Spot data and code

Spot/ExampleCellIDsPatterned.txt

@@ -0,0 +1,14 @@
+Filename	 Date	Retina Number	Cell Number
+%more linear
+166250043Comp	160625	2	2
+16d200012Comp	161219	2	5
+
+%medium and stronger nonlinear
+16422006Comp	160422	1	2
+16d190020Comp	161219	1	4
+18d040018Comp	181204	1	4
+20807008Comp	200807	2	3
+1511240031Comp	151124	1	3
+18d130037Comp	181213	3	1
+
+

Spot/ExampleCellIDsUniform.txt

@@ -0,0 +1,14 @@
+Filename	 Date	Retina Number	Cell Number
+%more linear
+166250040Comp	160625	2	2
+16d200022Comp	161219	2	5
+189010034Comp	180911	2	1
+
+
+%medium and rectified nonlinear
+172030015Comp	170203	1	1
+208200084Comp	200820	4	1
+157010023Comp	150701	2	2
+157010039Comp	150701	2	3
+15o280042Comp	151028	2	2
+

Spot/code patterned spot/BC_mainPatternedSpot.m

@@ -8,10 +8,10 @@ close all;
 loadData='Z:\Spot\'; %path of the BC files for patterned spot (has to be adapted to your own path)
 filename='16422006Comp.mat'; %BC file to analyse: for example here we use file 16422006Comp from cell 1, recorded in retina 2 on 160422
 Hz=1; % given in the excel file LogInfo_PatternedSpot.xlsx for the corresponding file
-%the input frames you need, this part depends on whether you record with
-%stimulus version 1 or 2 get the start and end points of each patterned spot from LogInfo_PatternedSpot.xlsx.
 
 %% stimulus version 1
+%the input frames you need, this part depends on whether you record with
+%stimulus version 1 or 2 get the start and end points of each patterned spot from LogInfo_PatternedSpot.xlsx.
 start_halfSpot=51; end_halfSpot=57;
 start_quarterSpot=59; end_quarterSpot=65;
 start_25microSpot=75; end_25microSpot=81;

Spot/code uniform spot/BC_mainUniformSpot.m

@@ -19,17 +19,17 @@ spotVersion=2;% uniform spot version given in excel file LogInfo_UniformSpot.xls
 %stimulusVersion2.mat
 if spotVersion==1 
     % Path for loading the stimulus version 1: stimulusVersion1.mat
-    pathStimSignal='Z:\Manuscript\BC_XY_LN\Puplishing\DataAvailable\Spot\stimulusVersion1.mat'; %has to be adapted to your own structure
+    pathStimSignal='Z:\Spot\stimulusVersion1.mat'; %has to be adapted to your own structure
 elseif spotVersion==2
     % Path for loading the stimulus signal version 2: stimulusVersion2.mat
-    pathStimSignal='Z:\Manuscript\BC_XY_LN\Puplishing\DataAvailable\Spot\stimulusVersion2.mat';
+    pathStimSignal='Z:\Spot\stimulusVersion2.mat';
 end
 [patternedSpot_output]=BC_uniformSpot(loadData,filename,filename2,spotDuration,...
     grayDuration,spotVersion,pathStimSignal);%example code to analyze the responses to the uniform spots
 
 %% run spot analysis for stimulus version 3
 filename='18d130037Comp.mat'; %BC file to analyse, here you only have one file: 18d130037Comp for cell1 in retina 3 on 181213
-pathStimSignal='Z:\Manuscript\BC_XY_LN\Puplishing\DataAvailable\Spot\stimulusVersion3.mat'; %to get the path for loading the stimulus signal
+pathStimSignal='Z:\Spot\stimulusVersion3.mat'; %to get the path for loading the stimulus signal
 start_blackSpot=1; end_blackSpot=111;
 start_whiteSpot=112; end_whiteSpot=222;
 inputFrames=[start_blackSpot,end_blackSpot,start_whiteSpot,end_whiteSpot];