Context Navigation

← Previous Revision
Latest Revision
Next Revision →
Blame
Revision Log

eff1.madx @ 430

Last change on this file since 430 was 430, checked in by touze, 11 years ago
import madx-5.01.00
File size: 19.4 KB

Line
1	/*
2	reduce, BS1, bends;
3	rematch, sextupoles;
4	add, energy, spectrometer, chicane;
5	move, element=crab, cavity, upstream, of, ST4;
6	increase;
7	add, PPS, stoppers;
8	split, name=OC0, in, half;
9	per, A.Seryi:change, aperture;
10	increase, strength, of, OC7;
11	change, aperture, of, B5/QD8/QF7/QD6/QF5/;
12	added, SPE, energy, spoiler, to;
13	added, assorted, instrumentation, and, controls;
14	*/
15	LB12:=12.0;
16	GB1:=0.01;
17	GB1p25:=0.0125;
18	GB3:=0.03;
19	TBS1:=Bsign*(-0.8394601319E-4);
20	TB5:=Bsign*( 0.1213152148E-3);
21	TB2:=Bsign*( 0.991473613E-4 );
22	TB1:=Bsign*( 0.357678789E-4 );
23	BS1:sbend, L:=LB12/2, ANGLE:=TBS1/2, HGAP:=GB1, FINT:=0, FINTX:=0, TYPE="H20";
24	B5:sbend, L:=LB12/2, ANGLE:=TB5/2, HGAP:=GB1p25, FINT:=0, FINTX:=0, TYPE="H25";
25	B2:sbend, L:=LB12/2, ANGLE:=TB2/2, HGAP:=GB3, FINT:=0, FINTX:=0, TYPE="H60";
26	B1:sbend, L:=LB12/2, ANGLE:=TB1/2, HGAP:=GB3, FINT:=0, FINTX:=0, TYPE="H60";
27	ECETA:=5.0; //peak dispersion (mm)
28	ECRMM:=0.485436893589E-4; //d(ANGLE)/d(ETA) (rad/mm)
29	ECANG:=ECETA*ECRMM; //chicane bend angle (rad)
30	ZBEC1:=3.0; //pole "Z" length (m)
31	RBEC1:=ZBEC1/SIN(ECANG); //bend radius (m)
32	LBEC1:=RBEC1*ECANG; //effective length (m)
33	ABEC1a:=ASIN(0.5*ZBEC1/RBEC1); //bend angle ("short" half)
34	LBEC1a:=RBEC1*ABEC1a; //effective length ("short" half)
35	ABEC1b:=ECANG-ABEC1a; //bend angle ("long" half)
36	LBEC1b:=LBEC1-LBEC1a; //effective length ("long" half)
37	BEC1a:sbend, L:=LBEC1a, ANGLE:=+ABEC1a, HGAP:=GB1, TYPE="H20"E1:=0, FINT:=0.5, FINTX:=0;
38	BEC1b:sbend, L:=LBEC1b, ANGLE:=+ABEC1b, HGAP:=GB1, TYPE="H20"E2:=+ECANG, FINT:=0, FINTX:=0.5;
39	BEC4a:sbend, L:=LBEC1b, ANGLE:=+ABEC1b, HGAP:=GB1, TYPE="H20"E1:=+ECANG, FINT:=0.5, FINTX:=0;
40	BEC4b:sbend, L:=LBEC1a, ANGLE:=+ABEC1a, HGAP:=GB1, TYPE="H20"E2:=0, FINT:=0, FINTX:=0.5;
41	ZBEC2:=6.0; //pole "Z" length (m)
42	RBEC2:=ZBEC2/SIN(ECANG); //bend radius (m)
43	LBEC2:=RBEC2*ECANG; //effective length (m)
44	ABEC2a:=ASIN(0.5*ZBEC2/RBEC2); //bend angle ("short" half)
45	LBEC2a:=RBEC2*ABEC2a; //effective length ("short" half)
46	ABEC2b:=ECANG-ABEC2a; //bend angle ("long" half)
47	LBEC2b:=LBEC2-LBEC2a; //effective length ("long" half)
48	BEC2a:sbend, L:=LBEC2b, ANGLE:=-ABEC2b, HGAP:=GB1, TYPE="H20"E1:=-ECANG, FINT:=0.5, FINTX:=0;
49	BEC2b:sbend, L:=LBEC2a, ANGLE:=-ABEC2a, HGAP:=GB1, TYPE="H20"E2:=0, FINT:=0, FINTX:=0.5;
50	BEC3a:sbend, L:=LBEC2a, ANGLE:=-ABEC2a, HGAP:=GB1, TYPE="H20"E1:=0, FINT:=0.5, FINTX:=0;
51	BEC3b:sbend, L:=LBEC2b, ANGLE:=-ABEC2b, HGAP:=GB1, TYPE="H20"E2:=-ECANG, FINT:=0, FINTX:=0.5;
52	ZECBBo:=16.1; //outer bend-to-bend "Z" spacing (m)
53	LECBBo:=ZECBBo/COS(ECANG); //outer bend-to-bend path length (m)
54	LECBBi:=1.4; //inner bend-to-bend "Z" spacing (m)
55	DECBBo:drift, L:=LECBBo;
56	DECBBi:drift, L:=LECBBi/2;
57	!this, one, sends, the, beam, to, a, 120, Hz;
58	SBD_FF:drift, L:=3.0/2, TYPE="H25"; //this is just a placeholder
59	LQ2:=2.0;
60	LQF1:=2.0;
61	LQD0:=2.2;
62	rQ1:=0.01;
63	rQ1p25:=0.0125;
64	rQ2:=0.02;
65	rQ3:=0.03;
66	KQB3:=-0.024980261682;
67	KQB2:=0.982705007366E-3;
68	KQB1:=0.022717941178;
69	KQB0:=-0.021939156638;
70	KQB0M:=KQB0;
71	KQB1M:=KQB1;
72	KQB2M:=-0.122420786593E-2;
73	KQB3M:=-0.030076318908;
74	KQS1:=0.01097678;
75	KQS2:=-0.01201029;
76	KQS3:=0.01195141;
77	KQM16:=-0.932086368071E-2;
78	KQM15:=0.499235704254E-2;
79	KQM14:=-0.306167094467E-2;
80	KQM13a:=-0.616285306201E-2;
81	KQM13b:=0.042946171654;
82	KQM12:=-0.018120377666;
83	KQM11:=0.016996304506;
84	KQD10:=-0.914613E-2;
85	KQF9:=0.01112554;
86	KQD8:=-0.01596707;
87	KQF7:=0.02085692;
88	KQD6:=-0.01596707;
89	KQF5:=0.0109844;
90	KQD4:=-0.8664E-2;
91	KQD2B:=-0.20227E-2;
92	KQF3:=0.01252071;
93	KQD2A:=-0.01126068;
94	KQF1:=0.09626012;
95	KQD0:=-0.16982715;
96	QB3:quadrupole, L:=LQ2/2, K1:=KQB3, aperture:=rQ1, TYPE="D20";
97	QB2:quadrupole, L:=LQ2/2, K1:=KQB2, aperture:=rQ1, TYPE="D20";
98	QB1:quadrupole, L:=LQ2/2, K1:=KQB1, aperture:=rQ1, TYPE="D20";
99	QB0:quadrupole, L:=LQ2/2, K1:=KQB0, aperture:=rQ1, TYPE="D20";
100	QB0M:quadrupole, L:=LQ2/2, K1:=KQB0M, aperture:=rQ1, TYPE="D20";
101	QB1M:quadrupole, L:=LQ2/2, K1:=KQB1M, aperture:=rQ1, TYPE="D20";
102	QB2M:quadrupole, L:=LQ2/2, K1:=KQB2M, aperture:=rQ1, TYPE="D20";
103	QB3M:quadrupole, L:=LQ2/2, K1:=KQB3M, aperture:=rQ1, TYPE="D20";
104	QS1:quadrupole, L:=LQ2/2, K1:=KQS1, aperture:=rQ1, TYPE="D20";
105	QS2:quadrupole, L:=LQ2/2, K1:=KQS2, aperture:=rQ1, TYPE="D20";
106	QS3:quadrupole, L:=LQ2/2, K1:=KQS3, aperture:=rQ1, TYPE="D20";
107	QM16:quadrupole, L:=LQ2/2, K1:=KQM16, aperture:=rQ2, TYPE="D40";
108	QM15:quadrupole, L:=LQ2/2, K1:=KQM15, aperture:=rQ2, TYPE="D40";
109	QM14:quadrupole, L:=LQ2/2, K1:=KQM14, aperture:=rQ2, TYPE="D40";
110	QM13a:quadrupole, L:=LQ2/2, K1:=KQM13a, aperture:=rQ2, TYPE="D40";
111	QM13b:quadrupole, L:=LQ2/2, K1:=KQM13b, aperture:=rQ2, TYPE="D40";
112	QM12:quadrupole, L:=LQ2/2, K1:=KQM12, aperture:=rQ2, TYPE="D40";
113	QM11:quadrupole, L:=LQ2/2, K1:=KQM11, aperture:=rQ2, TYPE="D40";
114	QD10:quadrupole, L:=LQ2/2, K1:=KQD10, aperture:=rQ1, TYPE="D20";
115	QF9:quadrupole, L:=LQ2/2, K1:=KQF9, aperture:=rQ1, TYPE="D20";
116	QD8:quadrupole, L:=LQ2/2, K1:=KQD8, aperture:=rQ1p25, TYPE="D25";
117	QF7:quadrupole, L:=LQ2/2, K1:=KQF7, aperture:=rQ1p25, TYPE="D25";
118	QD6:quadrupole, L:=LQ2/2, K1:=KQD6, aperture:=rQ1p25, TYPE="D25";
119	QF5:quadrupole, L:=LQ2/2, K1:=KQF5, aperture:=rQ1p25, TYPE="D25";
120	QD4:quadrupole, L:=LQ2/2, K1:=KQD4, aperture:=rQ1p25, TYPE="D25";
121	QD2B:quadrupole, L:=LQ2/2, K1:=KQD2B, aperture:=rQ3, TYPE="D60";
122	QF3:quadrupole, L:=LQ2/2, K1:=KQF3, aperture:=rQ3, TYPE="D60";
123	QD2A:quadrupole, L:=LQ2/2, K1:=KQD2A, aperture:=rQ3, TYPE="D60";
124	QF1:quadrupole, L:=LQF1/2, K1:=KQF1, aperture:=rQ1, TYPE="D20";
125	QD0:quadrupole, L:=LQD0/2, K1:=KQD0, aperture:=rQ1, TYPE="D20";
126	SQ3FF:drift, L:=0.3/2; //this is just a placeholder
127	LS1:=1.0;
128	LSF1:=0.3;
129	LSD0:=0.6;
130	rS1:=0.01;
131	rS1p25:=0.0125;
132	KSF6:=Bsign*(-1.69939443454 );
133	KSF5:=Bsign*( 0.419515957698);
134	KSD4:=Bsign*(-3.301438410805);
135	KSF1:=Bsign*( 7.252873476491);
136	KSD0:=Bsign*(-7.740702674458);
137	SF6:sextupole, L:=LS1/2, K2:=KSF6, aperture:=rS1, TYPE="D20";
138	SF5:sextupole, L:=LS1/2, K2:=KSF5, aperture:=rS1p25, TYPE="D25";
139	SD4:sextupole, L:=LS1/2, K2:=KSD4, aperture:=rS1p25, TYPE="D25";
140	SF1:sextupole, L:=LSF1/2, K2:=KSF1, aperture:=rS1, TYPE="D20";
141	SD0:sextupole, L:=LSD0/2, K2:=KSD0, aperture:=rS1, TYPE="D20";
142	LO3:=3.0;
143	LO2:=2.0;
144	LO1:=1.0;
145	LOp3:=0.3;
146	LOp1:=0.1;
147	rO1:=0.01;
148	rOp7:=0.007;
149	KOC7E:=-4.0753E3;
150	KOC7D:=3.3727E3;
151	KOC7C:=-3.8645E3;
152	KOC7B:=4.0261E3;
153	KOC7A:=-1.7566E3;
154	KOC10:=5.91716;
155	KOC1:=-32.54437;
156	KOC0:=3.0769222E2;
157	OC7E:octupole, L:=LO3/2, K3:=KOC7E, aperture:=rOp7, TYPE="D14";
158	OC7D:octupole, L:=LO3/2, K3:=KOC7D, aperture:=rOp7, TYPE="D14";
159	OC7C:octupole, L:=LO2/2, K3:=KOC7C, aperture:=rOp7, TYPE="D14";
160	OC7B:octupole, L:=LO2/2, K3:=KOC7B, aperture:=rOp7, TYPE="D14";
161	OC7A:octupole, L:=LOp3/2, K3:=KOC7A, aperture:=rOp7, TYPE="D14";
162	OC10:octupole, L:=LO1/2, K3:=KOC10, aperture:=rOp7, TYPE="D14";
163	OC4:drift, L:=LOp1;
164	OC1:octupole, L:=LOp3/2, K3:=KOC1, aperture:=rO1, TYPE="D20";
165	OC0:octupole, L:=LOp1/2, K3:=KOC0, aperture:=rO1, TYPE="D20";
166	VDEC46:=-1.77514E5;
167	KDEC6L:=Bsign*VDEC46/2;
168	KDEC4L:=Bsign*VDEC46/2;
169	DEC6:MULTIPOLE;
170	DEC4:MULTIPOLE;
171	XGAPSP1:=0.300e-3;
172	YGAPSP1:=0.250e-3;
173	XGAPAB2:=4.000e-3;
174	YGAPAB2:=4.000e-3;
175	XGAPSP2:=0.300e-3;
176	YGAPSP2:=0.200e-3;
177	RPC1:=5.000e-3;
178	XGAPAB3:=4.000e-3;
179	YGAPAB3:=4.000e-3;
180	XGAPSP3:=0.300e-3;
181	YGAPSP3:=0.250e-3;
182	RPC2:=5.000e-3;
183	RPC3:=5.000e-3;
184	XGAPAB4:=4.000e-3;
185	YGAPAB4:=4.000e-3;
186	XGAPSP4:=0.300e-3;
187	YGAPSP4:=0.200e-3;
188	RPC4:=5.000e-3;
189	RPC5:=5.000e-3;
190	XGAPAB5:=4.000e-3;
191	YGAPAB5:=4.000e-3;
192	XGAPSP5:=0.420e-3;
193	YGAPSP5:=0.250e-3;
194	RPC6:=5.000e-3;
195	RPDUMP:=10.000e-3;
196	RPC7:=5.000e-3;
197	XGAPSPEX:=3.200e-3;
198	RPC8:=5.000e-3;
199	RPC9:=5.000e-3;
200	RPC10:=5.000e-3;
201	XGAPABE:=1.000e-3;
202	YGAPABE:=1.000e-3;
203	RPC11:=5.000e-3;
204	XGAPAB10:=4.400e-3;
205	YGAPAB10:=4.400e-3;
206	XGAPAB9:=6.600e-3;
207	YGAPAB9:=3.000e-3;
208	XGAPAB7:=4.500e-3;
209	YGAPAB7:=3.000e-3;
210	XGAPMSK1:=8.300e-3;
211	XGAPMSK2:=8.500e-3;
212	YGAPSP1=0.750e-3;
213	YGAPSP2=0.750e-3;
214	YGAPSP3=0.750e-3;
215	YGAPSP4=0.750e-3;
216	YGAPSP5=0.750e-3;
217	LSPB:=0.0086; // 0.6 r.l. Cu
218	LSPE:=0.0356; // 1.0 r.l. Ti
219	LAB:=0.4290; //30.0 r.l. Cu
220	LABFF:=0.1050; //30.0 r.l. W
221	LPC:=0.2145; //15.0 r.l. Cu
222	LMSK:=0.1050; //30.0 r.l. W
223	SP1:rcollimator, L:=LSPB, TYPE="X0.6Y0.5"XSIZE:=XGAPSP1, YSIZE:=YGAPSP1;
224	AB2:rcollimator, L:=LAB, TYPE="X8Y8"XSIZE:=XGAPAB2, YSIZE:=YGAPAB2;
225	SP2:rcollimator, L:=LSPB, TYPE="X0.6Y0.4"XSIZE:=XGAPSP2, YSIZE:=YGAPSP2;
226	PC1:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC1, YSIZE:=RPC1;
227	AB3:rcollimator, L:=LAB, TYPE="X8Y8"XSIZE:=XGAPAB3, YSIZE:=YGAPAB3;
228	SP3:rcollimator, L:=LSPB, TYPE="X0.6Y0.5"XSIZE:=XGAPSP3, YSIZE:=YGAPSP3;
229	PC2:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC2, YSIZE:=RPC2;
230	PC3:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC3, YSIZE:=RPC3;
231	AB4:rcollimator, L:=LAB, TYPE="X8Y8"XSIZE:=XGAPAB4, YSIZE:=YGAPAB4;
232	SP4:rcollimator, L:=LSPB, TYPE="X0.6Y0.4"XSIZE:=XGAPSP4, YSIZE:=YGAPSP4;
233	PC4:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC4, YSIZE:=RPC4;
234	PC5:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC5, YSIZE:=RPC5;
235	AB5:rcollimator, L:=LAB, TYPE="X8Y8"XSIZE:=XGAPAB5, YSIZE:=YGAPAB5;
236	SP5:rcollimator, L:=LSPB, TYPE="X0.84Y0.5"XSIZE:=XGAPSP5, YSIZE:=YGAPSP5;
237	PC6:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC6, YSIZE:=RPC6;
238	PDUMP:ecollimator, L:=LPC, TYPE="X20Y20"XSIZE:=RPDUMP, YSIZE:=RPDUMP;
239	PC7:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC7, YSIZE:=RPC7;
240	SPEX:rcollimator, L:=LSPE, TYPE="X6.4Y0"XSIZE:=XGAPSPEX;
241	PC8:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC8, YSIZE:=RPC8;
242	PC9:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC9, YSIZE:=RPC9;
243	PC10:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC10, YSIZE:=RPC10;
244	ABE:rcollimator, L:=LABFF, TYPE="X2Y2"XSIZE:=XGAPABE, YSIZE:=YGAPABE;
245	PC11:ecollimator, L:=LPC, TYPE="X10Y10"XSIZE:=RPC11, YSIZE:=RPC11;
246	AB10:rcollimator, L:=LABFF, TYPE="X8.8Y8.8"XSIZE:=XGAPAB10, YSIZE:=YGAPAB10;
247	AB9:rcollimator, L:=LABFF, TYPE="X13.2Y6"XSIZE:=XGAPAB9, YSIZE:=YGAPAB9;
248	AB7:rcollimator, L:=LABFF, TYPE="X9Y6"XSIZE:=XGAPAB7, YSIZE:=YGAPAB7;
249	MSK1:rcollimator, L:=LMSK, TYPE="X16.6Y0"XSIZE:=XGAPMSK1;
250	MSK2:rcollimator, L:=LMSK, TYPE="X17Y0"XSIZE:=XGAPMSK2;
251	LDBM:=2.1481;
252	LDB0:=2.1481;
253	dLDB0:=25.752235097059;
254	LDB1:=79.8744;
255	LDB2:=4.3039;
256	LDBMM:=2.1481;
257	LDB1M:=35.25883770713;
258	LDB0M:=42.220804966667;
259	dLmdw:=0;
260	DBM:drift, L:=LDBM;
261	DB0:drift, L:=LDB0+dLDB0;
262	DB1:drift, L:=LDB1-dLDB0;
263	DB2:drift, L:=LDB2;
264	DBMM:drift, L:=LDBMM;
265	DB1M:drift, L:=LDB1M;
266	DB0M:drift, L:=LDB0M;
267	LX0:drift, L:=0.3;
268	DS3:drift, L:=12.0;
269	DSM:drift, L:=1.0;
270	D12:drift, L:=10.797027991439+dLmdw;
271	D11:drift, L:=12.0;
272	D10:drift, L:=12.0;
273	D9:drift, L:=12.0;
274	D8:drift, L:=12.0;
275	D7E:drift, L:=10.7;
276	D7D:drift, L:=4.0;
277	D7C:drift, L:=37.0;
278	D7B:drift, L:=3.0;
279	D7A:drift, L:=37.0;
280	D7:drift, L:=12.0;
281	D710:drift, L:=3.0;
282	D6A:drift, L:=0.86777;
283	D6:drift, L:=9.23999;
284	D5B:drift, L:=6.89534-4SBD_FF->L-2LX0->L;
285	D5A:drift, L:=6.89534;
286	D4:drift, L:=9.23999;
287	D4A:drift, L:=0.86777;
288	D3:drift, L:=20.01176;
289	D3B:drift, L:=28.6;
290	D2:drift, L:=77.08464;
291	D1C:drift, L:=0.15;
292	D1B:drift, L:=1.35;
293	D1A:drift, L:=0.05;
294	D0:drift, L:=3.51;
295	DBMa:drift, L:=DBM->L-LSPB;
296	DBMb:drift, L:=DBM->L-(LAB+LSPB);
297	DB0a:drift, L:=DB0->L-0.5;
298	DB0b:drift, L:=0.5-LPC;
299	DB1a:drift, L:=DB1->L/2;
300	DB1b:drift, L:=DB1->L-DB1a->L;
301	DB1d:drift, L:=0.5-LPC;
302	DB1c:drift, L:=DB1->L-(DB1a->L+LPC+DB1d->L);
303	DB2a:drift, L:=DB2->L-0.5;
304	DB2b:drift, L:=0.5-LPC;
305	DBMMa:drift, L:=DBMM->L-(LAB+LSPB);
306	DB1Ma:drift, L:=DB1M->L-0.5;
307	DB1Mb:drift, L:=0.5-LPC;
308	DB0Mb:drift, L:=3.0-(LAB+LSPB);
309	DB0Ma:drift, L:=DB0M->L-3.0;
310	LX0a:drift, L:=LX0->L-LPC;
311	DSMa:drift, L:=DSM->L-LSPE;
312	DS3a:drift, L:=DS3->L-0.5;
313	DS3b:drift, L:=0.5-LPC;
314	LX0b:drift, L:=LX0->L-LABFF;
315	D710a:drift, L:=D710->L-LABFF;
316	D3c:drift, L:=24.89536;
317	D2b:drift, L:=34.825;
318	D2a:drift, L:=40.295;
319	DMSQ:drift, L:=1.45464;
320	MUSP1:drift, L:=9.0, TYPE="muon spoiler";
321	D7Ea:drift, L:=(D7E->L-MUSP1->L)/2;
322	MUSP2:drift, L:=18.0, TYPE="muon spoiler";
323	D3a:drift, L:=5.7164;
324	DSPECT:drift, L:=0.5;
325	DECBPM:drift, L:=1.4;
326	LX0h:drift, L:=LX0->L/2;
327	BEGEFF1:marker;
328	BCOL1:marker;
329	BCOL2:marker;
330	MDW:marker;
331	ESPECT:marker;
332	IP:marker;
333	ENDEFF1:marker;
334	MR1i:marker;
335	MR1f:marker;
336	MR2i:marker;
337	MR2f:marker;
338	! PHASEMON:INST; //beam arrival phase monitor
339	PHASEMON:MONITOR; //beam arrival phase monitor
340	! WS_DIV:WIRE; //divergence wire scanner
341	! WS_ESP:WIRE; //energy spread wire scanner
342	WS_DIV:monitor; //divergence wire scanner
343	WS_ESP:monitor; //energy spread wire scanner
344	ST1:marker; //PPS
345	ST2:marker; //PPS
346	ST3:marker; //PPS
347	ST4:marker; //tune-up (1 bunch 750 GeV, 10 Hz = 20 kW)
348	CRAB_CAV:drift, L:=1.26;
349	XCORFB:hkicker;
350	YCORFB:vkicker;
351	XCORIP:hkicker;
352	YCORIP:vkicker;
353	QDMY_IP:quadrupole, L:=1.E-06, K1:=0, aperture:=1, TYPE="VIRTUAL";
354	BPM_IP:monitor, TYPE="DEFLECTION"; //for deflection monitoring simulations
355	! WS_IP:WIRE; //IP beam size via lumi or deflection scans
356	WS_IP:monitor; //IP beam size via lumi or deflection scans
357	IP_PKG:LINE=(QDMY_IP,BPM_IP,QDMY_IP,WS_IP);
358	ECBPM1:monitor;
359	ECBPM2:monitor;
360	ECBPM3:monitor;
361	QF1PKG:LINE=(QF1,BPMQ079,QF1);
362	QD0PKG:LINE=(QD0,BPMQ079,QD0);
363	EFFu:LINE=(BEGEFF1,
364	BPMMB079,XCORFB,YCORFB,MR1i,SP1,DBMa,
365	QB3,BPMQ079,QB3,DB0,
366	QB2,BPMQ079,QB2,DB1a,ST1,DB1b,
367	QB1,BPMQ079,QB1,DB2,
368	QB0,BPMQ079,QB0,DBM,BCOL1,BPMMB079,XCORFB,YCORFB,AB2,SP2,DBMb,
369	QB0,BPMQ079,QB0,DB2,
370	QB1,BPMQ079,QB1,DB1a,ST2,DB1c,PC1,DB1d,
371	QB2,BPMQ079,QB2,DB0,
372	QB3,BPMQ079,QB3,DBMM,MR1f,BPMMB079,XCORFB,YCORFB,AB3,SP3,DBMMa,
373	QB3,BPMQ079,QB3,DB0a,PC2,DB0b,
374	QB2,BPMQ079,QB2,DB1a,ST3,DB1c,PC3,DB1d,
375	QB1,BPMQ079,QB1,DB2,
376	QB0,BPMQ079,QB0,DBM,BCOL2,BPMMB079,XCORFB,YCORFB,AB4,SP4,DBMb,
377	QB0M,BPMQ079,QB0M,DB2a,PC4,DB2b,
378	QB1M,BPMQ079,QB1M,DB1Ma,PC5,DB1Mb,
379	QB2M,BPMQ079,QB2M,DB0Ma,BPMMB079,AB5,SP5,DB0Mb,
380	QB3M,BPMQ079,QB3M,LX0,
381	BS1,BS1,LX0,
382	BS1,BS1,LX0,
383	BS1,BS1,PC6,LX0a,
384	QS1,BPMQ079,QS1,LX0,
385	BS1,BS1,LX0,
386	BS1,BS1,LX0,
387	BS1,BS1,PDUMP,LX0a,BPME,
388	BS1,BS1,LX0,
389	BS1,BS1,LX0,BPME,
390	BS1,BS1,LX0,
391	BS1,BS1,LX0,BPME,
392	BS1,BS1,LX0,
393	BS1,BS1,LX0,BPME,WS_ESP,
394	BS1,BS1,LX0,
395	BS1,BS1,LX0,
396	BS1,BS1,PC7,LX0a,
397	QS2,BPMQ079,QS2,DS3,
398	QS3,BPMQ079,QS3,DSM,SPEX,DSMa,
399	QS3,BPMQ079,QS3,DS3a,PC8,DS3b,
400	QS2,BPMQ079,QS2,LX0,
401	BS1,BS1,LX0,
402	BS1,BS1,LX0,
403	BS1,BS1,LX0,
404	BS1,BS1,PC9,LX0a,
405	BS1,BS1,LX0,
406	BS1,BS1,LX0,
407	BS1,BS1,LX0,
408	BS1,BS1,PC10,LX0a,
409	BS1,BS1,LX0,
410	BS1,BS1,LX0,
411	BS1,BS1,LX0,
412	BS1,BS1,ABE,LX0b,
413	QS1,BPMQ079,QS1,LX0,
414	BS1,BS1,LX0,
415	BS1,BS1,LX0,
416	BS1,BS1,PC11,LX0a);
417	EFFs:LINE=(MDW,DSPECT,
418	ECBPM1,DECBPM,BEC1a,BEC1b,DECBBo,BEC2a,BEC2b,DECBBi,ECBPM2,
419	ESPECT,DECBBi,BEC3a,BEC3b,DECBBo,BEC4a,BEC4b,DECBPM,ECBPM3,
420	DSPECT,MDW);
421	EFFm:LINE=(QM16,BPMQ079,QM16,D12,
422	QM15,BPMQ079,QM15,D11,
423	QM14,BPMQ079,QM14,D10,
424	QM13a,BPMQ079,QM13a,LX0h,EFFs,LX0h,
425	QM13b,BPMQ079,QM13b,D9,
426	QM12,BPMQ079,QM12,D8,
427	QM11,BPMQ079,QM11);
428	EFFd:LINE=(D7Ea,MUSP1,D7Ea,
429	OC7E,BPMVIRT,OC7E,D7D,
430	OC7D,BPMVIRT,OC7D,D7C,
431	OC7C,BPMVIRT,OC7C,D7B,
432	OC7B,BPMVIRT,OC7B,D7A,
433	OC7A,BPMVIRT,OC7A,D7,AB10,D710a,
434	QD10,BPMQ079,QD10,LX0,
435	OC10,BPMVIRT,OC10,LX0,WS_DIV,
436	QD10,BPMQ079,QD10,D6A,DEC6,BPMVIRT,DEC6,BPMMB079,D6,
437	QF9,BPMQ079,QF9,AB9,LX0b,
438	SF6,MR2i,BPMVIRT,SF6,BPMMB079,LX0,
439	QF9,BPMQ079,QF9,D5B,2(SBD_FF),LX0,2(SBD_FF),LX0,
440	B5,B5,LX0,
441	B5,B5,LX0,
442	B5,B5,LX0,
443	QD8,BPMQ079,QD8,LX0,
444	B5,B5,LX0,
445	B5,B5,AB7,LX0b,
446	QF7,BPMQ079,QF7,XCORFB,YCORFB,LX0,
447	B5,B5,LX0,
448	B5,B5,LX0,
449	QD6,BPMQ079,QD6,LX0,
450	B5,B5,LX0,
451	B5,B5,LX0,
452	B5,B5,D5A,
453	QF5,BPMQ079,QF5,LX0,
454	SF5,MR2f,BPMVIRT,SF5,BPMMB079,LX0,
455	QF5,BPMQ079,QF5,D4,DEC4,BPMVIRT,DEC4,D4A,
456	QD4,BPMQ079,QD4,LX0,
457	SD4,BPMVIRT,SD4,BPMMB079,LX0,
458	QD4,BPMQ079,QD4,OC4,D3a,MUSP2,D3c,LX0,
459	B2,B2,LX0,
460	B2,B2,LX0,
461	B2,B2,LX0,
462	B2,B2,LX0,
463	B2,B2,LX0,XCORFB,
464	B2,B2,LX0,
465	B2,B2,LX0,
466	QD2B,BPMQ079,QD2B,LX0,YCORFB,
467	B2,B2,LX0,
468	B2,B2,LX0,
469	QF3,BPMQ079,QF3,LX0,
470	B2,B2,LX0,
471	B2,B2,LX0,
472	QD2A,BPMQ079,QD2A,LX0,
473	B1,B1,LX0,
474	B1,B1,LX0,
475	B1,B1,LX0,
476	B1,B1,LX0,
477	B1,B1,LX0,
478	B1,B1,D2a,MSK1,D2b,CRAB_CAV,LX0,ST4,LX0,MSK2,DMSQ,
479	SQ3FF,SQ3FF,LX0,PHASEMON,
480	OC1,BPMVIRT,OC1,LX0,BPMMB079,
481	SF1,BPMVIRT,SF1,D1C,
482	QF1PKG,D1B,
483	SD0,BPMVIRT,SD0,BPMMB079,OC0,BPMVIRT,OC0,D1A,
484	QD0PKG,XCORIP,YCORIP,D0,IP,
485	ENDEFF1);
486	EFF1:LINE=(EFFu,EFFm,EFFd);
487	EFF1S:LINE=(EFF1,IP_PKG);
488	RETURN;

Note: See TracBrowser for help on using the repository browser.

Download in other formats:

Original Format