# Tests 3D plot of the entire matrix
fname01 <- system.file("extdata", "test025to100sp.tiff", package="qtlc")
testTLC <- createTLC(fname01, RGB=FALSE)
# now we'll imitate interactive spot2D function,
# and create spots coordinates automatically,
# for interactive version run testTLC <- spot2D(testTLC)
testTLC$spots$x <- c(40.93354, 83.18687, 121.59899, 160.01111, 203.54485,
239.39616, 280.36909, 320.06161, 362.31494, 399.44666,
439.13919, 480.11211, 518.52423, 559.49716, 599.18969)
testTLC$spots$y <- c(198.3160, 198.3160, 199.2833, 198.3160, 198.3160,
198.3160, 198.3160, 198.3160, 197.3487, 198.3160,
199.2833, 198.3160, 199.2833, 199.2833, 199.2833)
testTLC <- select2D(testTLC, 30, 30)
testTLC <- matrices2D(testTLC)
testTLC <- summat2D(testTLC)
# 3D without OpenGL, shows only spot 13
showtlc3D(testTLC, spot=13, ogl=FALSE, grey=FALSE)
# without openGL and greyscaled
showtlc3D(testTLC, spot=13, ogl=FALSE, grey=TRUE)
#openGL showtime
showtlc3D(testTLC, spot=13, ogl=TRUE)
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