MriImage objects.createCombinedGraphics(images, modes, colourScales, axes = 1:3, sliceLoc = NULL, device = c("internal", "png"), alphaImages = NULL, prefix = "image", zoomFactor = 1, filter = "Mitchell", windowLimits = NULL)
createProjectionGraphic(image, axis, device = c("internal", "png"), colourScale = 1, add = FALSE, file = NULL, zoomFactor = 1, filter = "Mitchell", windowLimits = NULL)
createSliceGraphic(image, x = NA, y = NA, z = NA, device = c("internal", "png"), colourScale = 1, add = FALSE, file = NULL, zoomFactor = 1, filter = "Mitchell", windowLimits = NULL)
createContactSheetGraphic(image, axis, device = c("internal", "png"), colourScale = 1, add = FALSE, file = NULL, zoomFactor = 1, filter = "Mitchell", windowLimits = NULL, clearance = NULL, nColumns = NULL)MriImage objects.MriImage object.images, each element being "slice" or "projection" (or abbreviations), indicating which type of visualisation should be applied to each image.x, y and z, except that a point in 3 dimensions is specified. Must not be NA for each axis requested.MriImage objects to be used as transparency masks. Must be the same length as images if not NULL. NULL values in the list indicate no mask.device is "png".device is "png".NULL for limits matching the range of the image data. Passed as the zlim argument to image.device is "internal".newMriImageByTrimming.NULL, the function will aim for a square grid.colours); in this case the background will be black. This is useful for binary images. Thirdly and most flexibly, a list with two named elements can be given: colours, a vector of colours representing the colour scale, perhaps created using rgb; and background, a single colour representing the background. NB: When the device option is set to "png", ImageMagick is required by these functions.
image, colours, rgb