I have code which gives out of product profit/loss based on buyer conditions. The code is giving me following results. a_t_p= 0 a_t_p= 0 a_t_p= 0 a_t_p= 0 a_t_p= 541.4000000000015 a_t_p= 541.4000000000015 a_t_p= 546.9500000000044 a_t_p= 546.9500000000044 a_t_p= 587.8500000000058 a_t_p= 587.8500000000058 a_t_p= 618.2000000000044 a_t_p= 618.2000000000044 a_t_p= 631.8500000000058 a_t_p= 631.8500000000058 where as i am expecting following desired results. a_t_p = 0 a_t_p = 0 a_t_p = 0 a_t_p = 28.0500000000029 a_t_p = 569.450000000004 a_t_p = 564.150000000001 a_t_p = 569.700000000004 a_t_p = 417.050000000003 a_t_p = 457.950000000004 a_t_p = 484.050000000003 a_t_p = 514.400000000001 a_t_p = 486.450000000004 a_t_p = 500.100000000006 a_t_p = 551.700000000004 so I guess the problem is the program is not capturing the actual_pl when z=7 in the second loop. Itried multiple changes but not sure why is this mistake is happening. My code is as follows. actual_purchase_running= "" max_loss_on_product = -1500 actual_pl = 0 first_purchase = 0 first_buyer = 0 first_buyer_prefrence = 0 run_pl = 0 normal_pl = 0 position_of_buyer = "" first_purchase_running = "" first_purchase_pl = 0 def get_next_z(): for val in z_list: yield val def get_next_TV_price(): for val in TV_price_list: yield val z_list = [4, 7, 4, 7, 4, 7, 4, 7, 4, 7, 4, 7, 4] TV_price_list = [50892.3, 50941.95, 50970, 51511.4, 51506.1, 51511.65, 51359, 51399.9, 51426, 51456.35, 51428.4, 51442.05, 51493.65] get_z = get_next_z() get_TV_price = get_next_TV_price() # when sec =0 while True: print('-a_t_p= ', actual_pl) z = next(get_z) TV_price = next(get_TV_price) if z == 4 or z == 7: if first_purchase_running == "done": pass else: if first_purchase_running == "with 4": if z == 4: continue elif z == 7: # reversal here TV_price_s = TV_price first_purchase_pl = TV_price_s + TV_price_b if first_purchase_pl < 0: first_buyer_prefrence = "bad" run_pl = run_pl + first_purchase_pl first_purchase_running = "done" normal_purchase_running = "with 7" # actual purchase block if first_buyer == 4 and first_buyer_prefrence == "good": if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = "with 4" position_of_buyer = "happy" continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 4 and first_buyer_prefrence == 'bad': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 7 and first_buyer_prefrence == 'good': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # sad here TV_price_s = TV_price actual_purchase_running = 'with 7' position_of_buyer = 'sad' continue else: continue elif first_purchase_pl > 0: first_buyer_prefrence = "good" run_pl = run_pl + first_purchase_pl first_purchase_running = "done" normal_purchase_running = "with 7" # actual_purchase_block if first_buyer == 4 and first_buyer_prefrence == "good": if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = "with 4" position_of_buyer = "happy" continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 4 and first_buyer_prefrence == 'bad': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 7 and first_buyer_prefrence == 'good': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # sad here TV_price_s = TV_price actual_purchase_running = 'with 7' position_of_buyer = 'sad' continue else: continue else: continue elif first_purchase_running == "with 7": if z == 7: continue elif z == 4: # reversal here TV_price_b = -TV_price first_purchase_pl = TV_price_s + TV_price_b if first_purchase_pl < 0: first_buyer_prefrence == "bad" run_pl = run_pl + first_purchase_pl first_purchase_running = "done" normal_purchase_running = "with 4" # actual_purchase_block if first_buyer == 4 and first_buyer_prefrence == "good": if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = "with 4" position_of_buyer = "happy" continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 4 and first_buyer_prefrence == 'bad': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 7 and first_buyer_prefrence == 'good': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # sad here TV_price_s = TV_price actual_purchase_running = 'with 7' position_of_buyer = 'sad' continue else: continue continue elif first_purchase_pl > 0: first_buyer_prefrence = "good" run_pl = run_pl + first_purchase_pl first_purchase_running = "done" normal_purchase_running = "with 4" # actual_purchase_block if first_buyer == 4 and first_buyer_prefrence == "good": if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = "with 4" position_of_buyer = "happy" continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 4 and first_buyer_prefrence == 'bad': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif first_buyer == 7 and first_buyer_prefrence == 'good': if z == 4: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif z == 7: # sad here TV_price_s = TV_price actual_purchase_running = 'with 7' position_of_buyer = 'sad' continue else: continue continue else: continue else: # need to make 1st purchase if z == 4: # happy here TV_price_b = -TV_price first_purchase_running = "with 4" first_buyer = 4 continue elif z == 7: # sad here TV_price_s = TV_price first_purchase_running = "with 7" first_buyer = 7 continue # run pl if normal_purchase_running == "with 4": if z == 4: pass elif z == 7: # reversal here TV_price_s = TV_price normal_pl = TV_price_s + TV_price_b run_pl = run_pl + normal_pl normal_purchase_running = "with 7" else: pass elif normal_purchase_running == "with 7": if z == 7: pass elif z == 4: # reversal here TV_price_b = -TV_price normal_pl = TV_price_s + TV_price_b run_pl = run_pl + normal_pl normal_purchase_running = "with 4" # actual purchase run # 4 pos if first_buyer == 4 and first_buyer_prefrence == 'good': if actual_purchase_running == 'with 4': if z == 4: if position_of_buyer == 'happy': TV_price_s = TV_price sl = TV_price_s + TV_price_b + actual_pl if sl < max_loss_on_product: print('break') continue # break elif sl >= max_loss_on_product: continue elif position_of_buyer == 'sad': TV_price_b = -TV_price sl = TV_price_s + TV_price_b + actual_pl if sl < max_loss_on_product: print('break') # break elif sl >= max_loss_on_product: continue elif z == 7: # reversal if position_of_buyer == 'happy': TV_price_s = TV_price actual_pl = actual_pl + TV_price_s + TV_price_b if actual_pl < max_loss_on_product: print('break') # break elif actual_pl >= max_loss_on_product: # take new purchase if run_pl < 0: # sad here TV_price_s = TV_price actual_purchase_running = 'with 7' position_of_buyer = 'sad' continue elif run_pl >= 0: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif position_of_buyer == 'sad': TV_price_b = -TV_price actual_pl = actual_pl + TV_price_s + TV_price_b if actual_pl < max_loss_on_product: print('break') # break elif actual_pl > max_loss_on_product: # take new purchase if run_pl < 0: # sad here TV_price_sf = TV_price actual_purchase_running = 'with 7' position_of_buyer = 'sad' continue elif run_pl >= 0: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 7' position_of_buyer = 'happy' continue elif actual_purchase_running == 'with 7': if z == 7: if position_of_buyer == 'happy': TV_price_s = TV_price sl = TV_price_s + TV_price_b + actual_pl if sl < max_loss_on_product: print('break') # break elif sl > max_loss_on_product: continue elif position_of_buyer == 'sad': TV_price_b = -TV_price sl = actual_pl + TV_price_s + TV_price_b if sl < max_loss_on_product: print('break') # break elif sl > max_loss_on_product: pass elif z == 4: # reversal if position_of_buyer == 'happy': TV_price_s = TV_price actual_pl = TV_price_s + TV_price_b + actual_pl if actual_pl < max_loss_on_product: print('break') # break elif actual_pl >= max_loss_on_product: # take new purchase if run_pl < 0: # sad here TV_price_s = TV_price actual_purchase_running = 'with 4' position_of_buyer = 'sad' continue elif run_pl >= 0: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue elif position_of_buyer == 'sad': TV_price_b = -TV_price actual_pl = TV_price_s + TV_price_b + actual_pl if actual_pl < max_loss_on_product: print('break') # break elif actual_pl >= max_loss_on_product: # take new purchase if run_pl < 0: # sad here TV_price_s = TV_price actual_purchase_running = 'with 4' position_of_buyer = 'sad' continue elif run_pl >= 0: # happy here TV_price_b = -TV_price actual_purchase_running = 'with 4' position_of_buyer = 'happy' continue else: if actual_purchase_running == "with 4" or actual_purchase_running == "with 7": if position_of_buyer == "happy": TV_price_s = TV_price sl = TV_price_s + TV_price_b if actual_pl + sl < max_loss_on_product: print('break') # break else: continue elif position_of_buyer == "sad": TV_price_b = -TV_price sl = TV_price_s + TV_price_b if actual_pl + sl < max_loss_on_product: print('break') # break else: continue Continue reading...
