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Theoretical Physics
Multislit
Gauss Beam
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/panels/roi.py |
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0.2.1b 5/09 ------ - changes in behaviour of ROI: Symmetric span will no longer be set automatically if it exists. It will also not be set to None if it does not exist. This has been done because of the following sequence: When Setpoint and Symmetric Range are set and do exist, setting Symmetric Span manually to None will have no real effect, since it will be restored as soon as the focus goes over From or To. Thus, the behaviour to set Symmetric Span automatically when From, To and Setpoint allow for, is inhibited now. So the only behaviour of ROI is now, to set From and To if Setpoint is changed and Symmetric Span is set, and to adjust From and To if Symmetric Span is changed and Setpoint is set. 0.2.0b 5/09 ------ - changes in behaviour of ROI: If Symmetric Span is not set, it will not be automatically set if the span is symmetric. If the Setpoint is changed, the From an To values will not be automatically shifted, unless Symmetric Span is set. If Symmetric Span is set, it will be sustained if Setpoint is altered, thus changing From and To appropriately. Thus, no more unwanted overwriting of specification occurs. Overwriting can be requested for From and To by specifying Symmetric Span. - changes in class ROI: In __init__(master), creating the ROI for 2D and 3D together, thus displaying choices for both; changes in parameters. In __init__(), creating buttons. Renaming check_x/y/z_lim() to make_x/y/z_span(). Deleting update_x/y/z_setpoint(), callback directly to update_x/y/z_span(). update_2d() update_1d() 0.1.2b 5/09 ------ - changes in class ROI: In update_x/y/z_setpoint(): Calling update_x_lim(). 0.1.1b 5/09 ------ - changes in class ROI: In __init__(), introducing entries for "symmetric span". Introducing update_x/y/z_setpoint/lim/span(). - introducing global variables: X,Y,Z (for use with ROI.var_choice.get()) 0.1.0b 5/09 ------ - introducing class ROI: __init__(master) |