All Samples(51) | Call(51) | Derive(0) | Import(0)
src/p/y/pymaclab-0.95.9/pymaclab/dsge/solvers/modsolvers.py pymaclab(Download)
VV3 = MAT.kron(MAT.transpose(NN),FF)+MAT.kron(MAT.identity(k_exog),FF*PP+JJ*RR+GG)
VV4 = MAT.kron(MAT.transpose(NN),JJ)+MAT.kron(MAT.identity(k_exog),KK)
VV = MAT.vstack((MAT.hstack((VV1,VV2)),MAT.hstack((VV3,VV4))))
self.RR = RR
WW2 = MAT.hstack((RR*LIN.pinv(PP),SS-RR*LIN.pinv(PP)*QQ))
WW3 = MAT.hstack((MAT.zeros((k_exog,m_states)),MAT.identity(k_exog)))
WW = MAT.vstack((WW1,WW2,WW3))
self.WW = WW
self.QQ = QQ
klein_A_rthree = MAT.hstack((klein_A_rthree,MAT.zeros((n_deteq,endo_cn))))
klein_A = MAT.vstack((klein_A_rone,klein_A_rtwo))
klein_A = MAT.vstack((klein_A,klein_A_rthree))
klein_B_rthree = MAT.hstack((klein_B_rthree,-CC))
klein_B = MAT.vstack((klein_B_rone,klein_B_rtwo))
klein_B = MAT.vstack((klein_B,klein_B_rthree))
src/p/y/pymaclab-0.95.9/pymaclab/dsge/macrolab.py pymaclab(Download)
hdicc[0] = job_0()[5]
for i1,job in enumerate(jobs[1:len(jobs)]):
numj = mat.vstack((numj,job()[0]))
jdic[i1+1] = job()[1]
jdicc[i1+1] = job()[2]
numh = mat.vstack((numh,job()[3]))
jdicc[0] = job_0()[2]
for i1,job in enumerate(jobs[1:len(jobs)]):
numj = mat.vstack((numj,job()[0]))
jdic[i1+1] = job()[1]
jdicc[i1+1] = job()[2]
numh = job_0()[1]
for i1,job in enumerate(jobs[1:len(jobs)]):
numj = mat.vstack((numj,job()[0]))
numh = mat.vstack((numh,job()[1]))
self.derivatives.numj = numj