dec_MB:= 0.01; a8R_dec_MB:= 0.01;
158	b9R_dec_MB:= 0.01; a9R_dec_MB:= 0.01;
159	b10R_dec_MB:= 0.01; a10R_dec_MB:= 0.02;
160	b11R_dec_MB:= 0.02; a11R_dec_MB:= 0.02;
161
162	!MB error table in collision with ramp induced effects
163
164	!Systenatic errors of aperture V1 (outer channel) and V2 (inner channel) at flat top
165	b1M_col_MB_V1:= 0.00; a1M_col_MB_V1:= 0.00; b1M_col_MB_V2:= 0.00; a1M_col_MB_V2:= 0.00;
166	b2M_col_MB_V1:= -0.29; a2M_col_MB_V1:= -0.47; b2M_col_MB_V2:= 0.52; a2M_col_MB_V2:= -0.31;
167	b3M_col_MB_V1:= 3.73; a3M_col_MB_V1:= -0.29; b3M_col_MB_V2:= 3.87; a3M_col_MB_V2:= -0.22;
168	b4M_col_MB_V1:= 0.20; a4M_col_MB_V1:= -0.05; b4M_col_MB_V2:= -0.22; a4M_col_MB_V2:= 0.01;
169	b5M_col_MB_V1:= 0.07; a5M_col_MB_V1:= 0.04; b5M_col_MB_V2:= 0.17; a5M_col_MB_V2:= 0.03;
170	b6M_col_MB_V1:= -0.01; a6M_col_MB_V1:= -0.01; b6M_col_MB_V2:= 0.00; a6M_col_MB_V2:= 0.00;
171	b7M_col_MB_V1:= 0.69; a7M_col_MB_V1:= 0.03; b7M_col_MB_V2:= 0.70; a7M_col_MB_V2:= 0.04;
172	b8M_col_MB_V1:= 0.00; a8M_col_MB_V1:= 0.01; b8M_col_MB_V2:= 0.01; a8M_col_MB_V2:= 0.01;
173	b9M_col_MB_V1:= 0.53; a9M_col_MB_V1:= 0.00; b9M_col_MB_V2:= 0.53; a9M_col_MB_V2:= 0.00;
174	b10M_col_MB_V1:= 0.00;a10M_col_MB_V1:= 0.00;b10M_col_MB_V2:= 0.01;a10M_col_MB_V2:= -0.01;
175	b11M_col_MB_V1:= 0.56;a11M_col_MB_V1:= -0.03;b11M_col_MB_V2:= 0.57;a11M_col_MB_V2:= -0.04;
176
177	!Random error at flat top
178	b1R_col_MB:= 8.00; a1R_col_MB:= 8.00;
179	b2R_col_MB:= 0.69; a2R_col_MB:= 1.16;
180	b3R_col_MB:= 1.40; a3R_col_MB:= 0.33;
181	b4R_col_MB:= 0.10; a4R_col_MB:= 0.24;
182	b5R_col_MB:= 0.50; a5R_col_MB:= 0.10;
183	b6R_col_MB:= 0.04; a6R_col_MB:= 0.07;
184	b7R_col_MB:= 0.24; a7R_col_MB:= 0.04;
185	b8R_col_MB:= 0.02; a8R_col_MB:= 0.02;
186	b9R_col_MB:= 0.12; a9R_col_MB:= 0.03;
187	b10R_col_MB:= 0.02;a10R_col_MB:= 0.01;
188	b11R_col_MB:= 0.03;a11R_col_MB:= 0.05;
189
190	!Systematic effect of Ramp at 10 A/s (to be rescaled by 0.45/7 if used at 7 Tev)
191	b1M_ramp_MB:= 0.00; a1M_ramp_MB:= 0.00;
192	b2M_ramp_MB:= 0.01; a2M_ramp_MB:= 0.05;
193	b3M_ramp_MB:= -0.04; a3M_ramp_MB:= 0.00;
194	b4M_ramp_MB:= 0.00; a4M_ramp_MB:= 0.03;
195	b5M_ramp_MB:= -0.02; a5M_ramp_MB:= 0.00;
196	b6M_ramp_MB:= 0.00; a6M_ramp_MB:= 0.01;
197	b7M_ramp_MB:= 0.00; a7M_ramp_MB:= 0.00;
198	b8M_ramp_MB:= 0.00; a8M_ramp_MB:= 0.00;
199	b9M_ramp_MB:= 0.00; a9M_ramp_MB:= 0.00;
200	b10M_ramp_MB:= 0.00; a10M_ramp_MB:= 0.00;
201	b11M_ramp_MB:= 0.00; a11M_ramp_MB:= 0.00;
202
203	!Random effect of Ramp at 10 A/s (to be rescaled by 0.45/7 if used at 7 Tev)
204	b1R_ramp_MB:= 1.00; a1R_ramp_MB:= 0.00;
205	b2R_ramp_MB:= 0.06; a2R_ramp_MB:= 0.19;
206	b3R_ramp_MB:= 0.18; a3R_ramp_MB:= 0.02;
207	b4R_ramp_MB:= 0.02; a4R_ramp_MB:= 0.07;
208	b5R_ramp_MB:= 0.04; a5R_ramp_MB:= 0.01;
209	b6R_ramp_MB:= 0.01; a6R_ramp_MB:= 0.02;
210	b7R_ramp_MB:= 0.02; a7R_ramp_MB:= 0.00;
211	b8R_ramp_MB:= 0.00; a8R_ramp_MB:= 0.00;
212	b9R_ramp_MB:= 0.00; a9R_ramp_MB:= 0.00;
213	b10R_ramp_MB:= 0.00; a10R_ramp_MB:= 0.00;
214	b11R_ramp_MB:= 0.00; a11R_ramp_MB:= 0.00;
215
216
217
218	! -----------------------------------------------------------------------
219	! ********************* Magnet type : MBX (D1 IR2/IR8) **************
220	! ***** Generated : 19-OCT-02
221	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl V1.0
222	! ***** Rescaled to 17mm reference radius
223	! -----------------------------------------------------------------------
224	! AVERAGE
225	b1pM_MBX := 0.0000; b1gM_MBX := 0.0000;
226	b2pM_MBX := -0.1088; b2gM_MBX := 0.1904;
227	b3pM_MBX := -4.1431; b3gM_MBX := -2.1825;
228	b4pM_MBX := -0.0377; b4gM_MBX := 0.0220;
229	b5pM_MBX := 0.0748; b5gM_MBX := 0.0599;
230	b6pM_MBX := 0.0189; b6gM_MBX := -0.0189;
231	b7pM_MBX := -0.1443; b7gM_MBX := 0.1058;
232	b8pM_MBX := -0.0013; b8gM_MBX := -0.0007;
233	b9pM_MBX := 0.0064; b9gM_MBX := 0.0014;
234	b10pM_MBX := -0.0003; b10gM_MBX := 0.0016;
235	b11pM_MBX := -0.0013; b11gM_MBX := -0.0123;
236	! UNCERTAINTY
237	b1pU_MBX := 0.0000; b1gU_MBX := 0.0000;
238	b2pU_MBX := 0.0000; b2gU_MBX := 0.5440;
239	b3pU_MBX := 1.9465; b3gU_MBX := 1.5860;
240	b4pU_MBX := 0.0000; b4gU_MBX := 0.0786;
241	b5pU_MBX := 0.0551; b5gU_MBX := 0.1732;
242	b6pU_MBX := 0.0000; b6gU_MBX := 0.0174;
243	b7pU_MBX := 0.0091; b7gU_MBX := 0.0198;
244	b8pU_MBX := 0.0000; b8gU_MBX := 0.0027;
245	b9pU_MBX := 0.0023; b9gU_MBX := 0.0055;
246	b10pU_MBX := 0.0000; b10gU_MBX := 0.0019;
247	b11pU_MBX := 0.0006; b11gU_MBX := 0.0008;
248	! STANDARD DEVIATION
249	b1pR_MBX := 0.0000; b1gR_MBX := 0.0000;
250	b2pR_MBX := 0.0000; b2gR_MBX := 0.1904;
251	b3pR_MBX := 0.3606; b3gR_MBX := 0.8416;
252	b4pR_MBX := 0.0000; b4gR_MBX := 0.0283;
253	b5pR_MBX := 0.0195; b5gR_MBX := 0.0877;
254	b6pR_MBX := 0.0000; b6gR_MBX := 0.0058;
255	b7pR_MBX := 0.0000; b7gR_MBX := 0.0109;
256	b8pR_MBX := 0.0000; b8gR_MBX := 0.0007;
257	b9pR_MBX := 0.0000; b9gR_MBX := 0.0023;
258	b10pR_MBX := 0.0000; b10gR_MBX := 0.0006;
259	b11pR_MBX := 0.0000; b11gR_MBX := 0.0004;
260	! AVERAGE
261	a1pM_MBX := 0.0000; a1gM_MBX := 0.0000;
262	a2pM_MBX := -0.2720; a2gM_MBX := 0.4080;
263	a3pM_MBX := 0.1064; a3gM_MBX := -0.1387;
264	a4pM_MBX := 0.0377; a4gM_MBX := 0.0063;
265	a5pM_MBX := 0.0043; a5gM_MBX := -0.0150;
266	a6pM_MBX := 0.0029; a6gM_MBX := -0.0073;
267	a7pM_MBX := 0.0010; a7gM_MBX := -0.0010;
268	a8pM_MBX := 0.0000; a8gM_MBX := -0.0007;
269	a9pM_MBX := 0.0009; a9gM_MBX := -0.0009;
270	a10pM_MBX := -0.0006; a10gM_MBX := 0.0012;
271	a11pM_MBX := 0.0000; a11gM_MBX := -0.0002;
272	! UNCERTAINTY
273	a1pU_MBX := 0.0000; a1gU_MBX := 0.0000;
274	a2pU_MBX := 1.5230; a2gU_MBX := 2.3596;
275	a3pU_MBX := 0.0000; a3gU_MBX := 0.2682;
276	a4pU_MBX := 0.1495; a4gU_MBX := 0.3396;
277	a5pU_MBX := 0.0000; a5gU_MBX := 0.0406;
278	a6pU_MBX := 0.0000; a6gU_MBX := 0.0814;
279	a7pU_MBX := 0.0000; a7gU_MBX := 0.0069;
280	a8pU_MBX := 0.0000; a8gU_MBX := 0.0101;
281	a9pU_MBX := 0.0000; a9gU_MBX := 0.0014;
282	a10pU_MBX := 0.0009; a10gU_MBX := 0.0012;
283	a11pU_MBX := 0.0000; a11gU_MBX := 0.0004;
284	! STANDARD DEVIATION
285	a1pR_MBX := 0.0000; a1gR_MBX := 0.0000;
286	a2pR_MBX := 0.1199; a2gR_MBX := 1.0540;
287	a3pR_MBX := 0.0000; a3gR_MBX := 0.0971;
288	a4pR_MBX := 0.0000; a4gR_MBX := 0.1321;
289	a5pR_MBX := 0.0000; a5gR_MBX := 0.0128;
290	a6pR_MBX := 0.0000; a6gR_MBX := 0.0247;
291	a7pR_MBX := 0.0000; a7gR_MBX := 0.0030;
292	a8pR_MBX := 0.0000; a8gR_MBX := 0.0034;
293	a9pR_MBX := 0.0000; a9gR_MBX := 0.0005;
294	a10pR_MBX := 0.0000; a10gR_MBX := 0.0006;
295	a11pR_MBX := 0.0000; a11gR_MBX := 0.0002;
296
297	! -----------------------------------------------------------------------
298	! ********************* Magnet type : MBXLEND ***********************
299	! ***** Generated : 19-OCT-02
300	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl 25mm reference radius
301	! ***** Rescaled to 17mm reference radius
302	! -----------------------------------------------------------------------
303	! AVERAGE
304	b1pM_MBXLEND := 0.0000; b1gM_MBXLEND := 0.0000;
305	b2pM_MBXLEND := 0.0952; b2gM_MBXLEND := -0.3196;
306	b3pM_MBXLEND := -1.5953; b3gM_MBXLEND := 10.3346;
307	b4pM_MBXLEND := 0.0031; b4gM_MBXLEND := 0.0126;
308	b5pM_MBXLEND := 0.0363; b5gM_MBXLEND := -0.0919;
309	b6pM_MBXLEND := -0.0029; b6gM_MBXLEND := 0.0029;
310	b7pM_MBXLEND := 0.0138; b7gM_MBXLEND := 0.0910;
311	b8pM_MBXLEND := 0.0000; b8gM_MBXLEND := 0.0000;
312	b9pM_MBXLEND := -0.0009; b9gM_MBXLEND := -0.0018;
313	b10pM_MBXLEND := 0.0000; b10gM_MBXLEND := -0.0003;
314	b11pM_MBXLEND := 0.0000; b11gM_MBXLEND := -0.0013;
315	! UNCERTAINTY
316	b1pU_MBXLEND := 0.0000; b1gU_MBXLEND := 0.0000;
317	b2pU_MBXLEND := 0.0000; b2gU_MBXLEND := 1.5368;
318	b3pU_MBXLEND := 0.0000; b3gU_MBXLEND := 1.3548;
319	b4pU_MBXLEND := 0.0000; b4gU_MBXLEND := 0.2295;
320	b5pU_MBXLEND := 0.0252; b5gU_MBXLEND := 0.1475;
321	b6pU_MBXLEND := 0.0000; b6gU_MBXLEND := 0.0422;
322	b7pU_MBXLEND := 0.0000; b7gU_MBXLEND := 0.0109;
323	b8pU_MBXLEND := 0.0000; b8gU_MBXLEND := 0.0040;
324	b9pU_MBXLEND := 0.0000; b9gU_MBXLEND := 0.0037;
325	b10pU_MBXLEND := 0.0000; b10gU_MBXLEND := 0.0025;
326	b11pU_MBXLEND := 0.0000; b11gU_MBXLEND := 0.0006;
327	! STANDARD DEVIATION
328	b1pR_MBXLEND := 0.0000; b1gR_MBXLEND := 0.0000;
329	b2pR_MBXLEND := 0.0000; b2gR_MBXLEND := 0.6732;
330	b3pR_MBXLEND := 0.0000; b3gR_MBXLEND := 0.5086;
331	b4pR_MBXLEND := 0.0000; b4gR_MBXLEND := 0.0723;
332	b5pR_MBXLEND := 0.0000; b5gR_MBXLEND := 0.0470;
333	b6pR_MBXLEND := 0.0000; b6gR_MBXLEND := 0.0174;
334	b7pR_MBXLEND := 0.0000; b7gR_MBXLEND := 0.0049;
335	b8pR_MBXLEND := 0.0000; b8gR_MBXLEND := 0.0020;
336	b9pR_MBXLEND := 0.0000; b9gR_MBXLEND := 0.0014;
337	b10pR_MBXLEND := 0.0000; b10gR_MBXLEND := 0.0009;
338	b11pR_MBXLEND := 0.0000; b11gR_MBXLEND := 0.0002;
339	! AVERAGE
340	a1pM_MBXLEND := 0.0000; a1gM_MBXLEND := 0.0000;
341	a2pM_MBXLEND := -0.6596; a2gM_MBXLEND := -0.9656;
342	a3pM_MBXLEND := -0.0370; a3gM_MBXLEND := -4.5546;
343	a4pM_MBXLEND := -0.0660; a4gM_MBXLEND := 0.0283;
344	a5pM_MBXLEND := 0.0064; a5gM_MBXLEND := 0.4768;
345	a6pM_MBXLEND := -0.0044; a6gM_MBXLEND := 0.0015;
346	a7pM_MBXLEND := 0.0030; a7gM_MBXLEND := -0.0850;
347	a8pM_MBXLEND := 0.0007; a8gM_MBXLEND := -0.0013;
348	a9pM_MBXLEND := -0.0005; a9gM_MBXLEND := 0.0114;
349	a10pM_MBXLEND := 0.0000; a10gM_MBXLEND := -0.0003;
350	a11pM_MBXLEND := 0.0000; a11gM_MBXLEND := -0.0008;
351	! UNCERTAINTY
352	a1pU_MBXLEND := 0.0000; a1gU_MBXLEND := 0.0000;
353	a2pU_MBXLEND := 0.0000; a2gU_MBXLEND := 2.9036;
354	a3pU_MBXLEND := 0.0000; a3gU_MBXLEND := 0.4670;
355	a4pU_MBXLEND := 0.0386; a4gU_MBXLEND := 0.2358;
356	a5pU_MBXLEND := 0.0167; a5gU_MBXLEND := 0.0641;
357	a6pU_MBXLEND := 0.0159; a6gU_MBXLEND := 0.0422;
358	a7pU_MBXLEND := 0.0000; a7gU_MBXLEND := 0.0129;
359	a8pU_MBXLEND := 0.0000; a8gU_MBXLEND := 0.0054;
360	a9pU_MBXLEND := 0.0000; a9gU_MBXLEND := 0.0023;
361	a10pU_MBXLEND := 0.0009; a10gU_MBXLEND := 0.0012;
362	a11pU_MBXLEND := 0.0005; a11gU_MBXLEND := 0.0004;
363	! STANDARD DEVIATION
364	a1pR_MBXLEND := 0.0000; a1gR_MBXLEND := 0.0000;
365	a2pR_MBXLEND := 0.0000; a2gR_MBXLEND := 1.2036;
366	a3pR_MBXLEND := 0.0000; a3gR_MBXLEND := 0.1803;
367	a4pR_MBXLEND := 0.0000; a4gR_MBXLEND := 0.0912;
368	a5pR_MBXLEND := 0.0000; a5gR_MBXLEND := 0.0278;
369	a6pR_MBXLEND := 0.0000; a6gR_MBXLEND := 0.0145;
370	a7pR_MBXLEND := 0.0000; a7gR_MBXLEND := 0.0059;
371	a8pR_MBXLEND := 0.0000; a8gR_MBXLEND := 0.0020;
372	a9pR_MBXLEND := 0.0000; a9gR_MBXLEND := 0.0009;
373	a10pR_MBXLEND := 0.0000; a10gR_MBXLEND := 0.0006;
374	a11pR_MBXLEND := 0.0000; a11gR_MBXLEND := 0.0002;
375
376	! -----------------------------------------------------------------------
377	! ********************* Magnet type : MBXREND ***********************
378	! ***** Generated : 19-OCT-02
379	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl 25mm reference radius
380	! ***** Rescaled to 17mm reference radius
381	! -----------------------------------------------------------------------
382	! AVERAGE
383	b1pM_MBXREND := 0.0000; b1gM_MBXREND := 0.0000;
384	b2pM_MBXREND := 0.0136; b2gM_MBXREND := 0.1496;
385	b3pM_MBXREND := -0.9849; b3gM_MBXREND := 2.8114;
386	b4pM_MBXREND := 0.0031; b4gM_MBXREND := 0.0000;
387	b5pM_MBXREND := 0.0321; b5gM_MBXREND := 0.0064;
388	b6pM_MBXREND := -0.0073; b6gM_MBXREND := 0.0044;
389	b7pM_MBXREND := 0.0099; b7gM_MBXREND := -0.0040;
390	b8pM_MBXREND := 0.0000; b8gM_MBXREND := -0.0020;
391	b9pM_MBXREND := 0.0000; b9gM_MBXREND := -0.0078;
392	b10pM_MBXREND := 0.0000; b10gM_MBXREND := -0.0022;
393	b11pM_MBXREND := 0.0000; b11gM_MBXREND := -0.0025;
394	! UNCERTAINTY
395	b1pU_MBXREND := 0.0000; b1gU_MBXREND := 0.0000;
396	b2pU_MBXREND := 0.4555; b2gU_MBXREND := 1.2308;
397	b3pU_MBXREND := 0.0000; b3gU_MBXREND := 1.2346;
398	b4pU_MBXREND := 0.0000; b4gU_MBXREND := 0.1132;
399	b5pU_MBXREND := 0.0000; b5gU_MBXREND := 0.1411;
400	b6pU_MBXREND := 0.0000; b6gU_MBXREND := 0.0247;
401	b7pU_MBXREND := 0.0000; b7gU_MBXREND := 0.0129;
402	b8pU_MBXREND := 0.0026; b8gU_MBXREND := 0.0047;
403	b9pU_MBXREND := 0.0000; b9gU_MBXREND := 0.0037;
404	b10pU_MBXREND := 0.0000; b10gU_MBXREND := 0.0025;
405	b11pU_MBXREND := 0.0000; b11gU_MBXREND := 0.0008;
406	! STANDARD DEVIATION
407	b1pR_MBXREND := 0.0000; b1gR_MBXREND := 0.0000;
408	b2pR_MBXREND := 0.0000; b2gR_MBXREND := 0.4488;
409	b3pR_MBXREND := 0.0000; b3gR_MBXREND := 0.5364;
410	b4pR_MBXREND := 0.0000; b4gR_MBXREND := 0.0503;
411	b5pR_MBXREND := 0.0000; b5gR_MBXREND := 0.0492;
412	b6pR_MBXREND := 0.0000; b6gR_MBXREND := 0.0087;
413	b7pR_MBXREND := 0.0000; b7gR_MBXREND := 0.0059;
414	b8pR_MBXREND := 0.0000; b8gR_MBXREND := 0.0020;
415	b9pR_MBXREND := 0.0000; b9gR_MBXREND := 0.0014;
416	b10pR_MBXREND := 0.0000; b10gR_MBXREND := 0.0012;
417	b11pR_MBXREND := 0.0000; b11gR_MBXREND := 0.0002;
418	! AVERAGE
419	a1pM_MBXREND := 0.0000; a1gM_MBXREND := 0.0000;
420	a2pM_MBXREND := -0.8500; a2gM_MBXREND := 0.6188;
421	a3pM_MBXREND := -0.0139; a3gM_MBXREND := 0.1341;
422	a4pM_MBXREND := -0.0755; a4gM_MBXREND := 0.0755;
423	a5pM_MBXREND := -0.0021; a5gM_MBXREND := 0.0000;
424	a6pM_MBXREND := -0.0029; a6gM_MBXREND := -0.0015;
425	a7pM_MBXREND := 0.0000; a7gM_MBXREND := -0.0030;
426	a8pM_MBXREND := 0.0000; a8gM_MBXREND := -0.0013;
427	a9pM_MBXREND := 0.0000; a9gM_MBXREND := 0.0000;
428	a10pM_MBXREND := 0.0000; a10gM_MBXREND := -0.0006;
429	a11pM_MBXREND := 0.0000; a11gM_MBXREND := 0.0002;
430	! UNCERTAINTY
431	a1pU_MBXREND := 0.0000; a1gU_MBXREND := 0.0000;
432	a2pU_MBXREND := 0.5796; a2gU_MBXREND := 3.0600;
433	a3pU_MBXREND := 0.0665; a3gU_MBXREND := 0.4763;
434	a4pU_MBXREND := 0.0000; a4gU_MBXREND := 0.2295;
435	a5pU_MBXREND := 0.0000; a5gU_MBXREND := 0.0663;
436	a6pU_MBXREND := 0.0000; a6gU_MBXREND := 0.0349;
437	a7pU_MBXREND := 0.0000; a7gU_MBXREND := 0.0119;
438	a8pU_MBXREND := 0.0000; a8gU_MBXREND := 0.0074;
439	a9pU_MBXREND := 0.0000; a9gU_MBXREND := 0.0023;
440	a10pU_MBXREND := 0.0000; a10gU_MBXREND := 0.0031;
441	a11pU_MBXREND := 0.0000; a11gU_MBXREND := 0.0004;
442	! STANDARD DEVIATION
443	a1pR_MBXREND := 0.0000; a1gR_MBXREND := 0.0000;
444	a2pR_MBXREND := 0.0000; a2gR_MBXREND := 1.2988;
445	a3pR_MBXREND := 0.0000; a3gR_MBXREND := 0.1572;
446	a4pR_MBXREND := 0.0000; a4gR_MBXREND := 0.0975;
447	a5pR_MBXREND := 0.0000; a5gR_MBXREND := 0.0235;
448	a6pR_MBXREND := 0.0000; a6gR_MBXREND := 0.0145;
449	a7pR_MBXREND := 0.0000; a7gR_MBXREND := 0.0049;
450	a8pR_MBXREND := 0.0000; a8gR_MBXREND := 0.0027;
451	a9pR_MBXREND := 0.0000; a9gR_MBXREND := 0.0009;
452	a10pR_MBXREND := 0.0000; a10gR_MBXREND := 0.0016;
453	a11pR_MBXREND := 0.0000; a11gR_MBXREND := 0.0002;
454
455	! -----------------------------------------------------------------------
456	! ********************* Magnet type : MBRS (D3 IR4)******************
457	! ***** Generated : 19-OCT-02
458	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
459	! ***** Rescaled to 17mm reference radius
460	! -----------------------------------------------------------------------
461	! AVERAGE
462	b1pM_MBRS := 0.0000; b1gM_MBRS := 0.0000;
463	b2pM_MBRS := -0.1088; b2gM_MBRS := 0.1904;
464	b3pM_MBRS := -4.1431; b3gM_MBRS := -2.1825;
465	b4pM_MBRS := -0.0377; b4gM_MBRS := 0.0220;
466	b5pM_MBRS := 0.0748; b5gM_MBRS := 0.0599;
467	b6pM_MBRS := 0.0189; b6gM_MBRS := -0.0189;
468	b7pM_MBRS := -0.1443; b7gM_MBRS := 0.1058;
469	b8pM_MBRS := -0.0013; b8gM_MBRS := -0.0007;
470	b9pM_MBRS := 0.0064; b9gM_MBRS := 0.0014;
471	b10pM_MBRS := -0.0003; b10gM_MBRS := 0.0016;
472	b11pM_MBRS := -0.0013; b11gM_MBRS := -0.0123;
473	! UNCERTAINTY
474	b1pU_MBRS := 0.0000; b1gU_MBRS := 0.0000;
475	b2pU_MBRS := 0.0000; b2gU_MBRS := 0.5440;
476	b3pU_MBRS := 1.9465; b3gU_MBRS := 1.5860;
477	b4pU_MBRS := 0.0000; b4gU_MBRS := 0.0786;
478	b5pU_MBRS := 0.0551; b5gU_MBRS := 0.1732;
479	b6pU_MBRS := 0.0000; b6gU_MBRS := 0.0174;
480	b7pU_MBRS := 0.0091; b7gU_MBRS := 0.0198;
481	b8pU_MBRS := 0.0000; b8gU_MBRS := 0.0027;
482	b9pU_MBRS := 0.0023; b9gU_MBRS := 0.0055;
483	b10pU_MBRS := 0.0000; b10gU_MBRS := 0.0019;
484	b11pU_MBRS := 0.0006; b11gU_MBRS := 0.0008;
485	! STANDARD DEVIATION
486	b1pR_MBRS := 0.0000; b1gR_MBRS := 0.0000;
487	b2pR_MBRS := 0.0000; b2gR_MBRS := 0.1904;
488	b3pR_MBRS := 0.3606; b3gR_MBRS := 0.8416;
489	b4pR_MBRS := 0.0000; b4gR_MBRS := 0.0283;
490	b5pR_MBRS := 0.0195; b5gR_MBRS := 0.0877;
491	b6pR_MBRS := 0.0000; b6gR_MBRS := 0.0058;
492	b7pR_MBRS := 0.0000; b7gR_MBRS := 0.0109;
493	b8pR_MBRS := 0.0000; b8gR_MBRS := 0.0007;
494	b9pR_MBRS := 0.0000; b9gR_MBRS := 0.0023;
495	b10pR_MBRS := 0.0000; b10gR_MBRS := 0.0006;
496	b11pR_MBRS := 0.0000; b11gR_MBRS := 0.0004;
497	! AVERAGE
498	a1pM_MBRS := 0.0000; a1gM_MBRS := 0.0000;
499	a2pM_MBRS := -0.2720; a2gM_MBRS := 0.4080;
500	a3pM_MBRS := 0.1064; a3gM_MBRS := -0.1387;
501	a4pM_MBRS := 0.0377; a4gM_MBRS := 0.0063;
502	a5pM_MBRS := 0.0043; a5gM_MBRS := -0.0150;
503	a6pM_MBRS := 0.0029; a6gM_MBRS := -0.0073;
504	a7pM_MBRS := 0.0010; a7gM_MBRS := -0.0010;
505	a8pM_MBRS := 0.0000; a8gM_MBRS := -0.0007;
506	a9pM_MBRS := 0.0009; a9gM_MBRS := -0.0009;
507	a10pM_MBRS := -0.0006; a10gM_MBRS := 0.0012;
508	a11pM_MBRS := 0.0000; a11gM_MBRS := -0.0002;
509	! UNCERTAINTY
510	a1pU_MBRS := 0.0000; a1gU_MBRS := 0.0000;
511	a2pU_MBRS := 1.5230; a2gU_MBRS := 2.3596;
512	a3pU_MBRS := 0.0000; a3gU_MBRS := 0.2682;
513	a4pU_MBRS := 0.1495; a4gU_MBRS := 0.3396;
514	a5pU_MBRS := 0.0000; a5gU_MBRS := 0.0406;
515	a6pU_MBRS := 0.0000; a6gU_MBRS := 0.0814;
516	a7pU_MBRS := 0.0000; a7gU_MBRS := 0.0069;
517	a8pU_MBRS := 0.0000; a8gU_MBRS := 0.0101;
518	a9pU_MBRS := 0.0000; a9gU_MBRS := 0.0014;
519	a10pU_MBRS := 0.0009; a10gU_MBRS := 0.0012;
520	a11pU_MBRS := 0.0000; a11gU_MBRS := 0.0004;
521	! STANDARD DEVIATION
522	a1pR_MBRS := 0.0000; a1gR_MBRS := 0.0000;
523	a2pR_MBRS := 0.1199; a2gR_MBRS := 1.0540;
524	a3pR_MBRS := 0.0000; a3gR_MBRS := 0.0971;
525	a4pR_MBRS := 0.0000; a4gR_MBRS := 0.1321;
526	a5pR_MBRS := 0.0000; a5gR_MBRS := 0.0128;
527	a6pR_MBRS := 0.0000; a6gR_MBRS := 0.0247;
528	a7pR_MBRS := 0.0000; a7gR_MBRS := 0.0030;
529	a8pR_MBRS := 0.0000; a8gR_MBRS := 0.0034;
530	a9pR_MBRS := 0.0000; a9gR_MBRS := 0.0005;
531	a10pR_MBRS := 0.0000; a10gR_MBRS := 0.0006;
532	a11pR_MBRS := 0.0000; a11gR_MBRS := 0.0002;
533
534	! -----------------------------------------------------------------------
535	! ********************* Magnet type : MBRSLEND **********************
536	! ***** Generated : 19-OCT-02
537	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
538	! ***** Rescaled to 17mm reference radius
539	! -----------------------------------------------------------------------
540	! AVERAGE
541	b1pM_MBRSLEND := 0.0000; b1gM_MBRSLEND := 0.0000;
542	b2pM_MBRSLEND := 0.0952; b2gM_MBRSLEND := -0.3196;
543	b3pM_MBRSLEND := -1.5953; b3gM_MBRSLEND := 10.3346;
544	b4pM_MBRSLEND := 0.0031; b4gM_MBRSLEND := 0.0126;
545	b5pM_MBRSLEND := 0.0363; b5gM_MBRSLEND := -0.0919;
546	b6pM_MBRSLEND := -0.0029; b6gM_MBRSLEND := 0.0029;
547	b7pM_MBRSLEND := 0.0138; b7gM_MBRSLEND := 0.0910;
548	b8pM_MBRSLEND := 0.0000; b8gM_MBRSLEND := 0.0000;
549	b9pM_MBRSLEND := -0.0009; b9gM_MBRSLEND := -0.0018;
550	b10pM_MBRSLEND := 0.0000; b10gM_MBRSLEND := -0.0003;
551	b11pM_MBRSLEND := 0.0000; b11gM_MBRSLEND := -0.0013;
552	! UNCERTAINTY
553	b1pU_MBRSLEND := 0.0000; b1gU_MBRSLEND := 0.0000;
554	b2pU_MBRSLEND := 0.0000; b2gU_MBRSLEND := 1.5368;
555	b3pU_MBRSLEND := 0.0000; b3gU_MBRSLEND := 1.3548;
556	b4pU_MBRSLEND := 0.0000; b4gU_MBRSLEND := 0.2295;
557	b5pU_MBRSLEND := 0.0252; b5gU_MBRSLEND := 0.1475;
558	b6pU_MBRSLEND := 0.0000; b6gU_MBRSLEND := 0.0422;
559	b7pU_MBRSLEND := 0.0000; b7gU_MBRSLEND := 0.0109;
560	b8pU_MBRSLEND := 0.0000; b8gU_MBRSLEND := 0.0040;
561	b9pU_MBRSLEND := 0.0000; b9gU_MBRSLEND := 0.0037;
562	b10pU_MBRSLEND := 0.0000; b10gU_MBRSLEND := 0.0025;
563	b11pU_MBRSLEND := 0.0000; b11gU_MBRSLEND := 0.0006;
564	! STANDARD DEVIATION
565	b1pR_MBRSLEND := 0.0000; b1gR_MBRSLEND := 0.0000;
566	b2pR_MBRSLEND := 0.0000; b2gR_MBRSLEND := 0.6732;
567	b3pR_MBRSLEND := 0.0000; b3gR_MBRSLEND := 0.5086;
568	b4pR_MBRSLEND := 0.0000; b4gR_MBRSLEND := 0.0723;
569	b5pR_MBRSLEND := 0.0000; b5gR_MBRSLEND := 0.0470;
570	b6pR_MBRSLEND := 0.0000; b6gR_MBRSLEND := 0.0174;
571	b7pR_MBRSLEND := 0.0000; b7gR_MBRSLEND := 0.0049;
572	b8pR_MBRSLEND := 0.0000; b8gR_MBRSLEND := 0.0020;
573	b9pR_MBRSLEND := 0.0000; b9gR_MBRSLEND := 0.0014;
574	b10pR_MBRSLEND := 0.0000; b10gR_MBRSLEND := 0.0009;
575	b11pR_MBRSLEND := 0.0000; b11gR_MBRSLEND := 0.0002;
576	! AVERAGE
577	a1pM_MBRSLEND := 0.0000; a1gM_MBRSLEND := 0.0000;
578	a2pM_MBRSLEND := -0.6596; a2gM_MBRSLEND := -0.9656;
579	a3pM_MBRSLEND := -0.0370; a3gM_MBRSLEND := -4.5546;
580	a4pM_MBRSLEND := -0.0660; a4gM_MBRSLEND := 0.0283;
581	a5pM_MBRSLEND := 0.0064; a5gM_MBRSLEND := 0.4768;
582	a6pM_MBRSLEND := -0.0044; a6gM_MBRSLEND := 0.0015;
583	a7pM_MBRSLEND := 0.0030; a7gM_MBRSLEND := -0.0850;
584	a8pM_MBRSLEND := 0.0007; a8gM_MBRSLEND := -0.0013;
585	a9pM_MBRSLEND := -0.0005; a9gM_MBRSLEND := 0.0114;
586	a10pM_MBRSLEND := 0.0000; a10gM_MBRSLEND := -0.0003;
587	a11pM_MBRSLEND := 0.0000; a11gM_MBRSLEND := -0.0008;
588	! UNCERTAINTY
589	a1pU_MBRSLEND := 0.0000; a1gU_MBRSLEND := 0.0000;
590	a2pU_MBRSLEND := 0.0000; a2gU_MBRSLEND := 2.9036;
591	a3pU_MBRSLEND := 0.0000; a3gU_MBRSLEND := 0.4670;
592	a4pU_MBRSLEND := 0.0386; a4gU_MBRSLEND := 0.2358;
593	a5pU_MBRSLEND := 0.0167; a5gU_MBRSLEND := 0.0641;
594	a6pU_MBRSLEND := 0.0159; a6gU_MBRSLEND := 0.0422;
595	a7pU_MBRSLEND := 0.0000; a7gU_MBRSLEND := 0.0129;
596	a8pU_MBRSLEND := 0.0000; a8gU_MBRSLEND := 0.0054;
597	a9pU_MBRSLEND := 0.0000; a9gU_MBRSLEND := 0.0023;
598	a10pU_MBRSLEND := 0.0009; a10gU_MBRSLEND := 0.0012;
599	a11pU_MBRSLEND := 0.0005; a11gU_MBRSLEND := 0.0004;
600	! STANDARD DEVIATION
601	a1pR_MBRSLEND := 0.0000; a1gR_MBRSLEND := 0.0000;
602	a2pR_MBRSLEND := 0.0000; a2gR_MBRSLEND := 1.2036;
603	a3pR_MBRSLEND := 0.0000; a3gR_MBRSLEND := 0.1803;
604	a4pR_MBRSLEND := 0.0000; a4gR_MBRSLEND := 0.0912;
605	a5pR_MBRSLEND := 0.0000; a5gR_MBRSLEND := 0.0278;
606	a6pR_MBRSLEND := 0.0000; a6gR_MBRSLEND := 0.0145;
607	a7pR_MBRSLEND := 0.0000; a7gR_MBRSLEND := 0.0059;
608	a8pR_MBRSLEND := 0.0000; a8gR_MBRSLEND := 0.0020;
609	a9pR_MBRSLEND := 0.0000; a9gR_MBRSLEND := 0.0009;
610	a10pR_MBRSLEND := 0.0000; a10gR_MBRSLEND := 0.0006;
611	a11pR_MBRSLEND := 0.0000; a11gR_MBRSLEND := 0.0002;
612
613	! -----------------------------------------------------------------------
614	! ********************* Magnet type : MBRSREND **********************
615	! ***** Generated : 19-OCT-02
616	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
617	! ***** Rescaled to 17mm reference radius
618	! -----------------------------------------------------------------------
619	! AVERAGE
620	b1pM_MBRSREND := 0.0000; b1gM_MBRSREND := 0.0000;
621	b2pM_MBRSREND := 0.0136; b2gM_MBRSREND := 0.1496;
622	b3pM_MBRSREND := -0.9849; b3gM_MBRSREND := 2.8114;
623	b4pM_MBRSREND := 0.0031; b4gM_MBRSREND := 0.0000;
624	b5pM_MBRSREND := 0.0321; b5gM_MBRSREND := 0.0064;
625	b6pM_MBRSREND := -0.0073; b6gM_MBRSREND := 0.0044;
626	b7pM_MBRSREND := 0.0099; b7gM_MBRSREND := -0.0040;
627	b8pM_MBRSREND := 0.0000; b8gM_MBRSREND := -0.0020;
628	b9pM_MBRSREND := 0.0000; b9gM_MBRSREND := -0.0078;
629	b10pM_MBRSREND := 0.0000; b10gM_MBRSREND := -0.0022;
630	b11pM_MBRSREND := 0.0000; b11gM_MBRSREND := -0.0025;
631	! UNCERTAINTY
632	b1pU_MBRSREND := 0.0000; b1gU_MBRSREND := 0.0000;
633	b2pU_MBRSREND := 0.4555; b2gU_MBRSREND := 1.2308;
634	b3pU_MBRSREND := 0.0000; b3gU_MBRSREND := 1.2346;
635	b4pU_MBRSREND := 0.0000; b4gU_MBRSREND := 0.1132;
636	b5pU_MBRSREND := 0.0000; b5gU_MBRSREND := 0.1411;
637	b6pU_MBRSREND := 0.0000; b6gU_MBRSREND := 0.0247;
638	b7pU_MBRSREND := 0.0000; b7gU_MBRSREND := 0.0129;
639	b8pU_MBRSREND := 0.0026; b8gU_MBRSREND := 0.0047;
640	b9pU_MBRSREND := 0.0000; b9gU_MBRSREND := 0.0037;
641	b10pU_MBRSREND := 0.0000; b10gU_MBRSREND := 0.0025;
642	b11pU_MBRSREND := 0.0000; b11gU_MBRSREND := 0.0008;
643	! STANDARD DEVIATION
644	b1pR_MBRSREND := 0.0000; b1gR_MBRSREND := 0.0000;
645	b2pR_MBRSREND := 0.0000; b2gR_MBRSREND := 0.4488;
646	b3pR_MBRSREND := 0.0000; b3gR_MBRSREND := 0.5364;
647	b4pR_MBRSREND := 0.0000; b4gR_MBRSREND := 0.0503;
648	b5pR_MBRSREND := 0.0000; b5gR_MBRSREND := 0.0492;
649	b6pR_MBRSREND := 0.0000; b6gR_MBRSREND := 0.0087;
650	b7pR_MBRSREND := 0.0000; b7gR_MBRSREND := 0.0059;
651	b8pR_MBRSREND := 0.0000; b8gR_MBRSREND := 0.0020;
652	b9pR_MBRSREND := 0.0000; b9gR_MBRSREND := 0.0014;
653	b10pR_MBRSREND := 0.0000; b10gR_MBRSREND := 0.0012;
654	b11pR_MBRSREND := 0.0000; b11gR_MBRSREND := 0.0002;
655	! AVERAGE
656	a1pM_MBRSREND := 0.0000; a1gM_MBRSREND := 0.0000;
657	a2pM_MBRSREND := -0.8500; a2gM_MBRSREND := 0.6188;
658	a3pM_MBRSREND := -0.0139; a3gM_MBRSREND := 0.1341;
659	a4pM_MBRSREND := -0.0755; a4gM_MBRSREND := 0.0755;
660	a5pM_MBRSREND := -0.0021; a5gM_MBRSREND := 0.0000;
661	a6pM_MBRSREND := -0.0029; a6gM_MBRSREND := -0.0015;
662	a7pM_MBRSREND := 0.0000; a7gM_MBRSREND := -0.0030;
663	a8pM_MBRSREND := 0.0000; a8gM_MBRSREND := -0.0013;
664	a9pM_MBRSREND := 0.0000; a9gM_MBRSREND := 0.0000;
665	a10pM_MBRSREND := 0.0000; a10gM_MBRSREND := -0.0006;
666	a11pM_MBRSREND := 0.0000; a11gM_MBRSREND := 0.0002;
667	! UNCERTAINTY
668	a1pU_MBRSREND := 0.0000; a1gU_MBRSREND := 0.0000;
669	a2pU_MBRSREND := 0.5796; a2gU_MBRSREND := 3.0600;
670	a3pU_MBRSREND := 0.0665; a3gU_MBRSREND := 0.4763;
671	a4pU_MBRSREND := 0.0000; a4gU_MBRSREND := 0.2295;
672	a5pU_MBRSREND := 0.0000; a5gU_MBRSREND := 0.0663;
673	a6pU_MBRSREND := 0.0000; a6gU_MBRSREND := 0.0349;
674	a7pU_MBRSREND := 0.0000; a7gU_MBRSREND := 0.0119;
675	a8pU_MBRSREND := 0.0000; a8gU_MBRSREND := 0.0074;
676	a9pU_MBRSREND := 0.0000; a9gU_MBRSREND := 0.0023;
677	a10pU_MBRSREND := 0.0000; a10gU_MBRSREND := 0.0031;
678	a11pU_MBRSREND := 0.0000; a11gU_MBRSREND := 0.0004;
679	! STANDARD DEVIATION
680	a1pR_MBRSREND := 0.0000; a1gR_MBRSREND := 0.0000;
681	a2pR_MBRSREND := 0.0000; a2gR_MBRSREND := 1.2988;
682	a3pR_MBRSREND := 0.0000; a3gR_MBRSREND := 0.1572;
683	a4pR_MBRSREND := 0.0000; a4gR_MBRSREND := 0.0975;
684	a5pR_MBRSREND := 0.0000; a5gR_MBRSREND := 0.0235;
685	a6pR_MBRSREND := 0.0000; a6gR_MBRSREND := 0.0145;
686	a7pR_MBRSREND := 0.0000; a7gR_MBRSREND := 0.0049;
687	a8pR_MBRSREND := 0.0000; a8gR_MBRSREND := 0.0027;
688	a9pR_MBRSREND := 0.0000; a9gR_MBRSREND := 0.0009;
689	a10pR_MBRSREND := 0.0000; a10gR_MBRSREND := 0.0016;
690	a11pR_MBRSREND := 0.0000; a11gR_MBRSREND := 0.0002;
691
692	! -----------------------------------------------------------------------
693	! ********************* Magnet type : MBRCL (D2) ********************
694	! ***** Generated : 19-OCT-02
695	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
696	! V2.0 D2 left channel
697	! ***** Rescaled to 17mm reference radius
698	! -----------------------------------------------------------------------
699	! AVERAGE
700	b1pM_MBRCL := 0.0000; b1gM_MBRCL := 0.0000;
701	b2pM_MBRCL := 3.0170; b2gM_MBRCL := -0.2310;
702	b3pM_MBRCL := -8.0580; b3gM_MBRCL := -2.8700;
703	b4pM_MBRCL := -0.0220; b4gM_MBRCL := -0.0070;
704	b5pM_MBRCL := 0.2750; b5gM_MBRCL := -0.0960;
705	b6pM_MBRCL := -0.0004; b6gM_MBRCL := 0.0081;
706	b7pM_MBRCL := -0.0567; b7gM_MBRCL := 0.0042;
707	b8pM_MBRCL := -0.0019; b8gM_MBRCL := -0.0003;
708	b9pM_MBRCL := 0.0118; b9gM_MBRCL := -0.0036;
709	b10pM_MBRCL := -0.0005; b10gM_MBRCL := -0.0001;
710	b11pM_MBRCL := -0.0032; b11gM_MBRCL := -0.0126;
711	! UNCERTAINTY
712	b1pU_MBRCL := 0.0000; b1gU_MBRCL := 0.0000;
713	b2pU_MBRCL := 1.1457; b2gU_MBRCL := 0.6950;
714	b3pU_MBRCL := 0.4242; b3gU_MBRCL := 0.7550;
715	b4pU_MBRCL := 0.0670; b4gU_MBRCL := 0.0910;
716	b5pU_MBRCL := 0.0775; b5gU_MBRCL := 0.2440;
717	b6pU_MBRCL := 0.0290; b6gU_MBRCL := 0.0067;
718	b7pU_MBRCL := 0.0097; b7gU_MBRCL := 0.0120;
719	b8pU_MBRCL := 0.0007; b8gU_MBRCL := 0.0023;
720	b9pU_MBRCL := 0.0034; b9gU_MBRCL := 0.0058;
721	b10pU_MBRCL := 0.0019; b10gU_MBRCL := 0.0015;
722	b11pU_MBRCL := 0.0006; b11gU_MBRCL := 0.0004;
723	! STANDARD DEVIATION
724	b1pR_MBRCL := 0.0000; b1gR_MBRCL := 0.0000;
725	b2pR_MBRCL := 0.3660; b2gR_MBRCL := 0.2200;
726	b3pR_MBRCL := 0.1229; b3gR_MBRCL := 0.6810;
727	b4pR_MBRCL := 0.0268; b4gR_MBRCL := 0.0570;
728	b5pR_MBRCL := 0.0000; b5gR_MBRCL := 0.1820;
729	b6pR_MBRCL := 0.0176; b6gR_MBRCL := 0.0037;
730	b7pR_MBRCL := 0.0025; b7gR_MBRCL := 0.0102;
731	b8pR_MBRCL := 0.0000; b8gR_MBRCL := 0.0019;
732	b9pR_MBRCL := 0.0000; b9gR_MBRCL := 0.0046;
733	b10pR_MBRCL := 0.0007; b10gR_MBRCL := 0.0010;
734	b11pR_MBRCL := 0.0005; b11gR_MBRCL := 0.0002;
735	! AVERAGE
736	a1pM_MBRCL := 0.0000; a1gM_MBRCL := 0.0000;
737	a2pM_MBRCL := 0.5960; a2gM_MBRCL := -0.5610;
738	a3pM_MBRCL := 0.0720; a3gM_MBRCL := -0.0400;
739	a4pM_MBRCL := -0.1310; a4gM_MBRCL := -0.1480;
740	a5pM_MBRCL := 0.0000; a5gM_MBRCL := -0.0080;
741	a6pM_MBRCL := 0.0185; a6gM_MBRCL := -0.0073;
742	a7pM_MBRCL := -0.0026; a7gM_MBRCL := -0.0007;
743	a8pM_MBRCL := -0.0017; a8gM_MBRCL := 0.0006;
744	a9pM_MBRCL := -0.0007; a9gM_MBRCL := 0.0006;
745	a10pM_MBRCL := 0.0006; a10gM_MBRCL := 0.0000;
746	a11pM_MBRCL := 0.0005; a11gM_MBRCL := -0.0001;
747	! UNCERTAINTY
748	a1pU_MBRCL := 0.0000; a1gU_MBRCL := 0.0000;
749	a2pU_MBRCL := 0.5254; a2gU_MBRCL := 4.0420;
750	a3pU_MBRCL := 0.1336; a3gU_MBRCL := 0.3170;
751	a4pU_MBRCL := 0.1029; a4gU_MBRCL := 0.1750;
752	a5pU_MBRCL := 0.0177; a5gU_MBRCL := 0.0510;
753	a6pU_MBRCL := 0.0491; a6gU_MBRCL := 0.0840;
754	a7pU_MBRCL := 0.0051; a7gU_MBRCL := 0.0062;
755	a8pU_MBRCL := 0.0073; a8gU_MBRCL := 0.0169;
756	a9pU_MBRCL := 0.0011; a9gU_MBRCL := 0.0010;
757	a10pU_MBRCL := 0.0019; a10gU_MBRCL := 0.0016;
758	a11pU_MBRCL := 0.0000; a11gU_MBRCL := 0.0006;
759	! STANDARD DEVIATION
760	a1pR_MBRCL := 0.0000; a1gR_MBRCL := 0.0000;
761	a2pR_MBRCL := 0.1217; a2gR_MBRCL := 1.0540;
762	a3pR_MBRCL := 0.0491; a3gR_MBRCL := 0.1980;
763	a4pR_MBRCL := 0.0320; a4gR_MBRCL := 0.1260;
764	a5pR_MBRCL := 0.0088; a5gR_MBRCL := 0.0380;
765	a6pR_MBRCL := 0.0106; a6gR_MBRCL := 0.0558;
766	a7pR_MBRCL := 0.0017; a7gR_MBRCL := 0.0047;
767	a8pR_MBRCL := 0.0026; a8gR_MBRCL := 0.0113;
768	a9pR_MBRCL := 0.0004; a9gR_MBRCL := 0.0007;
769	a10pR_MBRCL := 0.0010; a10gR_MBRCL := 0.0010;
770	a11pR_MBRCL := 0.0000; a11gR_MBRCL := 0.0004;
771
772	! -----------------------------------------------------------------------
773	! ********************* Magnet type : MBRCR (D2) ********************
774	! ***** Generated : 19-OCT-02
775	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
776	! V2.0 D2 right channel
777	! ***** Rescaled to 17mm reference radius
778	! -----------------------------------------------------------------------
779	! AVERAGE
780	b1pM_MBRCR := 0.0000; b1gM_MBRCR := 0.0000;
781	b2pM_MBRCR := -3.0170; b2gM_MBRCR := -0.4160;
782	b3pM_MBRCR := -8.0580; b3gM_MBRCR := -2.8700;
783	b4pM_MBRCR := 0.0220; b4gM_MBRCR := -0.2010;
784	b5pM_MBRCR := 0.2750; b5gM_MBRCR := -0.0960;
785	b6pM_MBRCR := 0.0004; b6gM_MBRCR := -0.0222;
786	b7pM_MBRCR := -0.0567; b7gM_MBRCR := 0.0042;
787	b8pM_MBRCR := 0.0008; b8gM_MBRCR := -0.0030;
788	b9pM_MBRCR := 0.0118; b9gM_MBRCR := -0.0036;
789	b10pM_MBRCR := -0.0005; b10gM_MBRCR := -0.0001;
790	b11pM_MBRCR := -0.0032; b11gM_MBRCR := -0.0126;
791	! UNCERTAINTY
792	b1pU_MBRCR := 0.0000; b1gU_MBRCR := 0.0000;
793	b2pU_MBRCR := 1.1457; b2gU_MBRCR := 0.6950;
794	b3pU_MBRCR := 0.4242; b3gU_MBRCR := 0.7550;
795	b4pU_MBRCR := 0.0670; b4gU_MBRCR := 0.0910;
796	b5pU_MBRCR := 0.0775; b5gU_MBRCR := 0.2440;
797	b6pU_MBRCR := 0.0290; b6gU_MBRCR := 0.0067;
798	b7pU_MBRCR := 0.0097; b7gU_MBRCR := 0.0120;
799	b8pU_MBRCR := 0.0007; b8gU_MBRCR := 0.0023;
800	b9pU_MBRCR := 0.0034; b9gU_MBRCR := 0.0058;
801	b10pU_MBRCR := 0.0019; b10gU_MBRCR := 0.0015;
802	b11pU_MBRCR := 0.0006; b11gU_MBRCR := 0.0004;
803	! STANDARD DEVIATION
804	b1pR_MBRCR := 0.0000; b1gR_MBRCR := 0.0000;
805	b2pR_MBRCR := 0.3660; b2gR_MBRCR := 0.2200;
806	b3pR_MBRCR := 0.1229; b3gR_MBRCR := 0.6810;
807	b4pR_MBRCR := 0.0268; b4gR_MBRCR := 0.0570;
808	b5pR_MBRCR := 0.0000; b5gR_MBRCR := 0.1820;
809	b6pR_MBRCR := 0.0176; b6gR_MBRCR := 0.0037;
810	b7pR_MBRCR := 0.0025; b7gR_MBRCR := 0.0102;
811	b8pR_MBRCR := 0.0000; b8gR_MBRCR := 0.0019;
812	b9pR_MBRCR := 0.0000; b9gR_MBRCR := 0.0046;
813	b10pR_MBRCR := 0.0007; b10gR_MBRCR := 0.0010;
814	b11pR_MBRCR := 0.0005; b11gR_MBRCR := 0.0002;
815	! AVERAGE
816	a1pM_MBRCR := 0.0000; a1gM_MBRCR := 0.0000;
817	a2pM_MBRCR := 0.5960; a2gM_MBRCR := -0.5610;
818	a3pM_MBRCR := 0.0720; a3gM_MBRCR := -0.0400;
819	a4pM_MBRCR := -0.1310; a4gM_MBRCR := -0.1480;
820	a5pM_MBRCR := 0.0000; a5gM_MBRCR := -0.0080;
821	a6pM_MBRCR := 0.0185; a6gM_MBRCR := -0.0073;
822	a7pM_MBRCR := -0.0026; a7gM_MBRCR := -0.0007;
823	a8pM_MBRCR := -0.0017; a8gM_MBRCR := 0.0006;
824	a9pM_MBRCR := -0.0007; a9gM_MBRCR := 0.0006;
825	a10pM_MBRCR := 0.0006; a10gM_MBRCR := 0.0000;
826	a11pM_MBRCR := 0.0005; a11gM_MBRCR := -0.0001;
827	! UNCERTAINTY
828	a1pU_MBRCR := 0.0000; a1gU_MBRCR := 0.0000;
829	a2pU_MBRCR := 0.5254; a2gU_MBRCR := 4.0420;
830	a3pU_MBRCR := 0.1336; a3gU_MBRCR := 0.3170;
831	a4pU_MBRCR := 0.1029; a4gU_MBRCR := 0.1750;
832	a5pU_MBRCR := 0.0177; a5gU_MBRCR := 0.0510;
833	a6pU_MBRCR := 0.0491; a6gU_MBRCR := 0.0840;
834	a7pU_MBRCR := 0.0051; a7gU_MBRCR := 0.0062;
835	a8pU_MBRCR := 0.0073; a8gU_MBRCR := 0.0169;
836	a9pU_MBRCR := 0.0011; a9gU_MBRCR := 0.0010;
837	a10pU_MBRCR := 0.0019; a10gU_MBRCR := 0.0016;
838	a11pU_MBRCR := 0.0000; a11gU_MBRCR := 0.0006;
839	! STANDARD DEVIATION
840	a1pR_MBRCR := 0.0000; a1gR_MBRCR := 0.0000;
841	a2pR_MBRCR := 0.1217; a2gR_MBRCR := 1.0540;
842	a3pR_MBRCR := 0.0491; a3gR_MBRCR := 0.1980;
843	a4pR_MBRCR := 0.0320; a4gR_MBRCR := 0.1260;
844	a5pR_MBRCR := 0.0088; a5gR_MBRCR := 0.0380;
845	a6pR_MBRCR := 0.0106; a6gR_MBRCR := 0.0558;
846	a7pR_MBRCR := 0.0017; a7gR_MBRCR := 0.0047;
847	a8pR_MBRCR := 0.0026; a8gR_MBRCR := 0.0113;
848	a9pR_MBRCR := 0.0004; a9gR_MBRCR := 0.0007;
849	a10pR_MBRCR := 0.0010; a10gR_MBRCR := 0.0010;
850	a11pR_MBRCR := 0.0000; a11gR_MBRCR := 0.0004;
851
852	! -----------------------------------------------------------------------
853	! ********************* Magnet type : MBRCLEND **********************
854	! ***** Generated : 19-OCT-02
855	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
856	! V2.0 D2/D4a/D4b
857	! ***** Rescaled to 17mm reference radius
858	! -----------------------------------------------------------------------
859	! AVERAGE
860	b1pM_MBRCLEND := 0.0000; b1gM_MBRCLEND := 0.0000;
861	b2pM_MBRCLEND := 0.0930; b2gM_MBRCLEND := -0.5610;
862	b3pM_MBRCLEND := -1.5940; b3gM_MBRCLEND := 7.8260;
863	b4pM_MBRCLEND := 0.0040; b4gM_MBRCLEND := 0.0590;
864	b5pM_MBRCLEND := 0.0370; b5gM_MBRCLEND := 0.4860;
865	b6pM_MBRCLEND := -0.0037; b6gM_MBRCLEND := -0.0045;
866	b7pM_MBRCLEND := 0.0139; b7gM_MBRCLEND := 0.0920;
867	b8pM_MBRCLEND := 0.0002; b8gM_MBRCLEND := 0.0020;
868	b9pM_MBRCLEND := -0.0011; b9gM_MBRCLEND := 0.0036;
869	b10pM_MBRCLEND := -0.0001; b10gM_MBRCLEND := -0.0007;
870	b11pM_MBRCLEND := 0.0001; b11gM_MBRCLEND := -0.0016;
871	! UNCERTAINTY
872	b1pU_MBRCLEND := 0.0000; b1gU_MBRCLEND := 0.0000;
873	b2pU_MBRCLEND := 0.0000; b2gU_MBRCLEND := 1.5370;
874	b3pU_MBRCLEND := 0.0000; b3gU_MBRCLEND := 1.3560;
875	b4pU_MBRCLEND := 0.0000; b4gU_MBRCLEND := 0.2290;
876	b5pU_MBRCLEND := 0.0298; b5gU_MBRCLEND := 0.1470;
877	b6pU_MBRCLEND := 0.0000; b6gU_MBRCLEND := 0.0425;
878	b7pU_MBRCLEND := 0.0000; b7gU_MBRCLEND := 0.0108;
879	b8pU_MBRCLEND := 0.0000; b8gU_MBRCLEND := 0.0043;
880	b9pU_MBRCLEND := 0.0000; b9gU_MBRCLEND := 0.0035;
881	b10pU_MBRCLEND := 0.0000; b10gU_MBRCLEND := 0.0025;
882	b11pU_MBRCLEND := 0.0000; b11gU_MBRCLEND := 0.0007;
883	! STANDARD DEVIATION
884	b1pR_MBRCLEND := 0.0000; b1gR_MBRCLEND := 0.0000;
885	b2pR_MBRCLEND := 0.0000; b2gR_MBRCLEND := 0.6710;
886	b3pR_MBRCLEND := 0.0000; b3gR_MBRCLEND := 0.5100;
887	b4pR_MBRCLEND := 0.0000; b4gR_MBRCLEND := 0.0710;
888	b5pR_MBRCLEND := 0.0000; b5gR_MBRCLEND := 0.0470;
889	b6pR_MBRCLEND := 0.0000; b6gR_MBRCLEND := 0.0174;
890	b7pR_MBRCLEND := 0.0010; b7gR_MBRCLEND := 0.0048;
891	b8pR_MBRCLEND := 0.0000; b8gR_MBRCLEND := 0.0017;
892	b9pR_MBRCLEND := 0.0000; b9gR_MBRCLEND := 0.0012;
893	b10pR_MBRCLEND := 0.0000; b10gR_MBRCLEND := 0.0008;
894	b11pR_MBRCLEND := 0.0000; b11gR_MBRCLEND := 0.0003;
895	! AVERAGE
896	a1pM_MBRCLEND := 0.0000; a1gM_MBRCLEND := 0.0000;
897	a2pM_MBRCLEND := -0.6580; a2gM_MBRCLEND := 0.7260;
898	a3pM_MBRCLEND := -0.0400; a3gM_MBRCLEND := -3.9080;
899	a4pM_MBRCLEND := -0.0660; a4gM_MBRCLEND := 0.2360;
900	a5pM_MBRCLEND := 0.0050; a5gM_MBRCLEND := 0.4910;
901	a6pM_MBRCLEND := -0.0045; a6gM_MBRCLEND := 0.0189;
902	a7pM_MBRCLEND := 0.0026; a7gM_MBRCLEND := -0.0942;
903	a8pM_MBRCLEND := 0.0004; a8gM_MBRCLEND := 0.0016;
904	a9pM_MBRCLEND := -0.0004; a9gM_MBRCLEND := 0.0107;
905	a10pM_MBRCLEND := 0.0000; a10gM_MBRCLEND := 0.0000;
906	a11pM_MBRCLEND := 0.0000; a11gM_MBRCLEND := -0.0006;
907	! UNCERTAINTY
908	a1pU_MBRCLEND := 0.0000; a1gU_MBRCLEND := 0.0000;
909	a2pU_MBRCLEND := 0.0000; a2gU_MBRCLEND := 2.9050;
910	a3pU_MBRCLEND := 0.0000; a3gU_MBRCLEND := 0.4680;
911	a4pU_MBRCLEND := 0.0309; a4gU_MBRCLEND := 0.2370;
912	a5pU_MBRCLEND := 0.0114; a5gU_MBRCLEND := 0.0640;
913	a6pU_MBRCLEND := 0.0135; a6gU_MBRCLEND := 0.0423;
914	a7pU_MBRCLEND := 0.0000; a7gU_MBRCLEND := 0.0129;
915	a8pU_MBRCLEND := 0.0000; a8gU_MBRCLEND := 0.0052;
916	a9pU_MBRCLEND := 0.0000; a9gU_MBRCLEND := 0.0025;
917	a10pU_MBRCLEND := 0.0009; a10gU_MBRCLEND := 0.0013;
918	a11pU_MBRCLEND := 0.0000; a11gU_MBRCLEND := 0.0005;
919	! STANDARD DEVIATION
920	a1pR_MBRCLEND := 0.0000; a1gR_MBRCLEND := 0.0000;
921	a2pR_MBRCLEND := 0.0000; a2gR_MBRCLEND := 1.2030;
922	a3pR_MBRCLEND := 0.0000; a3gR_MBRCLEND := 0.1810;
923	a4pR_MBRCLEND := 0.0000; a4gR_MBRCLEND := 0.0920;
924	a5pR_MBRCLEND := 0.0074; a5gR_MBRCLEND := 0.0270;
925	a6pR_MBRCLEND := 0.0000; a6gR_MBRCLEND := 0.0144;
926	a7pR_MBRCLEND := 0.0000; a7gR_MBRCLEND := 0.0057;
927	a8pR_MBRCLEND := 0.0000; a8gR_MBRCLEND := 0.0022;
928	a9pR_MBRCLEND := 0.0000; a9gR_MBRCLEND := 0.0010;
929	a10pR_MBRCLEND := 0.0000; a10gR_MBRCLEND := 0.0005;
930	a11pR_MBRCLEND := 0.0000; a11gR_MBRCLEND := 0.0002;
931
932	! -----------------------------------------------------------------------
933	! ********************* Magnet type : MBRCREND **********************
934	! ***** Generated : 19-OCT-02
935	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
936	! V2.0 D2/D4a/D4b
937	! ***** Rescaled to 17mm reference radius
938	! -----------------------------------------------------------------------
939	! AVERAGE
940	b1pM_MBRCREND := 0.0000; b1gM_MBRCREND := 0.0000;
941	b2pM_MBRCREND := 0.8100; b2gM_MBRCREND := -0.4730;
942	b3pM_MBRCREND := -1.3750; b3gM_MBRCREND := 1.0590;
943	b4pM_MBRCREND := -0.0090; b4gM_MBRCREND := -0.0350;
944	b5pM_MBRCREND := -0.0070; b5gM_MBRCREND := 0.1550;
945	b6pM_MBRCREND := 0.0094; b6gM_MBRCREND := -0.0130;
946	b7pM_MBRCREND := 0.0140; b7gM_MBRCREND := 0.0069;
947	b8pM_MBRCREND := -0.0018; b8gM_MBRCREND := 0.0017;
948	b9pM_MBRCREND := -0.0023; b9gM_MBRCREND := -0.0084;
949	b10pM_MBRCREND := -0.0016; b10gM_MBRCREND := -0.0004;
950	b11pM_MBRCREND := 0.0001; b11gM_MBRCREND := -0.0029;
951	! UNCERTAINTY
952	b1pU_MBRCREND := 0.0000; b1gU_MBRCREND := 0.0000;
953	b2pU_MBRCREND := 0.4676; b2gU_MBRCREND := 1.2280;
954	b3pU_MBRCREND := 0.0000; b3gU_MBRCREND := 1.2330;
955	b4pU_MBRCREND := 0.0000; b4gU_MBRCREND := 0.1140;
956	b5pU_MBRCREND := 0.0000; b5gU_MBRCREND := 0.1420;
957	b6pU_MBRCREND := 0.0000; b6gU_MBRCREND := 0.0246;
958	b7pU_MBRCREND := 0.0000; b7gU_MBRCREND := 0.0130;
959	b8pU_MBRCREND := 0.0030; b8gU_MBRCREND := 0.0047;
960	b9pU_MBRCREND := 0.0000; b9gU_MBRCREND := 0.0035;
961	b10pU_MBRCREND := 0.0010; b10gU_MBRCREND := 0.0024;
962	b11pU_MBRCREND := 0.0000; b11gU_MBRCREND := 0.0007;
963	! STANDARD DEVIATION
964	b1pR_MBRCREND := 0.0000; b1gR_MBRCREND := 0.0000;
965	b2pR_MBRCREND := 0.0300; b2gR_MBRCREND := 0.4500;
966	b3pR_MBRCREND := 0.0000; b3gR_MBRCREND := 0.5370;
967	b4pR_MBRCREND := 0.0000; b4gR_MBRCREND := 0.0500;
968	b5pR_MBRCREND := 0.0000; b5gR_MBRCREND := 0.0490;
969	b6pR_MBRCREND := 0.0000; b6gR_MBRCREND := 0.0091;
970	b7pR_MBRCREND := 0.0000; b7gR_MBRCREND := 0.0062;
971	b8pR_MBRCREND := 0.0008; b8gR_MBRCREND := 0.0017;
972	b9pR_MBRCREND := 0.0000; b9gR_MBRCREND := 0.0015;
973	b10pR_MBRCREND := 0.0000; b10gR_MBRCREND := 0.0011;
974	b11pR_MBRCREND := 0.0000; b11gR_MBRCREND := 0.0003;
975	! AVERAGE
976	a1pM_MBRCREND := 0.0000; a1gM_MBRCREND := 0.0000;
977	a2pM_MBRCREND := -0.8920; a2gM_MBRCREND := 0.3010;
978	a3pM_MBRCREND := -0.1400; a3gM_MBRCREND := 0.6150;
979	a4pM_MBRCREND := -0.0460; a4gM_MBRCREND := 0.0280;
980	a5pM_MBRCREND := -0.0150; a5gM_MBRCREND := 0.0210;
981	a6pM_MBRCREND := -0.0138; a6gM_MBRCREND := 0.0251;
982	a7pM_MBRCREND := 0.0020; a7gM_MBRCREND := 0.0026;
983	a8pM_MBRCREND := 0.0014; a8gM_MBRCREND := 0.0001;
984	a9pM_MBRCREND := -0.0008; a9gM_MBRCREND := 0.0039;
985	a10pM_MBRCREND := -0.0003; a10gM_MBRCREND := 0.0001;
986	a11pM_MBRCREND := 0.0000; a11gM_MBRCREND := 0.0004;
987	! UNCERTAINTY
988	a1pU_MBRCREND := 0.0000; a1gU_MBRCREND := 0.0000;
989	a2pU_MBRCREND := 0.5882; a2gU_MBRCREND := 3.0610;
990	a3pU_MBRCREND := 0.0759; a3gU_MBRCREND := 0.4770;
991	a4pU_MBRCREND := 0.0000; a4gU_MBRCREND := 0.2310;
992	a5pU_MBRCREND := 0.0115; a5gU_MBRCREND := 0.0660;
993	a6pU_MBRCREND := 0.0000; a6gU_MBRCREND := 0.0355;
994	a7pU_MBRCREND := 0.0000; a7gU_MBRCREND := 0.0122;
995	a8pU_MBRCREND := 0.0000; a8gU_MBRCREND := 0.0072;
996	a9pU_MBRCREND := 0.0000; a9gU_MBRCREND := 0.0022;
997	a10pU_MBRCREND := 0.0008; a10gU_MBRCREND := 0.0031;
998	a11pU_MBRCREND := 0.0003; a11gU_MBRCREND := 0.0004;
999	! STANDARD DEVIATION
1000	a1pR_MBRCREND := 0.0000; a1gR_MBRCREND := 0.0000;
1001	a2pR_MBRCREND := 0.0000; a2gR_MBRCREND := 1.3000;
1002	a3pR_MBRCREND := 0.0000; a3gR_MBRCREND := 0.1560;
1003	a4pR_MBRCREND := 0.0000; a4gR_MBRCREND := 0.0980;
1004	a5pR_MBRCREND := 0.0000; a5gR_MBRCREND := 0.0230;
1005	a6pR_MBRCREND := 0.0000; a6gR_MBRCREND := 0.0143;
1006	a7pR_MBRCREND := 0.0000; a7gR_MBRCREND := 0.0045;
1007	a8pR_MBRCREND := 0.0000; a8gR_MBRCREND := 0.0025;
1008	a9pR_MBRCREND := 0.0004; a9gR_MBRCREND := 0.0008;
1009	a10pR_MBRCREND := 0.0005; a10gR_MBRCREND := 0.0014;
1010	a11pR_MBRCREND := 0.0000; a11gR_MBRCREND := 0.0002;
1011
1012	! -----------------------------------------------------------------------
1013	! ********************* Magnet type : MBRBL (D4 IR4) ****************
1014	! ***** Generated : 19-OCT-02
1015	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
1016	! V2.0 D4 left channel
1017	! ***** Rescaled to 17mm reference radius
1018	! -----------------------------------------------------------------------
1019	! AVERAGE
1020	b1pM_MBRBL := 0.0000; b1gM_MBRBL := 0.0000;
1021	b2pM_MBRBL := 3.0170; b2gM_MBRBL := -0.2310;
1022	b3pM_MBRBL := -8.0580; b3gM_MBRBL := -2.8700;
1023	b4pM_MBRBL := -0.0220; b4gM_MBRBL := -0.0070;
1024	b5pM_MBRBL := 0.2750; b5gM_MBRBL := -0.0960;
1025	b6pM_MBRBL := -0.0004; b6gM_MBRBL := 0.0081;
1026	b7pM_MBRBL := -0.0567; b7gM_MBRBL := 0.0042;
1027	b8pM_MBRBL := -0.0019; b8gM_MBRBL := -0.0003;
1028	b9pM_MBRBL := 0.0118; b9gM_MBRBL := -0.0036;
1029	b10pM_MBRBL := -0.0005; b10gM_MBRBL := -0.0001;
1030	b11pM_MBRBL := -0.0032; b11gM_MBRBL := -0.0126;
1031	! UNCERTAINTY
1032	b1pU_MBRBL := 0.0000; b1gU_MBRBL := 0.0000;
1033	b2pU_MBRBL := 1.1457; b2gU_MBRBL := 0.6950;
1034	b3pU_MBRBL := 0.4242; b3gU_MBRBL := 0.7550;
1035	b4pU_MBRBL := 0.0670; b4gU_MBRBL := 0.0910;
1036	b5pU_MBRBL := 0.0775; b5gU_MBRBL := 0.2440;
1037	b6pU_MBRBL := 0.0290; b6gU_MBRBL := 0.0067;
1038	b7pU_MBRBL := 0.0097; b7gU_MBRBL := 0.0120;
1039	b8pU_MBRBL := 0.0007; b8gU_MBRBL := 0.0023;
1040	b9pU_MBRBL := 0.0034; b9gU_MBRBL := 0.0058;
1041	b10pU_MBRBL := 0.0019; b10gU_MBRBL := 0.0015;
1042	b11pU_MBRBL := 0.0006; b11gU_MBRBL := 0.0004;
1043	! STANDARD DEVIATION
1044	b1pR_MBRBL := 0.0000; b1gR_MBRBL := 0.0000;
1045	b2pR_MBRBL := 0.3660; b2gR_MBRBL := 0.2200;
1046	b3pR_MBRBL := 0.1229; b3gR_MBRBL := 0.6810;
1047	b4pR_MBRBL := 0.0268; b4gR_MBRBL := 0.0570;
1048	b5pR_MBRBL := 0.0000; b5gR_MBRBL := 0.1820;
1049	b6pR_MBRBL := 0.0176; b6gR_MBRBL := 0.0037;
1050	b7pR_MBRBL := 0.0025; b7gR_MBRBL := 0.0102;
1051	b8pR_MBRBL := 0.0000; b8gR_MBRBL := 0.0019;
1052	b9pR_MBRBL := 0.0000; b9gR_MBRBL := 0.0046;
1053	b10pR_MBRBL := 0.0007; b10gR_MBRBL := 0.0010;
1054	b11pR_MBRBL := 0.0005; b11gR_MBRBL := 0.0002;
1055	! AVERAGE
1056	a1pM_MBRBL := 0.0000; a1gM_MBRBL := 0.0000;
1057	a2pM_MBRBL := 0.5960; a2gM_MBRBL := -0.5610;
1058	a3pM_MBRBL := 0.0720; a3gM_MBRBL := -0.0400;
1059	a4pM_MBRBL := -0.1310; a4gM_MBRBL := -0.1480;
1060	a5pM_MBRBL := 0.0000; a5gM_MBRBL := -0.0080;
1061	a6pM_MBRBL := 0.0185; a6gM_MBRBL := -0.0073;
1062	a7pM_MBRBL := -0.0026; a7gM_MBRBL := -0.0007;
1063	a8pM_MBRBL := -0.0017; a8gM_MBRBL := 0.0006;
1064	a9pM_MBRBL := -0.0007; a9gM_MBRBL := 0.0006;
1065	a10pM_MBRBL := 0.0006; a10gM_MBRBL := 0.0000;
1066	a11pM_MBRBL := 0.0005; a11gM_MBRBL := -0.0001;
1067	! UNCERTAINTY
1068	a1pU_MBRBL := 0.0000; a1gU_MBRBL := 0.0000;
1069	a2pU_MBRBL := 0.5254; a2gU_MBRBL := 4.0420;
1070	a3pU_MBRBL := 0.1336; a3gU_MBRBL := 0.3170;
1071	a4pU_MBRBL := 0.1029; a4gU_MBRBL := 0.1750;
1072	a5pU_MBRBL := 0.0177; a5gU_MBRBL := 0.0510;
1073	a6pU_MBRBL := 0.0491; a6gU_MBRBL := 0.0840;
1074	a7pU_MBRBL := 0.0051; a7gU_MBRBL := 0.0062;
1075	a8pU_MBRBL := 0.0073; a8gU_MBRBL := 0.0169;
1076	a9pU_MBRBL := 0.0011; a9gU_MBRBL := 0.0010;
1077	a10pU_MBRBL := 0.0019; a10gU_MBRBL := 0.0016;
1078	a11pU_MBRBL := 0.0000; a11gU_MBRBL := 0.0006;
1079	! STANDARD DEVIATION
1080	a1pR_MBRBL := 0.0000; a1gR_MBRBL := 0.0000;
1081	a2pR_MBRBL := 0.1217; a2gR_MBRBL := 1.0540;
1082	a3pR_MBRBL := 0.0491; a3gR_MBRBL := 0.1980;
1083	a4pR_MBRBL := 0.0320; a4gR_MBRBL := 0.1260;
1084	a5pR_MBRBL := 0.0088; a5gR_MBRBL := 0.0380;
1085	a6pR_MBRBL := 0.0106; a6gR_MBRBL := 0.0558;
1086	a7pR_MBRBL := 0.0017; a7gR_MBRBL := 0.0047;
1087	a8pR_MBRBL := 0.0026; a8gR_MBRBL := 0.0113;
1088	a9pR_MBRBL := 0.0004; a9gR_MBRBL := 0.0007;
1089	a10pR_MBRBL := 0.0010; a10gR_MBRBL := 0.0010;
1090	a11pR_MBRBL := 0.0000; a11gR_MBRBL := 0.0004;
1091
1092	! -----------------------------------------------------------------------
1093	! ********************* Magnet type : MBRBR (D4 IR4) ****************
1094	! ***** Generated : 19-OCT-02
1095	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
1096	! V2.0 D4 right channel
1097	! ***** Rescaled to 17mm reference radius
1098	! -----------------------------------------------------------------------
1099	! AVERAGE
1100	b1pM_MBRBR := 0.0000; b1gM_MBRBR := 0.0000;
1101	b2pM_MBRBR := -3.0170; b2gM_MBRBR := -0.4160;
1102	b3pM_MBRBR := -8.0580; b3gM_MBRBR := -2.8700;
1103	b4pM_MBRBR := 0.0220; b4gM_MBRBR := -0.2010;
1104	b5pM_MBRBR := 0.2750; b5gM_MBRBR := -0.0960;
1105	b6pM_MBRBR := 0.0004; b6gM_MBRBR := -0.0222;
1106	b7pM_MBRBR := -0.0567; b7gM_MBRBR := 0.0042;
1107	b8pM_MBRBR := 0.0008; b8gM_MBRBR := -0.0030;
1108	b9pM_MBRBR := 0.0118; b9gM_MBRBR := -0.0036;
1109	b10pM_MBRBR := -0.0005; b10gM_MBRBR := -0.0001;
1110	b11pM_MBRBR := -0.0032; b11gM_MBRBR := -0.0126;
1111	! UNCERTAINTY
1112	b1pU_MBRBR := 0.0000; b1gU_MBRBR := 0.0000;
1113	b2pU_MBRBR := 1.1457; b2gU_MBRBR := 0.6950;
1114	b3pU_MBRBR := 0.4242; b3gU_MBRBR := 0.7550;
1115	b4pU_MBRBR := 0.0670; b4gU_MBRBR := 0.0910;
1116	b5pU_MBRBR := 0.0775; b5gU_MBRBR := 0.2440;
1117	b6pU_MBRBR := 0.0290; b6gU_MBRBR := 0.0067;
1118	b7pU_MBRBR := 0.0097; b7gU_MBRBR := 0.0120;
1119	b8pU_MBRBR := 0.0007; b8gU_MBRBR := 0.0023;
1120	b9pU_MBRBR := 0.0034; b9gU_MBRBR := 0.0058;
1121	b10pU_MBRBR := 0.0019; b10gU_MBRBR := 0.0015;
1122	b11pU_MBRBR := 0.0006; b11gU_MBRBR := 0.0004;
1123	! STANDARD DEVIATION
1124	b1pR_MBRBR := 0.0000; b1gR_MBRBR := 0.0000;
1125	b2pR_MBRBR := 0.3660; b2gR_MBRBR := 0.2200;
1126	b3pR_MBRBR := 0.1229; b3gR_MBRBR := 0.6810;
1127	b4pR_MBRBR := 0.0268; b4gR_MBRBR := 0.0570;
1128	b5pR_MBRBR := 0.0000; b5gR_MBRBR := 0.1820;
1129	b6pR_MBRBR := 0.0176; b6gR_MBRBR := 0.0037;
1130	b7pR_MBRBR := 0.0025; b7gR_MBRBR := 0.0102;
1131	b8pR_MBRBR := 0.0000; b8gR_MBRBR := 0.0019;
1132	b9pR_MBRBR := 0.0000; b9gR_MBRBR := 0.0046;
1133	b10pR_MBRBR := 0.0007; b10gR_MBRBR := 0.0010;
1134	b11pR_MBRBR := 0.0005; b11gR_MBRBR := 0.0002;
1135	! AVERAGE
1136	a1pM_MBRBR := 0.0000; a1gM_MBRBR := 0.0000;
1137	a2pM_MBRBR := 0.5960; a2gM_MBRBR := -0.5610;
1138	a3pM_MBRBR := 0.0720; a3gM_MBRBR := -0.0400;
1139	a4pM_MBRBR := -0.1310; a4gM_MBRBR := -0.1480;
1140	a5pM_MBRBR := 0.0000; a5gM_MBRBR := -0.0080;
1141	a6pM_MBRBR := 0.0185; a6gM_MBRBR := -0.0073;
1142	a7pM_MBRBR := -0.0026; a7gM_MBRBR := -0.0007;
1143	a8pM_MBRBR := -0.0017; a8gM_MBRBR := 0.0006;
1144	a9pM_MBRBR := -0.0007; a9gM_MBRBR := 0.0006;
1145	a10pM_MBRBR := 0.0006; a10gM_MBRBR := 0.0000;
1146	a11pM_MBRBR := 0.0005; a11gM_MBRBR := -0.0001;
1147	! UNCERTAINTY
1148	a1pU_MBRBR := 0.0000; a1gU_MBRBR := 0.0000;
1149	a2pU_MBRBR := 0.5254; a2gU_MBRBR := 4.0420;
1150	a3pU_MBRBR := 0.1336; a3gU_MBRBR := 0.3170;
1151	a4pU_MBRBR := 0.1029; a4gU_MBRBR := 0.1750;
1152	a5pU_MBRBR := 0.0177; a5gU_MBRBR := 0.0510;
1153	a6pU_MBRBR := 0.0491; a6gU_MBRBR := 0.0840;
1154	a7pU_MBRBR := 0.0051; a7gU_MBRBR := 0.0062;
1155	a8pU_MBRBR := 0.0073; a8gU_MBRBR := 0.0169;
1156	a9pU_MBRBR := 0.0011; a9gU_MBRBR := 0.0010;
1157	a10pU_MBRBR := 0.0019; a10gU_MBRBR := 0.0016;
1158	a11pU_MBRBR := 0.0000; a11gU_MBRBR := 0.0006;
1159	! STANDARD DEVIATION
1160	a1pR_MBRBR := 0.0000; a1gR_MBRBR := 0.0000;
1161	a2pR_MBRBR := 0.1217; a2gR_MBRBR := 1.0540;
1162	a3pR_MBRBR := 0.0491; a3gR_MBRBR := 0.1980;
1163	a4pR_MBRBR := 0.0320; a4gR_MBRBR := 0.1260;
1164	a5pR_MBRBR := 0.0088; a5gR_MBRBR := 0.0380;
1165	a6pR_MBRBR := 0.0106; a6gR_MBRBR := 0.0558;
1166	a7pR_MBRBR := 0.0017; a7gR_MBRBR := 0.0047;
1167	a8pR_MBRBR := 0.0026; a8gR_MBRBR := 0.0113;
1168	a9pR_MBRBR := 0.0004; a9gR_MBRBR := 0.0007;
1169	a10pR_MBRBR := 0.0010; a10gR_MBRBR := 0.0010;
1170	a11pR_MBRBR := 0.0000; a11gR_MBRBR := 0.0004;
1171
1172	! -----------------------------------------------------------------------
1173	! ********************* Magnet type : MBRBLEND **********************
1174	! ***** Generated : 19-OCT-02
1175	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
1176	! V2.0 D2/D4a/D4b
1177	! ***** Rescaled to 17mm reference radius
1178	! -----------------------------------------------------------------------
1179	! AVERAGE
1180	b1pM_MBRBLEND := 0.0000; b1gM_MBRBLEND := 0.0000;
1181	b2pM_MBRBLEND := 0.0930; b2gM_MBRBLEND := -0.5610;
1182	b3pM_MBRBLEND := -1.5940; b3gM_MBRBLEND := 7.8260;
1183	b4pM_MBRBLEND := 0.0040; b4gM_MBRBLEND := 0.0590;
1184	b5pM_MBRBLEND := 0.0370; b5gM_MBRBLEND := 0.4860;
1185	b6pM_MBRBLEND := -0.0037; b6gM_MBRBLEND := -0.0045;
1186	b7pM_MBRBLEND := 0.0139; b7gM_MBRBLEND := 0.0920;
1187	b8pM_MBRBLEND := 0.0002; b8gM_MBRBLEND := 0.0020;
1188	b9pM_MBRBLEND := -0.0011; b9gM_MBRBLEND := 0.0036;
1189	b10pM_MBRBLEND := -0.0001; b10gM_MBRBLEND := -0.0007;
1190	b11pM_MBRBLEND := 0.0001; b11gM_MBRBLEND := -0.0016;
1191	! UNCERTAINTY
1192	b1pU_MBRBLEND := 0.0000; b1gU_MBRBLEND := 0.0000;
1193	b2pU_MBRBLEND := 0.0000; b2gU_MBRBLEND := 1.5370;
1194	b3pU_MBRBLEND := 0.0000; b3gU_MBRBLEND := 1.3560;
1195	b4pU_MBRBLEND := 0.0000; b4gU_MBRBLEND := 0.2290;
1196	b5pU_MBRBLEND := 0.0298; b5gU_MBRBLEND := 0.1470;
1197	b6pU_MBRBLEND := 0.0000; b6gU_MBRBLEND := 0.0425;
1198	b7pU_MBRBLEND := 0.0000; b7gU_MBRBLEND := 0.0108;
1199	b8pU_MBRBLEND := 0.0000; b8gU_MBRBLEND := 0.0043;
1200	b9pU_MBRBLEND := 0.0000; b9gU_MBRBLEND := 0.0035;
1201	b10pU_MBRBLEND := 0.0000; b10gU_MBRBLEND := 0.0025;
1202	b11pU_MBRBLEND := 0.0000; b11gU_MBRBLEND := 0.0007;
1203	! STANDARD DEVIATION
1204	b1pR_MBRBLEND := 0.0000; b1gR_MBRBLEND := 0.0000;
1205	b2pR_MBRBLEND := 0.0000; b2gR_MBRBLEND := 0.6710;
1206	b3pR_MBRBLEND := 0.0000; b3gR_MBRBLEND := 0.5100;
1207	b4pR_MBRBLEND := 0.0000; b4gR_MBRBLEND := 0.0710;
1208	b5pR_MBRBLEND := 0.0000; b5gR_MBRBLEND := 0.0470;
1209	b6pR_MBRBLEND := 0.0000; b6gR_MBRBLEND := 0.0174;
1210	b7pR_MBRBLEND := 0.0010; b7gR_MBRBLEND := 0.0048;
1211	b8pR_MBRBLEND := 0.0000; b8gR_MBRBLEND := 0.0017;
1212	b9pR_MBRBLEND := 0.0000; b9gR_MBRBLEND := 0.0012;
1213	b10pR_MBRBLEND := 0.0000; b10gR_MBRBLEND := 0.0008;
1214	b11pR_MBRBLEND := 0.0000; b11gR_MBRBLEND := 0.0003;
1215	! AVERAGE
1216	a1pM_MBRBLEND := 0.0000; a1gM_MBRBLEND := 0.0000;
1217	a2pM_MBRBLEND := -0.6580; a2gM_MBRBLEND := 0.7260;
1218	a3pM_MBRBLEND := -0.0400; a3gM_MBRBLEND := -3.9080;
1219	a4pM_MBRBLEND := -0.0660; a4gM_MBRBLEND := 0.2360;
1220	a5pM_MBRBLEND := 0.0050; a5gM_MBRBLEND := 0.4910;
1221	a6pM_MBRBLEND := -0.0045; a6gM_MBRBLEND := 0.0189;
1222	a7pM_MBRBLEND := 0.0026; a7gM_MBRBLEND := -0.0942;
1223	a8pM_MBRBLEND := 0.0004; a8gM_MBRBLEND := 0.0016;
1224	a9pM_MBRBLEND := -0.0004; a9gM_MBRBLEND := 0.0107;
1225	a10pM_MBRBLEND := 0.0000; a10gM_MBRBLEND := 0.0000;
1226	a11pM_MBRBLEND := 0.0000; a11gM_MBRBLEND := -0.0006;
1227	! UNCERTAINTY
1228	a1pU_MBRBLEND := 0.0000; a1gU_MBRBLEND := 0.0000;
1229	a2pU_MBRBLEND := 0.0000; a2gU_MBRBLEND := 2.9050;
1230	a3pU_MBRBLEND := 0.0000; a3gU_MBRBLEND := 0.4680;
1231	a4pU_MBRBLEND := 0.0309; a4gU_MBRBLEND := 0.2370;
1232	a5pU_MBRBLEND := 0.0114; a5gU_MBRBLEND := 0.0640;
1233	a6pU_MBRBLEND := 0.0135; a6gU_MBRBLEND := 0.0423;
1234	a7pU_MBRBLEND := 0.0000; a7gU_MBRBLEND := 0.0129;
1235	a8pU_MBRBLEND := 0.0000; a8gU_MBRBLEND := 0.0052;
1236	a9pU_MBRBLEND := 0.0000; a9gU_MBRBLEND := 0.0025;
1237	a10pU_MBRBLEND := 0.0009; a10gU_MBRBLEND := 0.0013;
1238	a11pU_MBRBLEND := 0.0000; a11gU_MBRBLEND := 0.0005;
1239	! STANDARD DEVIATION
1240	a1pR_MBRBLEND := 0.0000; a1gR_MBRBLEND := 0.0000;
1241	a2pR_MBRBLEND := 0.0000; a2gR_MBRBLEND := 1.2030;
1242	a3pR_MBRBLEND := 0.0000; a3gR_MBRBLEND := 0.1810;
1243	a4pR_MBRBLEND := 0.0000; a4gR_MBRBLEND := 0.0920;
1244	a5pR_MBRBLEND := 0.0074; a5gR_MBRBLEND := 0.0270;
1245	a6pR_MBRBLEND := 0.0000; a6gR_MBRBLEND := 0.0144;
1246	a7pR_MBRBLEND := 0.0000; a7gR_MBRBLEND := 0.0057;
1247	a8pR_MBRBLEND := 0.0000; a8gR_MBRBLEND := 0.0022;
1248	a9pR_MBRBLEND := 0.0000; a9gR_MBRBLEND := 0.0010;
1249	a10pR_MBRBLEND := 0.0000; a10gR_MBRBLEND := 0.0005;
1250	a11pR_MBRBLEND := 0.0000; a11gR_MBRBLEND := 0.0002;
1251
1252	! -----------------------------------------------------------------------
1253	! ********************* Magnet type : MBRBREND **********************
1254	! ***** Generated : 19-OCT-02
1255	! ***** Version : Feb 04 1998 agsrhichome.bnl.gov/LHC/bnl
1256	! V2.0 D2/D4a/D4b
1257	! ***** Rescaled to 17mm reference radius
1258	! -----------------------------------------------------------------------
1259	! AVERAGE
1260	b1pM_MBRBREND := 0.0000; b1gM_MBRBREND := 0.0000;
1261	b2pM_MBRBREND := 0.8100; b2gM_MBRBREND := -0.4730;
1262	b3pM_MBRBREND := -1.3750; b3gM_MBRBREND := 1.0590;
1263	b4pM_MBRBREND := -0.0090; b4gM_MBRBREND := -0.0350;
1264	b5pM_MBRBREND := -0.0070; b5gM_MBRBREND := 0.1550;
1265	b6pM_MBRBREND := 0.0094; b6gM_MBRBREND := -0.0130;
1266	b7pM_MBRBREND := 0.0140; b7gM_MBRBREND := 0.0069;
1267	b8pM_MBRBREND := -0.0018; b8gM_MBRBREND := 0.0017;
1268	b9pM_MBRBREND := -0.0023; b9gM_MBRBREND := -0.0084;
1269	b10pM_MBRBREND := -0.0016; b10gM_MBRBREND := -0.0004;
1270	b11pM_MBRBREND := 0.0001; b11gM_MBRBREND := -0.0029;
1271	! UNCERTAINTY
1272	b1pU_MBRBREND := 0.0000; b1gU_MBRBREND := 0.0000;
1273	b2pU_MBRBREND := 0.4676; b2gU_MBRBREND := 1.2280;
1274	b3pU_MBRBREND := 0.0000; b3gU_MBRBREND := 1.2330;
1275	b4pU_MBRBREND := 0.0000; b4gU_MBRBREND := 0.1140;
1276	b5pU_MBRBREND := 0.0000; b5gU_MBRBREND := 0.1420;
1277	b6pU_MBRBREND := 0.0000; b6gU_MBRBREND := 0.0246;
1278	b7pU_MBRBREND := 0.0000; b7gU_MBRBREND := 0.0130;
1279	b8pU_MBRBREND := 0.0030; b8gU_MBRBREND := 0.0047;
1280	b9pU_MBRBREND := 0.0000; b9gU_MBRBREND := 0.0035;
1281	b10pU_MBRBREND := 0.0010; b10gU_MBRBREND := 0.0024;
1282	b11pU_MBRBREND := 0.0000; b11gU_MBRBREND := 0.0007;
1283	! STANDARD DEVIATION
1284	b1pR_MBRBREND := 0.0000; b1gR_MBRBREND := 0.0000;
1285	b2pR_MBRBREND := 0.0300; b2gR_MBRBREND := 0.4500;
1286	b3pR_MBRBREND := 0.0000; b3gR_MBRBREND := 0.5370;
1287	b4pR_MBRBREND := 0.0000; b4gR_MBRBREND := 0.0500;
1288	b5pR_MBRBREND := 0.0000; b5gR_MBRBREND := 0.0490;
1289	b6pR_MBRBREND := 0.0000; b6gR_MBRBREND := 0.0091;
1290	b7pR_MBRBREND := 0.0000; b7gR_MBRBREND := 0.0062;
1291	b8pR_MBRBREND := 0.0008; b8gR_MBRBREND := 0.0017;
1292	b9pR_MBRBREND := 0.0000; b9gR_MBRBREND := 0.0015;
1293	b10pR_MBRBREND := 0.0000; b10gR_MBRBREND := 0.0011;
1294	b11pR_MBRBREND := 0.0000; b11gR_MBRBREND := 0.0003;
1295	! AVERAGE
1296	a1pM_MBRBREND := 0.0000; a1gM_MBRBREND := 0.0000;
1297	a2pM_MBRBREND := -0.8920; a2gM_MBRBREND := 0.3010;
1298	a3pM_MBRBREND := -0.1400; a3gM_MBRBREND := 0.6150;
1299	a4pM_MBRBREND := -0.0460; a4gM_MBRBREND := 0.0280;
1300	a5pM_MBRBREND := -0.0150; a5gM_MBRBREND := 0.0210;
1301	a6pM_MBRBREND := -0.0138; a6gM_MBRBREND := 0.0251;
1302	a7pM_MBRBREND := 0.0020; a7gM_MBRBREND := 0.0026;
1303	a8pM_MBRBREND := 0.0014; a8gM_MBRBREND := 0.0001;
1304	a9pM_MBRBREND := -0.0008; a9gM_MBRBREND := 0.0039;
1305	a10pM_MBRBREND := -0.0003; a10gM_MBRBREND := 0.0001;
1306	a11pM_MBRBREND := 0.0000; a11gM_MBRBREND := 0.0004;
1307	! UNCERTAINTY
1308	a1pU_MBRBREND := 0.0000; a1gU_MBRBREND := 0.0000;
1309	a2pU_MBRBREND := 0.5882; a2gU_MBRBREND := 3.0610;
1310	a3pU_MBRBREND := 0.0759; a3gU_MBRBREND := 0.4770;
1311	a4pU_MBRBREND := 0.0000; a4gU_MBRBREND := 0.2310;
1312	a5pU_MBRBREND := 0.0115; a5gU_MBRBREND := 0.0660;
1313	a6pU_MBRBREND := 0.0000; a6gU_MBRBREND := 0.0355;
1314	a7pU_MBRBREND := 0.0000; a7gU_MBRBREND := 0.0122;
1315	a8pU_MBRBREND := 0.0000; a8gU_MBRBREND := 0.0072;
1316	a9pU_MBRBREND := 0.0000; a9gU_MBRBREND := 0.0022;
1317	a10pU_MBRBREND := 0.0008; a10gU_MBRBREND := 0.0031;
1318	a11pU_MBRBREND := 0.0003; a11gU_MBRBREND := 0.0004;
1319	! STANDARD DEVIATION
1320	a1pR_MBRBREND := 0.0000; a1gR_MBRBREND := 0.0000;
1321	a2pR_MBRBREND := 0.0000; a2gR_MBRBREND := 1.3000;
1322	a3pR_MBRBREND := 0.0000; a3gR_MBRBREND := 0.1560;
1323	a4pR_MBRBREND := 0.0000; a4gR_MBRBREND := 0.0980;
1324	a5pR_MBRBREND := 0.0000; a5gR_MBRBREND := 0.0230;
1325	a6pR_MBRBREND := 0.0000; a6gR_MBRBREND := 0.0143;
1326	a7pR_MBRBREND := 0.0000; a7gR_MBRBREND := 0.0045;
1327	a8pR_MBRBREND := 0.0000; a8gR_MBRBREND := 0.0025;
1328	a9pR_MBRBREND := 0.0004; a9gR_MBRBREND := 0.0008;
1329	a10pR_MBRBREND := 0.0005; a10gR_MBRBREND := 0.0014;
1330	a11pR_MBRBREND := 0.0000; a11gR_MBRBREND := 0.0002;
1331
1332	! -----------------------------------------------------------------------
1333	! ********************* Magnet type : MBXW **************************
1334	! ***** Generated : 27-01-05 MG
1335	! ***** Version : inj. values are from 40 A meas.
1336	! coll values are form 830 A meas
1337	! Magnetic errors from measurements of MBXW001 and MBXW009 by D. Cornuet
1338	! -----------------------------------------------------------------------
1339	! AVERAGE
1340	b1pM_MBXW := 0.000; b1gM_MBXW := 0.000; b1tM_MBXW := 0.000;
1341	b2pM_MBXW := 0.000; b2gM_MBXW := 0.000; b2tM_MBXW := 0.000;
1342	b3pM_MBXW := 0.955; b3gM_MBXW := -0.934; b3tM_MBXW := 0.000;
1343	b4pM_MBXW := -0.041; b4gM_MBXW := 0.014; b4tM_MBXW := 0.000;
1344	b5pM_MBXW := -0.043; b5gM_MBXW := 0.116; b5tM_MBXW := 0.000;
1345	b6pM_MBXW := -0.023; b6gM_MBXW := -0.007; b6tM_MBXW := 0.000;
1346	b7pM_MBXW := -0.014; b7gM_MBXW := -0.012; b7tM_MBXW := 0.000;
1347	b8pM_MBXW := 0.010; b8gM_MBXW := 0.003; b8tM_MBXW := 0.000;
1348	b9pM_MBXW := -0.014; b9gM_MBXW := 0.006; b9tM_MBXW := 0.000;
1349	b10pM_MBXW := 0.006; b10gM_MBXW:= 0.001; b10tM_MBXW:= 0.000;
1350	b11pM_MBXW := 0.000; b11gM_MBXW:= 0.000; b11tM_MBXW:= 0.000;
1351	! UNCERTAINTY
1352	b1pU_MBXW := 0.000; b1gU_MBXW := 0.000; b1tU_MBXW := 0.000;
1353	b2pU_MBXW := 0.000; b2gU_MBXW := 0.000; b2tU_MBXW := 0.000;
1354	b3pU_MBXW := 0.000; b3gU_MBXW := 0.000; b3tU_MBXW := 0.000;
1355	b4pU_MBXW := 0.000; b4gU_MBXW := 0.000; b4tU_MBXW := 0.000;
1356	b5pU_MBXW := 0.000; b5gU_MBXW := 0.000; b5tU_MBXW := 0.000;
1357	b6pU_MBXW := 0.000; b6gU_MBXW := 0.000; b6tU_MBXW := 0.000;
1358	b7pU_MBXW := 0.000; b7gU_MBXW := 0.000; b7tU_MBXW := 0.000;
1359	b8pU_MBXW := 0.000; b8gU_MBXW := 0.000; b8tU_MBXW := 0.000;
1360	b9pU_MBXW := 0.000; b9gU_MBXW := 0.000; b9tU_MBXW := 0.000;
1361	b10pU_MBXW := 0.000; b10gU_MBXW:= 0.000; b10tU_MBXW:= 0.000;
1362	b11pU_MBXW := 0.000; b11gU_MBXW:= 0.000; b11tU_MBXW:= 0.000;
1363	! STANDARD DEVIATION
1364	b1pR_MBXW := 0.000; b1gR_MBXW := 0.000; b1tR_MBXW := 0.000;
1365	b2pR_MBXW := 0.000; b2gR_MBXW := 0.000; b2tR_MBXW := 0.000;
1366	b3pR_MBXW := 0.309; b3gR_MBXW := 0.276; b3tR_MBXW := 0.000;
1367	b4pR_MBXW := 0.000; b4gR_MBXW := 0.041; b4tR_MBXW := 0.000;
1368	b5pR_MBXW := 0.162; b5gR_MBXW := 0.137; b5tR_MBXW := 0.000;
1369	b6pR_MBXW := 0.038; b6gR_MBXW := 0.009; b6tR_MBXW := 0.000;
1370	b7pR_MBXW := 0.025; b7gR_MBXW := 0.029; b7tR_MBXW := 0.000;
1371	b8pR_MBXW := 0.008; b8gR_MBXW := 0.004; b8tR_MBXW := 0.000;
1372	b9pR_MBXW := 0.012; b9gR_MBXW := 0.008; b9tR_MBXW := 0.000;
1373	b10pR_MBXW := 0.006; b10gR_MBXW:= 0.001; b10tR_MBXW:= 0.000;
1374	b11pR_MBXW := 0.000; b11gR_MBXW:= 0.000; b11tR_MBXW:= 0.000;
1375	! AVERAGE
1376	a1pM_MBXW := 0.000; a1gM_MBXW := 0.000; a1tM_MBXW := 0.000;
1377	a2pM_MBXW := 0.000; a2gM_MBXW := 0.000; a2tM_MBXW := 0.000;
1378	a3pM_MBXW := 0.014; a3gM_MBXW := 0.001; a3tM_MBXW := 0.000;
1379	a4pM_MBXW := -0.037; a4gM_MBXW := -0.007; a4tM_MBXW := 0.000;
1380	a5pM_MBXW := -0.023; a5gM_MBXW := 0.005; a5tM_MBXW := 0.000;
1381	a6pM_MBXW := 0.003; a6gM_MBXW := -0.001; a6tM_MBXW := 0.000;
1382	a7pM_MBXW := -0.014; a7gM_MBXW := -0.002; a7tM_MBXW := 0.000;
1383	a8pM_MBXW := -0.001; a8gM_MBXW := 0.001; a8tM_MBXW := 0.000;
1384	a9pM_MBXW := -0.008; a9gM_MBXW := 0.000; a9tM_MBXW := 0.000;
1385	a10pM_MBXW := -0.002; a10gM_MBXW:= 0.000; a10tM_MBXW:= 0.000;
1386	a11pM_MBXW := 0.000; a11gM_MBXW:= 0.000; a11tM_MBXW:= 0.000;
1387	! UNCERTAINTY
1388	a1pU_MBXW := 0.000; a1gU_MBXW := 0.000; a1tU_MBXW := 0.000;
1389	a2pU_MBXW := 0.000; a2gU_MBXW := 0.000; a2tU_MBXW := 0.000;
1390	a3pU_MBXW := 0.000; a3gU_MBXW := 0.000; a3tU_MBXW := 0.000;
1391	a4pU_MBXW := 0.000; a4gU_MBXW := 0.000; a4tU_MBXW := 0.000;
1392	a5pU_MBXW := 0.000; a5gU_MBXW := 0.000; a5tU_MBXW := 0.000;
1393	a6pU_MBXW := 0.000; a6gU_MBXW := 0.000; a6tU_MBXW := 0.000;
1394	a7pU_MBXW := 0.000; a7gU_MBXW := 0.000; a7tU_MBXW := 0.000;
1395	a8pU_MBXW := 0.000; a8gU_MBXW := 0.000; a8tU_MBXW := 0.000;
1396	a9pU_MBXW := 0.000; a9gU_MBXW := 0.000; a9tU_MBXW := 0.000;
1397	a10pU_MBXW := 0.000; a10gU_MBXW:= 0.000; a10tU_MBXW:= 0.000;
1398	a11pU_MBXW := 0.000; a11gU_MBXW:= 0.000; a11tU_MBXW:= 0.000;
1399	! STANDARD DEVIATION
1400	a1pR_MBXW := 0.000; a1gR_MBXW := 0.000; a1tR_MBXW := 0.000;
1401	a2pR_MBXW := 0.000; a2gR_MBXW := 0.000; a2tR_MBXW := 0.000;
1402	a3pR_MBXW := 0.000; a3gR_MBXW := 0.037; a3tR_MBXW := 0.000;
1403	a4pR_MBXW := 0.055; a4gR_MBXW := 0.019; a4tR_MBXW := 0.000;
1404	a5pR_MBXW := 0.027; a5gR_MBXW := 0.008; a5tR_MBXW := 0.000;
1405	a6pR_MBXW := 0.044; a6gR_MBXW := 0.001; a6tR_MBXW := 0.000;
1406	a7pR_MBXW := 0.005; a7gR_MBXW := 0.001; a7tR_MBXW := 0.000;
1407	a8pR_MBXW := 0.022; a8gR_MBXW := 0.002; a8tR_MBXW := 0.000;
1408	a9pR_MBXW := 0.000; a9gR_MBXW := 0.001; a9tR_MBXW := 0.000;
1409	a10pR_MBXW := 0.004; a10gR_MBXW:= 0.001; a10tR_MBXW:= 0.000;
1410	a11pR_MBXW := 0.000; a11gR_MBXW:= 0.000; a11tR_MBXW:= 0.000;
1411
1412	! -----------------------------------------------------------------------
1413	! ********************* Magnet type : MQ ****************************
1414	! ***** Generated : 23-2-04
1415	! ***** Version : ???????
1416	! -----------------------------------------------------------------------
1417	! AVERAGE
1418	b1pM_MQ := 0.0000; b1gM_MQ := 0.4830; b1tM_MQ := 0.0000;
1419	b2pM_MQ := -5.6000; b2gM_MQ := 0.0000; b2tM_MQ := 16.8200;
1420	b3pM_MQ := 0.0000; b3gM_MQ := 0.0000; b3tM_MQ := 0.0000;
1421	b4pM_MQ := 0.0000; b4gM_MQ := 0.0000; b4tM_MQ := 0.2000;
1422	b5pM_MQ := 0.0000; b5gM_MQ := 0.0000; b5tM_MQ := 0.0000;
1423	b6pM_MQ := -4.5000; b6gM_MQ := 3.5000; b6tM_MQ := 0.1670;
1424	b7pM_MQ := 0.0000; b7gM_MQ := 0.0000; b7tM_MQ := 0.0000;
1425	b8pM_MQ := 0.0000; b8gM_MQ := 0.2170; b8tM_MQ := 0.0000;
1426	b9pM_MQ := 0.0000; b9gM_MQ := 0.0000; b9tM_MQ := 0.0000;
1427	b10pM_MQ := 0.1260; b10gM_MQ:= -0.4180; b10tM_MQ:= -0.0560;
1428	b11pM_MQ := 0.0000; b11gM_MQ:= 0.0000; b11tM_MQ:= 0.0000;
1429	! UNCERTAINTY
1430	b1pU_MQ := 0; b1gU_MQ := 0; b1tU_MQ := 0;
1431	b2pU_MQ := 0.5600; b2gU_MQ := 10.0000; b2tU_MQ := 5.0100;
1432	b3pU_MQ := 0; b3gU_MQ := 2.00 ; b3tU_MQ := 0;
1433	b4pU_MQ := 0; b4gU_MQ := 1.0 ; b4tU_MQ := 0;
1434	b5pU_MQ := 0; b5gU_MQ := 1.0 ; b5tU_MQ := 0;
1435	b6pU_MQ := 0.45 ; b6gU_MQ := 2.0 ; b6tU_MQ := 0.0490;
1436	b7pU_MQ := 0; b7gU_MQ := 0.4 ; b7tU_MQ := 0;
1437	b8pU_MQ := 0; b8gU_MQ := 0; b8tU_MQ := 0;
1438	b9pU_MQ := 0; b9gU_MQ := 0; b9tU_MQ := 0;
1439	b10pU_MQ := 0.0140; b10gU_MQ:= 0.6980; b10tU_MQ:= 0.0210;
1440	b11pU_MQ := 0; b11gU_MQ:= 0; b11tU_MQ:= 0;
1441	! STANDARD DEVIATION
1442	b1pR_MQ := 0.7470; b1gR_MQ := 0; b1tR_MQ := 0.9410;
1443	b2pR_MQ := 0.5000; b2gR_MQ := 10.0000; b2tR_MQ := 2.7000;
1444	b3pR_MQ := 0.3620; b3gR_MQ := 1.3 ; b3tR_MQ := 1.7000;
1445	b4pR_MQ := 0.0000; b4gR_MQ := 0.3 ; b4tR_MQ := 0.5780;
1446	b5pR_MQ := 0.1330; b5gR_MQ := 0.5 ; b5tR_MQ := 0.2460;
1447	b6pR_MQ := 0.0580; b6gR_MQ := 0.6 ; b6tR_MQ := 0.1000;
1448	b7pR_MQ := 0; b7gR_MQ := 0.1420; b7tR_MQ := 0;
1449	b8pR_MQ := 0; b8gR_MQ := 0.2410; b8tR_MQ := 0;
1450	b9pR_MQ := 0; b9gR_MQ := 0.4100; b9tR_MQ := 0;
1451	b10pR_MQ := 0; b10gR_MQ:= 0.3490; b10tR_MQ:= 0;
1452	b11pR_MQ := 0; b11gR_MQ:= 0.2370; b11tR_MQ:= 0;
1453	! AVERAGE
1454	a1pM_MQ := 0.0000; a1gM_MQ := 0.0000; a1tM_MQ := 0.0000;
1455	a2pM_MQ := 0.0000; a2gM_MQ := 0.0000; a2tM_MQ := 0.0000;
1456	a3pM_MQ := 0.0000; a3gM_MQ := 0.0000; a3tM_MQ := 0.0000;
1457	a4pM_MQ := 0.0000; a4gM_MQ := 0.0000; a4tM_MQ := 0.0000;
1458	a5pM_MQ := 0.0000; a5gM_MQ := 0.0000; a5tM_MQ := 0.0000;
1459	a6pM_MQ := 0.0000; a6gM_MQ := 0.0000; a6tM_MQ := 0.0000;
1460	a7pM_MQ := 0.0000; a7gM_MQ := 0.0000; a7tM_MQ := 0.0000;
1461	a8pM_MQ := 0.0000; a8gM_MQ := 0.0000; a8tM_MQ := 0.0000;
1462	a9pM_MQ := 0.0000; a9gM_MQ := 0.0000; a9tM_MQ := 0.0000;
1463	a10pM_MQ := 0.0000; a10gM_MQ:= 0.0000; a10tM_MQ:= 0.0000;
1464	a11pM_MQ := 0.0000; a11gM_MQ:= 0.0000; a11tM_MQ:= 0.0000;
1465	! UNCERTAINTY
1466	a1pU_MQ := 0; a1gU_MQ := 0; a1tU_MQ := 0;
1467	a2pU_MQ := 0; a2gU_MQ := 0; a2tU_MQ := 0;
1468	a3pU_MQ := 0; a3gU_MQ := 4.0 ; a3tU_MQ := 0;
1469	a4pU_MQ := 0; a4gU_MQ := 1.0 ; a4tU_MQ := 0;
1470	a5pU_MQ := 0; a5gU_MQ := 1.0 ; a5tU_MQ := 0;
1471	a6pU_MQ := 0; a6gU_MQ := 2.0 ; a6tU_MQ := 0;
1472	a7pU_MQ := 0; a7gU_MQ := 0.4 ; a7tU_MQ := 0;
1473	a8pU_MQ := 0; a8gU_MQ := 0; a8tU_MQ := 0;
1474	a9pU_MQ := 0; a9gU_MQ := 0; a9tU_MQ := 0;
1475	a10pU_MQ := 0; a10gU_MQ := 0; a10tU_MQ:= 0;
1476	a11pU_MQ := 0; a11gU_MQ := 0; a11tU_MQ:= 0;
1477	! STANDARD DEVIATION
1478	a1pR_MQ := 0.7470; a1gR_MQ := 0; a1tR_MQ := 0.9410;
1479	a2pR_MQ := 0; a2gR_MQ := 0; a2tR_MQ := 0.5000;
1480	a3pR_MQ := 0.3620; a3gR_MQ := 1.4 ; a3tR_MQ := 1.7000;
1481	a4pR_MQ := 0.3840; a4gR_MQ := 1.3 ; a4tR_MQ := 1.1560;
1482	a5pR_MQ := 0.1330; a5gR_MQ := 0.5 ; a5tR_MQ := 0.2460;
1483	a6pR_MQ := 0; a6gR_MQ := 0.4180; a6tR_MQ := 0.1000;
1484	a7pR_MQ := 0; a7gR_MQ := 0.1420; a7tR_MQ := 0;
1485	a8pR_MQ := 0; a8gR_MQ := 0.2410; a8tR_MQ := 0;
1486	a9pR_MQ := 0; a9gR_MQ := 0.4100; a9tR_MQ := 0;
1487	a10pR_MQ := 0; a10gR_MQ:= 0.3490; a10tR_MQ:= 0;
1488	a11pR_MQ := 0; a11gR_MQ:= 0.2370; a11tR_MQ:= 0;
1489
1490	! -----------------------------------------------------------------------
1491	! ********************* Magnet type : MQXA1 *************************
1492	! Measured field quality for MQXA in Q1
1493	! -----------------------------------------------------------------------
1494	!
1495	! AVERAGE
1496	b1pM_MQXA1 := 0.000; b1gM_MQXA1 := 0.000; b1tM_MQXA1 := 0.000;
1497	b2pM_MQXA1 := 0.000; b2gM_MQXA1 := 0.000; b2tM_MQXA1 := 0.000;
1498	b3pM_MQXA1 := -0.120; b3gM_MQXA1 := 0.037; b3tM_MQXA1 := 0.000;
1499	b4pM_MQXA1 := -0.018; b4gM_MQXA1 := 1.266; b4tM_MQXA1 := 0.000;
1500	b5pM_MQXA1 := 0.031; b5gM_MQXA1 := -0.011; b5tM_MQXA1 := 0.000;
1501	b6pM_MQXA1 := -1.066; b6gM_MQXA1 := 0.363; b6tM_MQXA1 := 0.000;
1502	b7pM_MQXA1 := -0.006; b7gM_MQXA1 := -0.004; b7tM_MQXA1 := 0.000;
1503	b8pM_MQXA1 := 0.006; b8gM_MQXA1 := 0.022; b8tM_MQXA1 := 0.000;
1504	b9pM_MQXA1 := -0.007; b9gM_MQXA1 := -0.001; b9tM_MQXA1 := 0.000;
1505	b10pM_MQXA1 := 0.061; b10gM_MQXA1:= -0.014; b10tM_MQXA1:= 0.000;
1506	b11pM_MQXA1 := 0.000; b11gM_MQXA1:= 0.000; b11tM_MQXA1:= 0.000;
1507	! UNCERTAINTY
1508	b1pU_MQXA1 := 0.000; b1gU_MQXA1 := 0.000; b1tU_MQXA1 := 0.000;
1509	b2pU_MQXA1 := 0.000; b2gU_MQXA1 := 0.000; b2tU_MQXA1 := 0.000;
1510	b3pU_MQXA1 := 0.000; b3gU_MQXA1 := 0.000; b3tU_MQXA1 := 0.000;
1511	b4pU_MQXA1 := 0.000; b4gU_MQXA1 := 0.000; b4tU_MQXA1 := 0.000;
1512	b5pU_MQXA1 := 0.000; b5gU_MQXA1 := 0.000; b5tU_MQXA1 := 0.000;
1513	b6pU_MQXA1 := 0.000; b6gU_MQXA1 := 0.000; b6tU_MQXA1 := 0.000;
1514	b7pU_MQXA1 := 0.000; b7gU_MQXA1 := 0.000; b7tU_MQXA1 := 0.000;
1515	b8pU_MQXA1 := 0.000; b8gU_MQXA1 := 0.000; b8tU_MQXA1 := 0.000;
1516	b9pU_MQXA1 := 0.000; b9gU_MQXA1 := 0.000; b9tU_MQXA1 := 0.000;
1517	b10pU_MQXA1 := 0.000; b10gU_MQXA1:= 0.000; b10tU_MQXA1:= 0.000;
1518	b11pU_MQXA1 := 0.000; b11gU_MQXA1:= 0.000; b11tU_MQXA1:= 0.000;
1519	! STANDARD DEVIATION
1520	b1pR_MQXA1 := 0.000; b1gR_MQXA1 := 0.000; b1tR_MQXA1 := 0.000;
1521	b2pR_MQXA1 := 0.000; b2gR_MQXA1 := 0.000; b2tR_MQXA1 := 0.000;
1522	b3pR_MQXA1 := 0.681; b3gR_MQXA1 := 0.378; b3tR_MQXA1 := 0.000;
1523	b4pR_MQXA1 := 0.000; b4gR_MQXA1 := 0.112; b4tR_MQXA1 := 0.000;
1524	b5pR_MQXA1 := 0.300; b5gR_MQXA1 := 0.021; b5tR_MQXA1 := 0.000;
1525	b6pR_MQXA1 := 0.102; b6gR_MQXA1 := 0.104; b6tR_MQXA1 := 0.000;
1526	b7pR_MQXA1 := 0.024; b7gR_MQXA1 := 0.008; b7tR_MQXA1 := 0.000;
1527	b8pR_MQXA1 := 0.025; b8gR_MQXA1 := 0.003; b8tR_MQXA1 := 0.000;
1528	b9pR_MQXA1 := 0.027; b9gR_MQXA1 := 0.009; b9tR_MQXA1 := 0.000;
1529	b10pR_MQXA1 := 0.011; b10gR_MQXA1:= 0.007; b10tR_MQXA1:= 0.000;
1530	b11pR_MQXA1 := 0.000; b11gR_MQXA1:= 0.000; b11tR_MQXA1:= 0.000;
1531	! AVERAGE
1532	a1pM_MQXA1 := 0.000; a1gM_MQXA1 := 0.000; a1tM_MQXA1 := 0.000;
1533	a2pM_MQXA1 := 0.000; a2gM_MQXA1 := 0.000; a2tM_MQXA1 := 0.000;
1534	a3pM_MQXA1 := -0.223; a3gM_MQXA1 := 0.327; a3tM_MQXA1 := 0.000;
1535	a4pM_MQXA1 := -1.880; a4gM_MQXA1 := -0.054; a4tM_MQXA1 := 0.000;
1536	a5pM_MQXA1 := 0.011; a5gM_MQXA1 := 0.002; a5tM_MQXA1 := 0.000;
1537	a6pM_MQXA1 := 0.025; a6gM_MQXA1 := -0.025; a6tM_MQXA1 := 0.000;
1538	a7pM_MQXA1 := -0.012; a7gM_MQXA1 := 0.001; a7tM_MQXA1 := 0.000;
1539	a8pM_MQXA1 := 0.007; a8gM_MQXA1 := 0.001; a8tM_MQXA1 := 0.000;
1540	a9pM_MQXA1 := -0.006; a9gM_MQXA1 := 0.001; a9tM_MQXA1 := 0.000;
1541	a10pM_MQXA1 := 0.000; a10gM_MQXA1:= -0.004; a10tM_MQXA1:= 0.000;
1542	a11pM_MQXA1 := 0.000; a11gM_MQXA1:= 0.000; a11tM_MQXA1:= 0.000;
1543	! UNCERTAINTY
1544	a1pU_MQXA1 := 0.000; a1gU_MQXA1 := 0.000; a1tU_MQXA1 := 0.000;
1545	a2pU_MQXA1 := 0.000; a2gU_MQXA1 := 0.000; a2tU_MQXA1 := 0.000;
1546	a3pU_MQXA1 := 0.000; a3gU_MQXA1 := 0.000; a3tU_MQXA1 := 0.000;
1547	a4pU_MQXA1 := 0.000; a4gU_MQXA1 := 0.000; a4tU_MQXA1 := 0.000;
1548	a5pU_MQXA1 := 0.000; a5gU_MQXA1 := 0.000; a5tU_MQXA1 := 0.000;
1549	a6pU_MQXA1 := 0.000; a6gU_MQXA1 := 0.000; a6tU_MQXA1 := 0.000;
1550	a7pU_MQXA1 := 0.000; a7gU_MQXA1 := 0.000; a7tU_MQXA1 := 0.000;
1551	a8pU_MQXA1 := 0.000; a8gU_MQXA1 := 0.000; a8tU_MQXA1 := 0.000;
1552	a9pU_MQXA1 := 0.000; a9gU_MQXA1 := 0.000; a9tU_MQXA1 := 0.000;
1553	a10pU_MQXA1 := 0.000; a10gU_MQXA1:= 0.000; a10tU_MQXA1:= 0.000;
1554	a11pU_MQXA1 := 0.000; a11gU_MQXA1:= 0.000; a11tU_MQXA1:= 0.000;
1555	! STANDARD DEVIATION
1556	a1pR_MQXA1 := 0.000; a1gR_MQXA1 := 0.000; a1tR_MQXA1 := 0.000;
1557	a2pR_MQXA1 := 0.000; a2gR_MQXA1 := 0.000; a2tR_MQXA1 := 0.000;
1558	a3pR_MQXA1 := 0.522; a3gR_MQXA1 := 0.338; a3tR_MQXA1 := 0.000;
1559	a4pR_MQXA1 := 1.035; a4gR_MQXA1 := 0.342; a4tR_MQXA1 := 0.000;
1560	a5pR_MQXA1 := 0.142; a5gR_MQXA1 := 0.047; a5tR_MQXA1 := 0.000;
1561	a6pR_MQXA1 := 0.025; a6gR_MQXA1 := 0.024; a6tR_MQXA1 := 0.000;
1562	a7pR_MQXA1 := 0.020; a7gR_MQXA1 := 0.007; a7tR_MQXA1 := 0.000;
1563	a8pR_MQXA1 := 0.021; a8gR_MQXA1 := 0.014; a8tR_MQXA1 := 0.000;
1564	a9pR_MQXA1 := 0.015; a9gR_MQXA1 := 0.005; a9tR_MQXA1 := 0.000;
1565	a10pR_MQXA1 := 0.000; a10gR_MQXA1:= 0.002; a10tR_MQXA1:= 0.000;
1566	a11pR_MQXA1 := 0.000; a11gR_MQXA1:= 0.000; a11tR_MQXA1:= 0.000;
1567
1568
1569	! ********************* Magnet type : MQXA3 *************************
1570	! Measured field quality for MQXA in Q3 including rotation by pi along the
1571	! longitudinal axis
1572	!
1573	! AVERAGE
1574	b1pM_MQXA3 := 0.000; b1gM_MQXA3 := 0.000; b1tM_MQXA3 := 0.000;
1575	b2pM_MQXA3 := 0.000; b2gM_MQXA3 := 0.000; b2tM_MQXA3 := 0.000;
1576	b3pM_MQXA3 := 0.224; b3gM_MQXA3 := -0.061; b3tM_MQXA3 := 0.000;
1577	b4pM_MQXA3 := -0.035; b4gM_MQXA3 := 1.343; b4tM_MQXA3 := 0.000;
1578	b5pM_MQXA3 := -0.061; b5gM_MQXA3 := -0.006; b5tM_MQXA3 := 0.000;
1579	b6pM_MQXA3 := -1.174; b6gM_MQXA3 := 0.285; b6tM_MQXA3 := 0.000;
1580	b7pM_MQXA3 := -0.009; b7gM_MQXA3 := -0.004; b7tM_MQXA3 := 0.000;
1581	b8pM_MQXA3 := 0.002; b8gM_MQXA3 := 0.022; b8tM_MQXA3 := 0.000;
1582	b9pM_MQXA3 := -0.002; b9gM_MQXA3 := 0.002; b9tM_MQXA3 := 0.000;
1583	b10pM_MQXA3 := 0.054; b10gM_MQXA3:= -0.014; b10tM_MQXA3:= 0.000;
1584	b11pM_MQXA3 := 0.000; b11gM_MQXA3:= 0.000; b11tM_MQXA3:= 0.000;
1585	! UNCERTAINTY
1586	b1pU_MQXA3 := 0.000; b1gU_MQXA3 := 0.000; b1tU_MQXA3 := 0.000;
1587	b2pU_MQXA3 := 0.000; b2gU_MQXA3 := 0.000; b2tU_MQXA3 := 0.000;
1588	b3pU_MQXA3 := 0.000; b3gU_MQXA3 := 0.000; b3tU_MQXA3 := 0.000;
1589	b4pU_MQXA3 := 0.000; b4gU_MQXA3 := 0.000; b4tU_MQXA3 := 0.000;
1590	b5pU_MQXA3 := 0.000; b5gU_MQXA3 := 0.000; b5tU_MQXA3 := 0.000;
1591	b6pU_MQXA3 := 0.000; b6gU_MQXA3 := 0.000; b6tU_MQXA3 := 0.000;
1592	b7pU_MQXA3 := 0.000; b7gU_MQXA3 := 0.000; b7tU_MQXA3 := 0.000;
1593	b8pU_MQXA3 := 0.000; b8gU_MQXA3 := 0.000; b8tU_MQXA3 := 0.000;
1594	b9pU_MQXA3 := 0.000; b9gU_MQXA3 := 0.000; b9tU_MQXA3 := 0.000;
1595	b10pU_MQXA3 := 0.000; b10gU_MQXA3:= 0.000; b10tU_MQXA3:= 0.000;
1596	b11pU_MQXA3 := 0.000; b11gU_MQXA3:= 0.000; b11tU_MQXA3:= 0.000;
1597	! STANDARD DEVIATION
1598	b1pR_MQXA3 := 0.000; b1gR_MQXA3 := 0.000; b1tR_MQXA3 := 0.000;
1599	b2pR_MQXA3 := 0.000; b2gR_MQXA3 := 0.000; b2tR_MQXA3 := 0.000;
1600	b3pR_MQXA3 := 1.226; b3gR_MQXA3 := 0.221; b3tR_MQXA3 := 0.000;
1601	b4pR_MQXA3 := 0.142; b4gR_MQXA3 := 0.092; b4tR_MQXA3 := 0.000;
1602	b5pR_MQXA3 := 0.321; b5gR_MQXA3 := 0.051; b5tR_MQXA3 := 0.000;
1603	b6pR_MQXA3 := 0.244; b6gR_MQXA3 := 0.025; b6tR_MQXA3 := 0.000;
1604	b7pR_MQXA3 := 0.031; b7gR_MQXA3 := 0.010; b7tR_MQXA3 := 0.000;
1605	b8pR_MQXA3 := 0.006; b8gR_MQXA3 := 0.003; b8tR_MQXA3 := 0.000;
1606	b9pR_MQXA3 := 0.000; b9gR_MQXA3 := 0.003; b9tR_MQXA3 := 0.000;
1607	b10pR_MQXA3 := 0.010; b10gR_MQXA3:= 0.006; b10tR_MQXA3:= 0.000;
1608	b11pR_MQXA3 := 0.000; b11gR_MQXA3:= 0.000; b11tR_MQXA3:= 0.000;
1609	! AVERAGE
1610	a1pM_MQXA3 := 0.000; a1gM_MQXA3 := 0.000; a1tM_MQXA3 := 0.000;
1611	a2pM_MQXA3 := 0.000; a2gM_MQXA3 := 0.000; a2tM_MQXA3 := 0.000;
1612	a3pM_MQXA3 := -0.541; a3gM_MQXA3 := -0.081; a3tM_MQXA3 := 0.000;
1613	a4pM_MQXA3 := -0.797; a4gM_MQXA3 := 0.020; a4tM_MQXA3 := 0.000;
1614	a5pM_MQXA3 := -0.167; a5gM_MQXA3 := -0.018; a5tM_MQXA3 := 0.000;
1615	a6pM_MQXA3 := 0.015; a6gM_MQXA3 := -0.028; a6tM_MQXA3 := 0.000;
1616	a7pM_MQXA3 := 0.002; a7gM_MQXA3 := 0.001; a7tM_MQXA3 := 0.000;
1617	a8pM_MQXA3 := -0.003; a8gM_MQXA3 := -0.003; a8tM_MQXA3 := 0.000;
1618	a9pM_MQXA3 := -0.002; a9gM_MQXA3 := 0.002; a9tM_MQXA3 := 0.000;
1619	a10pM_MQXA3 := -0.001; a10gM_MQXA3:= -0.001; a10tM_MQXA3:= 0.000;
1620	a11pM_MQXA3 := 0.000; a11gM_MQXA3:= 0.000; a11tM_MQXA3:= 0.000;
1621	! UNCERTAINTY
1622	a1pU_MQXA3 := 0.000; a1gU_MQXA3 := 0.000; a1tU_MQXA3 := 0.000;
1623	a2pU_MQXA3 := 0.000; a2gU_MQXA3 := 0.000; a2tU_MQXA3 := 0.000;
1624	a3pU_MQXA3 := 0.000; a3gU_MQXA3 := 0.000; a3tU_MQXA3 := 0.000;
1625	a4pU_MQXA3 := 0.000; a4gU_MQXA3 := 0.000; a4tU_MQXA3 := 0.000;
1626	a5pU_MQXA3 := 0.000; a5gU_MQXA3 := 0.000; a5tU_MQXA3 := 0.000;
1627	a6pU_MQXA3 := 0.000; a6gU_MQXA3 := 0.000; a6tU_MQXA3 := 0.000;
1628	a7pU_MQXA3 := 0.000; a7gU_MQXA3 := 0.000; a7tU_MQXA3 := 0.000;
1629	a8pU_MQXA3 := 0.000; a8gU_MQXA3 := 0.000; a8tU_MQXA3 := 0.000;
1630	a9pU_MQXA3 := 0.000; a9gU_MQXA3 := 0.000; a9tU_MQXA3 := 0.000;
1631	a10pU_MQXA3 := 0.000; a10gU_MQXA3:= 0.000; a10tU_MQXA3:= 0.000;
1632	a11pU_MQXA3 := 0.000; a11gU_MQXA3:= 0.000; a11tU_MQXA3:= 0.000;
1633	! STANDARD DEVIATION
1634	a1pR_MQXA3 := 0.000; a1gR_MQXA3 := 0.000; a1tR_MQXA3 := 0.000;
1635	a2pR_MQXA3 := 0.000; a2gR_MQXA3 := 0.000; a2tR_MQXA3 := 0.000;
1636	a3pR_MQXA3 := 0.522; a3gR_MQXA3 := 0.357; a3tR_MQXA3 := 0.000;
1637	a4pR_MQXA3 := 1.035; a4gR_MQXA3 := 0.163; a4tR_MQXA3 := 0.000;
1638	a5pR_MQXA3 := 0.142; a5gR_MQXA3 := 0.026; a5tR_MQXA3 := 0.000;
1639	a6pR_MQXA3 := 0.025; a6gR_MQXA3 := 0.023; a6tR_MQXA3 := 0.000;
1640	a7pR_MQXA3 := 0.020; a7gR_MQXA3 := 0.009; a7tR_MQXA3 := 0.000;
1641	a8pR_MQXA3 := 0.021; a8gR_MQXA3 := 0.013; a8tR_MQXA3 := 0.000;
1642	a9pR_MQXA3 := 0.015; a9gR_MQXA3 := 0.003; a9tR_MQXA3 := 0.000;
1643	a10pR_MQXA3 := 0.000; a10gR_MQXA3:= 0.002; a10tR_MQXA3:= 0.000;
1644	a11pR_MQXA3 := 0.000; a11gR_MQXA3:= 0.000; a11tR_MQXA3:= 0.000;
1645
1646
1647
1648	! ********************* Magnet type : MQXB **************************
1649
1650	! ******** * Magnet type : MQXB as from measurements
1651	! ***** Generated : 13-Jul-05; inj -> 669 A; col -> 11345 A
1652	! ***** Version : 3
1653	! ***** Author : Frank Schmidt
1654	!-----------------------------------------------------------------------
1655	! AVERAGE
1656	b1pM_MQXB := 0.000; b1gM_MQXB := 0.000; b1tM_MQXB := 0.000;
1657	b2pM_MQXB := 0.000; b2gM_MQXB := 0.000; b2tM_MQXB := 0.000;
1658	b3pM_MQXB := 0.210; b3gM_MQXB := -0.116; b3tM_MQXB := 0.000;
1659	b4pM_MQXB := -0.064; b4gM_MQXB := 0.096; b4tM_MQXB := 0.000;
1660	b5pM_MQXB := -0.022; b5gM_MQXB := -0.032; b5tM_MQXB := 0.000;
1661	b6pM_MQXB := -1.710; b6gM_MQXB := 0.093; b6tM_MQXB := 0.000;
1662	b7pM_MQXB := 0.027; b7gM_MQXB := -0.017; b7tM_MQXB := 0.000;
1663	b8pM_MQXB := -0.014; b8gM_MQXB := -0.002; b8tM_MQXB := 0.000;
1664	b9pM_MQXB := -0.008; b9gM_MQXB := 0.004; b9tM_MQXB := 0.000;
1665	b10pM_MQXB := 0.041; b10gM_MQXB:= 0.027; b10tM_MQXB:= 0.000;
1666	b11pM_MQXB := 0.000; b11gM_MQXB:= 0.000; b11tM_MQXB:= 0.000;
1667	! UNCERTAINTY
1668	b1pU_MQXB := 0.000; b1gU_MQXB := 0.000; b1tU_MQXB := 0.000;
1669	b2pU_MQXB := 0.000; b2gU_MQXB := 0.000; b2tU_MQXB := 0.000;
1670	b3pU_MQXB := 0.000; b3gU_MQXB := 0.000; b3tU_MQXB := 0.000;
1671	b4pU_MQXB := 0.000; b4gU_MQXB := 0.000; b4tU_MQXB := 0.000;
1672	b5pU_MQXB := 0.000; b5gU_MQXB := 0.000; b5tU_MQXB := 0.000;
1673	b6pU_MQXB := 0.000; b6gU_MQXB := 0.000; b6tU_MQXB := 0.000;
1674	b7pU_MQXB := 0.000; b7gU_MQXB := 0.000; b7tU_MQXB := 0.000;
1675	b8pU_MQXB := 0.000; b8gU_MQXB := 0.000; b8tU_MQXB := 0.000;
1676	b9pU_MQXB := 0.000; b9gU_MQXB := 0.000; b9tU_MQXB := 0.000;
1677	b10pU_MQXB := 0.000; b10gU_MQXB:= 0.000; b10tU_MQXB:= 0.000;
1678	b11pU_MQXB := 0.000; b11gU_MQXB:= 0.000; b11tU_MQXB:= 0.000;
1679	! STANDARD DEVIATION
1680	b1pR_MQXB := 0.000; b1gR_MQXB := 0.000; b1tR_MQXB := 0.000;
1681	b2pR_MQXB := 0.000; b2gR_MQXB := 0.000; b2tR_MQXB := 0.000;
1682	b3pR_MQXB := 0.000; b3gR_MQXB := 0.787; b3tR_MQXB := 0.000;
1683	b4pR_MQXB := 0.000; b4gR_MQXB := 0.156; b4tR_MQXB := 0.000;
1684	b5pR_MQXB := 0.000; b5gR_MQXB := 0.217; b5tR_MQXB := 0.000;
1685	b6pR_MQXB := 0.223; b6gR_MQXB := 0.309; b6tR_MQXB := 0.000;
1686	b7pR_MQXB := 0.000; b7gR_MQXB := 0.037; b7tR_MQXB := 0.000;
1687	b8pR_MQXB := 0.010; b8gR_MQXB := 0.010; b8tR_MQXB := 0.000;
1688	b9pR_MQXB := 0.000; b9gR_MQXB := 0.012; b9tR_MQXB := 0.000;
1689	b10pR_MQXB := 0.014; b10gR_MQXB:= 0.009; b10tR_MQXB:= 0.000;
1690	b11pR_MQXB := 0.000; b11gR_MQXB:= 0.000; b11tR_MQXB:= 0.000;
1691	! AVERAGE
1692	a1pM_MQXB := 0.000; a1gM_MQXB := 0.000; a1tM_MQXB := 0.000;
1693	a2pM_MQXB := 0.000; a2gM_MQXB := 0.000; a2tM_MQXB := 0.000;
1694	a3pM_MQXB := 0.090; a3gM_MQXB := 0.283; a3tM_MQXB := 0.000;
1695	a4pM_MQXB := -0.033; a4gM_MQXB := -0.296; a4tM_MQXB := 0.000;
1696	a5pM_MQXB := -0.043; a5gM_MQXB := 0.034; a5tM_MQXB := 0.000;
1697	a6pM_MQXB := 0.074; a6gM_MQXB := -0.131; a6tM_MQXB := 0.000;
1698	a7pM_MQXB := -0.005; a7gM_MQXB := 0.010; a7tM_MQXB := 0.000;
1699	a8pM_MQXB := -0.029; a8gM_MQXB := -0.003; a8tM_MQXB := 0.000;
1700	a9pM_MQXB := 0.002; a9gM_MQXB := 0.010; a9tM_MQXB := 0.000;
1701	a10pM_MQXB := 0.002; a10gM_MQXB:= -0.003; a10tM_MQXB:= 0.000;
1702	a11pM_MQXB := 0.000; a11gM_MQXB:= 0.000; a11tM_MQXB:= 0.000;
1703	! UNCERTAINTY
1704	a1pU_MQXB := 0.000; a1gU_MQXB := 0.000; a1tU_MQXB := 0.000;
1705	a2pU_MQXB := 0.000; a2gU_MQXB := 0.000; a2tU_MQXB := 0.000;
1706	a3pU_MQXB := 0.000; a3gU_MQXB := 0.000; a3tU_MQXB := 0.000;
1707	a4pU_MQXB := 0.000; a4gU_MQXB := 0.000; a4tU_MQXB := 0.000;
1708	a5pU_MQXB := 0.000; a5gU_MQXB := 0.000; a5tU_MQXB := 0.000;
1709	a6pU_MQXB := 0.000; a6gU_MQXB := 0.000; a6tU_MQXB := 0.000;
1710	a7pU_MQXB := 0.000; a7gU_MQXB := 0.000; a7tU_MQXB := 0.000;
1711	a8pU_MQXB := 0.000; a8gU_MQXB := 0.000; a8tU_MQXB := 0.000;
1712	a9pU_MQXB := 0.000; a9gU_MQXB := 0.000; a9tU_MQXB := 0.000;
1713	a10pU_MQXB := 0.000; a10gU_MQXB:= 0.000; a10tU_MQXB:= 0.000;
1714	a11pU_MQXB := 0.000; a11gU_MQXB:= 0.000; a11tU_MQXB:= 0.000;
1715	! STANDARD DEVIATION
1716	a1pR_MQXB := 0.000; a1gR_MQXB := 0.000; a1tR_MQXB := 0.000;
1717	a2pR_MQXB := 0.000; a2gR_MQXB := 0.000; a2tR_MQXB := 0.000;
1718	a3pR_MQXB := 0.349; a3gR_MQXB := 0.635; a3tR_MQXB := 0.000;
1719	a4pR_MQXB := 0.147; a4gR_MQXB := 0.388; a4tR_MQXB := 0.000;
1720	a5pR_MQXB := 0.000; a5gR_MQXB := 0.142; a5tR_MQXB := 0.000;
1721	a6pR_MQXB := 0.000; a6gR_MQXB := 0.264; a6tR_MQXB := 0.000;
1722	a7pR_MQXB := 0.000; a7gR_MQXB := 0.041; a7tR_MQXB := 0.000;
1723	a8pR_MQXB := 0.000; a8gR_MQXB := 0.028; a8tR_MQXB := 0.000;
1724	a9pR_MQXB := 0.013; a9gR_MQXB := 0.008; a9tR_MQXB := 0.000;
1725	a10pR_MQXB := 0.000; a10gR_MQXB:= 0.018; a10tR_MQXB:= 0.000;
1726	a11pR_MQXB := 0.000; a11gR_MQXB:= 0.000; a11tR_MQXB:= 0.000;
1727
1728	! -----------------------------------------------------------------------
1729	! ********************* Magnet type : MQY ***************************
1730	! ************* Measured errors from LHCPR 735
1731	! -----------------------------------------------------------------------
1732	! AVERAGE
1733	b1pM_MQY := 0.000; b1gM_MQY := 0.000; b1tM_MQY := 0.000;
1734	b2pM_MQY := 0.000; b2gM_MQY := 0.000; b2tM_MQY := 0.000;
1735	b3pM_MQY := 0.000; b3gM_MQY := -0.020; b3tM_MQY := 0.000;
1736	b4pM_MQY := 0.000; b4gM_MQY := 0.030; b4tM_MQY := 0.000;
1737	b5pM_MQY := 0.000; b5gM_MQY := 0.010; b5tM_MQY := 0.000;
1738	b6pM_MQY := -1.600; b6gM_MQY := 1.220; b6tM_MQY := 0.000;
1739	b7pM_MQY := 0.000; b7gM_MQY := -0.010; b7tM_MQY := 0.000;
1740	b8pM_MQY := 0.000; b8gM_MQY := 0.030; b8tM_MQY := 0.000;
1741	b9pM_MQY := 0.000; b9gM_MQY := 0.010; b9tM_MQY := 0.000;
1742	b10pM_MQY := 0.000; b10gM_MQY:= -0.370; b10tM_MQY:= 0.000;
1743	b11pM_MQY := 0.000; b11gM_MQY:= 0.000; b11tM_MQY:= 0.000;
1744	! UNCERTAINTY
1745	b1pU_MQY := 0.000; b1gU_MQY := 0.000; b1tU_MQY := 0.000;
1746	b2pU_MQY := 0.000; b2gU_MQY := 0.000; b2tU_MQY := 0.000;
1747	b3pU_MQY := 0.000; b3gU_MQY := 0.000; b3tU_MQY := 0.000;
1748	b4pU_MQY := 0.000; b4gU_MQY := 0.000; b4tU_MQY := 0.000;
1749	b5pU_MQY := 0.000; b5gU_MQY := 0.000; b5tU_MQY := 0.000;
1750	b6pU_MQY := 0.000; b6gU_MQY := 0.000; b6tU_MQY := 0.000;
1751	b7pU_MQY := 0.000; b7gU_MQY := 0.000; b7tU_MQY := 0.000;
1752	b8pU_MQY := 0.000; b8gU_MQY := 0.000; b8tU_MQY := 0.000;
1753	b9pU_MQY := 0.000; b9gU_MQY := 0.000; b9tU_MQY := 0.000;
1754	b10pU_MQY := 0.000; b10gU_MQY:= 0.000; b10tU_MQY:= 0.000;
1755	b11pU_MQY := 0.000; b11gU_MQY:= 0.000; b11tU_MQY:= 0.000;
1756	! STANDARD DEVIATION
1757	b1pR_MQY := 0.000; b1gR_MQY := 0.000; b1tR_MQY := 0.000;
1758	b2pR_MQY := 0.000; b2gR_MQY := 0.000; b2tR_MQY := 0.000;
1759	b3pR_MQY := 0.000; b3gR_MQY := 1.130; b3tR_MQY := 0.000;
1760	b4pR_MQY := 0.000; b4gR_MQY := 0.160; b4tR_MQY := 0.000;
1761	b5pR_MQY := 0.000; b5gR_MQY := 0.170; b5tR_MQY := 0.000;
1762	b6pR_MQY := 0.000; b6gR_MQY := 0.220; b6tR_MQY := 0.000;
1763	b7pR_MQY := 0.000; b7gR_MQY := 0.020; b7tR_MQY := 0.000;
1764	b8pR_MQY := 0.000; b8gR_MQY := 0.050; b8tR_MQY := 0.000;
1765	b9pR_MQY := 0.000; b9gR_MQY := 0.010; b9tR_MQY := 0.000;
1766	b10pR_MQY := 0.000; b10gR_MQY:= 0.010; b10tR_MQY:= 0.000;
1767	b11pR_MQY := 0.000; b11gR_MQY:= 0.000; b11tR_MQY:= 0.000;
1768	! AVERAGE
1769	a1pM_MQY := 0.000; a1gM_MQY := 0.000; a1tM_MQY := 0.000;
1770	a2pM_MQY := 0.000; a2gM_MQY := 0.000; a2tM_MQY := 0.000;
1771	a3pM_MQY := 0.000; a3gM_MQY := -0.100; a3tM_MQY := 0.000;
1772	a4pM_MQY := 0.000; a4gM_MQY := 0.000; a4tM_MQY := 0.000;
1773	a5pM_MQY := 0.000; a5gM_MQY := -0.100; a5tM_MQY := 0.000;
1774	a6pM_MQY := 0.000; a6gM_MQY := -0.160; a6tM_MQY := 0.000;
1775	a7pM_MQY := 0.000; a7gM_MQY := 0.000; a7tM_MQY := 0.000;
1776	a8pM_MQY := 0.000; a8gM_MQY := -0.010; a8tM_MQY := 0.000;
1777	a9pM_MQY := 0.000; a9gM_MQY := 0.000; a9tM_MQY := 0.000;
1778	a10pM_MQY := 0.000; a10gM_MQY:= 0.010; a10tM_MQY:= 0.000;
1779	a11pM_MQY := 0.000; a11gM_MQY:= 0.000; a11tM_MQY:= 0.000;
1780	! UNCERTAINTY
1781	a1pU_MQY := 0.000; a1gU_MQY := 0.000; a1tU_MQY := 0.000;
1782	a2pU_MQY := 0.000; a2gU_MQY := 0.000; a2tU_MQY := 0.000;
1783	a3pU_MQY := 0.000; a3gU_MQY := 0.000; a3tU_MQY := 0.000;
1784	a4pU_MQY := 0.000; a4gU_MQY := 0.000; a4tU_MQY := 0.000;
1785	a5pU_MQY := 0.000; a5gU_MQY := 0.000; a5tU_MQY := 0.000;
1786	a6pU_MQY := 0.000; a6gU_MQY := 0.000; a6tU_MQY := 0.000;
1787	a7pU_MQY := 0.000; a7gU_MQY := 0.000; a7tU_MQY := 0.000;
1788	a8pU_MQY := 0.000; a8gU_MQY := 0.000; a8tU_MQY := 0.000;
1789	a9pU_MQY := 0.000; a9gU_MQY := 0.000; a9tU_MQY := 0.000;
1790	a10pU_MQY := 0.000; a10gU_MQY:= 0.000; a10tU_MQY:= 0.000;
1791	a11pU_MQY := 0.000; a11gU_MQY:= 0.000; a11tU_MQY:= 0.000;
1792	! STANDARD DEVIATION
1793	a1pR_MQY := 0.000; a1gR_MQY := 0.000; a1tR_MQY := 0.000;
1794	a2pR_MQY := 0.000; a2gR_MQY := 0.000; a2tR_MQY := 0.000;
1795	a3pR_MQY := 0.000; a3gR_MQY := 0.600; a3tR_MQY := 0.000;
1796	a4pR_MQY := 0.000; a4gR_MQY := 0.310; a4tR_MQY := 0.000;
1797	a5pR_MQY := 0.000; a5gR_MQY := 0.180; a5tR_MQY := 0.000;
1798	a6pR_MQY := 0.000; a6gR_MQY := 0.070; a6tR_MQY := 0.000;
1799	a7pR_MQY := 0.000; a7gR_MQY := 0.020; a7tR_MQY := 0.000;
1800	a8pR_MQY := 0.000; a8gR_MQY := 0.040; a8tR_MQY := 0.000;
1801	a9pR_MQY := 0.000; a9gR_MQY := 0.010; a9tR_MQY := 0.000;
1802	a10pR_MQY := 0.000; a10gR_MQY:= 0.010; a10tR_MQY:= 0.000;
1803	a11pR_MQY := 0.000; a11gR_MQY:= 0.000; a11tR_MQY:= 0.000;
1804
1805
1806
1807	! -----------------------------------------------------------------------
1808	! ********************* Magnet type : MQM ***************************
1809	! ***** Generated : 23-2-04 by Alessandra Lombardi
1810	! ***** Version : ???????
1811	! ***** Initial estimate taken from MQ errors
1812	! ************* Hysteresis coefficients added on 01/11/04 mg
1813	! -----------------------------------------------------------------------
1814	! AVERAGE
1815	b1pM_MQM := 0.0000; b1gM_MQM := 0.0000; b1tM_MQM := 0.0000;
1816	b2pM_MQM := 0.0000; b2gM_MQM := 0.0000; b2tM_MQM := 0.0000;
1817	b3pM_MQM := 0.0000; b3gM_MQM := -0.1900; b3tM_MQM := 0.0000;
1818	b4pM_MQM := 0.0000; b4gM_MQM := 0.2400; b4tM_MQM := 0.0000;
1819	b5pM_MQM := 0.0000; b5gM_MQM := 0.0200; b5tM_MQM := 0.0000;
1820	b6pM_MQM := -7.4000; b6gM_MQM := 5.3100; b6tM_MQM := 0.0000;
1821	b7pM_MQM := 0.0000; b7gM_MQM := 0.0100; b7tM_MQM := 0.0000;
1822	b8pM_MQM := 0.0000; b8gM_MQM := 0.0100; b8tM_MQM := 0.0000;
1823	b9pM_MQM := 0.0000; b9gM_MQM := -0.0100; b9tM_MQM := 0.0000;
1824	b10pM_MQM := 0.0000; b10gM_MQM:= 0.3000; b10tM_MQM:= 0.0000;
1825	b11pM_MQM := 0.0000; b11gM_MQM:= 0.0000; b11tM_MQM:= 0.0000;
1826	! UNCERTAINTY
1827	b1pU_MQM := 0.0000; b1gU_MQM := 0.0000; b1tU_MQM := 0.0000;
1828	b2pU_MQM := 0.0000; b2gU_MQM := 0.0000; b2tU_MQM := 0.0000;
1829	b3pU_MQM := 0.0000; b3gU_MQM := 0.0000; b3tU_MQM := 0.0000;
1830	b4pU_MQM := 0.0000; b4gU_MQM := 0.0000; b4tU_MQM := 0.0000;
1831	b5pU_MQM := 0.0000; b5gU_MQM := 0.0000; b5tU_MQM := 0.0000;
1832	b6pU_MQM := 0.0000; b6gU_MQM := 0.0000; b6tU_MQM := 0.0000;
1833	b7pU_MQM := 0.0000; b7gU_MQM := 0.0000; b7tU_MQM := 0.0000;
1834	b8pU_MQM := 0.0000; b8gU_MQM := 0.0000; b8tU_MQM := 0.0000;
1835	b9pU_MQM := 0.0000; b9gU_MQM := 0.0000; b9tU_MQM := 0.0000;
1836	b10pU_MQM := 0.0000; b10gU_MQM:= 0.0000; b10tU_MQM:= 0.0000;
1837	b11pU_MQM := 0.0000; b11gU_MQM:= 0.0000; b11tU_MQM:= 0.0000;
1838	! STANDARD DEVIATION
1839	b1pR_MQM := 0.0000; b1gR_MQM := 0.0000; b1tR_MQM := 0.0000;
1840	b2pR_MQM := 0.0000; b2gR_MQM := 0.0000; b2tR_MQM := 0.0000;
1841	b3pR_MQM := 0.0000; b3gR_MQM := 1.0900; b3tR_MQM := 0.0000;
1842	b4pR_MQM := 0.0000; b4gR_MQM := 0.5700; b4tR_MQM := 0.0000;
1843	b5pR_MQM := 0.0000; b5gR_MQM := 0.4500; b5tR_MQM := 0.0000;
1844	b6pR_MQM := 0.0000; b6gR_MQM := 0.8400; b6tR_MQM := 0.0000;
1845	b7pR_MQM := 0.0000; b7gR_MQM := 0.1200; b7tR_MQM := 0.0000;
1846	b8pR_MQM := 0.0000; b8gR_MQM := 0.0700; b8tR_MQM := 0.0000;
1847	b9pR_MQM := 0.0000; b9gR_MQM := 0.0500; b9tR_MQM := 0.0000;
1848	b10pR_MQM := 0.0000; b10gR_MQM:= 0.0900; b10tR_MQM:= 0.0000;
1849	b11pR_MQM := 0.0000; b11gR_MQM:= 0.0000; b11tR_MQM:= 0.0000;
1850	! AVERAGE
1851	a1pM_MQM := 0.0000; a1gM_MQM := 0.0000; a1tM_MQM := 0.0000;
1852	a2pM_MQM := 0.0000; a2gM_MQM := 0.0000; a2tM_MQM := 0.0000;
1853	a3pM_MQM := 0.0000; a3gM_MQM := -0.1000; a3tM_MQM := 0.0000;
1854	a4pM_MQM := 0.0000; a4gM_MQM := -0.3800; a4tM_MQM := 0.0000;
1855	a5pM_MQM := 0.0000; a5gM_MQM := 0.2500; a5tM_MQM := 0.0000;
1856	a6pM_MQM := 0.0000; a6gM_MQM := -0.0900; a6tM_MQM := 0.0000;
1857	a7pM_MQM := 0.0000; a7gM_MQM := 0.0000; a7tM_MQM := 0.0000;
1858	a8pM_MQM := 0.0000; a8gM_MQM := -0.0500; a8tM_MQM := 0.0000;
1859	a9pM_MQM := 0.0000; a9gM_MQM := 0.0000; a9tM_MQM := 0.0000;
1860	a10pM_MQM := 0.0000; a10gM_MQM:= 0.0200; a10tM_MQM:= 0.0000;
1861	a11pM_MQM := 0.0000; a11gM_MQM:= 0.0000; a11tM_MQM:= 0.0000;
1862	! UNCERTAINTY
1863	a1pU_MQM := 0.0000; a1gU_MQM := 0.0000; a1tU_MQM := 0.0000;
1864	a2pU_MQM := 0.0000; a2gU_MQM := 0.0000; a2tU_MQM := 0.0000;
1865	a3pU_MQM := 0.0000; a3gU_MQM := 0.0000; a3tU_MQM := 0.0000;
1866	a4pU_MQM := 0.0000; a4gU_MQM := 0.0000; a4tU_MQM := 0.0000;
1867	a5pU_MQM := 0.0000; a5gU_MQM := 0.0000; a5tU_MQM := 0.0000;
1868	a6pU_MQM := 0.0000; a6gU_MQM := 0.0000; a6tU_MQM := 0.0000;
1869	a7pU_MQM := 0.0000; a7gU_MQM := 0.0000; a7tU_MQM := 0.0000;
1870	a8pU_MQM := 0.0000; a8gU_MQM := 0.0000; a8tU_MQM := 0.0000;
1871	a9pU_MQM := 0.0000; a9gU_MQM := 0.0000; a9tU_MQM := 0.0000;
1872	a10pU_MQM := 0.0000; a10gU_MQM:= 0.0000; a10tU_MQM:= 0.0000;
1873	a11pU_MQM := 0.0000; a11gU_MQM:= 0.0000; a11tU_MQM:= 0.0000;
1874	! STANDARD DEVIATION
1875	a1pR_MQM := 0.0000; a1gR_MQM := 0.0000; a1tR_MQM := 0.0000;
1876	a2pR_MQM := 0.0000; a2gR_MQM := 0.0000; a2tR_MQM := 0.0000;
1877	a3pR_MQM := 0.0000; a3gR_MQM := 1.5600; a3tR_MQM := 0.0000;
1878	a4pR_MQM := 0.0000; a4gR_MQM := 0.9800; a4tR_MQM := 0.0000;
1879	a5pR_MQM := 0.0000; a5gR_MQM := 0.4000; a5tR_MQM := 0.0000;
1880	a6pR_MQM := 0.0000; a6gR_MQM := 0.2100; a6tR_MQM := 0.0000;
1881	a7pR_MQM := 0.0000; a7gR_MQM := 0.1300; a7tR_MQM := 0.0000;
1882	a8pR_MQM := 0.0000; a8gR_MQM := 0.1100; a8tR_MQM := 0.0000;
1883	a9pR_MQM := 0.0000; a9gR_MQM := 0.0500; a9tR_MQM := 0.0000;
1884	a10pR_MQM := 0.0000; a10gR_MQM:= 0.0200; a10tR_MQM:= 0.0000;
1885	a11pR_MQM := 0.0000; a11gR_MQM:= 0.0000; a11tR_MQM:= 0.0000;
1886
1887
1888	! -----------------------------------------------------------------------
1889	! ********************* Magnet type: MQWA left channel ************
1890	! Inj=40 A Coll = 710 A
1891	!Generated: 9/6/2005 M. Giovannozzi
1892	!Version: data by S. Ramberger on the whole production
1893	! -----------------------------------------------------------------------
1894	!
1895	! AVERAGE
1896	b1pM_MQWA_l := -179.017; b1gM_MQWA_l := 4.621; b1tM_MQWA_l := 0.000;
1897	b2pM_MQWA_l := -2.526; b2gM_MQWA_l := 0.623; b2tM_MQWA_l := 0.000;
1898	b3pM_MQWA_l := -41.669; b3gM_MQWA_l := 39.730; b3tM_MQWA_l := 0.000;
1899	b4pM_MQWA_l := -3.999; b4gM_MQWA_l := 4.224; b4tM_MQWA_l := 0.000;
1900	b5pM_MQWA_l := -3.124; b5gM_MQWA_l := 5.766; b5tM_MQWA_l := 0.000;
1901	b6pM_MQWA_l := -0.326; b6gM_MQWA_l := -1.104; b6tM_MQWA_l := 0.000;
1902	b7pM_MQWA_l := 1.269; b7gM_MQWA_l := -1.843; b7tM_MQWA_l := 0.000;
1903	b8pM_MQWA_l := 0.055; b8gM_MQWA_l := 0.035; b8tM_MQWA_l := 0.000;
1904	b9pM_MQWA_l := 0.000; b9gM_MQWA_l := 0.000; b9tM_MQWA_l := 0.000;
1905	b10pM_MQWA_l := 0.041; b10gM_MQWA_l := 0.967; b10tM_MQWA_l := 0.000;
1906	b11pM_MQWA_l := -0.058; b11gM_MQWA_l := 0.020; b11tM_MQWA_l := 0.000;
1907	! UNCERTAINTY
1908	b1pU_MQWA_l := 0.000; b1gU_MQWA_l := 0.000; b1tU_MQWA_l := 0.000;
1909	b2pU_MQWA_l := 0.000; b2gU_MQWA_l := 0.000; b2tU_MQWA_l := 0.000;
1910	b3pU_MQWA_l := 0.000; b3gU_MQWA_l := 0.000; b3tU_MQWA_l := 0.000;
1911	b4pU_MQWA_l := 0.000; b4gU_MQWA_l := 0.000; b4tU_MQWA_l := 0.000;
1912	b5pU_MQWA_l := 0.000; b5gU_MQWA_l := 0.000; b5tU_MQWA_l := 0.000;
1913	b6pU_MQWA_l := 0.000; b6gU_MQWA_l := 0.000; b6tU_MQWA_l := 0.000;
1914	b7pU_MQWA_l := 0.000; b7gU_MQWA_l := 0.000; b7tU_MQWA_l := 0.000;
1915	b8pU_MQWA_l := 0.000; b8gU_MQWA_l := 0.000; b8tU_MQWA_l := 0.000;
1916	b9pU_MQWA_l := 0.000; b9gU_MQWA_l := 0.000; b9tU_MQWA_l := 0.000;
1917	b10pU_MQWA_l := 0.000; b10gU_MQWA_l := 0.000; b10tU_MQWA_l := 0.000;
1918	b11pU_MQWA_l := 0.000; b11gU_MQWA_l := 0.000; b11tU_MQWA_l := 0.000;
1919	! STANDARD DEVIATION
1920	b1pR_MQWA_l := 25.184; b1gR_MQWA_l := 67.953; b1tR_MQWA_l := 0.000;
1921	b2pR_MQWA_l := 22.408; b2gR_MQWA_l := 16.636; b2tR_MQWA_l := 0.000;
1922	b3pR_MQWA_l := 0.000; b3gR_MQWA_l := 5.048; b3tR_MQWA_l := 0.000;
1923	b4pR_MQWA_l := 0.115; b4gR_MQWA_l := 1.832; b4tR_MQWA_l := 0.000;
1924	b5pR_MQWA_l := 0.000; b5gR_MQWA_l := 0.550; b5tR_MQWA_l := 0.000;
1925	b6pR_MQWA_l := 0.000; b6gR_MQWA_l := 0.412; b6tR_MQWA_l := 0.000;
1926	b7pR_MQWA_l := 0.000; b7gR_MQWA_l := 0.202; b7tR_MQWA_l := 0.000;
1927	b8pR_MQWA_l := 0.012; b8gR_MQWA_l := 0.080; b8tR_MQWA_l := 0.000;
1928	b9pR_MQWA_l := 0.001; b9gR_MQWA_l := 0.000; b9tR_MQWA_l := 0.000;
1929	b10pR_MQWA_l := 0.047; b10gR_MQWA_l := 0.030; b10tR_MQWA_l := 0.000;
1930	b11pR_MQWA_l := 0.027; b11gR_MQWA_l := 0.025; b11tR_MQWA_l := 0.000;
1931	! AVERAGE
1932	a1pM_MQWA_l := 6.654; a1gM_MQWA_l := 4.082; a1tM_MQWA_l := 0.000;
1933	a2pM_MQWA_l := 0.000; a2gM_MQWA_l := 0.000; a2tM_MQWA_l := 0.000;
1934	a3pM_MQWA_l := 0.519; a3gM_MQWA_l := -0.675; a3tM_MQWA_l := 0.000;
1935	a4pM_MQWA_l := -0.112; a4gM_MQWA_l := 0.056; a4tM_MQWA_l := 0.000;
1936	a5pM_MQWA_l := -0.016; a5gM_MQWA_l := 0.048; a5tM_MQWA_l := 0.000;
1937	a6pM_MQWA_l := 0.009; a6gM_MQWA_l := -0.046; a6tM_MQWA_l := 0.000;
1938	a7pM_MQWA_l := 0.030; a7gM_MQWA_l := -0.036; a7tM_MQWA_l := 0.000;
1939	a8pM_MQWA_l := -0.035; a8gM_MQWA_l := 0.014; a8tM_MQWA_l := 0.000;
1940	a9pM_MQWA_l := 0.000; a9gM_MQWA_l := 0.000; a9tM_MQWA_l := 0.000;
1941	a10pM_MQWA_l := -0.010; a10gM_MQWA_l := 0.027; a10tM_MQWA_l := 0.000;
1942	a11pM_MQWA_l := -0.013; a11gM_MQWA_l := -0.008; a11tM_MQWA_l := 0.000;
1943	! UNCERTAINTY
1944	a1pU_MQWA_l := 0.000; a1gU_MQWA_l := 0.000; a1tU_MQWA_l := 0.000;
1945	a2pU_MQWA_l := 0.000; a2gU_MQWA_l := 0.000; a2tU_MQWA_l := 0.000;
1946	a3pU_MQWA_l := 0.000; a3gU_MQWA_l := 0.000; a3tU_MQWA_l := 0.000;
1947	a4pU_MQWA_l := 0.000; a4gU_MQWA_l := 0.000; a4tU_MQWA_l := 0.000;
1948	a5pU_MQWA_l := 0.000; a5gU_MQWA_l := 0.000; a5tU_MQWA_l := 0.000;
1949	a6pU_MQWA_l := 0.000; a6gU_MQWA_l := 0.000; a6tU_MQWA_l := 0.000;
1950	a7pU_MQWA_l := 0.000; a7gU_MQWA_l := 0.000; a7tU_MQWA_l := 0.000;
1951	a8pU_MQWA_l := 0.000; a8gU_MQWA_l := 0.000; a8tU_MQWA_l := 0.000;
1952	a9pU_MQWA_l := 0.000; a9gU_MQWA_l := 0.000; a9tU_MQWA_l := 0.000;
1953	a10pU_MQWA_l := 0.000; a10gU_MQWA_l := 0.000; a10tU_MQWA_l := 0.000;
1954	a11pU_MQWA_l := 0.000; a11gU_MQWA_l := 0.000; a11tU_MQWA_l := 0.000;
1955	! STANDARD DEVIATION
1956	a1pR_MQWA_l := 31.536; a1gR_MQWA_l := 59.720; a1tR_MQWA_l := 0.000;
1957	a2pR_MQWA_l := 0.000; a2gR_MQWA_l := 0.000; a2tR_MQWA_l := 0.000;
1958	a3pR_MQWA_l := 1.896; a3gR_MQWA_l := 4.448; a3tR_MQWA_l := 0.000;
1959	a4pR_MQWA_l := 0.000; a4gR_MQWA_l := 1.449; a4tR_MQWA_l := 0.000;
1960	a5pR_MQWA_l := 0.239; a5gR_MQWA_l := 0.796; a5tR_MQWA_l := 0.000;
1961	a6pR_MQWA_l := 0.000; a6gR_MQWA_l := 0.207; a6tR_MQWA_l := 0.000;
1962	a7pR_MQWA_l := 0.051; a7gR_MQWA_l := 0.061; a7tR_MQWA_l := 0.000;
1963	a8pR_MQWA_l := 0.000; a8gR_MQWA_l := 0.182; a8tR_MQWA_l := 0.000;
1964	a9pR_MQWA_l := 0.001; a9gR_MQWA_l := 0.000; a9tR_MQWA_l := 0.000;
1965	a10pR_MQWA_l := 0.026; a10gR_MQWA_l := 0.059; a10tR_MQWA_l := 0.000;
1966	a11pR_MQWA_l := 0.007; a11gR_MQWA_l := 0.014; a11tR_MQWA_l := 0.000;
1967
1968	! -----------------------------------------------------------------------
1969	! ********************* Magnet type: MQWA right channel ************
1970	! Inj=40 A Coll = 710 A
1971	!Generated: 04/06/2004 M. Giovannozzi
1972	!Version: data by S. Ramberger on the whole production
1973	! -----------------------------------------------------------------------
1974	!
1975	! AVERAGE
1976	b1pM_MQWA_r := 162.034; b1gM_MQWA_r := -5.916; b1tM_MQWA_r := 0.000;
1977	b2pM_MQWA_r := -1.735; b2gM_MQWA_r := 0.608; b2tM_MQWA_r := 0.000;
1978	b3pM_MQWA_r := 46.291; b3gM_MQWA_r := -38.886; b3tM_MQWA_r := 0.000;
1979	b4pM_MQWA_r := -4.015; b4gM_MQWA_r := 4.666; b4tM_MQWA_r := 0.000;
1980	b5pM_MQWA_r := 3.461; b5gM_MQWA_r := -5.646; b5tM_MQWA_r := 0.000;
1981	b6pM_MQWA_r := -0.350; b6gM_MQWA_r := -1.122; b6tM_MQWA_r := 0.000;
1982	b7pM_MQWA_r := -1.368; b7gM_MQWA_r := 1.824; b7tM_MQWA_r := 0.000;
1983	b8pM_MQWA_r := 0.064; b8gM_MQWA_r := 0.023; b8tM_MQWA_r := 0.000;
1984	b9pM_MQWA_r := 0.001; b9gM_MQWA_r := 0.000; b9tM_MQWA_r := 0.000;
1985	b10pM_MQWA_r := 0.054; b10gM_MQWA_r := 0.968; b10tM_MQWA_r := 0.000;
1986	b11pM_MQWA_r := 0.116; b11gM_MQWA_r := -0.012; b11tM_MQWA_r := 0.000;
1987	! UNCERTAINTY
1988	b1pU_MQWA_r := 0.000; b1gU_MQWA_r := 0.000; b1tU_MQWA_r := 0.000;
1989	b2pU_MQWA_r := 0.000; b2gU_MQWA_r := 0.000; b2tU_MQWA_r := 0.000;
1990	b3pU_MQWA_r := 0.000; b3gU_MQWA_r := 0.000; b3tU_MQWA_r := 0.000;
1991	b4pU_MQWA_r := 0.000; b4gU_MQWA_r := 0.000; b4tU_MQWA_r := 0.000;
1992	b5pU_MQWA_r := 0.000; b5gU_MQWA_r := 0.000; b5tU_MQWA_r := 0.000;
1993	b6pU_MQWA_r := 0.000; b6gU_MQWA_r := 0.000; b6tU_MQWA_r := 0.000;
1994	b7pU_MQWA_r := 0.000; b7gU_MQWA_r := 0.000; b7tU_MQWA_r := 0.000;
1995	b8pU_MQWA_r := 0.000; b8gU_MQWA_r := 0.000; b8tU_MQWA_r := 0.000;
1996	b9pU_MQWA_r := 0.000; b9gU_MQWA_r := 0.000; b9tU_MQWA_r := 0.000;
1997	b10pU_MQWA_r := 0.000; b10gU_MQWA_r := 0.000; b10tU_MQWA_r := 0.000;
1998	b11pU_MQWA_r := 0.000; b11gU_MQWA_r := 0.000; b11tU_MQWA_r := 0.000;
1999	! STANDARD DEVIATION
2000	b1pR_MQWA_r := 0.000; b1gR_MQWA_r := 67.493; b1tR_MQWA_r := 0.000;
2001	b2pR_MQWA_r := 4.714; b2gR_MQWA_r := 19.060; b2tR_MQWA_r := 0.000;
2002	b3pR_MQWA_r := 0.000; b3gR_MQWA_r := 5.208; b3tR_MQWA_r := 0.000;
2003	b4pR_MQWA_r := 0.000; b4gR_MQWA_r := 1.936; b4tR_MQWA_r := 0.000;
2004	b5pR_MQWA_r := 0.000; b5gR_MQWA_r := 0.562; b5tR_MQWA_r := 0.000;
2005	b6pR_MQWA_r := 0.000; b6gR_MQWA_r := 0.438; b6tR_MQWA_r := 0.000;
2006	b7pR_MQWA_r := 0.000; b7gR_MQWA_r := 0.179; b7tR_MQWA_r := 0.000;
2007	b8pR_MQWA_r := 0.025; b8gR_MQWA_r := 0.068; b8tR_MQWA_r := 0.000;
2008	b9pR_MQWA_r := 0.004; b9gR_MQWA_r := 0.000; b9tR_MQWA_r := 0.000;
2009	b10pR_MQWA_r := 0.052; b10gR_MQWA_r := 0.033; b10tR_MQWA_r := 0.000;
2010	b11pR_MQWA_r := 0.029; b11gR_MQWA_r := 0.025; b11tR_MQWA_r := 0.000;
2011	! AVERAGE
2012	a1pM_MQWA_r := 18.583; a1gM_MQWA_r := 1.970; a1tM_MQWA_r := 0.000;
2013	a2pM_MQWA_r := 0.000; a2gM_MQWA_r := 0.000; a2tM_MQWA_r := 0.000;
2014	a3pM_MQWA_r := 0.144; a3gM_MQWA_r := 0.636; a3tM_MQWA_r := 0.000;
2015	a4pM_MQWA_r := -0.127; a4gM_MQWA_r := 0.105; a4tM_MQWA_r := 0.000;
2016	a5pM_MQWA_r := -0.093; a5gM_MQWA_r := -0.043; a5tM_MQWA_r := 0.000;
2017	a6pM_MQWA_r := -0.001; a6gM_MQWA_r := -0.063; a6tM_MQWA_r := 0.000;
2018	a7pM_MQWA_r := -0.072; a7gM_MQWA_r := 0.061; a7tM_MQWA_r := 0.000;
2019	a8pM_MQWA_r := -0.032; a8gM_MQWA_r := -0.018; a8tM_MQWA_r := 0.000;
2020	a9pM_MQWA_r := 0.003; a9gM_MQWA_r := 0.000; a9tM_MQWA_r := 0.000;
2021	a10pM_MQWA_r := -0.012; a10gM_MQWA_r := 0.040; a10tM_MQWA_r := 0.000;
2022	a11pM_MQWA_r := 0.004; a11gM_MQWA_r := -0.014; a11tM_MQWA_r := 0.000;
2023	! UNCERTAINTY
2024	a1pU_MQWA_r := 0.000; a1gU_MQWA_r := 0.000; a1tU_MQWA_r := 0.000;
2025	a2pU_MQWA_r := 0.000; a2gU_MQWA_r := 0.000; a2tU_MQWA_r := 0.000;
2026	a3pU_MQWA_r := 0.000; a3gU_MQWA_r := 0.000; a3tU_MQWA_r := 0.000;
2027	a4pU_MQWA_r := 0.000; a4gU_MQWA_r := 0.000; a4tU_MQWA_r := 0.000;
2028	a5pU_MQWA_r := 0.000; a5gU_MQWA_r := 0.000; a5tU_MQWA_r := 0.000;
2029	a6pU_MQWA_r := 0.000; a6gU_MQWA_r := 0.000; a6tU_MQWA_r := 0.000;
2030	a7pU_MQWA_r := 0.000; a7gU_MQWA_r := 0.000; a7tU_MQWA_r := 0.000;
2031	a8pU_MQWA_r := 0.000; a8gU_MQWA_r := 0.000; a8tU_MQWA_r := 0.000;
2032	a9pU_MQWA_r := 0.000; a9gU_MQWA_r := 0.000; a9tU_MQWA_r := 0.000;
2033	a10pU_MQWA_r := 0.000; a10gU_MQWA_r := 0.000; a10tU_MQWA_r := 0.000;
2034	a11pU_MQWA_r := 0.000; a11gU_MQWA_r := 0.000; a11tU_MQWA_r := 0.000;
2035	! STANDARD DEVIATION
2036	a1pR_MQWA_r := 36.770; a1gR_MQWA_r := 58.884; a1tR_MQWA_r := 0.000;
2037	a2pR_MQWA_r := 0.000; a2gR_MQWA_r := 0.000; a2tR_MQWA_r := 0.000;
2038	a3pR_MQWA_r := 2.636; a3gR_MQWA_r := 4.799; a3tR_MQWA_r := 0.000;
2039	a4pR_MQWA_r := 0.000; a4gR_MQWA_r := 1.333; a4tR_MQWA_r := 0.000;
2040	a5pR_MQWA_r := 0.354; a5gR_MQWA_r := 0.827; a5tR_MQWA_r := 0.000;
2041	a6pR_MQWA_r := 0.000; a6gR_MQWA_r := 0.179; a6tR_MQWA_r := 0.000;
2042	a7pR_MQWA_r := 0.056; a7gR_MQWA_r := 0.075; a7tR_MQWA_r := 0.000;
2043	a8pR_MQWA_r := 0.017; a8gR_MQWA_r := 0.167; a8tR_MQWA_r := 0.000;
2044	a9pR_MQWA_r := 0.005; a9gR_MQWA_r := 0.000; a9tR_MQWA_r := 0.000;
2045	a10pR_MQWA_r := 0.021; a10gR_MQWA_r := 0.053; a10tR_MQWA_r := 0.000;
2046	a11pR_MQWA_r := 0.009; a11gR_MQWA_r := 0.017; a11tR_MQWA_r := 0.000;
2047
2048	! -----------------------------------------------------------------------
2049	! ********************* Magnet type: MQWB left channel ************
2050	! Inj=40 A Coll = 600 A
2051	!Generated: 04/06/2004 M. Giovannozzi
2052	!Version: data by S. Ramberger on the whole production
2053	! -----------------------------------------------------------------------
2054	!
2055	! AVERAGE
2056	b1pM_MQWB_l := 43.458; b1gM_MQWB_l := -183.193; b1tM_MQWB_l := 0.000;
2057	b2pM_MQWB_l := -1.380; b2gM_MQWB_l := 0.556; b2tM_MQWB_l := 0.000;
2058	b3pM_MQWB_l := 13.089; b3gM_MQWB_l := -9.366; b3tM_MQWB_l := 0.000;
2059	b4pM_MQWB_l := -2.728; b4gM_MQWB_l := 2.910; b4tM_MQWB_l := 0.000;
2060	b5pM_MQWB_l := 0.716; b5gM_MQWB_l := 2.337; b5tM_MQWB_l := 0.000;
2061	b6pM_MQWB_l := -0.348; b6gM_MQWB_l := -1.066; b6tM_MQWB_l := 0.000;
2062	b7pM_MQWB_l := -0.435; b7gM_MQWB_l := -0.305; b7tM_MQWB_l := 0.000;
2063	b8pM_MQWB_l := 0.058; b8gM_MQWB_l := 0.036; b8tM_MQWB_l := 0.000;
2064	b9pM_MQWB_l := 0.000; b9gM_MQWB_l := 0.000; b9tM_MQWB_l := 0.000;
2065	b10pM_MQWB_l := -0.008; b10gM_MQWB_l := 1.020; b10tM_MQWB_l := 0.000;
2066	b11pM_MQWB_l := 0.045; b11gM_MQWB_l := -0.073; b11tM_MQWB_l := 0.000;
2067	! UNCERTAINTY
2068	b1pU_MQWB_l := 0.000; b1gU_MQWB_l := 0.000; b1tU_MQWB_l := 0.000;
2069	b2pU_MQWB_l := 0.000; b2gU_MQWB_l := 0.000; b2tU_MQWB_l := 0.000;
2070	b3pU_MQWB_l := 0.000; b3gU_MQWB_l := 0.000; b3tU_MQWB_l := 0.000;
2071	b4pU_MQWB_l := 0.000; b4gU_MQWB_l := 0.000; b4tU_MQWB_l := 0.000;
2072	b5pU_MQWB_l := 0.000; b5gU_MQWB_l := 0.000; b5tU_MQWB_l := 0.000;
2073	b6pU_MQWB_l := 0.000; b6gU_MQWB_l := 0.000; b6tU_MQWB_l := 0.000;
2074	b7pU_MQWB_l := 0.000; b7gU_MQWB_l := 0.000; b7tU_MQWB_l := 0.000;
2075	b8pU_MQWB_l := 0.000; b8gU_MQWB_l := 0.000; b8tU_MQWB_l := 0.000;
2076	b9pU_MQWB_l := 0.000; b9gU_MQWB_l := 0.000; b9tU_MQWB_l := 0.000;
2077	b10pU_MQWB_l := 0.000; b10gU_MQWB_l := 0.000; b10tU_MQWB_l := 0.000;
2078	b11pU_MQWB_l := 0.000; b11gU_MQWB_l := 0.000; b11tU_MQWB_l := 0.000;
2079	! STANDARD DEVIATION
2080	b1pR_MQWB_l := 21.014; b1gR_MQWB_l := 55.280; b1tR_MQWB_l := 0.000;
2081	b2pR_MQWB_l := 21.721; b2gR_MQWB_l := 15.941; b2tR_MQWB_l := 0.000;
2082	b3pR_MQWB_l := 0.936; b3gR_MQWB_l := 3.265; b3tR_MQWB_l := 0.000;
2083	b4pR_MQWB_l := 0.000; b4gR_MQWB_l := 1.996; b4tR_MQWB_l := 0.000;
2084	b5pR_MQWB_l := 0.000; b5gR_MQWB_l := 0.892; b5tR_MQWB_l := 0.000;
2085	b6pR_MQWB_l := 0.000; b6gR_MQWB_l := 0.772; b6tR_MQWB_l := 0.000;
2086	b7pR_MQWB_l := 0.000; b7gR_MQWB_l := 0.157; b7tR_MQWB_l := 0.000;
2087	b8pR_MQWB_l := 0.000; b8gR_MQWB_l := 0.095; b8tR_MQWB_l := 0.000;
2088	b9pR_MQWB_l := 0.000; b9gR_MQWB_l := 0.002; b9tR_MQWB_l := 0.000;
2089	b10pR_MQWB_l := 0.000; b10gR_MQWB_l := 0.178; b10tR_MQWB_l := 0.000;
2090	b11pR_MQWB_l := 0.026; b11gR_MQWB_l := 0.023; b11tR_MQWB_l := 0.000;
2091	! AVERAGE
2092	a1pM_MQWB_l := 11.621; a1gM_MQWB_l := 3.157; a1tM_MQWB_l := 0.000;
2093	a2pM_MQWB_l := 0.000; a2gM_MQWB_l := 0.000; a2tM_MQWB_l := 0.000;
2094	a3pM_MQWB_l := -0.426; a3gM_MQWB_l := 0.260; a3tM_MQWB_l := 0.000;
2095	a4pM_MQWB_l := -0.076; a4gM_MQWB_l := 0.025; a4tM_MQWB_l := 0.000;
2096	a5pM_MQWB_l := -0.038; a5gM_MQWB_l := 0.069; a5tM_MQWB_l := 0.000;
2097	a6pM_MQWB_l := -0.004; a6gM_MQWB_l := -0.031; a6tM_MQWB_l := 0.000;
2098	a7pM_MQWB_l := -0.004; a7gM_MQWB_l := -0.011; a7tM_MQWB_l := 0.000;
2099	a8pM_MQWB_l := -0.025; a8gM_MQWB_l := 0.004; a8tM_MQWB_l := 0.000;
2100	a9pM_MQWB_l := 0.000; a9gM_MQWB_l := 0.000; a9tM_MQWB_l := 0.000;
2101	a10pM_MQWB_l := -0.013; a10gM_MQWB_l := 0.030; a10tM_MQWB_l := 0.000;
2102	a11pM_MQWB_l := -0.006; a11gM_MQWB_l := -0.014; a11tM_MQWB_l := 0.000;
2103	! UNCERTAINTY
2104	a1pU_MQWB_l := 0.000; a1gU_MQWB_l := 0.000; a1tU_MQWB_l := 0.000;
2105	a2pU_MQWB_l := 0.000; a2gU_MQWB_l := 0.000; a2tU_MQWB_l := 0.000;
2106	a3pU_MQWB_l := 0.000; a3gU_MQWB_l := 0.000; a3tU_MQWB_l := 0.000;
2107	a4pU_MQWB_l := 0.000; a4gU_MQWB_l := 0.000; a4tU_MQWB_l := 0.000;
2108	a5pU_MQWB_l := 0.000; a5gU_MQWB_l := 0.000; a5tU_MQWB_l := 0.000;
2109	a6pU_MQWB_l := 0.000; a6gU_MQWB_l := 0.000; a6tU_MQWB_l := 0.000;
2110	a7pU_MQWB_l := 0.000; a7gU_MQWB_l := 0.000; a7tU_MQWB_l := 0.000;
2111	a8pU_MQWB_l := 0.000; a8gU_MQWB_l := 0.000; a8tU_MQWB_l := 0.000;
2112	a9pU_MQWB_l := 0.000; a9gU_MQWB_l := 0.000; a9tU_MQWB_l := 0.000;
2113	a10pU_MQWB_l := 0.000; a10gU_MQWB_l := 0.000; a10tU_MQWB_l := 0.000;
2114	a11pU_MQWB_l := 0.000; a11gU_MQWB_l := 0.000; a11tU_MQWB_l := 0.000;
2115	! STANDARD DEVIATION
2116	a1pR_MQWB_l := 11.298; a1gR_MQWB_l := 63.808; a1tR_MQWB_l := 0.000;
2117	a2pR_MQWB_l := 0.000; a2gR_MQWB_l := 0.000; a2tR_MQWB_l := 0.000;
2118	a3pR_MQWB_l := 0.000; a3gR_MQWB_l := 5.215; a3tR_MQWB_l := 0.000;
2119	a4pR_MQWB_l := 0.114; a4gR_MQWB_l := 1.423; a4tR_MQWB_l := 0.000;
2120	a5pR_MQWB_l := 0.000; a5gR_MQWB_l := 0.907; a5tR_MQWB_l := 0.000;
2121	a6pR_MQWB_l := 0.030; a6gR_MQWB_l := 0.192; a6tR_MQWB_l := 0.000;
2122	a7pR_MQWB_l := 0.057; a7gR_MQWB_l := 0.056; a7tR_MQWB_l := 0.000;
2123	a8pR_MQWB_l := 0.000; a8gR_MQWB_l := 0.181; a8tR_MQWB_l := 0.000;
2124	a9pR_MQWB_l := 0.000; a9gR_MQWB_l := 0.002; a9tR_MQWB_l := 0.000;
2125	a10pR_MQWB_l := 0.018; a10gR_MQWB_l := 0.061; a10tR_MQWB_l := 0.000;
2126	a11pR_MQWB_l := 0.000; a11gR_MQWB_l := 0.015; a11tR_MQWB_l := 0.000;
2127
2128	! -----------------------------------------------------------------------
2129	! ********************* Magnet type: MQWB right channel ************
2130	! Inj=40 A Coll = 600 A
2131	!Generated: 04/06/2004 M. Giovannozzi
2132	!Version: data by S. Ramberger on the whole production
2133	! -----------------------------------------------------------------------
2134	!
2135	! AVERAGE
2136	b1pM_MQWB_r := -91.058; b1gM_MQWB_r := 182.411; b1tM_MQWB_r := 0.000;
2137	b2pM_MQWB_r := -2.869; b2gM_MQWB_r := 0.263; b2tM_MQWB_r := 0.000;
2138	b3pM_MQWB_r := -14.247; b3gM_MQWB_r := 9.482; b3tM_MQWB_r := 0.000;
2139	b4pM_MQWB_r := -2.734; b4gM_MQWB_r := 3.388; b4tM_MQWB_r := 0.000;
2140	b5pM_MQWB_r := -0.848; b5gM_MQWB_r := -2.158; b5tM_MQWB_r := 0.000;
2141	b6pM_MQWB_r := -0.442; b6gM_MQWB_r := -0.995; b6tM_MQWB_r := 0.000;
2142	b7pM_MQWB_r := 0.521; b7gM_MQWB_r := 0.290; b7tM_MQWB_r := 0.000;
2143	b8pM_MQWB_r := 0.066; b8gM_MQWB_r := 0.023; b8tM_MQWB_r := 0.000;
2144	b9pM_MQWB_r := -0.001; b9gM_MQWB_r := 0.002; b9tM_MQWB_r := 0.000;
2145	b10pM_MQWB_r := 0.009; b10gM_MQWB_r := 0.997; b10tM_MQWB_r := 0.000;
2146	b11pM_MQWB_r := 0.000; b11gM_MQWB_r := 0.081; b11tM_MQWB_r := 0.000;
2147	! UNCERTAINTY
2148	b1pU_MQWB_r := 0.000; b1gU_MQWB_r := 0.000; b1tU_MQWB_r := 0.000;
2149	b2pU_MQWB_r := 0.000; b2gU_MQWB_r := 0.000; b2tU_MQWB_r := 0.000;
2150	b3pU_MQWB_r := 0.000; b3gU_MQWB_r := 0.000; b3tU_MQWB_r := 0.000;
2151	b4pU_MQWB_r := 0.000; b4gU_MQWB_r := 0.000; b4tU_MQWB_r := 0.000;
2152	b5pU_MQWB_r := 0.000; b5gU_MQWB_r := 0.000; b5tU_MQWB_r := 0.000;
2153	b6pU_MQWB_r := 0.000; b6gU_MQWB_r := 0.000; b6tU_MQWB_r := 0.000;
2154	b7pU_MQWB_r := 0.000; b7gU_MQWB_r := 0.000; b7tU_MQWB_r := 0.000;
2155	b8pU_MQWB_r := 0.000; b8gU_MQWB_r := 0.000; b8tU_MQWB_r := 0.000;
2156	b9pU_MQWB_r := 0.000; b9gU_MQWB_r := 0.000; b9tU_MQWB_r := 0.000;
2157	b10pU_MQWB_r := 0.000; b10gU_MQWB_r := 0.000; b10tU_MQWB_r := 0.000;
2158	b11pU_MQWB_r := 0.000; b11gU_MQWB_r := 0.000; b11tU_MQWB_r := 0.000;
2159	! STANDARD DEVIATION
2160	b1pR_MQWB_r := 38.919; b1gR_MQWB_r := 57.304; b1tR_MQWB_r := 0.000;
2161	b2pR_MQWB_r := 20.278; b2gR_MQWB_r := 15.758; b2tR_MQWB_r := 0.000;
2162	b3pR_MQWB_r := 1.539; b3gR_MQWB_r := 3.350; b3tR_MQWB_r := 0.000;
2163	b4pR_MQWB_r := 0.000; b4gR_MQWB_r := 1.655; b4tR_MQWB_r := 0.000;
2164	b5pR_MQWB_r := 0.152; b5gR_MQWB_r := 0.443; b5tR_MQWB_r := 0.000;
2165	b6pR_MQWB_r := 0.000; b6gR_MQWB_r := 0.504; b6tR_MQWB_r := 0.000;
2166	b7pR_MQWB_r := 0.084; b7gR_MQWB_r := 0.119; b7tR_MQWB_r := 0.000;
2167	b8pR_MQWB_r := 0.041; b8gR_MQWB_r := 0.063; b8tR_MQWB_r := 0.000;
2168	b9pR_MQWB_r := 0.000; b9gR_MQWB_r := 0.004; b9tR_MQWB_r := 0.000;
2169	b10pR_MQWB_r := 0.071; b10gR_MQWB_r := 0.047; b10tR_MQWB_r := 0.000;
2170	b11pR_MQWB_r := 0.021; b11gR_MQWB_r := 0.024; b11tR_MQWB_r := 0.000;
2171	! AVERAGE
2172	a1pM_MQWB_r := 12.910; a1gM_MQWB_r := 5.959; a1tM_MQWB_r := 0.000;
2173	a2pM_MQWB_r := 0.000; a2gM_MQWB_r := 0.000; a2tM_MQWB_r := 0.000;
2174	a3pM_MQWB_r := 1.070; a3gM_MQWB_r := -0.430; a3tM_MQWB_r := 0.000;
2175	a4pM_MQWB_r := -0.052; a4gM_MQWB_r := 0.075; a4tM_MQWB_r := 0.000;
2176	a5pM_MQWB_r := -0.093; a5gM_MQWB_r := -0.020; a5tM_MQWB_r := 0.000;
2177	a6pM_MQWB_r := 0.010; a6gM_MQWB_r := -0.066; a6tM_MQWB_r := 0.000;
2178	a7pM_MQWB_r := -0.025; a7gM_MQWB_r := 0.032; a7tM_MQWB_r := 0.000;
2179	a8pM_MQWB_r := -0.041; a8gM_MQWB_r := -0.012; a8tM_MQWB_r := 0.000;
2180	a9pM_MQWB_r := 0.001; a9gM_MQWB_r := 0.000; a9tM_MQWB_r := 0.000;
2181	a10pM_MQWB_r := -0.009; a10gM_MQWB_r := 0.040; a10tM_MQWB_r := 0.000;
2182	a11pM_MQWB_r := -0.003; a11gM_MQWB_r := -0.009; a11tM_MQWB_r := 0.000;
2183	! UNCERTAINTY
2184	a1pU_MQWB_r := 0.000; a1gU_MQWB_r := 0.000; a1tU_MQWB_r := 0.000;
2185	a2pU_MQWB_r := 0.000; a2gU_MQWB_r := 0.000; a2tU_MQWB_r := 0.000;
2186	a3pU_MQWB_r := 0.000; a3gU_MQWB_r := 0.000; a3tU_MQWB_r := 0.000;
2187	a4pU_MQWB_r := 0.000; a4gU_MQWB_r := 0.000; a4tU_MQWB_r := 0.000;
2188	a5pU_MQWB_r := 0.000; a5gU_MQWB_r := 0.000; a5tU_MQWB_r := 0.000;
2189	a6pU_MQWB_r := 0.000; a6gU_MQWB_r := 0.000; a6tU_MQWB_r := 0.000;
2190	a7pU_MQWB_r := 0.000; a7gU_MQWB_r := 0.000; a7tU_MQWB_r := 0.000;
2191	a8pU_MQWB_r := 0.000; a8gU_MQWB_r := 0.000; a8tU_MQWB_r := 0.000;
2192	a9pU_MQWB_r := 0.000; a9gU_MQWB_r := 0.000; a9tU_MQWB_r := 0.000;
2193	a10pU_MQWB_r := 0.000; a10gU_MQWB_r := 0.000; a10tU_MQWB_r := 0.000;
2194	a11pU_MQWB_r := 0.000; a11gU_MQWB_r := 0.000; a11tU_MQWB_r := 0.000;
2195	! STANDARD DEVIATION
2196	a1pR_MQWB_r := 32.122; a1gR_MQWB_r := 63.233; a1tR_MQWB_r := 0.000;
2197	a2pR_MQWB_r := 0.000; a2gR_MQWB_r := 0.000; a2tR_MQWB_r := 0.000;
2198	a3pR_MQWB_r := 0.000; a3gR_MQWB_r := 5.593; a3tR_MQWB_r := 0.000;
2199	a4pR_MQWB_r := 0.276; a4gR_MQWB_r := 1.283; a4tR_MQWB_r := 0.000;
2200	a5pR_MQWB_r := 0.112; a5gR_MQWB_r := 0.899; a5tR_MQWB_r := 0.000;
2201	a6pR_MQWB_r := 0.000; a6gR_MQWB_r := 0.178; a6tR_MQWB_r := 0.000;
2202	a7pR_MQWB_r := 0.055; a7gR_MQWB_r := 0.078; a7tR_MQWB_r := 0.000;
2203	a8pR_MQWB_r := 0.034; a8gR_MQWB_r := 0.166; a8tR_MQWB_r := 0.000;
2204	a9pR_MQWB_r := 0.003; a9gR_MQWB_r := 0.003; a9tR_MQWB_r := 0.000;
2205	a10pR_MQWB_r := 0.022; a10gR_MQWB_r := 0.053; a10tR_MQWB_r := 0.000;
2206	a11pR_MQWB_r := 0.003; a11gR_MQWB_r := 0.018; a11tR_MQWB_r := 0.000;
2207

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