phcpy2 verbose=False skip solve

[IsayamaYoomi]

When I set verbose=False in solve(), somehow it would not solve the polynomial system. I have a 3 by 3 system which I called fC with degree more than 100. I am using the python interface on my mac machine. My code looks like
sC = solve(fC, verbose=False)
if len(sC)==0:
print "no solution found'
If I remove verbose=False then I would not get the prineted message. I looked into the phcpy2.solver file and tried to replace the silence by False under the standard_solve function but I still got printed message occasionally. Could you please give me some suggestions?

Thanks in advance!

[janverschelde]

Could it be possible to provide the input of your problem?

[IsayamaYoomi]

Sure. For my problem I need to loop through all wavenumber k, and fP is the polynomial system evaluated at k-1, while fC is the system evaluated at k. The polynomial system is
x^3*(y+z^2+s1*(1+y+0.5z^2))(z+y^2+s2*(1+z+0.5y^2))-(3x^2-3x+1)*(-z+s1)(-y+s1)(1-z)(1-y)=0
2x^2(y^2-(kh)^2)-(3x^2-4x+1)*c=0
2x^2(z^2-(kh)^2)-(3x^2-4x+1)*c=0
and the code is like
fP =['','','']
fC =['','','']
for k in range(0,kmax):
fP[0] = 'x**3*(1*y + z**2 + ('+str(s1)+')*(1+1*y+0.5*z**2))*(1*z + y**2 + (' +str(s2)+ ')*(1+1*z+0.5*y**2)) - (3*x**2-3*x+1)*(-z+'+str(s1)+')*(-y+'+str(s2)+')*(1-y)*(1-z);'
fP[1] = '2*x**2*(y**2-('+str((k-1)*h)+')**2) - (3*x**2-4*x+1)*'+str(c)+';'
fP[2] = '2*x**2*(z**2-('+str((k-1)*h)+')**2) - (3*x**2-4*x+1)*'+str(c)+';'
fC[0] = 'x**3*(1*y + z**2 + ('+str(s1)+')*(1+1*y+0.5*z**2))*(1*z + y**2 + (' +str(s2)+ ')*(1+1*z+0.5*y**2)) - (3*x**2-3*x+1)*(-z+'+str(s1)+')*(-y+'+str(s2)+')*(1-y)*(1-z);'
fC[1] = '-2*x**2*(y**2-('+str(k*h)+')**2) + (3*x**2-4*x+1)*'+str(c)+';'
fC[2] = '-2*x**2*(z**2-('+str(k*h)+')**2) + (3*x**2-4*x+1)*'+str(c)+';'
if k==1 or k==0 or (total_degree(fC)!=total_degree(fP)):
sC = solve(fC)
#sC = solve(fC,verbose=False)
else:
sC = track(fC,fP,sP)
sLength=len(sC)
if sLength==0:
print "no solution founud"

If solutions are found then I will proceed to check the validity of the roots.

[IsayamaYoomi]

I also tried to run the regression tests. The Apollonius example did not give me any solution either. The solution set was empty, but if I turn on the verbose option then I would get desired result.