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pedlr-deriva...
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parameter_recovery
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paramrecov_base-MPXL9XE_model-rw_randips-TRUE_randbetas-FALSE_randsvs-TRUE_principle-TRUE.tsv

paramrecov_base-MPXL9XE_model-rw_randips-TRUE_randbetas-FALSE_randsvs-TRUE_principle-TRUE.tsv 12 KB
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  1. "participant_id"	"model"	"AIC"	"p_V1"	"p_V2"	"variable"	"x"	"value"	"AICc"	"iter"	"algorithm"	"xtol_rel"	"maxeval"	"tau"
    2. 

  2. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"z_(Intercept)"	"-0.986216263514083"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    3. 

  3. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"z_V1"	"-12.3134256547007"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    4. 

  4. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"z_V2"	"12.4094174321386"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    5. 

  5. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"(Intercept)"	"-0.144350429840284"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    6. 

  6. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"V1"	"-0.747848663272759"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    7. 

  7. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"V2"	"0.739265245421596"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    8. 

  8. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"coefs"	"alpha"	"0.28275335493994"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    9. 

  9. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"x0"	"alpha"	"0.93"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    10. 

  10. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"z_(Intercept)"	n/a	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    11. 

  11. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"z_V1"	n/a	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    12. 

  12. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"z_V2"	n/a	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    13. 

  13. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"(Intercept)"	"0"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    14. 

  14. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"V1"	"-1"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    15. 

  15. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"V2"	"1"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    16. 

  16. "MPXL9XE"	"rw"	15.5857698503229	0.000488655565425457	0.000243372447176014	"input_params"	"alpha"	"0.33"	15.9109731023554	1	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    17. 

  17. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"z_(Intercept)"	"-1.43834335350703"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    18. 

  18. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"z_V1"	"-14.1173541396026"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    19. 

  19. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"z_V2"	"14.4080942814634"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    20. 

  20. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"(Intercept)"	"-0.704628203995583"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    21. 

  21. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"V1"	"-0.837380211796511"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    22. 

  22. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"V2"	"0.832946133592671"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    23. 

  23. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"coefs"	"alpha"	"0.396630162873952"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    24. 

  24. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"x0"	"alpha"	"0.16"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    25. 

  25. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"z_(Intercept)"	n/a	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    26. 

  26. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"z_V1"	n/a	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    27. 

  27. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"z_V2"	n/a	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    28. 

  28. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"(Intercept)"	"0"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    29. 

  29. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"V1"	"-1"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    30. 

  30. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"V2"	"1"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    31. 

  31. "MPXL9XE"	"rw"	22.9246787551038	0.000990779848156805	0.000574095760100147	"input_params"	"alpha"	"0.4"	23.2498820071363	2	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    32. 

  32. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"z_(Intercept)"	"-1.05908151681204"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    33. 

  33. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"z_V1"	"-14.7853964466665"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    34. 

  34. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"z_V2"	"13.7648407297687"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    35. 

  35. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"(Intercept)"	"3.53620563616918"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    36. 

  36. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"V1"	"-0.894076552778838"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    37. 

  37. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"V2"	"0.817462485427261"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    38. 

  38. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"coefs"	"alpha"	"0.275158915885304"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    39. 

  39. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"x0"	"alpha"	"0.38"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    40. 

  40. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"z_(Intercept)"	n/a	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    41. 

  41. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"z_V1"	n/a	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    42. 

  42. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"z_V2"	n/a	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    43. 

  43. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"(Intercept)"	"0"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    44. 

  44. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"V1"	"-1"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    45. 

  45. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"V2"	"1"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    46. 

  46. "MPXL9XE"	"rw"	17.1642463574998	0.00480787761405211	0.00196359495806548	"input_params"	"alpha"	"0.3"	17.4894496095324	3	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    47. 

  47. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"z_(Intercept)"	"-0.397811135463326"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    48. 

  48. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"z_V1"	"-49.9586102707561"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    49. 

  49. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"z_V2"	"52.7550447657342"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    50. 

  50. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"(Intercept)"	"-5.02353675850251"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    51. 

  51. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"V1"	"-3.25808838562191"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    52. 

  52. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"V2"	"3.36561478950137"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    53. 

  53. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"coefs"	"alpha"	"0.169209954780031"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    54. 

  54. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"x0"	"alpha"	"0.95"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    55. 

  55. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"z_(Intercept)"	n/a	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    56. 

  56. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"z_V1"	n/a	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    57. 

  57. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"z_V2"	n/a	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    58. 

  58. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"(Intercept)"	"0"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    59. 

  59. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"V1"	"-1"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    60. 

  60. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"V2"	"1"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    61. 

  61. "MPXL9XE"	"rw"	14.4185155590956	0.15176818781919	0.154863467916849	"input_params"	"alpha"	"0.2"	14.7437188111282	4	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    62. 

  62. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"z_(Intercept)"	"-17.6795017056614"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    63. 

  63. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"z_V1"	"-146.792963294059"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    64. 

  64. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"z_V2"	"140.514440149954"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    65. 

  65. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"(Intercept)"	"17.2462265067631"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    66. 

  66. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"V1"	"-8.35402009780611"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    67. 

  67. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"V2"	"7.81009343619833"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    68. 

  68. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"coefs"	"alpha"	"0.540070340174884"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    69. 

  69. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"x0"	"alpha"	"0.46"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    70. 

  70. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"z_(Intercept)"	n/a	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    71. 

  71. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"z_V1"	n/a	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    72. 

  72. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"z_V2"	n/a	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    73. 

  73. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"(Intercept)"	"0"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    74. 

  74. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"V1"	"-1"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    75. 

  75. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"V2"	"1"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    76. 

  76. "MPXL9XE"	"rw"	9.44310147354089	0.244768917706196	0.244774639524607	"input_params"	"alpha"	"0.56"	9.7683047255734	5	"NLOPT_GN_DIRECT_L"	1e-05	10000	0.2
    77.