smistad / sipl Goto Github PK

Separate the visualization code from the data code.
Make it possible to add data to a visualization and change color etc.

Store as map:
std::map<string, string>

Methods:
getMetadata()
getMetadata(name)
setMetadata(name, value)
setMetadata(metadata)

Other notes:

• Set metadata on assignment (image1 = image2)
• Set spacing
• Detect errors with size and type etc.
• Allow newlines in values
• Read all metadata when loading mhd file from disk

If level/window is adjusted, this is not reflected when saving image.
Also, spacing is not accounted for. This can be resolved by scaling gtkImage in the saveFileSignal function.

image * 2 for instance, also
image + image2

in the setter function, do verification of size (if possible?)

Through assignment = and constructor (Image m1(Image m2))

Store in data objects and use in visualization

Use status bar maybe?

image.free() or image.delete() ?

The while(!init) may create an infinite loop. Should probably be done using GCond instead:

http://developer.gnome.org/glib/2.30/glib-Threads.html#GCond

When an image is displayed on screen, the GtkWidget image should probably belong to the window and instead let the window have a reference to the Image class. When update is called on the window the GtkWidget is updated with the data from the Image class

Programs compiled using the latest version of SIPL and libgtk2.0-dev version 2.24.30 crash during execution with error
Attempt to unlock mutex that was not locked

From what I've read elsewhere this is because of an update in libgtk. Just thought I'd let you know. Thanks for your work on this and making it open source.

Create tests using Gtest

GtkHScale to provide a slider and GtkEntry for a text box to give an exact value.
Use min and max value of the image to set the limits of the sliders.

Add a volume class and make mhd and raw file readers for them. The show function can display one slice at the time.

Create IntensityTransformation class and other specialized classes that extend this class
Chaining of intensity transformations
Extend the constructors, assignment operators and readMhd function to incorperate these objects.