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asprestore.m

Last change on this file was 4, checked in by zhangj, 11 years ago
Initial import--MML version from SOLEIL@2013
File size: 9.4 KB

Line
1	%system parameter save file
2	%timestamp: 18-Jan-2002 08:08:08
3	%comment: Save System
4	ad=getad;
5	filetype = 'RESTORE'; %check to see if correct file type
6	sys.machine = 'ASPBooster'; %machine for control
7	sys.mode = 'ONLINE'; %online or simulator
8	sys.datamode = 'REAL'; %raw or real (for real: (1)response matrix multiplied by bpm gains, (2) BPM reads have gain, offset
9	sys.bpmode = 'Bergoz'; %BPM system mode
10	sys.bpmslp = 3.0; %BPM sleep time in sec
11	sys.plane = 1; %plane (1=horizontal 2=vertical)
12	sys.algo = 'SVD'; %fitting algorithm
13	sys.pbpm = 1; %use of photon BPMs
14	sys.filpath = ad.Directory.Orbit; %file path in MATLAB
15	sys.respfiledir = ad.Directory.OpsData; %response matrix directory
16	sys.respfilename = ad.OpsData.BPMRespFile;
17	sys.dispfiledir = ad.Directory.OpsData; %dispersion directory
18	sys.dispfilename = ad.OpsData.DispFile; %dispersion file
19	sys.mxs = 130.2; %maximum ring circumference
20	sys.xlimax = 130.2; %abcissa plot limit
21	sys.mxphi(1) = 10; %maximum horizontal phase advance
22	sys.mxphi(2) = 4; %maximum vertical phase advance
23	sys.xscale = 'meter'; %abcissa plotting mode (meter or phase)
24
25	%=== HORIZONTAL DATA ===
26	bpm(1).dev = 10; %maximum orbit deviation
27	bpm(1).drf = 0; %dispersion component zero
28	bpm(1).id = 1; %BPM selection
29	bpm(1).scalemode= 0; %BPM scale mode 0=manual mode, 1=autoscale
30	bpm(1).ylim = 0.5; %BPM vertical axis scale
31	cor(1).fract = 1.0; %fraction of correctors
32	cor(1).id=1; %COR selection
33	cor(1).scalemode=0; %COR scale mode 0=manual mode, 1=autoscale
34	cor(1).ylim = 30; %COR horizontal axis scale (amp)
35	rsp(1).disp = 'off'; %mode for matrix column display
36	rsp(1).eig = 'off'; %mode for eigenvector display
37	rsp(1).fit = 0; %valid fit flag
38	rsp(1).rfflag = 1; %rf fitting flag
39	rsp(1).rfcorflag= 1; %fitting flag for rf component in correctors
40	rsp(1).savflag = 0; %save solution flag
41	rsp(1).nsvd = 54; %number of singular values
42	rsp(1).svdtol = 0; %svd tolerance (0 uses number of singular values)
43	rsp(1).nsvdmx = 1; %default maximum number of singular values
44
45	%Note: only fit and weight for fitting will be used in orbit program from this array
46	% Name and index are loaded from middleware
47	etaxwt=0.0;
48	% name index fit (0/1) weight etaweight
49	bpmx={
50	{ '1BPMx1 ' 1 1 1.000 etaxwt }
51	{ '1BPMx2 ' 2 1 1.000 etaxwt }
52	{ '1BPMx3 ' 3 1 1.000 etaxwt }
53	{ '1BPMx4 ' 4 1 1.000 etaxwt }
54	{ '1BPMx5 ' 5 1 1.000 etaxwt }
55	{ '1BPMx6 ' 6 1 1.000 etaxwt }
56	{ '1BPMx7 ' 7 1 1.000 etaxwt }
57	{ '1BPMx8 ' 8 1 1.000 etaxwt }
58	{ '2BPMx1 ' 9 1 1.000 etaxwt }
59	{ '2BPMx2 ' 10 1 1.000 etaxwt }
60	{ '2BPMx3 ' 11 1 1.000 etaxwt }
61	{ '2BPMx4 ' 12 1 1.000 etaxwt }
62	{ '2BPMx5 ' 13 1 1.000 etaxwt }
63	{ '2BPMx6 ' 14 1 1.000 etaxwt }
64	{ '2BPMx7 ' 15 1 1.000 etaxwt }
65	{ '2BPMx8 ' 16 1 1.000 etaxwt }
66	{ '3BPMx1 ' 17 1 1.000 etaxwt }
67	{ '3BPMx2 ' 18 1 1.000 etaxwt }
68	{ '3BPMx3 ' 19 1 1.000 etaxwt }
69	{ '3BPMx4 ' 20 1 1.000 etaxwt }
70	{ '3BPMx5 ' 21 1 1.000 etaxwt }
71	{ '3BPMx6 ' 22 1 1.000 etaxwt }
72	{ '3BPMx7 ' 23 1 1.000 etaxwt }
73	{ '3BPMx8 ' 24 1 1.000 etaxwt }
74	{ '4BPMx1 ' 25 1 1.000 etaxwt }
75	{ '4BPMx2 ' 26 1 1.000 etaxwt }
76	{ '4BPMx3 ' 27 1 1.000 etaxwt }
77	{ '4BPMx4 ' 28 1 1.000 etaxwt }
78	{ '4BPMx5 ' 29 1 1.000 etaxwt }
79	{ '4BPMx6 ' 30 1 1.000 etaxwt }
80	{ '4BPMx7 ' 31 1 1.000 etaxwt }
81	{ '4BPMx8 ' 32 1 1.000 etaxwt }
82	};
83
84	%Note: only fit, weight for fitting will be used in orbit program from this array
85	% Name and index are loaded from middleware
86	% name index fit (0/1) weight
87	corx={
88	{'1HCM1 ' 1 1 1.0 }
89	{'1HCM2 ' 2 1 1.0 }
90	{'1HCM3 ' 3 1 1.0 }
91	{'1HCM4 ' 4 1 1.0 }
92	{'1HCM5 ' 5 1 1.0 }
93	{'1HCM6 ' 6 1 1.0 }
94	{'2HCM1 ' 7 1 1.0 }
95	{'2HCM2 ' 8 1 1.0 }
96	{'2HCM3 ' 9 1 1.0 }
97	{'2HCM4 ' 10 1 1.0 }
98	{'2HCM5 ' 11 1 1.0 }
99	{'2HCM6 ' 12 1 1.0 }
100	{'3HCM1 ' 13 1 1.0 }
101	{'3HCM2 ' 14 1 1.0 }
102	{'3HCM3 ' 15 1 1.0 }
103	{'3HCM4 ' 16 1 1.0 }
104	{'3HCM5 ' 17 1 1.0 }
105	{'3HCM6 ' 18 1 1.0 }
106	{'4HCM1 ' 19 1 1.0 }
107	{'4HCM2 ' 20 1 1.0 }
108	{'4HCM3 ' 21 1 1.0 }
109	{'4HCM4 ' 22 1 1.0 }
110	{'4HCM5 ' 23 1 1.0 }
111	{'4HCM6 ' 24 1 1.0 }
112	};
113
114	%=== VERTICAL DATA ===
115	BPMx(2).dev=10; %maximum orbit deviation
116	BPMx(2).drf=0; %dispersion component zero
117	BPMx(2).id=1; %BPMx selection
118	BPMx(2).scalemode=0; %BPMx scale mode 0=manual mode, 1=autoscale
119	BPMx(2).ylim=0.25; %BPMx vertical axis scale
120	cor(2).fract=1.0; %fraction of correctors
121	cor(2).id =1; %COR selection
122	cor(2).scalemode=0; %COR scale mode 0=manual mode, 1=autoscale
123	cor(2).ylim =30; %COR vertical axis scale (amp)
124	rsp(2).disp ='off'; %mode for matrix column display
125	rsp(2).eig ='off'; %mode for eigenvector display
126	rsp(2).fit =0; %valid fit flag
127	rsp(2).rfflag=1; %rf fitting flag
128	rsp(2).rfcorflag= 1; %fitting flag for rf component in correctors
129	rsp(2).savflag=0; %save solution flag
130	rsp(2).nsvd=54; %number of singular values
131	rsp(2).svdtol=0; %svd tolerance (0 uses number of singular values)
132	rsp(2).nsvdmx=1; %default maximum number of singular values
133
134	etaywt=50; %nominal response ~0.25 peak, 5kHz difference ~0.0025 peak (factor 100)
135	% name index fit (0/1) weight etaweight
136	bpmy={
137	{ '1BPMy1 ' 1 1 1.000 etaxwt }
138	{ '1BPMy2 ' 2 1 1.000 etaxwt }
139	{ '1BPMy3 ' 3 1 1.000 etaxwt }
140	{ '1BPMy4 ' 4 1 1.000 etaxwt }
141	{ '1BPMy5 ' 5 1 1.000 etaxwt }
142	{ '1BPMy6 ' 6 1 1.000 etaxwt }
143	{ '1BPMy7 ' 7 1 1.000 etaxwt }
144	{ '1BPMy8 ' 8 1 1.000 etaxwt }
145	{ '2BPMy1 ' 9 1 1.000 etaxwt }
146	{ '2BPMy2 ' 10 1 1.000 etaxwt }
147	{ '2BPMy3 ' 11 1 1.000 etaxwt }
148	{ '2BPMy4 ' 12 1 1.000 etaxwt }
149	{ '2BPMy5 ' 13 1 1.000 etaxwt }
150	{ '2BPMy6 ' 14 1 1.000 etaxwt }
151	{ '2BPMy7 ' 15 1 1.000 etaxwt }
152	{ '2BPMy8 ' 16 1 1.000 etaxwt }
153	{ '3BPMy1 ' 17 1 1.000 etaxwt }
154	{ '3BPMy2 ' 18 1 1.000 etaxwt }
155	{ '3BPMy3 ' 19 1 1.000 etaxwt }
156	{ '3BPMy4 ' 20 1 1.000 etaxwt }
157	{ '3BPMy5 ' 21 1 1.000 etaxwt }
158	{ '3BPMy6 ' 22 1 1.000 etaxwt }
159	{ '3BPMy7 ' 23 1 1.000 etaxwt }
160	{ '3BPMy8 ' 24 1 1.000 etaxwt }
161	{ '4BPMy1 ' 25 1 1.000 etaxwt }
162	{ '4BPMy2 ' 26 1 1.000 etaxwt }
163	{ '4BPMy3 ' 27 1 1.000 etaxwt }
164	{ '4BPMy4 ' 28 1 1.000 etaxwt }
165	{ '4BPMy5 ' 29 1 1.000 etaxwt }
166	{ '4BPMy6 ' 30 1 1.000 etaxwt }
167	{ '4BPMy7 ' 31 1 1.000 etaxwt }
168	{ '4BPMy8 ' 32 1 1.000 etaxwt }
169	};
170
171	% name index fit (0/1) weight
172	cory={
173	{'1VCM1 ' 1 1 1.0 }
174	{'1VCM2 ' 2 1 1.0 }
175	{'1VCM3 ' 3 1 1.0 }
176	{'2VCM1 ' 4 1 1.0 }
177	{'2VCM2 ' 5 1 1.0 }
178	{'2VCM3 ' 6 1 1.0 }
179	{'3VCM1 ' 7 1 1.0 }
180	{'3VCM2 ' 8 1 1.0 }
181	{'3VCM3 ' 9 1 1.0 }
182	{'4VCM1 ' 10 1 1.0 }
183	{'4VCM2 ' 11 1 1.0 }
184	{'4VCM3 ' 12 1 1.0 }
185	};
186	%Note: only fit and weight for fitting will be used in orbit program from this array
187	% Name and index are loaded from middleware
188	% name index fit (0/1) weight
189	bly={
190	{ 'BL1 ' 1 0 100.000 }
191	{ 'BL2 ' 2 0 100.000 }
192	{ 'BL3 ' 3 0 100.000 }
193	{ 'BL4 ' 4 0 100.000 }
194	{ 'BL5 ' 5 0 100.000 }
195	{ 'BL6 ' 6 0 100.000 }
196	{ 'BL7 ' 7 0 100.000 }
197	{ 'BL8 ' 8 0 100.000 }
198	{ 'BL9 ' 9 0 100.000 }
199	{ 'BL10' 10 0 100.000 }
200	{ 'BL11' 11 0 100.000 }
201	};
202

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source: MML/trunk/applications/orbit/aspbooster/asprestore.m

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