𝕏

Task 54623258

Name HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507_1
Workunit 25933355
Created 25 Jun 2024, 8:50:13 UTC
Sent 25 Jun 2024, 10:28:22 UTC
Report deadline 28 Jun 2024, 10:28:22 UTC
Received 26 Jun 2024, 3:37:58 UTC
Server state Over
Outcome Success
Client state Done
Exit status 0 (0x00000000)
Computer ID 233521
Run time 1 hours 2 min 50 sec
CPU time 1 hours 2 min 46 sec
Validate state Valid
Credit 41.11
Device peak FLOPS 5.77 GFLOPS
Application version Human ventricular cell models optimization v0.02
x86_64-pc-linux-gnu
Peak working set size 2.50 MB
Peak swap size 3.69 MB
Peak disk usage 0.02 MB

Stderr output

<core_client_version>8.0.2</core_client_version>
<![CDATA[
<stderr_txt>


===============================================================

                --- DENIS Myocyte Simulator ---                
                      Version 0.22 - Beta                      

---------------------------------------------------------------
                                          https://denis.usj.es 
                                         Universidad San Jorge 
===============================================================

Boinc file names: 
 - INPUT_FILENAME: ../../projects/denis.usj.es_denisathome/HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507.xml
 - OUTPUT_FILENAME: ../../projects/denis.usj.es_denisathome/HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507_1_r944679933_0
 - MARKERS_FILENAME: ../../projects/denis.usj.es_denisathome/HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507_1_r944679933_1
 - CHECKPOINT_FILE: denis_checkpoint
 - CHECKPOINT_FILE_2: denis_checkpoint_2


Configuration:
 - Model name: ORd_SS_biphasic
 - Solver: FE
 - Simulation time: 3000000.000000
 - dt: 0.002000
 - Constants to change: 19
     * GNa in INa: 119.117371
     * GNaL_b in INaL: 0.007704
     * Gto_b in Ito: 0.090030
     * PCa_b in ICaL: 0.000081
     * GKr_b in IKr: 0.033636
     * GKs_b in IKs: 0.001816
     * GK1_b in IK1: 0.143123
     * Gncx_b in INaCa_i: 0.000946
     * Pnak_b in INaK: 62.947911
     * GKb_b in IKb: 0.003873
     * PNab in INab: 0.000000
     * PCab in ICab: 0.000000
     * GpCa in IpCa: 0.041350
     * celltype in environment: 0.000000
     * nCL_0 in membrane: 1500.000000
     * CL_0 in membrane: 2000.000000
     * cao in extracellular: 2.700000
     * ko in extracellular: 4.000000
     * nao in extracellular: 150.800000
Starting output configuration...
No Output to save.
Saving checkpoint... 
Iteration: 120019850, states[0] = 31.470205, states[40]= 0.002081
Saving checkpoint... 
Iteration: 239935500, states[0] = -93.789852, states[40]= 0.000000
Saving checkpoint... 
Iteration: 359894937, states[0] = -93.792036, states[40]= 0.000000
Saving checkpoint... 
Iteration: 479833270, states[0] = -93.795104, states[40]= 0.000000
Saving checkpoint... 
Iteration: 599822741, states[0] = -93.795031, states[40]= 0.000000


===============================================================

                --- DENIS Myocyte Simulator ---                
                      Version 0.22 - Beta                      

---------------------------------------------------------------
                                          https://denis.usj.es 
                                         Universidad San Jorge 
===============================================================

Boinc file names: 
 - INPUT_FILENAME: ../../projects/denis.usj.es_denisathome/HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507.xml
 - OUTPUT_FILENAME: ../../projects/denis.usj.es_denisathome/HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507_1_r944679933_0
 - MARKERS_FILENAME: ../../projects/denis.usj.es_denisathome/HuVeMOp_20240625104704336441_ORdGradInc_k_24-Drouin_ENDO_2000-conf_507_1_r944679933_1
 - CHECKPOINT_FILE: denis_checkpoint
 - CHECKPOINT_FILE_2: denis_checkpoint_2


Configuration:
 - Model name: ORd_SS_biphasic
 - Solver: FE
 - Simulation time: 3000000.000000
 - dt: 0.002000
 - Constants to change: 19
     * GNa in INa: 119.117371
     * GNaL_b in INaL: 0.007704
     * Gto_b in Ito: 0.090030
     * PCa_b in ICaL: 0.000081
     * GKr_b in IKr: 0.033636
     * GKs_b in IKs: 0.001816
     * GK1_b in IK1: 0.143123
     * Gncx_b in INaCa_i: 0.000946
     * Pnak_b in INaK: 62.947911
     * GKb_b in IKb: 0.003873
     * PNab in INab: 0.000000
     * PCab in ICab: 0.000000
     * GpCa in IpCa: 0.041350
     * celltype in environment: 0.000000
     * nCL_0 in membrane: 1500.000000
     * CL_0 in membrane: 2000.000000
     * cao in extracellular: 2.700000
     * ko in extracellular: 4.000000
     * nao in extracellular: 150.800000
Starting output configuration...
No Output to save.
Loading checkpoint...
Loading iteration number...
 - Iteration number: 599822741
Loading states...
 - states[0]: -87.000000 (Before loading)
 - states[40]: 0.000000 (Before loading)
 - states[0]: -93.795031 (After loading)
 - states[40]: 0.000000 (After loading)
Loading output...
Loading postprocessing...
Loading startTime...
Loading startAP...
Loading num AP...
Loading last results...
Postprocessing loaded.
Simulation loaded.
Checkpoint loaded.
Saving checkpoint... 
Iteration: 719355295, states[0] = -93.626611, states[40]= 0.000000
Saving checkpoint... 
Iteration: 839061011, states[0] = 19.668186, states[40]= 0.000592
Saving checkpoint... 
Iteration: 958641707, states[0] = -93.795030, states[40]= 0.000000
Saving checkpoint... 
Iteration: 1078258901, states[0] = -93.318110, states[40]= 0.000000
Saving checkpoint... 
Iteration: 1197903736, states[0] = -93.787007, states[40]= 0.000000
Saving checkpoint... 
Iteration: 1317362657, states[0] = -93.636568, states[40]= 0.000000
Saving checkpoint... 
Iteration: 1436869976, states[0] = -93.787864, states[40]= 0.000000
Total time: 3000000.000000
State Variables:
 - v in component membrane (millivolt): -93.654865
 - CaMKt in component CaMK (millimolar): 0.006093
 - cass in component intracellular_ions (millimolar): 0.000100
 - nai in component intracellular_ions (millimolar): 7.116065
 - nass in component intracellular_ions (millimolar): 7.116188
 - ki in component intracellular_ions (millimolar): 144.705664
 - kss in component intracellular_ions (millimolar): 144.705649
 - cansr in component intracellular_ions (millimolar): 1.911756
 - cajsr in component intracellular_ions (millimolar): 1.911000
 - cai in component intracellular_ions (millimolar): 0.000104
 - m in component INa (dimensionless): 0.004104
 - hf in component INa (dimensionless): 0.856625
 - hs in component INa (dimensionless): 0.856628
 - j in component INa (dimensionless): 0.856645
 - hsp in component INa (dimensionless): 0.683278
 - jp in component INa (dimensionless): 0.856654
 - mL in component INaL (dimensionless): 0.000063
 - hL in component INaL (dimensionless): 0.694992
 - hLp in component INaL (dimensionless): 0.480902
 - a in component Ito (dimensionless): 0.000678
 - iF in component Ito (dimensionless): 0.999838
 - iS in component Ito (dimensionless): 0.884918
 - ap in component Ito (dimensionless): 0.000345
 - iFp in component Ito (dimensionless): 0.999838
 - iSp in component Ito (dimensionless): 0.924330
 - d in component ICaL (dimensionless): 0.000000
 - ff in component ICaL (dimensionless): 1.000000
 - fs in component ICaL (dimensionless): 0.971471
 - fcaf in component ICaL (dimensionless): 1.000000
 - fcas in component ICaL (dimensionless): 1.000000
 - jca in component ICaL (dimensionless): 1.000000
 - ffp in component ICaL (dimensionless): 1.000000
 - fcafp in component ICaL (dimensionless): 1.000000
 - nca in component ICaL (dimensionless): 0.005135
 - xrf in component IKr (dimensionless): 0.000003
 - xrs in component IKr (dimensionless): 0.114077
 - xs1 in component IKs (dimensionless): 0.135042
 - xs2 in component IKs (dimensionless): 0.000101
 - xk1 in component IK1 (dimensionless): 0.997646
 - Jrelnp in component ryr (millimolar_per_millisecond): 0.000000
 - Jrelp in component ryr (millimolar_per_millisecond): 0.000000
23:37:44 (3191): called boinc_finish(0)

</stderr_txt>
]]>


CoMBA Research Group Logo
University San Jorge Logo

©2024 Universidad San Jorge