I am thankful that you share the code in the Github.
I am really like your paper and try to run your code on your demo.py.
However, when I go to the source directory and run demo.py. This is an error on my computer:
"reset: unknown terminal type unknown
Terminal type? "
Could you please give me some suggestion about that?
The below is all the information when I run the demo.py.
"
runfile('/home/chunchao/Desktop/gp-structure-search-master/source/demo.py', wdir='/home/chunchao/Desktop/gp-structure-search-master/source')
Backend TkAgg is interactive backend. Turning interactive mode on.
Running experiment:
description = An example experiment,
data_dir = ../data/1d_data/01-airline.mat,
max_depth = 2,
random_order = False,
k = 1,
debug = False,
local_computation = True,
n_rand = 2,
sd = 4,
max_jobs = 500,
verbose = True,
make_predictions = False,
skip_complete = False,
results_dir = ../examples/,
iters = 10,
base_kernels = SE,Per,Lin,
zero_mean = True,
verbose_results = False,
random_seed = 0,
use_min_period = True,
period_heuristic = 10,
use_constraints = False,
alpha_heuristic = -2,
lengthscale_heuristic = -4.5,
Experiment 01-airline
Output to: ../examples/01-airline_result.txt
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All new results:
1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2))
1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4))
1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2))
1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9))
All new results after duplicate removal:
1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2))
1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4))
1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2))
1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9))
Printing all results
1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2))
1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4))
1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2))
1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9))
Seed kernels :
M(0, PE(ell=3.4, p=1.8, sf=4.9))
Expanded kernels :
( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=0.0)) )
( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
( M(0, PE(ell=3.4, p=1.8, sf=4.9)) + M(0, SE(ell=0.0, sf=0.0)) )
M(0, LN(off=-2.0, ell=0.0, loc=0.0))
M(0, PE(ell=0.0, p=-2.0, sf=0.0))
M(0, SE(ell=0.0, sf=0.0))
Creating data file locally
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All new results:
1231.2193188407873 nan 2482.3178908798786 ( M(0, PE(ell=3.4, p=1.8, sf=4.6)) x M(0, SE(ell=-0.0, sf=3.7)) )
1195.301552405626 nan 2410.482358009556 ( M(0, LN(off=-2.0, ell=0.1, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
1180.5636329338015 nan 2390.946145665059 ( M(0, PE(ell=4.6, p=6.9, sf=-2.7)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1180.5492496798781 nan 2390.917379157212 ( M(0, PE(ell=1.9, p=6.9, sf=3.3)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1181.7816979119368 nan 2388.4124623217535 ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
1180.563652648244 nan 2385.976371794368 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.0, sf=-0.0)) )
1180.5636337552983 nan 2385.9763340084764 ( M(0, LN(off=-11.8, ell=3.4, loc=1960.9)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1180.5636331360015 nan 2385.976332769883 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.7, sf=-2.1)) )
1180.5636329755807 nan 2385.9763324490414 ( M(0, LN(off=-13.6, ell=5.1, loc=1970.5)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1181.7125696761482 nan 2383.3043925506004 ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=-0.0)) )
1180.663863187727 nan 2376.237166274182 M(0, PE(ell=2.9, p=1.0, sf=6.3))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1181.4844478710331 nan 2372.908522341218 M(0, SE(ell=4.4, sf=3.8))
1027.6078027525305 nan 2080.064672002941 ( M(0, PE(ell=3.6, p=6.3, sf=-4.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1027.9237881880226 nan 2070.7570162747734 M(0, PE(ell=0.0, p=1.9, sf=-5.8))
1023.6929509234078 nan 2067.2651550451196 ( M(0, PE(ell=3.4, p=1.8, sf=6.1)) x M(0, SE(ell=-0.3, sf=-0.6)) )
1027.911635944512 nan 2065.762898488176 M(0, SE(ell=3.8, sf=-1.0))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.714691100425 nan 2065.3690088000017 M(0, LN(off=-8.4, ell=0.8, loc=1959.7))
1002.522711842176 nan 2024.924676882656 ( M(0, LN(off=-3.4, ell=1.0, loc=1965.1)) x M(0, PE(ell=3.3, p=0.7, sf=5.1)) )
974.4348088970949 nan 1958.8092443933417 M(0, LN(off=-15.0, ell=-1.1, loc=1967.5))
897.9109529202489 nan 1815.7011590388017 ( M(0, LN(off=-0.8, ell=-2.2, loc=1975.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
894.5560567068537 nan 1813.9611799115874 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=-0.8, sf=2.0)) )
827.4239624014712 nan 1679.6969913008222 ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
All new results after duplicate removal:
1231.2193188407873 nan 2482.3178908798786 ( M(0, PE(ell=3.4, p=1.8, sf=4.6)) x M(0, SE(ell=-0.0, sf=3.7)) )
1195.301552405626 nan 2410.482358009556 ( M(0, LN(off=-2.0, ell=0.1, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
1180.5636329338015 nan 2390.946145665059 ( M(0, PE(ell=4.6, p=6.9, sf=-2.7)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1180.5492496798781 nan 2390.917379157212 ( M(0, PE(ell=1.9, p=6.9, sf=3.3)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1181.7816979119368 nan 2388.4124623217535 ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
1180.563652648244 nan 2385.976371794368 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.0, sf=-0.0)) )
1180.5636337552983 nan 2385.9763340084764 ( M(0, LN(off=-11.8, ell=3.4, loc=1960.9)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1180.5636331360015 nan 2385.976332769883 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.7, sf=-2.1)) )
1180.5636329755807 nan 2385.9763324490414 ( M(0, LN(off=-13.6, ell=5.1, loc=1970.5)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1181.7125696761482 nan 2383.3043925506004 ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=-0.0)) )
1180.663863187727 nan 2376.237166274182 M(0, PE(ell=2.9, p=1.0, sf=6.3))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1181.4844478710331 nan 2372.908522341218 M(0, SE(ell=4.4, sf=3.8))
1027.6078027525305 nan 2080.064672002941 ( M(0, PE(ell=3.6, p=6.3, sf=-4.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1027.9237881880226 nan 2070.7570162747734 M(0, PE(ell=0.0, p=1.9, sf=-5.8))
1023.6929509234078 nan 2067.2651550451196 ( M(0, PE(ell=3.4, p=1.8, sf=6.1)) x M(0, SE(ell=-0.3, sf=-0.6)) )
1027.911635944512 nan 2065.762898488176 M(0, SE(ell=3.8, sf=-1.0))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.714691100425 nan 2065.3690088000017 M(0, LN(off=-8.4, ell=0.8, loc=1959.7))
1002.522711842176 nan 2024.924676882656 ( M(0, LN(off=-3.4, ell=1.0, loc=1965.1)) x M(0, PE(ell=3.3, p=0.7, sf=5.1)) )
974.4348088970949 nan 1958.8092443933417 M(0, LN(off=-15.0, ell=-1.1, loc=1967.5))
897.9109529202489 nan 1815.7011590388017 ( M(0, LN(off=-0.8, ell=-2.2, loc=1975.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
894.5560567068537 nan 1813.9611799115874 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=-0.8, sf=2.0)) )
827.4239624014712 nan 1679.6969913008222 ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
Printing all results
1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7))
1231.2193188407873 nan 2482.3178908798786 ( M(0, PE(ell=3.4, p=1.8, sf=4.6)) x M(0, SE(ell=-0.0, sf=3.7)) )
1195.301552405626 nan 2410.482358009556 ( M(0, LN(off=-2.0, ell=0.1, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
1180.5636329338015 nan 2390.946145665059 ( M(0, PE(ell=4.6, p=6.9, sf=-2.7)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1180.5492496798781 nan 2390.917379157212 ( M(0, PE(ell=1.9, p=6.9, sf=3.3)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1181.7816979119368 nan 2388.4124623217535 ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) )
1180.563652648244 nan 2385.976371794368 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.0, sf=-0.0)) )
1180.5636337552983 nan 2385.9763340084764 ( M(0, LN(off=-11.8, ell=3.4, loc=1960.9)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1180.5636331360015 nan 2385.976332769883 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.7, sf=-2.1)) )
1180.5636329755807 nan 2385.9763324490414 ( M(0, LN(off=-13.6, ell=5.1, loc=1970.5)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1181.7125696761482 nan 2383.3043925506004 ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=-0.0)) )
1180.663863187727 nan 2376.237166274182 M(0, PE(ell=2.9, p=1.0, sf=6.3))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0))
1181.4844478710331 nan 2372.908522341218 M(0, SE(ell=4.4, sf=3.8))
1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2))
1027.6078027525305 nan 2080.064672002941 ( M(0, PE(ell=3.6, p=6.3, sf=-4.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
1027.9237881880226 nan 2070.7570162747734 M(0, PE(ell=0.0, p=1.9, sf=-5.8))
1023.6929509234078 nan 2067.2651550451196 ( M(0, PE(ell=3.4, p=1.8, sf=6.1)) x M(0, SE(ell=-0.3, sf=-0.6)) )
1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7))
1027.911635944512 nan 2065.762898488176 M(0, SE(ell=3.8, sf=-1.0))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0))
1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4))
1027.714691100425 nan 2065.3690088000017 M(0, LN(off=-8.4, ell=0.8, loc=1959.7))
1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2))
1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9))
1002.522711842176 nan 2024.924676882656 ( M(0, LN(off=-3.4, ell=1.0, loc=1965.1)) x M(0, PE(ell=3.3, p=0.7, sf=5.1)) )
974.4348088970949 nan 1958.8092443933417 M(0, LN(off=-15.0, ell=-1.1, loc=1967.5))
897.9109529202489 nan 1815.7011590388017 ( M(0, LN(off=-0.8, ell=-2.2, loc=1975.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) )
894.5560567068537 nan 1813.9611799115874 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=-0.8, sf=2.0)) )
827.4239624014712 nan 1679.6969913008222 ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
Seed kernels :
( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
Expanded kernels :
( ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
( ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) + M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) + M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) + M(0, SE(ell=0.0, sf=0.0)) ) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) + M(0, SE(ell=0.0, sf=0.0)) ) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) )
( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) )
( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, SE(ell=0.0, sf=0.0)) )
( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, SE(ell=0.0, sf=0.0)) )
( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, SE(ell=0.0, sf=0.0)) )
( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) + M(0, LN(off=-2.0, ell=0.0, loc=0.0)) )
( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) + M(0, PE(ell=0.0, p=-2.0, sf=0.0)) )
( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) + M(0, SE(ell=0.0, sf=0.0)) )
reset: unknown terminal type unknown
Terminal type? "
Dear authors,
I am thankful that you share the code in the Github.
I am really like your paper and try to run your code on your demo.py.
However, when I go to the source directory and run demo.py. This is an error on my computer: "reset: unknown terminal type unknown Terminal type? " Could you please give me some suggestion about that?
The below is all the information when I run the demo.py.
" runfile('/home/chunchao/Desktop/gp-structure-search-master/source/demo.py', wdir='/home/chunchao/Desktop/gp-structure-search-master/source') Backend TkAgg is interactive backend. Turning interactive mode on. Running experiment: description = An example experiment, data_dir = ../data/1d_data/01-airline.mat, max_depth = 2, random_order = False, k = 1, debug = False, local_computation = True, n_rand = 2, sd = 4, max_jobs = 500, verbose = True, make_predictions = False, skip_complete = False, results_dir = ../examples/, iters = 10, base_kernels = SE,Per,Lin, zero_mean = True, verbose_results = False, random_seed = 0, use_min_period = True, period_heuristic = 10, use_constraints = False, alpha_heuristic = -2, lengthscale_heuristic = -4.5, Experiment 01-airline Output to: ../examples/01-airline_result.txt Creating data file locally Creating scripts Sending scripts to cblparallel Submitting job 1 of 9 Submitting job 2 of 9 Submitting job 3 of 9 Submitting job 4 of 9 Submitting job 5 of 9 Submitting job 6 of 9 Submitting job 7 of 9 Submitting job 8 of 9 Submitting job 9 of 9 Sleeping for 5 seconds Sleeping for 5 seconds Sleeping for 5 seconds Job 1 of 9 has completed Job 2 of 9 has completed Job 3 of 9 has completed Job 4 of 9 has completed Job 5 of 9 has completed Job 6 of 9 has completed Job 7 of 9 has completed Job 8 of 9 has completed Job 9 of 9 has completed Reading output file 1 of 9 Reading output file 2 of 9 Reading output file 3 of 9 Reading output file 4 of 9 Reading output file 5 of 9 Reading output file 6 of 9 Reading output file 7 of 9 Reading output file 8 of 9 Reading output file 9 of 9 Removing output file 1 of 9 Removing output file 2 of 9 Removing output file 3 of 9 Removing output file 4 of 9 Removing output file 5 of 9 Removing output file 6 of 9 Removing output file 7 of 9 Removing output file 8 of 9 Removing output file 9 of 9 All new results: 1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2)) 1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4)) 1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2)) 1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9)) All new results after duplicate removal: 1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2)) 1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4)) 1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2)) 1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9)) Printing all results 1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2)) 1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4)) 1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2)) 1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9)) Seed kernels : M(0, PE(ell=3.4, p=1.8, sf=4.9)) Expanded kernels : ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=0.0)) ) ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) + M(0, SE(ell=0.0, sf=0.0)) ) M(0, LN(off=-2.0, ell=0.0, loc=0.0)) M(0, PE(ell=0.0, p=-2.0, sf=0.0)) M(0, SE(ell=0.0, sf=0.0)) Creating data file locally Creating scripts Sending scripts to cblparallel Submitting job 1 of 27 Submitting job 2 of 27 Submitting job 3 of 27 Submitting job 4 of 27 Submitting job 5 of 27 Submitting job 6 of 27 Submitting job 7 of 27 Submitting job 8 of 27 Submitting job 9 of 27 Submitting job 10 of 27 Sleeping for 5 seconds Sleeping for 5 seconds Sleeping for 5 seconds Job 1 of 27 has completed Job 2 of 27 has completed Job 3 of 27 has completed Job 4 of 27 has completed Job 5 of 27 has completed Job 6 of 27 has completed Job 8 of 27 has completed Job 10 of 27 has completed Submitting job 11 of 27 Submitting job 12 of 27 Submitting job 13 of 27 Submitting job 14 of 27 Submitting job 15 of 27 Submitting job 16 of 27 Submitting job 17 of 27 Submitting job 18 of 27 Job 7 of 27 has completed Job 9 of 27 has completed Submitting job 19 of 27 Submitting job 20 of 27 Sleeping for 5 seconds Sleeping for 5 seconds Sleeping for 5 seconds Job 11 of 27 has completed Job 12 of 27 has completed Job 13 of 27 has completed Job 14 of 27 has completed Job 15 of 27 has completed Job 16 of 27 has completed Job 17 of 27 has completed Job 19 of 27 has completed Submitting job 21 of 27 Submitting job 22 of 27 Submitting job 23 of 27 Submitting job 24 of 27 Submitting job 25 of 27 Submitting job 26 of 27 Submitting job 27 of 27 Job 18 of 27 has completed Job 20 of 27 has completed Sleeping for 5 seconds Sleeping for 5 seconds Job 21 of 27 has completed Job 22 of 27 has completed Job 23 of 27 has completed Job 24 of 27 has completed Job 25 of 27 has completed Job 26 of 27 has completed Job 27 of 27 has completed Reading output file 1 of 27 Reading output file 2 of 27 Reading output file 3 of 27 Reading output file 4 of 27 Reading output file 5 of 27 Reading output file 6 of 27 Reading output file 7 of 27 Reading output file 8 of 27 Reading output file 9 of 27 Reading output file 10 of 27 Reading output file 11 of 27 Reading output file 12 of 27 Reading output file 13 of 27 Reading output file 14 of 27 Reading output file 15 of 27 Reading output file 16 of 27 Reading output file 17 of 27 Reading output file 18 of 27 Reading output file 19 of 27 Reading output file 20 of 27 Reading output file 21 of 27 Reading output file 22 of 27 Reading output file 23 of 27 Reading output file 24 of 27 Reading output file 25 of 27 Reading output file 26 of 27 Reading output file 27 of 27 Removing output file 1 of 27 Removing output file 2 of 27 Removing output file 3 of 27 Removing output file 4 of 27 Removing output file 5 of 27 Removing output file 6 of 27 Removing output file 7 of 27 Removing output file 8 of 27 Removing output file 9 of 27 Removing output file 10 of 27 Removing output file 11 of 27 Removing output file 12 of 27 Removing output file 13 of 27 Removing output file 14 of 27 Removing output file 15 of 27 Removing output file 16 of 27 Removing output file 17 of 27 Removing output file 18 of 27 Removing output file 19 of 27 Removing output file 20 of 27 Removing output file 21 of 27 Removing output file 22 of 27 Removing output file 23 of 27 Removing output file 24 of 27 Removing output file 25 of 27 Removing output file 26 of 27 Removing output file 27 of 27 All new results: 1231.2193188407873 nan 2482.3178908798786 ( M(0, PE(ell=3.4, p=1.8, sf=4.6)) x M(0, SE(ell=-0.0, sf=3.7)) ) 1195.301552405626 nan 2410.482358009556 ( M(0, LN(off=-2.0, ell=0.1, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) 1180.5636329338015 nan 2390.946145665059 ( M(0, PE(ell=4.6, p=6.9, sf=-2.7)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1180.5492496798781 nan 2390.917379157212 ( M(0, PE(ell=1.9, p=6.9, sf=3.3)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1181.7816979119368 nan 2388.4124623217535 ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) 1180.563652648244 nan 2385.976371794368 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.0, sf=-0.0)) ) 1180.5636337552983 nan 2385.9763340084764 ( M(0, LN(off=-11.8, ell=3.4, loc=1960.9)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1180.5636331360015 nan 2385.976332769883 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.7, sf=-2.1)) ) 1180.5636329755807 nan 2385.9763324490414 ( M(0, LN(off=-13.6, ell=5.1, loc=1970.5)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1181.7125696761482 nan 2383.3043925506004 ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=-0.0)) ) 1180.663863187727 nan 2376.237166274182 M(0, PE(ell=2.9, p=1.0, sf=6.3)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1181.4844478710331 nan 2372.908522341218 M(0, SE(ell=4.4, sf=3.8)) 1027.6078027525305 nan 2080.064672002941 ( M(0, PE(ell=3.6, p=6.3, sf=-4.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1027.9237881880226 nan 2070.7570162747734 M(0, PE(ell=0.0, p=1.9, sf=-5.8)) 1023.6929509234078 nan 2067.2651550451196 ( M(0, PE(ell=3.4, p=1.8, sf=6.1)) x M(0, SE(ell=-0.3, sf=-0.6)) ) 1027.911635944512 nan 2065.762898488176 M(0, SE(ell=3.8, sf=-1.0)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.714691100425 nan 2065.3690088000017 M(0, LN(off=-8.4, ell=0.8, loc=1959.7)) 1002.522711842176 nan 2024.924676882656 ( M(0, LN(off=-3.4, ell=1.0, loc=1965.1)) x M(0, PE(ell=3.3, p=0.7, sf=5.1)) ) 974.4348088970949 nan 1958.8092443933417 M(0, LN(off=-15.0, ell=-1.1, loc=1967.5)) 897.9109529202489 nan 1815.7011590388017 ( M(0, LN(off=-0.8, ell=-2.2, loc=1975.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 894.5560567068537 nan 1813.9611799115874 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=-0.8, sf=2.0)) ) 827.4239624014712 nan 1679.6969913008222 ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) All new results after duplicate removal: 1231.2193188407873 nan 2482.3178908798786 ( M(0, PE(ell=3.4, p=1.8, sf=4.6)) x M(0, SE(ell=-0.0, sf=3.7)) ) 1195.301552405626 nan 2410.482358009556 ( M(0, LN(off=-2.0, ell=0.1, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) 1180.5636329338015 nan 2390.946145665059 ( M(0, PE(ell=4.6, p=6.9, sf=-2.7)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1180.5492496798781 nan 2390.917379157212 ( M(0, PE(ell=1.9, p=6.9, sf=3.3)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1181.7816979119368 nan 2388.4124623217535 ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) 1180.563652648244 nan 2385.976371794368 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.0, sf=-0.0)) ) 1180.5636337552983 nan 2385.9763340084764 ( M(0, LN(off=-11.8, ell=3.4, loc=1960.9)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1180.5636331360015 nan 2385.976332769883 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.7, sf=-2.1)) ) 1180.5636329755807 nan 2385.9763324490414 ( M(0, LN(off=-13.6, ell=5.1, loc=1970.5)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1181.7125696761482 nan 2383.3043925506004 ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=-0.0)) ) 1180.663863187727 nan 2376.237166274182 M(0, PE(ell=2.9, p=1.0, sf=6.3)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1181.4844478710331 nan 2372.908522341218 M(0, SE(ell=4.4, sf=3.8)) 1027.6078027525305 nan 2080.064672002941 ( M(0, PE(ell=3.6, p=6.3, sf=-4.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1027.9237881880226 nan 2070.7570162747734 M(0, PE(ell=0.0, p=1.9, sf=-5.8)) 1023.6929509234078 nan 2067.2651550451196 ( M(0, PE(ell=3.4, p=1.8, sf=6.1)) x M(0, SE(ell=-0.3, sf=-0.6)) ) 1027.911635944512 nan 2065.762898488176 M(0, SE(ell=3.8, sf=-1.0)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.714691100425 nan 2065.3690088000017 M(0, LN(off=-8.4, ell=0.8, loc=1959.7)) 1002.522711842176 nan 2024.924676882656 ( M(0, LN(off=-3.4, ell=1.0, loc=1965.1)) x M(0, PE(ell=3.3, p=0.7, sf=5.1)) ) 974.4348088970949 nan 1958.8092443933417 M(0, LN(off=-15.0, ell=-1.1, loc=1967.5)) 897.9109529202489 nan 1815.7011590388017 ( M(0, LN(off=-0.8, ell=-2.2, loc=1975.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 894.5560567068537 nan 1813.9611799115874 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=-0.8, sf=2.0)) ) 827.4239624014712 nan 1679.6969913008222 ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) Printing all results 1251.6857440777076 nan 2513.311114754567 M(0, SE(ell=-0.8, sf=5.7)) 1231.2193188407873 nan 2482.3178908798786 ( M(0, PE(ell=3.4, p=1.8, sf=4.6)) x M(0, SE(ell=-0.0, sf=3.7)) ) 1195.301552405626 nan 2410.482358009556 ( M(0, LN(off=-2.0, ell=0.1, loc=0.0)) x M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) 1180.5636329338015 nan 2390.946145665059 ( M(0, PE(ell=4.6, p=6.9, sf=-2.7)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1180.5492496798781 nan 2390.917379157212 ( M(0, PE(ell=1.9, p=6.9, sf=3.3)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1181.7816979119368 nan 2388.4124623217535 ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.4, p=1.8, sf=4.9)) ) 1180.563652648244 nan 2385.976371794368 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.0, sf=-0.0)) ) 1180.5636337552983 nan 2385.9763340084764 ( M(0, LN(off=-11.8, ell=3.4, loc=1960.9)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1180.5636331360015 nan 2385.976332769883 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=0.7, sf=-2.1)) ) 1180.5636329755807 nan 2385.9763324490414 ( M(0, LN(off=-13.6, ell=5.1, loc=1970.5)) + M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1181.7125696761482 nan 2383.3043925506004 ( M(0, PE(ell=3.4, p=1.8, sf=4.9)) x M(0, SE(ell=0.0, sf=-0.0)) ) 1180.663863187727 nan 2376.237166274182 M(0, PE(ell=2.9, p=1.0, sf=6.3)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1181.7783896324722 nan 2373.4964058640962 M(0, LN(off=-2.0, ell=0.0, loc=0.0)) 1181.4844478710331 nan 2372.908522341218 M(0, SE(ell=4.4, sf=3.8)) 1180.6405321123773 nan 2371.2206908239064 M(0, SE(ell=3.0, sf=6.2)) 1027.6078027525305 nan 2080.064672002941 ( M(0, PE(ell=3.6, p=6.3, sf=-4.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 1027.9237881880226 nan 2070.7570162747734 M(0, PE(ell=0.0, p=1.9, sf=-5.8)) 1023.6929509234078 nan 2067.2651550451196 ( M(0, PE(ell=3.4, p=1.8, sf=6.1)) x M(0, SE(ell=-0.3, sf=-0.6)) ) 1027.923777964088 nan 2065.787182527328 M(0, LN(off=-7.3, ell=7.0, loc=1944.7)) 1027.911635944512 nan 2065.762898488176 M(0, SE(ell=3.8, sf=-1.0)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.903814739796 nan 2065.7472560787437 M(0, SE(ell=0.0, sf=0.0)) 1027.8720632958796 nan 2065.683753190911 M(0, LN(off=-8.7, ell=0.1, loc=1955.4)) 1027.714691100425 nan 2065.3690088000017 M(0, LN(off=-8.4, ell=0.8, loc=1959.7)) 1023.5392001361355 nan 2061.987840170999 M(0, PE(ell=1.5, p=2.2, sf=5.2)) 1023.3361754305673 nan 2061.5817907598625 M(0, PE(ell=3.4, p=1.8, sf=4.9)) 1002.522711842176 nan 2024.924676882656 ( M(0, LN(off=-3.4, ell=1.0, loc=1965.1)) x M(0, PE(ell=3.3, p=0.7, sf=5.1)) ) 974.4348088970949 nan 1958.8092443933417 M(0, LN(off=-15.0, ell=-1.1, loc=1967.5)) 897.9109529202489 nan 1815.7011590388017 ( M(0, LN(off=-0.8, ell=-2.2, loc=1975.3)) x M(0, PE(ell=3.4, p=1.8, sf=5.0)) ) 894.5560567068537 nan 1813.9611799115874 ( M(0, PE(ell=3.4, p=1.8, sf=5.0)) + M(0, SE(ell=-0.8, sf=2.0)) ) 827.4239624014712 nan 1679.6969913008222 ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) Seed kernels : ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) Expanded kernels : ( ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) + M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) ( ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) + M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) + M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) ( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) + M(0, SE(ell=0.0, sf=0.0)) ) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) + M(0, SE(ell=0.0, sf=0.0)) ) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( M(0, LN(off=-2.0, ell=0.0, loc=0.0)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) ) ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( M(0, PE(ell=0.0, p=-2.0, sf=0.0)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, SE(ell=0.0, sf=0.0)) ) ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, SE(ell=0.0, sf=0.0)) ) ( M(0, PE(ell=4.6, p=1.6, sf=7.2)) x M(0, SE(ell=0.0, sf=0.0)) ) ( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) + M(0, LN(off=-2.0, ell=0.0, loc=0.0)) ) ( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) + M(0, PE(ell=0.0, p=-2.0, sf=0.0)) ) ( ( M(0, PE(ell=3.5, p=2.2, sf=4.8)) x M(0, PE(ell=4.6, p=1.6, sf=7.2)) ) + M(0, SE(ell=0.0, sf=0.0)) ) reset: unknown terminal type unknown Terminal type? 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Best wishes, Chunchao