Open mostafa-razavi opened 4 years ago
i-11_p-5_C12_s3.77761805192-e139.879651795_s4.02826629064-e80.0520465525
Parity plot of Z_score vs U_score:
C2 and C12 are running based on the above parameters. If they look good I'll test C4 and maybe C8.
i-11_p-1_C12_s3.77009097872-e138.352084508_s4.00956133506-e79.7196917111
I13_3.78655714362-138.774917539_4.00596800842-79.7941460245_C12_s3.78655714362-e138.774917539_s4.00596800842-e79.7941460245
i-13_p-1_C4_s3.796-e139.29_s3.99-e79.91
i-11_p-1_C2_s3.78071566416-e141.502803975
C2 results:
I-7_P-2_3.7755846142099716-140.86116318038015
C2 Update: It seems like running PSO optimization is far better than simple gradient based methods such as lm and trf. Here is the new results based on PSO:
3.779-141.32
i-18_p-3_C2_s3.7791621621833933-e141.3274721137754
Parity plot of Z_score vs U_score:
C2 results for 3.779-141.32:
Compared to M2 MiPPE
The slope of Psat line is wrong, which is due to slight difference between low density pressures which add up.