def appendCatsNonSimilar(self, small, large, num):
analyzer = staticAnalysis(self.path)
analyzer.statisticSummary()
if (num != 0):
self.select.extend(analyzer.rangeCategoriesNonSimilarTo(small, large, num, self.select))
else:
self.select.extend(analyzer.rangeCategoriesNonSimilarTo(small, large, 0, self.select))
def setCatsSimilar(self, small, large, num):
analyzer = staticAnalysis(self.path)
analyzer.statisticSummary()
if (num != 0):
self.select = analyzer.rangeCategoriesSimilar(small, large, num)
else:
self.select = analyzer.rangeCategoriesSimilar(small, large, 0)
def setCatsNonSimilarForReplace(self, small, large, num):
analyzer = staticAnalysis(self.path)
analyzer.statisticSummary()
if (num != 0):
self.select = analyzer.rangeCategoriesNonSimilarTo(small, large, num, self.select)
else:
self.select = analyzer.rangeCategoriesNonSimilarTo(small, large, 0, self.select)
# -*- coding: utf-8 -*-
"""
Created on Thu May 10 18:16:51 2018
@author: hangz
"""
from statistic import staticAnalysis
import numpy as np
analyzer = staticAnalysis('Mammalia')
analyzer.statisticSummary()
print('--------------------------------------------------------------')
#analyzer.printNum()
analyzer.printSum()
#print( analyzer.greaterThanCategories(200,0) )
#print( analyzer.smallerThanCategories(50,0) )
#print(analyzer.rangeCategories(0, 100, 0))
#print(analyzer.rangeCategories(100, 200, 0))
print(analyzer.greaterThanCategories(1000, 0))
