fGQLED 0.11

Standard functions used for the QDLED Project at ETH.

READER:

Function which reads out different files. 

Arguments

Takes everything in **kwargs.

• 'filename': Filename + Path. Necessary. [String or Chararray]
• 'Delimiter': Input for the delimitation. e.g. ', ', '\t ', or other types. Standard is ' '. [Single Character]
• 'allowedChars': Set the allowed characters for the first character in a line. Can be used if line begins with a prefix or with a number. Standard are the numbers 0-10. [List]
• 'skipLines': Number of lines to be skipped in the file. Useful if the text document starts with lines containing allowed characters but no data. [int]
• 'flatten': Check if the resulting array has not the same number of arguments on each line. Select length of line which should pass (all other won't). [int]

Output

File is read and returned as an array of values.
First index is line number and second index is the position on line.

COLORS

Function for colors

Arguments

Takes Literals as arguments

• N: Number of cmap points
• cmap_name: Name of the colormap

Output

Returns colormaps in array of RGB colors. First index is the color, and the second index selects the spectral component in R, G, B, alpha

Figurefunctions

Functions to format the figure.

Arguments

Takes literals as arguments

• ax: Axis of figure to be formated. Necessary
• projection: '2d', '3d' or 'contour' plot. Standard: '2d' [string or chararray]
• labels: Dictionary with labels. keys of the dictionary: 'xlabel', 'ylabel', 'zlabel'. If one of those labels is not set, will be set to empty. Standard: {'xlabel': '', 'ylabel': '', 'zlabel': ''} [Dict]
• fontsize: Fontsize of the axis labels. Standard: 14 [int]
• ticksize: Fontsize of the tick labels. Standard: 14 [int]
• ticksepeartionx: Set the spacing between the x-ticks. e.g. 2 will select every second tick to be labeled. Standard: 2 [int]
• ticksepeartiony: Set the spacing between the y-ticks. e.g. 2 will select every second tick to be labeled. Standard: 2 [int]
• tickoffsetx: offsets the tick-selection in x-direction. Standard: 0 [int, in 0 to tickseparationx]
• tickoffsety: offsets the tick-selection in y-direction. Standard: 0 [int, in 0 to tickseparationy]

Output

Axis is processed and returned.