os6 = artdata.SME_CD_9_45P_NER_DO_OS_V001
a1 = artclass.Art(ms6, vs6, os6)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms,a1.vlvs,a1.vlos,a1.art_vrc_1,a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_45 process now..... Please wait...\n")
sme_cd_9_45 = artclass.RunArt("sme_cd_9_45", 1000, 75, ms6, vs6)
sme_cd_9_45.print_initialization_data()
sme_cd_9_45.build_population()
sme_cd_9_45.print_final_data()
print("sme_cd_9_45 process is now complete..\n")
a1 = artclass.Art(ms1, vs1, os1)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms, a1.vlvs, a1.vlos, a1.art_vrc_1,
a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_20 process now..... Please wait...\n")
sme_cd_9_20 = artclass.RunArt("sme_cd_9_20", 1000, 21, ms1, vs1)
sme_cd_9_20.print_initialization_data()
sme_cd_9_20.build_population()
sme_cd_9_20.print_final_data()
print("sme_cd_9_20 process is now complete..\n")
a1 = artclass.Art(ms5, vs5, os5)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms, a1.vlvs, a1.vlos, a1.art_vrc_1,
a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_40 process now..... Please wait...\n")
sme_cd_9_40 = artclass.RunArt("sme_cd_9_40", 1000, 55, ms5, vs5)
sme_cd_9_40.print_initialization_data()
sme_cd_9_40.build_population()
sme_cd_9_40.print_final_data()
print("sme_cd_9_40 process is now complete..\n")
a1 = artclass.Art(ms2, vs2, os2)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms, a1.vlvs, a1.vlos, a1.art_vrc_1,
a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_25 process now..... Please wait...\n")
sme_cd_9_25 = artclass.RunArt("sme_cd_9_25", 1000, 35, ms2, vs2)
sme_cd_9_25.print_initialization_data()
sme_cd_9_25.build_population()
sme_cd_9_25.print_final_data()
print("sme_cd_9_25 process is now complete..\n")
os3 = artdata.SME_CD_9_30P_NER_DO_OS_V001
a1 = artclass.Art(ms3, vs3, os3)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms,a1.vlvs,a1.vlos,a1.art_vrc_1,a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_30 process now..... Please wait...\n")
sme_cd_9_30 = artclass.RunArt("sme_cd_9_30", 1000, 40, ms3, vs3)
sme_cd_9_30.print_initialization_data()
sme_cd_9_30.build_population()
sme_cd_9_30.print_final_data()
print("sme_cd_9_30 process is now complete..\n")
os4 = artdata.SME_CD_9_35P_NER_DO_OS_V001
a1 = artclass.Art(ms4, vs4, os4)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms,a1.vlvs,a1.vlos,a1.art_vrc_1,a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_35 process now..... Please wait...\n")
sme_cd_9_35 = artclass.RunArt("sme_cd_9_35", 1000, 45, ms4, vs4)
sme_cd_9_35.print_initialization_data()
sme_cd_9_35.build_population()
sme_cd_9_35.print_final_data()
print("sme_cd_9_35 process is now complete..\n")
ip1 = artclass.InitialPop(am3.get_lms(), am3.get_lvs(), am3.get_los())
ip1.make_initial_pop()
ip1.make_pop_dictionary()
ip1_dic = ip1.initial_pop_dictionary
print("\nThe Initial population has been created.\n")
print("The initial population dictionary contains %d keys..." %
len(ip1_dic))
keys_1 = ip1_dic.keys()
print("keys_1 content is: ")
print(keys_1)
wp1 = artclass.WorkingPop(ip1_dic)
wp1.make_total_pop()
wp1_tpd = wp1.total_pop_dict_out
keys_2 = wp1_tpd.keys()
wtp1 = artclass.WorkingTotalPop(wp1_tpd)
wtp1.make_working_total_pop()
wtp1_tpd = wtp1.total_pop_dict_wtp_out
keys_3 = wtp1_tpd.keys()
print(keys_3)
print("Running the process now..... Please wait...")
ra1 = artclass.RunArt("ra1", 1000, 28, artdata.str9dh2d, artdata.val9dh2d)
ra1.print_initialization_data()
ra1.build_population()
ra1.print_final_data()
print("Process complete..")
os7 = artdata.SME_CD_9_50P_NER_DO_OS_V001
a1 = artclass.Art(ms7, vs7, os7)
a1.create_good_art()
print("\nThe original marking space is: \n")
print(a1.lms)
print("\nThe original value space is: \n")
print(a1.lvs)
print("\nThe original outcome space is: \n")
print(a1.los)
print("\nArt new validated outcome space is.\n")
print(a1.vlos)
av1 = artclass.ValidArt(a1.vlms,a1.vlvs,a1.vlos,a1.art_vrc_1,a1.art_vrc_2)
print("\nValid Art has been created.\n")
total_av1 = av1.valid_art_total
print("The initial matrix total is: " + str(total_av1) + "\n")
print("\nRunning the sme_cd_9_50 process now..... Please wait...\n")
sme_cd_9_50 = artclass.RunArt("sme_cd_9_50", 1000, 75, ms7, vs7)
sme_cd_9_50.print_initialization_data()
sme_cd_9_50.build_population()
sme_cd_9_50.print_final_data()
print("sme_cd_9_50 process is now complete..\n")