@@ -24,102 +24,3 @@ paper](http://www.jneurosci.org/content/early/2018/08/06/JNEUROSCI.3339-17.2018)
2424
2525We make pip installable releases of suite2p, here is the [ pypi] ( https://pypi.org/project/suite2p/ ) . You
2626can install it as ` pip install suite2p `
27-
28- # Basics:
29-
30- * [ Installation] ( installation.md )
31- * [ Dependencies] ( installation.md#dependencies )
32- * [ Inputs] ( inputs.md )
33- * [ Input format] ( inputs.md#input-format )
34- * [ Directory structure] ( inputs.md#directory-structure )
35- * [ Frame ordering] ( inputs.md#frame-ordering )
36- * [ Recordings with photostim / other artifacts] ( inputs.md#recordings-with-photostim-other-artifacts )
37- * [ Different file types] ( inputs.md#different-file-types )
38- * [ Tiffs] ( inputs.md#tiffs )
39- * [ Bruker] ( inputs.md#bruker )
40- * [ Mesoscope tiffs] ( inputs.md#mesoscope-tiffs )
41- * [ HDF5 files (and \* .sbx)] ( inputs.md#hdf5-files-and-sbx )
42- * [ sbx binary files] ( inputs.md#sbx-binary-files )
43- * [ Nikon nd2 files] ( inputs.md#nikon-nd2-files )
44- * [ BinaryFile] ( inputs.md#binaryfile )
45- * [ Parameters] ( parameters.md )
46- * [ db.npy] ( parameters.md#dbnpy )
47- * [ general settings] ( parameters.md#general-settings )
48- * [ run] ( parameters.md#run )
49- * [ io] ( parameters.md#io )
50- * [ registration] ( parameters.md#registration )
51- * [ detection] ( parameters.md#detection )
52- * [ classification] ( parameters.md#classification )
53- * [ extraction] ( parameters.md#extraction )
54- * [ dcnv preprocess] ( parameters.md#dcnv-preprocess )
55- * [ Using the GUI] ( gui.md )
56- * [ Different views and colors for ROI panels] ( gui.md#different-views-and-colors-for-roi-panels )
57- * [ Views] ( gui.md#views )
58- * [ Colors] ( gui.md#colors )
59- * [ Correlations] ( gui.md#correlations )
60- * [ Correlations with 1D var] ( gui.md#correlations-with-1d-var )
61- * [ Rastermap / custom] ( gui.md#rastermap-custom )
62- * [ Buttons / shortcuts for cell selection] ( gui.md#buttons-shortcuts-for-cell-selection )
63- * [ Mouse control] ( gui.md#mouse-control )
64- * [ Keyboard shortcuts] ( gui.md#keyboard-shortcuts )
65- * [ Multi-cell selection] ( gui.md#multi-cell-selection )
66- * [ Trace view (bottom row)] ( gui.md#trace-view-bottom-row )
67- * [ Classifying cells] ( gui.md#classifying-cells )
68- * [ Adding data to a classifier] ( gui.md#adding-data-to-a-classifier )
69- * [ Building your own classifier] ( gui.md#building-your-own-classifier )
70- * [ Applying a custom classifier] ( gui.md#applying-a-custom-classifier )
71- * [ Visualizing activity] ( gui.md#visualizing-activity )
72- * [ Manual adding of ROIs] ( gui.md#manual-adding-of-rois )
73- * [ Merging ROIs] ( gui.md#merging-rois )
74- * [ View registered binary] ( gui.md#view-registered-binary )
75- * [ Z-stack Alignment] ( gui.md#z-stack-alignment )
76- * [ View registration metrics] ( gui.md#view-registration-metrics )
77- * [ Outputs] ( outputs.md )
78- * [ Main output files] ( outputs.md#main-output-files )
79- * [ MATLAB output] ( outputs.md#matlab-output )
80- * [ NWB Output] ( outputs.md#nwb-output )
81- * [ Multichannel recordings] ( outputs.md#multichannel-recordings )
82- * [ stat.npy fields] ( outputs.md#statnpy-fields )
83- * [ reg_outputs.npy fields] ( outputs.md#reg_outputsnpy-fields )
84- * [ detect_outputs.npy fields] ( outputs.md#detect_outputsnpy-fields )
85- * [ Multiday recordings] ( multiday.md )
86- * [ Developer Documentation] ( developer_doc.md )
87- * [ Testing] ( developer_doc.md#testing )
88- * [ Frequently Asked Questions] ( FAQ.md )
89- * [ Cropped field-of-view] ( FAQ.md#cropped-field-of-view )
90- * [ Deconvolution means what?] ( FAQ.md#deconvolution-means-what )
91- * [ Multiple functional channels] ( FAQ.md#multiple-functional-channels )
92- * [ Z-drift] ( FAQ.md#z-drift )
93- * [ No signals in manually selected ROIs] ( FAQ.md#no-signals-in-manually-selected-rois )
94-
95- # How it works:
96-
97- * [ Registration] ( registration.md )
98- * [ Bidirectional phase offset] ( registration.md#bidirectional-phase-offset-optional )
99- * [ Reference image computation] ( registration.md#reference-image-computation )
100- * [ Rigid registration] ( registration.md#rigid-registration )
101- * [ Non-rigid registration] ( registration.md#non-rigid-registration )
102- * [ Valid region estimation] ( registration.md#valid-region-estimation )
103- * [ Two-step registration] ( registration.md#two-step-registration-optional )
104- * [ Registration metrics] ( registration.md#registration-metrics )
105- * [ Key parameters] ( registration.md#key-parameters-registration )
106- * [ ROI Detection] ( roidetection.md )
107- * [ Preprocessing] ( roidetection.md#preprocessing )
108- * [ Sparsery (default)] ( roidetection.md#sparsery-default )
109- * [ Sourcery] ( roidetection.md#sourcery )
110- * [ Cellpose] ( roidetection.md#cellpose )
111- * [ Post-detection filtering] ( roidetection.md#post-detection-filtering )
112- * [ Signal Extraction] ( roiextraction.md )
113- * [ Cell masks] ( roiextraction.md#cell-masks )
114- * [ Neuropil masks] ( roiextraction.md#neuropil-masks )
115- * [ Trace extraction] ( roiextraction.md#trace-extraction )
116- * [ Neuropil correction and deconvolution] ( roiextraction.md#neuropil-correction-and-deconvolution )
117- * [ SNR-based ROI filtering] ( roiextraction.md#snr-based-roi-filtering )
118- * [ Key parameters] ( roiextraction.md#key-parameters-extraction )
119- * [ Spike deconvolution] ( deconvolution.md )
120- * [ ROI Classification] ( classification.md )
121- * [ Features] ( classification.md#features )
122- * [ How the classifier works] ( classification.md#how-the-classifier-works )
123- * [ Classifier files] ( classification.md#classifier-files )
124- * [ Pre-classification] ( classification.md#pre-classification-preclassify )
125- * [ Key parameters] ( classification.md#key-parameters-classification )
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