I was trying to run the tutorial, but it failed. Following is the message I got.
Welcome to the PyCFTBoot tutorial!
Please read the comments and watch for coloured text.
Which theory would you like to study?
These take increasingly long amounts of time.
3D Ising model (even sector only).
3D O(3) model.
3D Ising model (odd sector as well).
4D N = 1 supersymmetric model.
Choice: 1
Finding basic bound at external dimension 0.518...
Trying 1.2
SDPB started at 2017-Sep-06 22:47:30
SDP file : "mySDP.xml"
out file : "mySDP.out"
checkpoint in : "mySDP.ck"
checkpoint out : "mySDP.ck"
time mu P-obj D-obj gap P-err D-err P-step D-step beta dim/stabilized
Assertion failed: (info == 0), function LUDecomposition, file src/Matrix.cpp, line 196.
Traceback (most recent call last):
File "tutorial.py", line 58, in
result = sdp.bisect(lower, upper, tol, channel)
File "bootstrap.py", line 1256, in bisect
result = self.iterate()
File "bootstrap.py", line 1190, in iterate
terminate_reason = output["terminateReason"]
KeyError: 'terminateReason'
I was trying to run the tutorial, but it failed. Following is the message I got.
Welcome to the PyCFTBoot tutorial! Please read the comments and watch for coloured text. Which theory would you like to study? These take increasingly long amounts of time.
Parameters: maxIterations = 500 maxRuntime = 86400 checkpointInterval = 3600 noFinalCheckpoint = true findPrimalFeasible = true findDualFeasible = true detectPrimalFeasibleJump = false detectDualFeasibleJump = false precision(actual) = 660(704) maxThreads(using) = 4(4) dualityGapThreshold = 1e-30 primalErrorThreshold = 1e-30 dualErrorThreshold = 1e-30 initialMatrixScalePrimal = 100000000000000000000 initialMatrixScaleDual = 100000000000000000000 feasibleCenteringParameter = 0.1 infeasibleCenteringParameter = 0.3 stepLengthReduction = 0.7 choleskyStabilizeThreshold = 1e-40 maxComplementarity = 1e+100
Assertion failed: (info == 0), function LUDecomposition, file src/Matrix.cpp, line 196. Traceback (most recent call last): File "tutorial.py", line 58, in
result = sdp.bisect(lower, upper, tol, channel)
File "bootstrap.py", line 1256, in bisect
result = self.iterate()
File "bootstrap.py", line 1190, in iterate
terminate_reason = output["terminateReason"]
KeyError: 'terminateReason'