source: PSPA/madxPSPA/doc/usrguide/match/match_xmpl.html @ 430

Last change on this file since 430 was 430, checked in by touze, 11 years ago

import madx-5.01.00
File size: 4.9 KB
Line 
1<head>
2<title>the mad program</title>
3<!-- Changed by: Chris ISELIN, 16-Sep-1997 -->
4<!-- Changed by: Oliver Bruning, 27-Jun-2002 -->
5<!-- Changed by: Hans Grote, 25-Sep-2002 -->
6</head>
7
8<body bgcolor="#ffffff">
9
10<center>
11EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH
12<IMG SRC="http://cern.ch/madx/icons/mx7_25.gif" align=right>
13<h2>Matching Examples</h2>
14</center>
15<p>
16All matching examples and the related files for executing
17the MADX sample jobs can be found in the examples directory.
18<p>
19<ul>
20<li>
21<h2><a name=cell>Simple Periodic Cell</a></h2>
22Match a simple cell to given phase advances:
23<pre>
24<a href="http://cern.ch/madx/madX/examples/match/5cell/job.5cell.madx">FIVE-CELL</a>
25</pre>
26
27<li>
28<h2><a name=cell>Simple Periodic Cell</a></h2>
29Match the matrix elements of the linear transfer matrix at the end of a sequence 5 periodic cells:
30<pre>
31<a href="http://cern.ch/madx/madX/examples/match/r-matrix/job.r-matrix.madx">RMATRIX</a>
32</pre>
33
34
35<li>
36<h2><a name=cell>Transfer line with initial conditions</a></h2>
37Match a sequence of 5 periodic cells with initial conditions
38to given beta-functions at the end of the sequence:
39<pre>
40<a href="http://cern.ch/madx/madX/examples/match/line/job.line.madx">Transfer line</a>
41</pre>
42
43<li>
44<h2><a name=cell>Global tune matching in a sequence of 5 periodic cells</a></h2>
45Match the global tune of a sequence of 5 periodic cells:
46<pre>
47<a href="http://cern.ch/madx/madX/examples/match/global-tune/job.global-tune.madx">Global tune</a>
48</pre>
49
50<li>
51<h2><a name=cell>Global tune matching for the LHC</a></h2>
52Match the global tune for beam1 of the LHC:
53<pre>
54<a href="http://cern.ch/madx/madX/examples/match/lhc.tune/job.lhc.tune.madx">Global tune for the LHC</a>
55</pre>
56
57<li>
58<h2><a name=cell>Global chromaticity matching for the LHC</a></h2>
59Match the global chromaticity for beam1 of the LHC:
60<pre>
61<a href="http://cern.ch/madx/madX/examples/match/lhc.chromaticity/job.lhc.chromaticity.madx">Global chromaticity for the LHC</a>
62</pre>
63
64<li>
65<h2><a name=cell>Global chromaticity matching for both beams of the LHC</a></h2>
66Match the global chromaticity for beam1 and beam2 of the LHC:
67<pre>
68<a href="http://cern.ch/madx/madX/examples/match/lhc.2chromaticity/job.lhc.2chromaticity.madx">Global chromaticity for both beams of the LHC</a>
69</pre>
70
71<li>
72<h2><a name=cell>IR8 insertion matching for beam1 of the LHC</a></h2>
73Match the insertion IR8 with initial conditions to given values of the optics
74functions at the IP and the end of the insertion:
75<pre>
76<a href="http://cern.ch/madx/madX/examples/match/lhc.insertion/job.lhc.insertion.madx">IR8 insertion matching</a> for beam1 of the LHC
77</pre>
78
79<li>
80<h2><a name=cell>IR8 insertion matching for beam1 of the LHC with upper limits on the optics functions</a></h2>
81Match the insertion IR8 with initial conditions to given values of the optics
82functions at the IP and the end of the insertion while limiting the maximum
83acceptable beta functions over the whole insertion:
84<pre>
85<a href="http://cern.ch/madx/madX/examples/match/lhc.insertion-upper/job.lhc.insertion-upper.madx">IR8 insertion matching</a> for beam1 of the LHC with upper limits for all beta functions inside the insertion
86</pre>
87
88
89<li>
90<h2><a name=cell>Simultaneous orbit matching at IP8 for beam1 and beam2 of the LHC</a></h2>
91Match simultaneously the orbit of beam1 and beam of the LHC at IP8
92with initial conditions to the same given values at the IP:
93<pre>
94<a href="http://cern.ch/madx/madX/examples/match/lhc.iporbit/job.lhc.iporbit.madx">Orbit matching at IP8</a> for beam1 and beam2 of the LHC
95</pre>
96
97
98<li>
99<h2><a name=cell>IR8 beta squeeze for beam1 using JACOBIAN matching routine</a></h2>
100Try to find a beta squeeze for IR8 starting from 10 meters.
101<pre>
102<a href="http://cern.ch/madx/madX/examples/match/lhcV65.ir8squeeze/job.lhcV65.ir8squeeze.madx">Beta squeeze for IR8</a>
103</pre>
104
105<li>
106<h2><a name=cell>Mathching first and second order chromaticity of the LHC using USE_MACRO option.</a></h2>
107Match simultaneously the first and second order chromaticity by defining macros which compute them using the TWISS command or PTC.
108<pre>
109<a href="http://cern.ch/madx/madX/examples/match/lhc.qpp/job.lhc.qpp.madx">Second order chromaticity</a>
110</pre>
111
112
113<li>
114<h2><a name=cell>Mathching s position using VLENGTH flag.</a></h2>
115match the positions of elements and the total sequence length for a simple sample sequence.
116<pre>
117<a href="http://cern.ch/madx/madX/examples/match/s-match/job.s-match.madx">s position matching</a>
118</pre>
119
120<li>
121<h2><a name=cell>Mathching s position using USE_MACRO.</a></h2>
122match the positions of elements and the total sequence length for a simple sample sequence using USE_MACRO.
123<pre>
124<a href="http://cern.ch/madx/madX/examples/match/s-match-usemacro/job.s-match-usemacro.madx">s position matching</a>
125</pre>
126
127
128</ul>
129
130
131<address>
132<a href="http://bruening.home.cern.ch/bruening/">Oliver Br&uuml;ning</a>, June, 2002;
133<a href="http://rdemaria.home.cern.ch/rdemaria/">Riccardo de Maria</a>, August, 2007.
134</address>
135
136</body>
137
Note: See TracBrowser for help on using the repository browser.