ROI EXTRACTION MODULE (CELL-PICKER) Panel
Overview
The ROI EXTRACTION MODULE (CELL-PICKER) panel is used for extracting/generating ROIs to be used by the Photostimulation module. This module can be launched from the Stimulus Group Editor window:
After the ROIs have been generated within this module, the user can import them back into the Photostimulation window with the following option:
Main Toolbar
Dropdown menu containing the options for extracting rois from an image. | |
Turns off any active extraction algorithm and allows the user to manually select individual rois | |
Dilates all selected rois. | |
Erodes all selected rois. | |
Removes all selected rois. | |
Opens a settings window for filtering the image and setting algorithmic parameters. |
Extraction Methods Dropdown-Menu
No cell selection | No selection algorithm is currently active. |
Disk cell | Uses an algorithm to detect disk-shaped cells. Uses the parameters set in the Settings window described in the next subsection. |
Annular cell | Uses an algorithm to detect annular-shaped cells. Uses the parameters set in the Settings window described in the next subsection. |
Manual mode | Adjusts alpha blending level between reference image and video stream |
User defined | Uses a function |
Sample User-Defined Function
function [xRoi yRoi] = roiUserDefFcn(rawImgData, filteredImgData) sizeImg = size(rawImgData); figure; imagesc(rawImgData); figure; imagesc(filteredImgData); disp('Drawing a roi in the top-left quadrant of the image'); xRoi(1) = sizeImg(2)/4; yRoi(1) = sizeImg(1)/4; disp('Drawing a roi in the center of the image'); xRoi(2) = sizeImg(2)/2; yRoi(2) = sizeImg(1)/2; end
Settings Window
Pixel Range | An array setting the range of pixels that will be used in the internal representation of the image. Both the raw and filtered image are available in to the user. |
Cell Radius Range | Sets the range of expected cell bodies in pixels. This is used by the procedures described above. |
Divide by gauss-conv | Standard deviation of the a Gaussian to use to normalize the image. This is done by dividing the image by the convolution of the image with this Gaussian. |
Colormap | Three-dimensional array defining the RGB colormap to use for the image. |
Attachments:
CellPicker_Settings.png (image/png)
MroiToCellPicker_markImport_small.png (image/png)
MroiToCellPicker_markLaunch.png (image/png)
CellPicker_Toolbar _mark6.png (image/png)
CellPicker_Toolbar _mark5.png (image/png)
CellPicker_Toolbar _mark4.png (image/png)
CellPicker_Toolbar _mark3.png (image/png)
CellPicker_Toolbar _mark2.png (image/png)
CellPicker_Toolbar _mark1.png (image/png)
CellPicker_Dropdown.png (image/png)
color.png (image/png)
alpha.png (image/png)
save.png (image/png)
load.png (image/png)
copychan.png (image/png)
resettransforms.png (image/png)
generatetransforms.png (image/png)
scaleoffset.png (image/png)
videocolor.png (image/png)
pausevideo.png (image/png)
sourcechan.png (image/png)
Show window.png (image/png)
Alignment.png (image/png)
image2014-6-3 20:1:1.png (image/png)
powercontrolsc02.png (image/png)
powercontrolsc01.png (image/png)
powercontrolsb01.png (image/png)
powercontrolsa06.png (image/png)
powercontrolsa05.png (image/png)
powercontrolsa04.png (image/png)
powercontrolsa03.png (image/png)
powercontrolsa02.png (image/png)
powercontrolsa01.png (image/png)
PowerControlsPulldown.png (image/png)
PowerControls.png (image/png)
MroiToCellPicker_markImport_small.png (image/png)
MroiToCellPicker_markLaunch.png (image/png)
CellPicker_Toolbar _mark6.png (image/png)
CellPicker_Toolbar _mark5.png (image/png)
CellPicker_Toolbar _mark4.png (image/png)
CellPicker_Toolbar _mark3.png (image/png)
CellPicker_Toolbar _mark2.png (image/png)
CellPicker_Toolbar _mark1.png (image/png)
CellPicker_Dropdown.png (image/png)
color.png (image/png)
alpha.png (image/png)
save.png (image/png)
load.png (image/png)
copychan.png (image/png)
resettransforms.png (image/png)
generatetransforms.png (image/png)
scaleoffset.png (image/png)
videocolor.png (image/png)
pausevideo.png (image/png)
sourcechan.png (image/png)
Show window.png (image/png)
Alignment.png (image/png)
image2014-6-3 20:1:1.png (image/png)
powercontrolsc02.png (image/png)
powercontrolsc01.png (image/png)
powercontrolsb01.png (image/png)
powercontrolsa06.png (image/png)
powercontrolsa05.png (image/png)
powercontrolsa04.png (image/png)
powercontrolsa03.png (image/png)
powercontrolsa02.png (image/png)
powercontrolsa01.png (image/png)
PowerControlsPulldown.png (image/png)
PowerControls.png (image/png)