def display(rawdata,result,path,mode):
x=np.array([rawdata[0],rawdata[2]])
data=np.array([rawdata[1],rawdata[3]])
Tdis=42
xdis=range(Tdis)
#Single Impulse
if mode > 0:
res=optGroupData.params2fcnval(result.params,Tdis,mode)
peaks = 1
else:
#Multi Impulse begin
[lambdaval, deltaval, peaks] = optGroupData.multiImpulse(rawdata[1], 10)
res=optGroupData.params2fcnvalMulti(result.params, Tdis, peaks)
#Multi Impulse end
final=res[0]
nlist=res[2]
fig=matplotlib.pyplot.figure()
pylab.plot(x[0], data[0], 'k+')
pylab.plot(x[1], data[1], 'b+')
pylab.plot(xdis, final, 'r')
pylab.plot(xdis, nlist, 'b')
pylab.savefig(path)
#Multi Impulse begin
return peaks
def display(rawdata, result, path, mode):
x = np.array([rawdata[0], rawdata[2]])
data = np.array([rawdata[1], rawdata[3]])
Tdis = 42
xdis = range(Tdis)
#Single Impulse
if mode > 0:
res = optGroupData.params2fcnval(result.params, Tdis, mode)
peaks = 1
else:
#Multi Impulse begin
[lambdaval, deltaval,
peaks] = optGroupData.multiImpulse(rawdata[1], 10)
res = optGroupData.params2fcnvalMulti(result.params, Tdis, peaks)
#Multi Impulse end
final = res[0]
nlist = res[2]
fig = matplotlib.pyplot.figure()
pylab.plot(x[0], data[0], 'k+')
pylab.plot(x[1], data[1], 'b+')
pylab.plot(xdis, final, 'r')
pylab.plot(xdis, nlist, 'b')
pylab.savefig(path)
#Multi Impulse begin
return peaks
def display_bi(rawdata,result1,result2,path):
x=np.array([rawdata[0],rawdata[2]])
data=np.array([rawdata[1],rawdata[3]])
#xx=np.array([testdata[0],testdata[2]])
#testdata=np.array([testdata[1],testdata[3]])
Tdis=40
xdis=range(Tdis)
res=optGroupData.params2fcnval(result1.params,Tdis)
res2=optGroupData.params2fcnval(result2.params,Tdis)
final=res[0]
nlist=res[2]
f2=res2[0]
n2=res2[2]
fig=matplotlib.pyplot.figure()
pylab.plot(x[0], data[0], 'k+')
pylab.plot(x[1], data[1], 'b+')
pylab.plot(xdis, final, 'r')
pylab.plot(xdis, nlist, 'b')
pylab.plot(xdis, f2, 'k')
pylab.plot(xdis, n2, 'k')
pylab.savefig(path)
def display_bi(rawdata, result1, result2, path):
x = np.array([rawdata[0], rawdata[2]])
data = np.array([rawdata[1], rawdata[3]])
#xx=np.array([testdata[0],testdata[2]])
#testdata=np.array([testdata[1],testdata[3]])
Tdis = 40
xdis = range(Tdis)
res = optGroupData.params2fcnval(result1.params, Tdis)
res2 = optGroupData.params2fcnval(result2.params, Tdis)
final = res[0]
nlist = res[2]
f2 = res2[0]
n2 = res2[2]
fig = matplotlib.pyplot.figure()
pylab.plot(x[0], data[0], 'k+')
pylab.plot(x[1], data[1], 'b+')
pylab.plot(xdis, final, 'r')
pylab.plot(xdis, nlist, 'b')
pylab.plot(xdis, f2, 'k')
pylab.plot(xdis, n2, 'k')
pylab.savefig(path)
