more and more

boosterubung.py

@@ -12,6 +12,8 @@ refpts = range(len(ring) + 1)
 #--- lionop needs radiation off
 ring.radiation_off()
 elemdata0, tune, chrom, elemdata=at.linopt(ring,0.0001,list(refpts))
+tuneH=tune[0]
+tuneV=tune[1]
 
 s_pos = elemdata['s_pos']
 beta_x =elemdata['beta'][:,0]
@@ -52,5 +54,5 @@ mp.xlabel('s [m]')
 mp.ylabel('m')
 mp.title('orb_x' )
 mp.show()
-print('tune H:',tuneH,'tune V:',tuneV,'tune L:',tuneL)
+print('tune H:',tuneH,'tune V:',tuneV)
 print('E:', e_eV/1e9,' GeV')

compare.py

+#!/usr/bin/python3
+
+import at
+#import matplotlib.pylab as mp
+
+ring1=at.load_lattice("../../machine/lattice/elettra/elettra.m",energy=2.0e9)
+ring2=at.load_lattice("../../machine/lattice/elettra/elettra_strS.m",energy=2.0e9)
+
+
+len1 = ring1.circumference
+len2 = ring2.circumference
+
+print('circonf. ring S.K.:', len1)
+print('circonf. ring hls :', len2)
+#print(len1,len2," delta: ", len2-len1, "relative delta:" , (len2-len1)/len2)
+
+[chromH1,chromV1,chromL1]=ring1.get_chrom()
+[tuneH1,tuneV1,tuneL1] = ring1.get_tune()
+
+chromH2,chromV2,chromL2=ring2.get_chrom()
+tuneH2,tuneV2,tuneL2 = ring2.get_tune()
+
+print ('tune H ring S.K:',tuneH1,'tune V ring S.K.:',tuneV1)
+print ('tune H ring hls:',tuneH2,'tune V ring hls.:',tuneV2)
+
+print ('eta H ring S.K:',chromH1,' eta V ring S.K.:',chromV1)
+print ('eta H ring hls:',chromH2,'eta V ring hls :',chromV2)
+#--- lionop needs radiation off
+#--- lionop needs radiation off
+
+#quad1refpts = ring1.get_refpts(at.Quadrupole)
+#quad2refpts = ring2.get_refpts(at.Quadrupole)
+
+#for ref1 in quad1refpts:
+    #print(ring1[ref1].FamName,ring1.get_s_pos(ref1)[0])
+    
+#print('--------------------------')
+#for ref2 in quad2refpts:
+    #print(ring2[ref2].FamName,ring2.get_s_pos(ref2)[0])
+#print('--------------------------')
+
+
+#corr1refpts = ring1.get_refpts(at.Corrector)
+#corr2refpts = ring2.get_refpts(at.Corrector)
+
+#for ref1 in corr1refpts:
+    #print(ring1[ref1].FamName,ring1.get_s_pos(ref1)[0])
+    
+#print('--------------------------')
+#for ref2 in corr2refpts:
+    #print(ring2[ref2].FamName,ring2.get_s_pos(ref2)[0])
+#print('--------------------------')
+
+
+
+
+#if len(quad1refpts) != len(quad1refpts):
+    #print('lattice desc. differ in number of quadrupoles')
+    
+#spos1=ring1.get_s_pos(quad1refpts)
+#spos2=ring2.get_s_pos(quad2refpts)
+
+#for index in  range(len(quad1refpts)):
+    #s1=spos1[index]
+    #s2=spos2[index]
+    #ref1=quad1refpts[index]
+    #ref2=quad2refpts[index]
+    #print(s1,s2,s1-s2,ring1[ref1].FamName,ring2[ref2].FamName)
+
+
+
+
+

elettratest.py

@@ -3,15 +3,16 @@
 import at
 import matplotlib.pylab as mp
 
-ring=at.load_lattice("../../machine/lattice/elettra/elettra.m",energy=2.0e9)
+ring=at.load_lattice("../../machine/lattice/elettra/elettra_strS.m",energy=2.0e9)
 
 refpts = range(len(ring) + 1)
-
-elemdata0, ringdata,elemdata=at.linopt6(ring,refpts)
-
+ring.radiation_off()
+elemdata0, ringdata,elemdata=at.linopt6(ring,refpts,0.001)
+[chromH,chromV]=ring.get_chrom()
+[tuneH,tuneV] = ring.get_tune()
 #--- lionop needs radiation off
 #ring.radiation_off()
-#elemdata0, tune, chrom, elemdata=at.linopt(ring,0.0001,list(refpts))
+#elemdata0, tune, chrom, elemdata=at.linopt(ring,refpts)
 
 s_pos = elemdata['s_pos']
 beta_x =elemdata['beta'][:,0]
@@ -31,8 +32,7 @@ closed_orbit_xp=elemdata['closed_orbit'][:,1]
 closed_orbit_y=elemdata['closed_orbit'][:,2]
 closed_orbit_yp=elemdata['closed_orbit'][:,3]
 
-#[tuneH,tuneV,tuneL]=ring.get_tune()
-#[chromH,chromV,chromL]=ring.get_chrom()
+
 e_eV=ring.energy
 
 
@@ -52,5 +52,6 @@ mp.xlabel('s [m]')
 mp.ylabel('m')
 mp.title('orb_x' )
 mp.show()
-print('tune H:',tuneH,'tune V:',tuneV,'tune L:',tuneL)
+print('tune H:',tuneH,'tune V:',tuneV)
+print('chrom H:',chromH,' chromV:', chromV)
 print('E:', e_eV/1e9,' GeV')

esrftest.py

+#!/usr/bin/python3
+
+import at
+import matplotlib.pylab as mp
+
+ring=at.load_lattice("../../machine/lattice/other/esrf.m",energy=6.0e9)
+
+refpts = range(len(ring) + 1)
+
+elemdata0, ringdata,elemdata=at.linopt6(ring,refpts)
+
+#--- lionop needs radiation off
+#ring.radiation_off()
+#elemdata0, tune, chrom, elemdata=at.linopt(ring,0.0001,list(refpts))
+ring.radiation_off()
+[chromH,chromV]=ring.get_chrom()
+[tuneH,tuneV] = ring.get_tune()
+
+s_pos = elemdata['s_pos']
+beta_x =elemdata['beta'][:,0]
+beta_y =elemdata['beta'][:,1]
+
+alpha_x = elemdata['alpha'][:,0]
+alpha_y = elemdata['alpha'][:,1]
+
+dispersion_x=elemdata['dispersion'][:,0]
+dispersion_xp=elemdata['dispersion'][:,1]
+dispersion_y=elemdata['dispersion'][:,2]
+dispersion_yp=elemdata['dispersion'][:,3]
+
+
+closed_orbit_x=elemdata['closed_orbit'][:,0]
+closed_orbit_xp=elemdata['closed_orbit'][:,1]
+closed_orbit_y=elemdata['closed_orbit'][:,2]
+closed_orbit_yp=elemdata['closed_orbit'][:,3]
+
+#[tuneH,tuneV,tuneL]=ring.get_tune()
+#[chromH,chromV,chromL]=ring.get_chrom()
+e_eV=ring.energy
+
+
+mp.figure()
+mp.subplot(211)
+mp.plot(s_pos,beta_x)
+mp.plot(s_pos,beta_y)
+mp.plot(s_pos,dispersion_x)
+mp.xlabel('s [m]')
+mp.ylabel('m')
+mp.title('beta_x  beta_y disp_x' )
+
+
+mp.subplot(212)
+mp.plot(s_pos,closed_orbit_x)
+mp.xlabel('s [m]')
+mp.ylabel('m')
+mp.title('orb_x' )
+mp.show()
+print('tune H:',tuneH,'tune V:',tuneV)
+print('chrom H:',chromH,' chromV:', chromV)
+print('E:', e_eV/1e9,' GeV')