// 3D Imaging Visualization Toolbar - Coming Soon

// Bioformats Importer
macro "Bioformats Importer Action Tool - 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" {
	run("Bio-Formats Importer");
}
// Volumetric Stack Deskew tool
macro "SOPi Deskew Action Tool - " {
	run("TransformJ Affine", "matrix=[C:/Unprotected Program Files/fiji-win64-1/Fiji.app/macros/SOPi_Transform] interpolation=[Cubic B-Spline] background=15 adjust resample");
}

// Custom Deskew
macro "Custom Deskew Action Tool - " {
	Dialog.create("Image Collection Angle")
	Dialog.addMessage("Input the relative angle between your sample and illumination orientation")
	Dialog.addNumber("Angle (deg) = ", 45)
	Dialog.show()
	angle = Dialog.getNumber();
	rad = (angle*3.14159)/180;
	
}

// 3D Viewer

// Image Properties Menu

// 3D Script Animation Tool - link to documentation

// 3D Analysis Tools Menu

print(sin(3.14159/2))