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A16_CambridgeNeuroTech_probeMap.m
A16_CambridgeNeuroTech_probeMap.m
 
 
A32_A1x32_5mm_25_177_probeMap.m
A32_A1x32_5mm_25_177_probeMap.m
 
 
A32_A1x32_Edge_5mm_20_177_probeMap.m
A32_A1x32_Edge_5mm_20_177_probeMap.m
 
 
A32_A1x32_Poly3_10mm_50_177_probeMap.m
A32_A1x32_Poly3_10mm_50_177_probeMap.m
 
 
A32_A2x2_tet_3mm_150_150_121_chanMap.txt
A32_A2x2_tet_3mm_150_150_121_chanMap.txt
 
 
A32_Buzsaki32_5mm_BUZ_200_160_probeMap.m
A32_Buzsaki32_5mm_BUZ_200_160_probeMap.m
 
 
A64_A4x4_tet_5mm_150_200_121_probeMap.m
A64_A4x4_tet_5mm_150_200_121_probeMap.m
 
 
A64_Buzsaki64_5mm_BUZ_200_160_probeMap.m
A64_Buzsaki64_5mm_BUZ_200_160_probeMap.m
 
 
CM16LP_A1x16_Poly2_5mm_50s_177_probeMap.m
CM16LP_A1x16_Poly2_5mm_50s_177_probeMap.m
 
 
CM16LP_A2x2_tet_3mm_150_150_121_probeMap.m
CM16LP_A2x2_tet_3mm_150_150_121_probeMap.m
 
 
CM16LP_A4x4_3mm_100_125_177_probeMap.m
CM16LP_A4x4_3mm_100_125_177_probeMap.m
 
 
CM16_A1x16_5mm_25_177_probeMap.m
CM16_A1x16_5mm_25_177_probeMap.m
 
 
CM32_A1x32_6mm_100_177_probeMap.m
CM32_A1x32_6mm_100_177_probeMap.m
 
 
CM32_A1x32_Edge_5mm_100_177_probeMap.m
CM32_A1x32_Edge_5mm_100_177_probeMap.m
 
 
CM32_A32_Poly2_5mm_50s_177_probeMap.m
CM32_A32_Poly2_5mm_50s_177_probeMap.m
 
 
CM32_A32_Poly3_5mm_25s_177_probeMap.m
CM32_A32_Poly3_5mm_25s_177_probeMap.m
 
 
LICENSE
LICENSE
 
 
Neuropixels_probeMap.m
Neuropixels_probeMap.m
 
 
README.md
README.md
 
 
RHD2132_16ch_headstageMap_ch2ind.m
RHD2132_16ch_headstageMap_ch2ind.m
 
 
RHD2132_16ch_headstageMap_ind2ch.m
RHD2132_16ch_headstageMap_ind2ch.m
 
 
RHD2132_32ch_headstageMap_ch2ind.m
RHD2132_32ch_headstageMap_ch2ind.m
 
 
RHD2132_32ch_headstageMap_ind2ch.m
RHD2132_32ch_headstageMap_ind2ch.m
 
 
RHD2164_headstageBottomMap_ch2ind.m
RHD2164_headstageBottomMap_ch2ind.m
 
 
RHD2164_headstageBottomMap_ind2ch.m
RHD2164_headstageBottomMap_ind2ch.m
 
 
RHD2164_headstageTopMap_ch2ind.m
RHD2164_headstageTopMap_ch2ind.m
 
 
RHD2164_headstageTopMap_ind2ch.m
RHD2164_headstageTopMap_ind2ch.m
 
 
adaptorBottomOutMap_ch2ind.m
adaptorBottomOutMap_ch2ind.m
 
 
adaptorBottomOutMap_ind2ch.m
adaptorBottomOutMap_ind2ch.m
 
 
adaptorHeadInMap_ch2ind.m
adaptorHeadInMap_ch2ind.m
 
 
adaptorHeadInMap_ind2ch.m
adaptorHeadInMap_ind2ch.m
 
 
adaptorProbeInMap_ch2ind.m
adaptorProbeInMap_ch2ind.m
 
 
adaptorProbeInMap_ind2ch.m
adaptorProbeInMap_ind2ch.m
 
 
adaptorTopOutMap_ch2ind.m
adaptorTopOutMap_ch2ind.m
 
 
adaptorTopOutMap_ind2ch.m
adaptorTopOutMap_ind2ch.m
 
 
chGeometricLayoutAcute32_32.m
chGeometricLayoutAcute32_32.m
 
 
chGeometricLayoutAcute32_64.m
chGeometricLayoutAcute32_64.m
 
 
chGeometricLayoutAcute64.m
chGeometricLayoutAcute64.m
 
 
chGeometricLayoutChronic16.m
chGeometricLayoutChronic16.m
 
 
chGeometricLayoutChronic32_32.m
chGeometricLayoutChronic32_32.m
 
 
chGeometricLayoutChronic32_64.m
chGeometricLayoutChronic32_64.m
 
 
chGeometricLayoutH32_32.m
chGeometricLayoutH32_32.m
 
 
chGeometricLayoutH32_64.m
chGeometricLayoutH32_64.m
 
 
chGeometricLayoutNeuropixels.m
chGeometricLayoutNeuropixels.m
 
 
deleteChannels.m
deleteChannels.m
 
 
mapPipeline_A32_A1x32_Poly3_5mm_25s_177.m
mapPipeline_A32_A1x32_Poly3_5mm_25s_177.m
 
 
mapPipeline_A64_A4x4_tet_5mm_150_200_121.m
mapPipeline_A64_A4x4_tet_5mm_150_200_121.m
 
 
mapPipeline_CM16LP_A16_Poly2_5mm_50s_177.m
mapPipeline_CM16LP_A16_Poly2_5mm_50s_177.m
 
 
mapPipeline_CM16_A1x16_5mm_25_177.m
mapPipeline_CM16_A1x16_5mm_25_177.m
 
 
mapPipeline_CM32_A1x32_Poly3_10mm_50_177.m
mapPipeline_CM32_A1x32_Poly3_10mm_50_177.m
 
 
mapPipeline_CM32_A1x32_Poly3_5mm_25s_177.m
mapPipeline_CM32_A1x32_Poly3_5mm_25s_177.m
 
 
mapPipeline_CM32_A32_6mm_100_177.m
mapPipeline_CM32_A32_6mm_100_177.m
 
 
mapPipeline_CM32_A32_Poly2_5mm_50s_177.m
mapPipeline_CM32_A32_Poly2_5mm_50s_177.m
 
 
maps.txt
maps.txt
 
 
probeAcute16Map_ch2ind.m
probeAcute16Map_ch2ind.m
 
 
probeAcute16Map_ind2ch.m
probeAcute16Map_ind2ch.m
 
 
probeAcute32Map_ch2ind.m
probeAcute32Map_ch2ind.m
 
 
probeAcute32Map_ind2ch.m
probeAcute32Map_ind2ch.m
 
 
probeAcute64BottomMap_ch2ind.m
probeAcute64BottomMap_ch2ind.m
 
 
probeAcute64BottomMap_ind2ch.m
probeAcute64BottomMap_ind2ch.m
 
 
probeAcute64TopMap_ch2ind.m
probeAcute64TopMap_ch2ind.m
 
 
probeAcute64TopMap_ind2ch.m
probeAcute64TopMap_ind2ch.m
 
 
probeChronic16Map_ch2ind.m
probeChronic16Map_ch2ind.m
 
 
probeChronic16Map_ind2ch.m
probeChronic16Map_ind2ch.m
 
 
probeChronic32Map_ch2ind.m
probeChronic32Map_ch2ind.m
 
 
probeChronic32Map_ind2ch.m
probeChronic32Map_ind2ch.m
 
 
probeChronicH32Map_ch2ind.m
probeChronicH32Map_ch2ind.m
 
 
readBinary.m
readBinary.m
 
 
reorderChannels.m
reorderChannels.m
 
 
splitChannels.m
splitChannels.m
 
 
splitChannelsReverse.m
splitChannelsReverse.m
 
 
splitFile.m
splitFile.m
 
 
swapCAR.m
swapCAR.m
 
 
swapCARreverse.m
swapCARreverse.m
 
 
writeBinary.m
writeBinary.m
 
 
zeroNoise.m
zeroNoise.m
 
 

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geometricLayout

Matlab functions for Neuronexus probe mapping and processing binary files with electrophysiological recording data we used in a number of studies at the Cortical Dynamics Lab, the University of Leicester.

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Matlab functions for Neuronexus probe mapping and processing binary files with electrophysiological recording data

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