sub-l_ses-101210_task-r2g_run-001_ephys.json 3.0 KB

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  1. {
  2. "InstitutionName": "Institut de Neuroscience de la Timone, Marseille, France”,
  3. "InstitutionAddress": "Faculté de Médecine, 27, boulevard Jean Moulin, 13005 Marseille, France",
  4. "Collaborators": [
  5. "Institute of Neuroscience and Medicine (INM-6), 52425 Jülich, Germany",
  6. "Institute for Advanced Simulation (IAS-6), 52425 Jülich, Germany",
  7. "JARA Institute Brain Structure-Function Relationships (INM-10), 52425 Jülich, Germany"
  8. ],
  9. "PowerLineFrequency": 60.0,
  10. "PowerLineFrequencyUnit": "Hz",
  11. "ChannelId": {
  12. "Description": "Unique identifier of the channel"
  13. },
  14. "ContactId": {
  15. "Description": "Unique identifier of the contact"
  16. },
  17. "SamplingSrequency": {
  18. "Description": "Sampling frequency of the recording signal"
  19. },
  20. "Units": {
  21. "Description": "Units of the recording signal"
  22. },
  23. "ChannelName": {
  24. "Description": "Custom name of the recording channel"
  25. },
  26. "FileOrigin": {
  27. "Description": "Source file of the signal"
  28. },
  29. "ConnectorId": {
  30. "Description": "Id of the connector used for recording the signal"
  31. },
  32. "ConnectorPinId": {
  33. "Description": "Pin used for recording the signal"
  34. },
  35. "NevDigFactor": {
  36. "Description": "Digitization factor of the nev file"
  37. },
  38. "NbSortedUnits": {
  39. "Description": "Number of sorted units on this channel"
  40. },
  41. "NevHiFreqOrder": {
  42. "Description": "High pass order of the frequency filter"
  43. },
  44. "NevHiFreqType": {
  45. "Description": "Type of the high pass frequency filter"
  46. },
  47. "NevLoFreqOrder": {
  48. "Description": "Low pass order of the frequency filter"
  49. },
  50. "NevLoFreqType": {
  51. "Description": "Type of the high pass frequency filter"
  52. },
  53. "NsxHiFreqOrder": {
  54. "Description": "Order of the high pass frequency filter"
  55. },
  56. "NsxLoFreqOrder": {
  57. "Description": "Order of the low pass frequency filter"
  58. },
  59. "NsxHiFreqType": {
  60. "Description": "Type of the high pass frequency filter"
  61. },
  62. "NsxLoFreqType": {
  63. "Description": "Type of the low pass frequency filter"
  64. },
  65. "Nsx": {
  66. "Description": "NsX value used for storing of the signal"
  67. },
  68. "HiPassFreq": {
  69. "Description": "Cutoff frequency of the high pass filter"
  70. },
  71. "LoPassFreq": {
  72. "Description": "Cutoff frequency of the low pass filter"
  73. },
  74. "HiPassOrder": {
  75. "Description": "Order of the high pass filter"
  76. },
  77. "LoPassOrder": {
  78. "Description": "Order of the low pass filter"
  79. },
  80. "FilterType": {
  81. "Description": "Type of filter used"
  82. },
  83. "ElectrodeRejectLfc": {
  84. "Description": "Rejection of the signal in low frequency components (TRUE/FALSE)"
  85. },
  86. "ElectrodeRejectIfc": {
  87. "Description": "Rejection of the signal in intermediate frequency components (TRUE/FALSE)"
  88. },
  89. "ElectrodeRejectHfc": {
  90. "Description": "Rejection of the signal in high frequency components (TRUE/FALSE)"
  91. },
  92. "ConnectorAlignedId": {
  93. "Description": "channelId in a spatially organized grid"
  94. },
  95. "CoordinatesX": {
  96. "Description": "X-coordinate of the channel"
  97. },
  98. "CoordinatesY": {
  99. "Description": "Y-coordinate of the channel"
  100. }
  101. }