jacksonburns / crow Goto Github PK

Rather than simply exporting a .csv file containing the raw peak areas, allow the user to enter the scalar determined from a previous calibration curve and automatically calculate the yields. The result would then be exported as a .csv and/or moved automatically to Present.

Move Server Retrieval Location, .xml file target lines, etc. into external config.txt or something similar to enable easy modification

Describe the solution you'd like
When input data file is selected, load it and the images it possible points to instantly. This will serve as bus checking, and also speed up the process of drawing the images.

In the same manner as AIMSim, update the GUI to look more modern and rely on pack instead of place for better cross-platform compatibility.

Enhancements to make to the peak-picking methodology, each of which could be configured either in an external file or with entries in the tkinter window:

• Rather than take the final peak in a given window, take the largest peak in a given window
• Allow entry of a 'Maximum Acceptable Area' value (based on calibration) to avoid picking erroneous peaks
• Above, but with a 'Minimum Acceptable Area'
• Flag suspicious wells (large/small area, extremes of retention window) in output data

Is your feature request related to a problem? Please describe.
Current setup relies on hardcoded parameters in a file that change where in the data files Crow attempts to locate the data.

Describe the solution you'd like
For better flexibility and modularity, this should instead be a single configuration file that can be specified from the UI that contains the data needed, such as the path to the area, data, etc.