Lowerhousing_GV12/GV12/DB/main.py

import os
import Operations as op
import Graph as gr
import Connection as connect
import numpy as np


#***********************************main********************************************
#--------connect To DB -------------------------
root_path = os.getcwd()
db = os.path.join(root_path,"BIII.db")
conn = connect.create_connection(db)

#Operations
#-----------------------get duration of parts------------------------------------------
#op.get_all_parts(conn)
#op.get_nok_parts(conn)
#op.get_durations_lv4(conn)

#----------calculate quantiles of operation duration ------------
#op.get_break_length_stat(conn)

#----------- get stored quantile ---------------------------
#t_quartile = connect.get_third_quartile(conn)
#t_quartile = float(t_quartile)*5
#t_quartile = float(t_quartile)*5
#t_quartile = float(3)


#------------- calculate duration of all parts with regards to quantile*2 -----------------------------
#durations = op.get_durations_part(t_quartile, conn)
#print(durations)
#-------------get calculated part duration from db--------------------------
#query = "select value from results where category ='Duration_Part_Breakl_" + str(t_quartile) + "' order by timestamp desc limit 1"
#result = np.array([], dtype=[('keys', int), ('data', float)])
#durations = connect.get_result_from_db(query, result, conn)


#------------calculate aggregatred duration  -------------------------
#aggr_dur = op.aggregate_duration(durations)


#-------------calculate break --------------------------
#breaks = op.get_breaks(480, conn)
#breaks = op.get_breaks(50, conn)
#breaks = op.get_breaks(1, conn)
#breaks = op.get_breaks(t_quartile,conn)


# ------------- get breaks from db ------------------------
#query = "select value from results where category ='Duration_BreaksWithin"+str(t_quartile) +"' order by timestamp desc limit 1"
#result = np.array([], dtype=[('keys', int), ('data', float)])
#breaks = connect.get_result_from_db(query, result, conn)
#print("Breaks")
#print(breaks)

#--------------- get measures-----------------
#measures = op.get_all_measures(conn)


#---------------plot results --------------------------
#gr.plot_all_measures(measures)
#gr.plot_duration_part(durations)
#gr.plot_duration_part(aggr_dur)
#gr.plot_duration_part(breaks)


#------Get durations Zylinder-----------
final_result = op.get_durations_zylinder(conn)
# show me values below and above the zylinder_values
greater_one = np.where(final_result['data'] > 1.0)[0]
smaller_zero = np.where(final_result['data'] < 0.0)[0]
#result = np.append(greater_one, smaller_zero)


sum = greater_one.size + smaller_zero.size
print("-----here comes the sum -----------")
print(sum)
gr.plot_zylinder_part(final_result)


#------------------calculate longer durations (outsiders---------------
#op.outsiders(durations, conn)

#-----------close connection---------------
conn.close()