def __init__(self, plotsetting): #,plotdata,UI_CURRENT):
""" plot back bones """
self.presetting = plotsetting # predefined plot settings
self.UI = create_units() # predefined unit system
# reinitial property libs
self.axeslib = {}
self.axislib = {}
self.fontlib = {}
self.locatorlib = {}
self.legendlib = {}
# initialize lib
self.setFonts()
self.setLocatorlib()
self.setFigure()
self.setAxes()
self.setAxis()
self.setLegends()
def __init__(self,plotsetting): #,plotdata,UI_CURRENT):
""" plot back bones """
self.presetting = plotsetting # predefined plot settings
self.UI = create_units() # predefined unit system
# reinitial property libs
self.axeslib = {}
self.axislib = {}
self.fontlib = {}
self.locatorlib = {}
self.legendlib = {}
# initialize lib
self.setFonts()
self.setLocatorlib()
self.setFigure()
self.setAxes()
self.setAxis()
self.setLegends()
def __init__(self):
self.pdb = {} # plot database: table format
self.fdb = {} # figure database: figure format
self.tdb = {} # result table database
self.UI = create_units()
#!/usr/bin/env python
"""this module is to organize the plot data
"""
import unittest
import numpy as np
import unitsystem
UI_CURRENT = unitsystem.create_units()
class unitcoldata():
''' Unit column data class
'''
def __init__(self,data,unit=None,style='default',label='data'):
''' initialize '''
if isinstance(data,type(np.array([]))):
self.data = data
else:
self.data = np.array(data)
self.pdata = self.data
self.unit = unit
self.style = style # style for data points
self.label = label
def reset_pdata(self):
self.pdata = self.data
def transf(self,scale,shift):
self.pdata = self.pdata * scale + shift
return self.pdata
def __init__(self):
self.pdb = {} # plot database: table format
self.fdb = {} # figure database: figure format
self.tdb = {} # result table database
self.UI = create_units()
