def fringeOUT(node,paramsDict):
bunch = paramsDict["bunch"]
length = paramsDict["parentNode"].getLength()
usageOUT = node.getUsage()
e = node.getParam("ea2")
rho = node.getParam("rho")
poleArr = node.getParam("poles")
klArr = [-x*bunch.charge()*length for x in self.getParam("kls")]
skewArr = node.getParam("skews")
nParts = paramsDict["parentNode"].getnParts()
if(e != 0.):
inout = 1
TPB.wedgebendCF(bunch, e, inout, rho, len(poleArr), poleArr, klArr, skewArr, nParts - 1)
if(usageOUT):
frinout = 0
TPB.wedgerotate(bunch, -e, frinout)
TPB.bendfringeOUT(bunch, rho)
if(length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i]/length
skew = skewArr[i]
TPB.multpfringeOUT(bunch,pole,kl,skew)
frinout = 1
TPB.wedgerotate(bunch, -e, frinout)
TPB.wedgedrift(bunch,e,inout)
else:
if(usageOUT):
TPB.bendfringeOUT(bunch, rho)
if(length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i]/length
skew = skewArr[i]
TPB.multpfringeOUT(bunch,pole,kl,skew)
def fringeOUT(node,paramsDict):
bunch = paramsDict["bunch"]
length = paramsDict["parentNode"].getLength()
usageOUT = node.getUsage()
e = node.getParam("ea2")
rho = node.getParam("rho")
poleArr = node.getParam("poles")
klArr = [-x*bunch.charge()*length for x in self.getParam("kls")]
skewArr = node.getParam("skews")
nParts = paramsDict["parentNode"].getnParts()
if(e != 0.):
inout = 1
TPB.wedgebendCF(bunch, e, inout, rho, len(poleArr), poleArr, klArr, skewArr, nParts - 1)
if(usageOUT):
frinout = 0
TPB.wedgerotate(bunch, -e, frinout)
TPB.bendfringeOUT(bunch, rho)
if(length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i]/length
skew = skewArr[i]
TPB.multpfringeOUT(bunch,pole,kl,skew)
frinout = 1
TPB.wedgerotate(bunch, -e, frinout)
TPB.wedgedrift(bunch,e,inout)
else:
if(usageOUT):
TPB.bendfringeOUT(bunch, rho)
if(length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i]/length
skew = skewArr[i]
TPB.multpfringeOUT(bunch,pole,kl,skew)
def fringeOUT(node, paramsDict):
usageOUT = node.getUsage()
e = node.getParam("ea2")
rho = node.getParam("rho")
poleArr = node.getParam("poles")[:]
klArr = node.getParam("kls")[:]
skewArr = node.getParam("skews")[:]
length = paramsDict["parentNode"].getLength()
bunch = paramsDict["bunch"]
useCharge = 1
if (paramsDict.has_key("useCharge")):
useCharge = paramsDict["useCharge"]
nParts = paramsDict["parentNode"].getnParts()
if (e != 0.):
inout = 1
TPB.wedgebendCF(bunch, e, inout, rho, len(poleArr), poleArr,
klArr, skewArr, nParts - 1, useCharge)
if (usageOUT):
frinout = 0
TPB.wedgerotate(bunch, -e, frinout)
TPB.bendfringeOUT(bunch, rho)
if (length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i] / length
skew = skewArr[i]
TPB.multpfringeOUT(bunch, pole, kl, skew,
useCharge)
frinout = 1
TPB.wedgerotate(bunch, -e, frinout)
TPB.wedgedrift(bunch, e, inout)
else:
if (usageOUT):
TPB.bendfringeOUT(bunch, rho)
if (length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i] / length
skew = skewArr[i]
TPB.multpfringeOUT(bunch, pole, kl, skew,
useCharge)
def fringeOUT(node,paramsDict):
usageOUT = node.getUsage()
e = node.getParam("ea2")
rho = node.getParam("rho")
poleArr = node.getParam("poles")[:]
klArr = node.getParam("kls")[:]
skewArr = node.getParam("skews")[:]
length = paramsDict["parentNode"].getLength()
bunch = paramsDict["bunch"]
useCharge = 1
if(paramsDict.has_key("useCharge")): useCharge = paramsDict["useCharge"]
nParts = paramsDict["parentNode"].getnParts()
if(e != 0.):
inout = 1
TPB.wedgebendCF(bunch, e, inout, rho, len(poleArr), poleArr, klArr, skewArr, nParts - 1, useCharge)
if(usageOUT):
frinout = 0
TPB.wedgerotate(bunch, -e, frinout)
TPB.bendfringeOUT(bunch, rho)
if(length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i]/length
skew = skewArr[i]
TPB.multpfringeOUT(bunch,pole,kl,skew,useCharge)
frinout = 1
TPB.wedgerotate(bunch, -e, frinout)
TPB.wedgedrift(bunch,e,inout)
else:
if(usageOUT):
TPB.bendfringeOUT(bunch, rho)
if(length != 0.):
for i in xrange(len(poleArr)):
pole = poleArr[i]
kl = klArr[i]/length
skew = skewArr[i]
TPB.multpfringeOUT(bunch,pole,kl,skew,useCharge)
