if len(diff)>0:
# print "name value1 value2 diff"
for v,k in diff:
if v> prdiff:
print "%-20s %10.3e %10.3e %10.3e"%(k,t1[k],t2[k],v)
else:
break
return ratio,diff
if __name__=='__main__':
import sys
from pyoptics import madlang
fn1=sys.argv[1]
fn2=sys.argv[2]
prratio=1.00001;
prdiff=1e-12;
if len(sys.argv)>3:
prratio=float(sys.argv[3])
if len(sys.argv)>4:
prdiff=float(sys.argv[4])
t1=madlang.open(fn1)
t2=madlang.open(fn2)
compare_optics(t1,t2,prratio,prdiff)
import os
from pyoptics import madlang, MadBeam
import sixtracklib
def newer(f1, f2):
if os.path.exists(f2):
return os.path.getmtime(f1) > os.path.getmtime(f2)
else:
return True
mad = madlang.open('bench.madx')
line, rest = mad.bench.expand_struct()
if len(rest) > 0:
print(rest)
if newer('bench.madx', 'track.obs0001.p0001'):
os.system('madx bench.madx')
madbeam = MadBeam.open('track.obs0001.p0001', 'twiss_bench.tfs')
block = sixtracklib.cBlock.from_line(line)
bref = sixtracklib.cBeam.from_full_beam(madbeam.get_full_beam())
cbeam = bref.copy()[[0]]
block.track(cbeam, nturn=2, turnbyturn=True)
bnew = block.turnbyturn[:, 0]
import sys
sys.path.append('/home/rdemaria/work/lhc_2015/2015/toolkit/')
from pyoptics import madlang
from compare_opt import compare_optics
def set_crossing(t):
for irn in '1258':
for kn in 'sep x o a':
setattr(t,'on_%s%s'%(kn,irn),1)
for fn in fnames.split('\n'):
bn=os.path.basename(fn)
irn=bn[2]
ofn="IR%s/%s"%(irn,bn)
jfn="%s/%s"%(jmad,fn)
print jfn
print ofn
t1=madlang.open(ofn)
t2=madlang.open(jfn)
compare_optics(t1,t2,1.00001,1e-12)
from pyoptics import madlang,optics
#see sps/madx/a001_track_thin.madx
mad=madlang.open('madx/SPS_Q20_thin.seq')
mad.acta_31637.volt=4.5
mad.acta_31637.lag=0.5
import pysixtrack
elems,rest,iconv=mad.sps.expand_struct(pysixtrack.element_types)
pbench=optics.open('madx/track.obs0001.p0001')
sps=pysixtrack.Line(elements= [e[2] for e in elems])
def get_part(pbench,ii):
pstart=[pbench[n][ii] for n in 'x px y py t pt'.split()]
pstart=dict(zip('x px y py tau ptau'.split(),pstart))
prun=pysixtrack.Particles(energy0=pbench.e[ii]*1e9,**pstart)
return prun
def compare(prun,pbench):
out=[]
for att in 'x px y py tau ptau'.split():
vrun=getattr(prun,att)
vbench=getattr(pbench,att)
diff=vrun-vbench
out.append(abs(diff))
print(f"{att:<5} {vrun:22.13e} {vbench:22.13e} {diff:22.13g}")
print(f"max {max(out):21.12e}")
return max(out)
prun=get_part(pbench,0)
from pyoptics import madlang, optics
#see sps/madx/a001_track_thin.madx
mad = madlang.open('sps/madx/SPS_Q20_thin.seq')
mad.acta_31637.volt = 4.5
mad.acta_31637.lag = 0.5
out, rest = mad.sps.expand_struct()
import pysixtrack
out, rest = mad.sps.expand_struct(pysixtrack.convert)
elems = zip(*out)[1]
sps = pysixtrack.Block(elems)
import pickle
pickle.dump(sps, open('sps.pickle', 'w'))
import numpy as np
import time
npart = 10
def check_el(p):
madt = optics.open('sps/madx/track.obs0002.p0001')
out1 = [madt[l][0] for l in 'x px y py y t pt'.split()]
out2 = [getattr(p, l) for l in 'x px y py y tau pt'.split()]
diff = 0
for a, b in zip(out1, out2):
diff += (a - b)**2
print "%24.17e %24.17e %24.17e" % (a, b, a - b)
IR8/betamed/ir8_24000_856.madx
IR8/betamed/ir8_26000_843.madx
IR8/betamed/ir8_27000_836.madx
IR8/betamed/ir8_28000_829.madx
IR8/betamed/ir8_30000_816.madx"""
import sys
sys.path.append('/home/rdemaria/work/lhc_2015/2015/toolkit/')
from pyoptics import madlang
from compare_opt import compare_optics
def set_crossing(t):
for irn in '1258':
for kn in 'sep x o a':
setattr(t, 'on_%s%s' % (kn, irn), 1)
for fn in fnames.split('\n'):
bn = os.path.basename(fn)
irn = bn[2]
ofn = "IR%s/%s" % (irn, bn)
jfn = "%s/%s" % (jmad, fn)
print jfn
print ofn
t1 = madlang.open(ofn)
t2 = madlang.open(jfn)
compare_optics(t1, t2, 1.00001, 1e-12)
import pickle
import time
import numpy as np
from pyoptics import madlang, optics
import pysixtrack
# see sps/madx/a001_track_thin.madx
mad = madlang.open("madx/SPS_Q20_thin.seq")
mad.acta_31637.volt = 4.5
mad.acta_31637.lag = 0.5
out, rest = mad.sps.expand_struct()
out, rest = mad.sps.expand_struct(pysixtrack.convert)
elems = list(zip(*out))[1]
sps = pysixtrack.Block(elems)
pickle.dump(sps, open("sps.pickle", "w"))
npart = 10
def check_el(p):
madt = optics.open("sps/madx/track.obs0002.p0001")
out1 = [madt[l][0] for l in "x px y py y t pt".split()]
out2 = [getattr(p, l) for l in "x px y py y tau pt".split()]
diff = 0
for a, b in zip(out1, out2):
diff += (a - b)**2
print("%24.17e %24.17e %24.17e" % (a, b, a - b))
print "%-20s %10.3e %10.3e %10.3e" % (k, t1[k], t2[k], v)
else:
break
if len(diff) > 0:
# print "name value1 value2 diff"
for v, k in diff:
if v > prdiff:
print "%-20s %10.3e %10.3e %10.3e" % (k, t1[k], t2[k], v)
else:
break
return ratio, diff
if __name__ == '__main__':
import sys
from pyoptics import madlang
fn1 = sys.argv[1]
fn2 = sys.argv[2]
prratio = 1.00001
prdiff = 1e-12
if len(sys.argv) > 3:
prratio = float(sys.argv[3])
if len(sys.argv) > 4:
prdiff = float(sys.argv[4])
t1 = madlang.open(fn1)
t2 = madlang.open(fn2)
compare_optics(t1, t2, prratio, prdiff)
#!/usr/bin/python
from pyoptics import *
import pyoptics.madlang as mad
import sys
import re
fn = sys.argv[1]
p = mad.open(fn)
#print fn
reg = re.compile(r'kq(1?[0-9]).*b1')
data = []
for k in p._keys():
res = reg.match(k)
if res:
b1 = p[k]
b2 = p[k[:-1] + '2']
data.append((abs(b1 / b2), b1, b2, k))
scale = 23348
data.sort()
for r, b1, b2, k in data:
if r < 0.5 or r > 2:
print "%-30s %-10s %6.3g %6.3g %6.3g" % (fn, k, r, b1 * scale,
b2 * scale)
#!/usr/bin/python
from pyoptics import *
import pyoptics.madlang as mad
import sys
import re
fn=sys.argv[1]
p=mad.open(fn)
#print fn
reg=re.compile(r'kq(1?[0-9]).*b1')
data=[]
for k in p._keys():
res=reg.match(k)
if res:
b1=p[k]
b2=p[k[:-1]+'2']
data.append((abs(b1/b2),b1,b2,k))
scale=23348
data.sort()
for r,b1,b2,k in data:
if r<0.5 or r>2:
print "%-30s %-10s %6.3g %6.3g %6.3g"%(fn,k,r, b1*scale,b2*scale)
