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  1. // 3 kwietnia 2015.cpp
  2. //
  3.  
  4. #include "stdafx.h"
  5. #include <conio.h>
  6. #include <iostream>
  7. #include <string>
  8. #include <fstream>
  9.  
  10. using namespace std;
  11.  
  12.  
  13. //deklaracje nowego typu, paru funkcji oraz struktury
  14. #pragma region deklaracje
  15. typedef long double ld;
  16. struct MEDIUM
  17. {
  18. 	//caly czas w mg/l
  19. 	ld nitrogen;
  20. 	ld phosphorus;
  21. 	ld potassium;
  22. 	ld calcium;
  23. 	ld magnesium;
  24. 	ld chlorine;
  25. 	ld sulfur;
  26. 	ld carbonates;			//im wyzsze pH, tym wiecej woda zawiera weglanow (nie pomyl, najpierw ph potem weglany)
  27. 	ld sodium;
  28. 	ld iron;
  29. 	ld boron;
  30. 	ld zinc;
  31. 	ld manganese;
  32. 	ld copper;
  33. 	ld molybdenum;
  34. 	double pH;
  35. 	double EC;
  36. };
  37. bool maxForElements(MEDIUM Initial_medium);
  38. MEDIUM loadInitialtMedium();
  39. ld acid_ratio(double weglany, ld &quantityOfNitrogenIn1dm4);
  40. ld acid_dose(ld W, double weglany, ld &dawka_kwasu);
  41. ld nitrogen_introduced_f(ld dk, ld quantityOfNitrogenIn1dm4);
  42. MEDIUM loadDesiredMedium();
  43. void mediumReplenishment(ld nitrogen_introduced, MEDIUM Initial_medium2, MEDIUM desired_medium2, MEDIUM fixed_medium, ld dawka_kwasu);
  44. MEDIUM loadInitialMedium();
  45. void showHowManyFertilizersAreNeeded(
  46. 	ld calcium_nitrate,
  47. 	ld potassium_phosphate,
  48. 	ld magnessium_nitrate,
  49. 	ld potassium_nitrate,
  50. 	ld amonium_nitrate);
  51.  
  52. #pragma endregion
  53.  
  54.  
  55. int _tmain(int argc, _TCHAR* argv[])
  56. {
  57. 	cout << "******************************************\n\n\trk 10 lipca 2015:\n\tMedium Composition Program\n\n******************************************\n\n\n";
  58.  
  59. 	//wprowadzanie danych
  60. 	cout << "\n\n------------\n\tProsze podawac wartosci w jednostkach miligramow na litr [mg/l]" << endl;
  61. 	MEDIUM Initial_medium2 = loadInitialMedium();
  62.  
  63.  
  64. 	//sprawdzenie czy zaden ze skladnikow nie przekracza dozwolonego pulapu
  65. 	if (!(maxForElements(Initial_medium2)))
  66. 	{
  67. 		cout << "\n\n------------\n\tJeden z elementow przekracza dozwolona wartosc." << endl;
  68. 		cout << "\tKontynuowac? Wpisz 'y' lub 'n' i zatwierdz enterem\t";
  69. 		char znak;
  70. 		cin >> znak;
  71. 		if (znak == 'n')
  72. 		{
  73. 		cout << "\n\n\t>>program sequence aborted<<";
  74. 		_getch();
  75. 		return 0;
  76. 		}
  77. 	}
  78.  
  79.  
  80.  
  81. 	ld dawka_kwasu;		//brzydkie rozwiązanie, ale potrzebowalem tej wartosci w poznym etapie pisania kodu (8 lipca 2015)
  82. 	ld quantityOfNitrogenIn1dm4 = 0;	//jw lol
  83.  
  84.  
  85.  
  86. 	//uwaga, 3 funkcje zagniezdzone acid_ratio -> acid_dose -> nitrogen_introduced
  87. 	//dobra, skoncze na 3 zagniezdzeniu funkcji bo to źle wygląda
  88. 	ld dawka_kwasu222 = acid_dose(acid_ratio(Initial_medium2.carbonates, quantityOfNitrogenIn1dm4), Initial_medium2.carbonates, dawka_kwasu);
  89.  
  90. 	ld nitrogen_introduced = nitrogen_introduced_f(dawka_kwasu222, quantityOfNitrogenIn1dm4);
  91.  
  92.  
  93. 	//zapytanie usera, ile chce miec skladnikow w pozywce
  94. 	MEDIUM desired_medium2 = loadDesiredMedium();
  95.  
  96.  
  97. 	//fixed medium jest strukturą danych, na której będą dokonywane faktyczne zmiany
  98. 	MEDIUM fixed_medium = Initial_medium2;
  99.  
  100. 	//wyslanie do funkcji tego ile juz azotu zostalo wprwoadzonego + aktualne parametry pozywki
  101. 	mediumReplenishment(nitrogen_introduced, Initial_medium2, desired_medium2, fixed_medium, dawka_kwasu);
  102.  
  103. 	return 0;
  104. }
  105.  
  106. void mediumReplenishment(ld nitrogen_introduced, MEDIUM Initial_medium2, MEDIUM desired_medium2, MEDIUM fixed_medium, ld dawka_kwasu)
  107. {
  108. 	//dodanie do wartosci pola struktury .nitrogen ilosci wprowadzonego juz azotu z kwasem azotowym
  109. 	fixed_medium.nitrogen += nitrogen_introduced;
  110.  
  111.  
  112. 	struct percentage_of_nutrient_in_fertilizer	//ponf
  113. 	{
  114. 		//calcium nitrate - saletra wapniowa
  115. 		//EC 1.24
  116. 		double calcium_nitrate_Ca = 0.19;		//19%
  117. 		double calcium_nitrate_N = 0.155;		//15.5%
  118. 		double calcium_nitrate_EC = 1.24;
  119.  
  120. 		//potassium phosphate - fosforan potasu
  121. 		//EC 0.68			//albo 0.56, ale raczej 0.68, nie idzie tego odczytac
  122. 		double potassium_phosphate_P = 0.23;	//23%
  123. 		double potassium_phosphate_K = 0.28;	//28%
  124. 		double potassium_phosphate_EC = 0.68;
  125.  
  126. 		////ferticare
  127. 		////EC 1.0
  128. 		//double ferticare_N = 0.07;		//7%
  129. 		//double ferticare_P = 0.048;
  130. 		//double ferticare_K = 0.21;		//21%
  131. 		//double ferticare_Mg = 0.028;
  132. 		//double ferticare_S = 0.05;		//5%
  133.  
  134. 		//potassium nitrate - saletra potasowa Multi Top 
  135. 		//ruru, siarczan potasu, nie mam saletry potasowej
  136. 		//EC 1.54
  137. 		double potassium_nitrate_N = 0.135;		//13.5%
  138. 		double potassium_nitrate_K = 0.386;		//38.6%
  139. 		double potassium_nitrate_EC = 1.54;
  140.  
  141. 		//magnesium nitrate - saletra magnezowa
  142. 		//ruru, zastepczo podaje EC dla innej saletry magnezowej (inne %)
  143. 		//EC 0.54
  144. 		double magnesium_nitrate_N = 0.11;		//11%
  145. 		double magnesium_nitrate_Mg = 0.081;	//8.1%
  146. 		double magnesium_nitrate_EC = 0.54;
  147.  
  148. 		//magnesium sulfate - siarczan magnezu
  149. 		//EC 0.94
  150. 		double magnesium_sulfate_Mg = 0.1;		//10%
  151. 		double magnesium_sulfate_S = 0.27;		//27%
  152. 		double magnessium_sulfate_EC = 0.94;
  153.  
  154. 		//amonium nitrate - saletra amonowa
  155. 		//EC 0.86
  156. 		//double amonium_nitrate_N = 0.34;		//34%
  157. 		//double amonium_nitrate_EC = 0.86;
  158.  
  159. 		//potassium sulfate - siarczan potasu
  160. 		//EC zapozyczone od siarczanu magnezu
  161. 		double potassium_sulfate_K = 0.415;		//41.5%
  162. 		double potassium_sulfate_S = 0.18;
  163. 		double potassium_sulfate_EC = 0.94;
  164.  
  165. 		//superba czerwona
  166. 		double superba_N = 0.073;				//7.3%
  167. 		double superba_P = 0.04;				//4%
  168. 		double superba_K = 0.214;				//21.4%
  169. 		double superba_Mg = 0.035;				//3.5%
  170. 		double superba_EC = 1.0;
  171.  
  172. 	}percent;		//uzycie: percent.potassium_sulfate_K
  173.  
  174.  
  175. 	enum
  176. 	{
  177. 		ZBIORNIK_A = 1,
  178. 		ZBIORNIK_B = 2,
  179. 		ZBIORNIK_C = 3
  180. 	};
  181. 	//2 tablice typu
  182. 	//string przechowywujaca nazwe nawozu
  183. 	//ld przechowywujaca ilosc nawozu 
  184. 	const int maksiumum_fertilizers_that_can_be_used = 7;
  185. 	string fertilizer_name[maksiumum_fertilizers_that_can_be_used];
  186. 	ld fertilizer_quantity[maksiumum_fertilizers_that_can_be_used] = { 0 };		//inicjalizacja wstepna
  187. 	double fertilizer_EC[maksiumum_fertilizers_that_can_be_used];
  188. 	int ktory_zbiornik[maksiumum_fertilizers_that_can_be_used];
  189.  
  190. 	//test
  191. 	//cout << "\ntest\t\tKwas azotowy" << endl;
  192. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  193. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  194. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  195. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  196. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  197. 	//_getch();
  198.  
  199. #pragma region Saletra_wapniowa
  200. 	int counter = 0;
  201. 	//saletra wapniowa - wapń (100%) i azot
  202. 	ld quantity_of_calcium_nitrate_fertilizer = (desired_medium2.calcium - fixed_medium.calcium) / percent.calcium_nitrate_Ca;
  203. 	fertilizer_name[counter] = "Saletra wapniowa\t\t";
  204. 	fertilizer_quantity[counter] = quantity_of_calcium_nitrate_fertilizer;
  205. 	fertilizer_EC[counter] = percent.calcium_nitrate_EC;
  206. 	ktory_zbiornik[counter] = ZBIORNIK_A;
  207. 	//wapń
  208. 	fixed_medium.calcium += quantity_of_calcium_nitrate_fertilizer * percent.calcium_nitrate_Ca;
  209. 	//azot
  210. 	fixed_medium.nitrogen += quantity_of_calcium_nitrate_fertilizer * percent.calcium_nitrate_N;
  211. 	//ok
  212. 	//test
  213. 	//cout << "\ntest\t\tSaletra wapniowa" << endl;
  214. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  215. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  216. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  217. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  218. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  219. 	//_getch();  
  220.  
  221.  
  222.  
  223. #pragma endregion
  224.  
  225. #pragma region Superba_czerwona
  226.  
  227. 	++counter;
  228. 	//superba czerwona
  229. 	//uzupelnic potas pierwszy -> brak mozliwosci uzupelnienia fosforu
  230. 	//uzupelnic fosfor pierwszy -> mozliwosc uzupelnienia potasu innym nawozem (jezeli wartosc K nie przekroczona)
  231. 	ld quantity_of_superba_czerwona_fertilizer = (desired_medium2.phosphorus - fixed_medium.phosphorus) / percent.superba_P;
  232. 	fertilizer_name[counter] = "Superba czerwona\t\t";
  233. 	fertilizer_quantity[counter] = quantity_of_superba_czerwona_fertilizer;
  234. 	fertilizer_EC[counter] = percent.superba_EC;
  235. 	ktory_zbiornik[counter] = ZBIORNIK_B;
  236. 	//fosfor
  237. 	fixed_medium.phosphorus += quantity_of_superba_czerwona_fertilizer * percent.superba_P;
  238. 	//azot
  239. 	fixed_medium.nitrogen += quantity_of_superba_czerwona_fertilizer * percent.superba_N;
  240. 	//potas
  241. 	fixed_medium.potassium += quantity_of_superba_czerwona_fertilizer * percent.superba_K;
  242. 	//magnez
  243. 	fixed_medium.magnesium += quantity_of_superba_czerwona_fertilizer * percent.superba_Mg;
  244. 	if (fixed_medium.potassium > desired_medium2.potassium ||
  245. 		fixed_medium.nitrogen > desired_medium2.nitrogen ||
  246. 		fixed_medium.magnesium > desired_medium2.magnesium)
  247. 	{
  248. 		cout << "\n\n------------\n\tUzycie superby czerwonej niemozliwe, poniewaz jej uzycie " << endl;
  249. 		cout << "\tspowoduje przekroczenie dopuszczalnej ilosci";
  250.  
  251. 		if (fixed_medium.potassium > desired_medium2.potassium)
  252. 		{
  253. 			cout << "\n\tpotasu o " << fixed_medium.potassium - desired_medium2.potassium << endl;
  254. 			cout << "\t-> Aktualna ilosc potasu\t" << fixed_medium.potassium << endl;
  255. 			cout << "\t-> Pozadana ilosc potasu\t" << desired_medium2.potassium << endl;
  256. 		}
  257. 		if (fixed_medium.nitrogen > desired_medium2.nitrogen)
  258. 		{
  259. 			cout << "\n\tazotu o " << fixed_medium.nitrogen - desired_medium2.nitrogen << endl;
  260. 			cout << "\t-> Aktualna ilosc azotu\t\t" << fixed_medium.nitrogen << endl;
  261. 			cout << "\t-> Pozadana ilosc azotu\t\t" << desired_medium2.nitrogen << endl;
  262. 		}
  263. 		if (fixed_medium.magnesium > desired_medium2.magnesium)
  264. 		{
  265. 			cout << "\n\tmagnezu o " << fixed_medium.magnesium - desired_medium2.magnesium << endl;
  266. 			cout << "\t-> Aktualna ilosc magnezu\t" << fixed_medium.magnesium << endl;
  267. 			cout << "\t-> Pozadana ilosc magnezu\t" << desired_medium2.magnesium << endl;
  268. 		}
  269.  
  270. 		//odwracanie skutkow poprzedniej operacji
  271. 		//fosfor
  272. 		fixed_medium.phosphorus -= quantity_of_superba_czerwona_fertilizer * percent.superba_P;
  273. 		//azot
  274. 		fixed_medium.nitrogen -= quantity_of_superba_czerwona_fertilizer * percent.superba_N;
  275. 		//potas
  276. 		fixed_medium.potassium -= quantity_of_superba_czerwona_fertilizer * percent.superba_K;
  277. 		//magnez
  278. 		fixed_medium.magnesium -= quantity_of_superba_czerwona_fertilizer * percent.superba_Mg;
  279. 		//wyzerowanie ilosci superby - teraz, bo inaczej powyzsze przeliczniki nie mialyby sensu
  280. 		quantity_of_superba_czerwona_fertilizer = 0;
  281. 		fertilizer_quantity[counter] = quantity_of_superba_czerwona_fertilizer;
  282. 	}
  283.  
  284. 	//test
  285. 	//cout << "\ntest\t\tSuperba czerwona" << endl;
  286. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  287. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  288. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  289. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  290. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  291. 	//_getch();  
  292. #pragma endregion
  293.  
  294. #pragma region Fosforan_potasu
  295.  
  296. 	++counter;
  297. 	//fosforan potasu - fosfor (100%) i potas
  298. 	ld quantity_of_potassium_phosphate_fertilizer = (desired_medium2.phosphorus - fixed_medium.phosphorus) / percent.potassium_phosphate_P;
  299. 	fertilizer_name[counter] = "Fosforan potasu\t\t\t";
  300. 	fertilizer_quantity[counter] = quantity_of_potassium_phosphate_fertilizer;
  301. 	fertilizer_EC[counter] = percent.potassium_phosphate_EC;
  302. 	ktory_zbiornik[counter] = ZBIORNIK_B;
  303. 	//fosfor
  304. 	fixed_medium.phosphorus += quantity_of_potassium_phosphate_fertilizer * percent.potassium_phosphate_P;
  305. 	//potas
  306. 	fixed_medium.potassium += quantity_of_potassium_phosphate_fertilizer * percent.potassium_phosphate_K;
  307. 	//ok
  308. 	//test
  309. 	//cout << "\ntest\t\tFosforan potasu" << endl;
  310. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  311. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  312. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  313. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  314. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  315. 	//_getch();  
  316. #pragma endregion
  317.  
  318. #pragma region Saletra_magnezowa
  319.  
  320. 	++counter;
  321. 	//saletra magnezowa - azot (100%) i magnez
  322. 	ld quantity_of_magnesium_nitrate_fertilizer = (desired_medium2.nitrogen - fixed_medium.nitrogen) / percent.magnesium_nitrate_N;
  323. 	fertilizer_name[counter] = "Saletra magnezowa\t\t";
  324. 	fertilizer_quantity[counter] = quantity_of_magnesium_nitrate_fertilizer;
  325. 	fertilizer_EC[counter] = percent.magnesium_nitrate_EC;
  326. 	ktory_zbiornik[counter] = ZBIORNIK_A;
  327. 	//azot
  328. 	fixed_medium.nitrogen += quantity_of_magnesium_nitrate_fertilizer * percent.magnesium_nitrate_N;
  329. 	//magnez
  330. 	fixed_medium.magnesium += quantity_of_magnesium_nitrate_fertilizer * percent.magnesium_nitrate_Mg;
  331. 	//sprawdz czy wartosc magnezu nie zostala przekroczona
  332. 	if (fixed_medium.magnesium > desired_medium2.magnesium)
  333. 	{
  334. 		//odejmij dwa powyzsze wyniki: -= zamiast +=
  335. 		//azot
  336. 		fixed_medium.nitrogen -= quantity_of_magnesium_nitrate_fertilizer * percent.magnesium_nitrate_N;
  337. 		//magnez
  338. 		fixed_medium.magnesium -= quantity_of_magnesium_nitrate_fertilizer * percent.magnesium_nitrate_Mg;
  339.  
  340. 		//saletra magnezowa - magnez (100%) i azot
  341. 		ld quantity_of_magnesium_nitrate_fertilizer = (desired_medium2.magnesium - fixed_medium.magnesium) / percent.magnesium_nitrate_Mg;
  342. 		fertilizer_name[counter] = "Saletra magnezowa\t\t";
  343. 		fertilizer_quantity[counter] = quantity_of_magnesium_nitrate_fertilizer;
  344. 		//magnez
  345. 		fixed_medium.magnesium += quantity_of_magnesium_nitrate_fertilizer * percent.magnesium_nitrate_Mg;
  346. 		//azot
  347. 		fixed_medium.nitrogen += quantity_of_magnesium_nitrate_fertilizer * percent.magnesium_nitrate_N;
  348. 	}
  349.  
  350. 	//test
  351. 	//cout << "\ntest\t\tSaletra magnezowa" << endl;
  352. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  353. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  354. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  355. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  356. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  357. 	//_getch();  
  358. #pragma endregion
  359.  
  360. #pragma region Saletra_potasowa
  361. 	++counter;
  362. 	//potassium nitrate, saletra potasowa - azot 100% + potas
  363. 	ld quantity_of_potassium_nitrate_fertilizer = (desired_medium2.nitrogen - fixed_medium.nitrogen) / percent.potassium_nitrate_N;
  364. 	fertilizer_name[counter] = "Saletra potasowa\t\t";
  365. 	fertilizer_quantity[counter] = quantity_of_potassium_nitrate_fertilizer;
  366. 	fertilizer_EC[counter] = percent.potassium_nitrate_EC;
  367. 	ktory_zbiornik[counter] = ZBIORNIK_A;
  368. 	//azot
  369. 	fixed_medium.nitrogen += quantity_of_potassium_nitrate_fertilizer * percent.potassium_nitrate_N;
  370. 	//potas
  371. 	fixed_medium.potassium += quantity_of_potassium_nitrate_fertilizer * percent.potassium_nitrate_K;
  372. 	//ok
  373. 	if (fixed_medium.potassium > desired_medium2.potassium)
  374. 	{
  375. 		//odejmij dwa powyzsze wyniki: -= zamiast +=
  376. 		fixed_medium.nitrogen -= quantity_of_potassium_nitrate_fertilizer * percent.potassium_nitrate_N;
  377. 		//potas
  378. 		fixed_medium.potassium -= quantity_of_potassium_nitrate_fertilizer * percent.potassium_nitrate_K;
  379.  
  380. 		//potassium nitrate, saletra potasowa - potas 100% + azot
  381. 		ld quantity_of_potassium_nitrate_fertilizer = (desired_medium2.potassium - fixed_medium.potassium) / percent.potassium_nitrate_K;
  382. 		fertilizer_name[counter] = "Saletra potasowa\t\t";
  383. 		fertilizer_quantity[counter] = quantity_of_potassium_nitrate_fertilizer;
  384. 		//potas
  385. 		fixed_medium.potassium += quantity_of_potassium_nitrate_fertilizer * percent.potassium_nitrate_K;
  386. 		//azot
  387. 		fixed_medium.nitrogen += quantity_of_potassium_nitrate_fertilizer * percent.potassium_nitrate_N;
  388. 	}
  389. 	//test
  390. 	//cout << "\ntest\t\tSaletra potasowa" << endl;
  391. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  392. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  393. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  394. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  395. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  396. 	//_getch();  
  397. #pragma endregion
  398.  
  399. #pragma region Siarczan_potasu
  400.  
  401. 	//jezeli brakuje jeszcze potasu, uzupelnij go
  402. 	if (fixed_medium.potassium < desired_medium2.potassium)
  403. 	{
  404. 		++counter;
  405. 		//potassium sulfate, siarczan potasu - potas 100% + siarczany
  406. 		ld quantity_of_potassium_sulfate_fertilizer = (desired_medium2.potassium - fixed_medium.potassium) / percent.potassium_sulfate_K;
  407. 		fertilizer_name[counter] = "Siarczan potasu\t\t\t";
  408. 		fertilizer_quantity[counter] = quantity_of_potassium_sulfate_fertilizer;
  409. 		fertilizer_EC[counter] = percent.potassium_sulfate_EC;
  410. 		ktory_zbiornik[counter] = ZBIORNIK_B;
  411. 		//potas
  412. 		fixed_medium.potassium += quantity_of_potassium_sulfate_fertilizer * percent.potassium_sulfate_K;
  413. 		//siarczany
  414. 		fixed_medium.sulfur += quantity_of_potassium_sulfate_fertilizer * percent.potassium_sulfate_S;
  415. 	}
  416. 	//test
  417. 	//cout << "\ntest\t\tSiarczan potasu" << endl;
  418. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  419. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  420. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  421. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  422. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  423. 	//_getch();  
  424. #pragma endregion
  425.  
  426. #pragma region Siarczan_magnezu
  427.  
  428. 	//jezeli brakuje jeszcze magnezu, uzupelnij go
  429. 	if (fixed_medium.magnesium < desired_medium2.magnesium)
  430. 	{
  431. 		++counter;
  432. 		//siarczan magnezu - magnez (100%) i siarczany
  433. 		ld quantity_of_magnesium_sulfate_fertilizer = (desired_medium2.magnesium - fixed_medium.magnesium) / percent.magnesium_sulfate_Mg;
  434. 		fertilizer_name[counter] = "Siarczan magnezu\t\t";
  435. 		fertilizer_quantity[counter] = quantity_of_magnesium_sulfate_fertilizer;
  436. 		fertilizer_EC[counter] = percent.magnessium_sulfate_EC;
  437. 		ktory_zbiornik[counter] = ZBIORNIK_B;
  438. 		//magnez
  439. 		fixed_medium.magnesium += quantity_of_magnesium_sulfate_fertilizer * percent.magnesium_sulfate_Mg;
  440. 		//siarczany
  441. 		fixed_medium.sulfur += quantity_of_magnesium_sulfate_fertilizer * percent.magnesium_sulfate_S;
  442. 	}
  443. 	//test
  444. 	//cout << "\ntest\t\tSiarczan magnezu" << endl;
  445. 	//cout << "fixed_medium.nitrogen\t\t" << fixed_medium.nitrogen << endl;
  446. 	//cout << "fixed_medium.phosphorus\t\t" << fixed_medium.phosphorus << endl;
  447. 	//cout << "fixed_medium.potassium\t\t" << fixed_medium.potassium << endl;
  448. 	//cout << "fixed_medium.calcium\t\t" << fixed_medium.calcium << endl;
  449. 	//cout << "fixed_medium.magnesium\t\t" << fixed_medium.magnesium << endl;
  450. 	//_getch();  
  451. #pragma endregion
  452.  
  453. 	//109 nie ma mikroelementow, bo nie wiem skad je wziac
  454.  
  455. 	cout << "\n\n------------\n\tPodsumowanie wartosci skladnikow w mg/dm^3\n\tPozywka poczatkowa \\ Pozywka pozadana \\ Pozywka ustalona" << endl;
  456. 	cout << "\tAzot\t\t" << Initial_medium2.nitrogen << "\t" << desired_medium2.nitrogen << "\t" << fixed_medium.nitrogen << endl;
  457. 	cout << "\tFosfor\t\t" << Initial_medium2.phosphorus << "\t" << desired_medium2.phosphorus << "\t" << fixed_medium.phosphorus << endl;
  458. 	cout << "\tPotas\t\t" << Initial_medium2.potassium << "\t" << desired_medium2.potassium << "\t" << fixed_medium.potassium << endl;
  459. 	cout << "\tWapn\t\t" << Initial_medium2.calcium << "\t" << desired_medium2.calcium << "\t" << fixed_medium.calcium << endl;
  460. 	cout << "\tMagnez\t\t" << Initial_medium2.magnesium << "\t" << desired_medium2.magnesium << "\t" << fixed_medium.magnesium << endl;
  461. 	//cout << "\tChlor\t\t" << Initial_medium2.chlorine << "\t" << desired_medium2.chlorine << "\t" << fixed_medium.chlorine << endl;
  462. 	cout << "\tSiarczany\t" << Initial_medium2.sulfur << "\t" << desired_medium2.sulfur << "\t" << fixed_medium.sulfur << endl;
  463. 	// ponieważ zneutralizowane cout << "\tWeglany\t\t" << Initial_medium2.carbonates << "\t" << desired_medium2.carbonates << "\t" << fixed_medium.carbonates << endl;
  464. 	cout << "\tSod\t\t" << Initial_medium2.sodium << "\t" << desired_medium2.sodium << "\t" << fixed_medium.sodium << endl;
  465. 	cout << "\tZelazo\t\t" << Initial_medium2.iron << "\t" << desired_medium2.iron << "\t" << fixed_medium.iron << endl;
  466. 	cout << "\tBor\t\t" << Initial_medium2.boron << "\t" << desired_medium2.boron << "\t" << fixed_medium.boron << endl;
  467. 	cout << "\tCynk\t\t" << Initial_medium2.zinc << "\t" << desired_medium2.zinc << "\t" << fixed_medium.zinc << endl;
  468. 	cout << "\tMangan\t\t" << Initial_medium2.manganese << "\t" << desired_medium2.manganese << "\t" << fixed_medium.manganese << endl;
  469. 	cout << "\tMiedz\t\t" << Initial_medium2.copper << "\t" << desired_medium2.copper << "\t" << fixed_medium.copper << endl;
  470. 	cout << "\tMolibden\t" << Initial_medium2.molybdenum << "\t" << desired_medium2.molybdenum << "\t" << fixed_medium.molybdenum << endl;
  471. 	//cout << "\tpH\t\t" << Initial_medium2.pH << "\t" << desired_medium2.pH << "\t" << fixed_medium.pH << endl;
  472. 	//cout << "\tEC\t\t" << Initial_medium2.EC << "\t" << desired_medium2.EC << "\t" << fixed_medium.EC << endl;
  473.  
  474.  
  475. 	ofstream write_data;
  476. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  477.  
  478. 	write_data << "\n\n------------\n\tPodsumowanie wartosci skladnikow w mg/dm^3\n\tPozywka poczatkowa \\ Pozywka pozadana \\ Pozywka ustalona" << endl;
  479. 	write_data << "\tAzot\t\t" << Initial_medium2.nitrogen << "\t" << desired_medium2.nitrogen << "\t" << fixed_medium.nitrogen << endl;
  480. 	write_data << "\tFosfor\t\t" << Initial_medium2.phosphorus << "\t" << desired_medium2.phosphorus << "\t" << fixed_medium.phosphorus << endl;
  481. 	write_data << "\tPotas\t\t" << Initial_medium2.potassium << "\t" << desired_medium2.potassium << "\t" << fixed_medium.potassium << endl;
  482. 	write_data << "\tWapn\t\t" << Initial_medium2.calcium << "\t" << desired_medium2.calcium << "\t" << fixed_medium.calcium << endl;
  483. 	write_data << "\tMagnez\t\t" << Initial_medium2.magnesium << "\t" << desired_medium2.magnesium << "\t" << fixed_medium.magnesium << endl;
  484. 	//cout << "\tChlor\t\t" << Initial_medium2.chlorine << "\t" << desired_medium2.chlorine << "\t" << fixed_medium.chlorine << endl;
  485. 	write_data << "\tSiarczany\t" << Initial_medium2.sulfur << "\t" << desired_medium2.sulfur << "\t" << fixed_medium.sulfur << endl;
  486. 	// ponieważ zneutralizowane cout << "\tWeglany\t\t" << Initial_medium2.carbonates << "\t" << desired_medium2.carbonates << "\t" << fixed_medium.carbonates << endl;
  487. 	write_data << "\tSod\t\t" << Initial_medium2.sodium << "\t" << desired_medium2.sodium << "\t" << fixed_medium.sodium << endl;
  488. 	write_data << "\tZelazo\t\t" << Initial_medium2.iron << "\t" << desired_medium2.iron << "\t" << fixed_medium.iron << endl;
  489. 	write_data << "\tBor\t\t" << Initial_medium2.boron << "\t" << desired_medium2.boron << "\t" << fixed_medium.boron << endl;
  490. 	write_data << "\tCynk\t\t" << Initial_medium2.zinc << "\t" << desired_medium2.zinc << "\t" << fixed_medium.zinc << endl;
  491. 	write_data << "\tMangan\t\t" << Initial_medium2.manganese << "\t" << desired_medium2.manganese << "\t" << fixed_medium.manganese << endl;
  492. 	write_data << "\tMiedz\t\t" << Initial_medium2.copper << "\t" << desired_medium2.copper << "\t" << fixed_medium.copper << endl;
  493. 	write_data << "\tMolibden\t" << Initial_medium2.molybdenum << "\t" << desired_medium2.molybdenum << "\t" << fixed_medium.molybdenum << endl;
  494.  
  495. 	write_data.close();
  496.  
  497. 	cout << "\n\n------------\n\tAby uzyskac wartosci skladnikow podanych powyzej jako \n\t\"pozywka ustalona\", nalezy wprowadzic nastepujace ilosci nawozow:" << endl;
  498. 	cout << "\n\tJednostka:\tmiligramy na litr [mg/dm^3]" << endl;
  499. 	for (int a = 0; a <= counter; ++a)
  500. 	{
  501. 		cout << "\t" << fertilizer_name[a] << fertilizer_quantity[a] << " mg/l" << endl;
  502. 	}
  503. 	cout << "\n\n------------\n" << endl;
  504.  
  505. 	//zamiana z miligramow na gramy
  506. 	for (int a = 0; a <= counter; ++a)
  507. 	{
  508. 		fertilizer_quantity[a] /= 1000;
  509. 	}
  510. 	//cout i ofstream
  511. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  512.  
  513. 	cout << "\n\n\tJednostka:\tgramy na litr [g/dm^3]" << endl;
  514. 	write_data << "\n\n------------\n\tJednostka:\tgramy na litr [g/dm^3]" << endl;
  515. 	for (int a = 0; a <= counter; ++a)
  516. 	{
  517. 		cout << "\t" << fertilizer_name[a] << fertilizer_quantity[a] << " g/l" << endl;
  518. 		write_data << "\t" << fertilizer_name[a] << fertilizer_quantity[a] << " g/l" << endl;
  519. 	}
  520. 	write_data.close();
  521.  
  522. 	//przeliczanie EC dla kazdego nawozu, uwzgledniajac ilosc wprowadzonych gramow
  523. 	ld suma = 0;
  524. 	for (int a = 0; a <= counter; ++a)
  525. 	{
  526. 		suma += fertilizer_quantity[a] * fertilizer_EC[a];
  527. 	}
  528. 	cout << "\n\n------------\n" << endl;
  529. 	cout << "\tSuma EC wprowadzonych nawozow:\t" << suma << " mS/cm^2" << endl;
  530. 	fixed_medium.EC += suma;
  531. 	cout << "\tSuma EC calej pozywki:\t\t" << fixed_medium.EC << " mS/cm^2" << endl;
  532.  
  533. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  534. 	write_data << "\n\n------------\n" << endl;
  535. 	write_data << "\tSuma EC wprowadzonych nawozow:\t" << suma << " mS/cm^2" << endl;
  536. 	write_data << "\tSuma EC calej pozywki:\t\t" << fixed_medium.EC << " mS/cm^2" << endl;
  537. 	write_data.close();
  538.  
  539. #pragma region A_BARREL
  540. 	cout << "\n------------\n" << endl;
  541. 	cout << "\n\tPodaj pojemnosc beczki A w litrach (nawozy wapniowe): ";
  542. 	double volumeA;
  543. 	cin >> volumeA;
  544. 	cin.sync();
  545. 	cin.clear();
  546.  
  547. 	cout << "\tPodaj zatezenie nawozow w beczce A: ";
  548. 	double concentrationA;
  549. 	cin >> concentrationA;
  550. 	cin.sync();
  551. 	cin.clear();
  552.  
  553. 	//obliczenia tylko dla zbiornika A = 1
  554. 	//pętla która przerobi wszystkie nawozy, zależna od var counter
  555. 	for (int a = 0; a <= counter; ++a)
  556. 	{
  557. 		//warunek przepusci tyko te, ktorych wartosc jest rowna 1, czyli nawozy przypisane
  558. 		if (ktory_zbiornik[a] == 1)
  559. 		{
  560. 			fertilizer_quantity[a] = fertilizer_quantity[a] * volumeA * concentrationA;
  561. 		}
  562. 	}
  563.  
  564. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  565. 	cout << "\n\tDo beczki A o pojemnosci " << volumeA << " litrow \n\ti o zatezeniu " << concentrationA << "x nalezy wsypac " << endl;
  566. 	write_data << "\n------------\n\tDo beczki A o pojemnosci " << volumeA << " litrow \n\ti o zatezeniu " << concentrationA << "x nalezy wsypac " << endl;
  567. 	for (int a = 0; a <= counter; ++a)
  568. 	{
  569. 		if (ktory_zbiornik[a] == 1)
  570. 		{
  571. 			cout << "\t\t" << fertilizer_name[a] << "" << (fertilizer_quantity[a] / 1000) << " kg" << endl;
  572. 			write_data << "\t\t" << fertilizer_name[a] << "" << (fertilizer_quantity[a] / 1000) << " kg" << endl;
  573. 		}
  574. 	}
  575. 	write_data.close();
  576.  
  577. #pragma endregion 
  578.  
  579. #pragma region B_BARREL
  580. 	cout << "\n------------\n" << endl;
  581. 	cout << "\n\tPodaj pojemnosc beczki B w litrach (fosforany i siarczany): ";
  582. 	double volumeB;
  583. 	cin >> volumeB;
  584. 	cin.sync();
  585. 	cin.clear();
  586.  
  587. 	cout << "\tPodaj zatezenie nawozow w beczce B: ";
  588. 	double concentrationB;
  589. 	cin >> concentrationB;
  590. 	cin.sync();
  591. 	cin.clear();
  592.  
  593. 	//obliczenia tylko dla zbiornika B = 2
  594. 	//pętla która przerobi wszystkie nawozy, zależna od var counter
  595. 	for (int a = 0; a <= counter; ++a)
  596. 	{
  597. 		//warunek przepusci tyko te, ktorych wartosc jest rowna 2, czyli nawozy przypisane
  598. 		if (ktory_zbiornik[a] == 2)
  599. 		{
  600. 			fertilizer_quantity[a] = fertilizer_quantity[a] * volumeB * concentrationB;
  601. 		}
  602. 	}
  603.  
  604. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  605. 	cout << "\n\tDo beczki B o pojemnosci " << volumeB << " litrow \n\ti o zatezeniu " << concentrationB << "x nalezy wsypac " << endl;
  606. 	write_data << "\n\tDo beczki B o pojemnosci " << volumeB << " litrow \n\ti o zatezeniu " << concentrationB << "x nalezy wsypac " << endl;
  607. 	for (int a = 0; a <= counter; ++a)
  608. 	{
  609. 		if (ktory_zbiornik[a] == 2)
  610. 		{
  611. 			cout << "\t\t" << fertilizer_name[a] << "" << (fertilizer_quantity[a] / 1000) << " kg" << endl;
  612. 			write_data << "\t\t" << fertilizer_name[a] << "" << (fertilizer_quantity[a] / 1000) << " kg" << endl;
  613. 		}
  614. 	}
  615. 	write_data.close();
  616.  
  617. #pragma endregion 
  618.  
  619. #pragma region C_BARREL
  620. 	cout << "\n------------\n\tPodaj pojemnosc beczki C w litrach (kwas azotowy): ";
  621. 	double volumeC;
  622. 	cin >> volumeC;
  623. 	cin.sync();
  624. 	cin.clear();
  625.  
  626. 	cout << "\tPodaj zatezenie kwasu w beczce C: ";
  627. 	double concentrationC;
  628. 	cin >> concentrationC;
  629. 	cin.sync();
  630. 	cin.clear();
  631.  
  632. 	dawka_kwasu = (dawka_kwasu * volumeC * concentrationC) / 1000;		//z cm^3 na dm^3
  633. 	cout << "\n\tDo beczki C o pojemnosci " << volumeC << " litrow \n\ti o zatezeniu " << concentrationC << "x nalezy wlac\t\t" << dawka_kwasu << " dm^3 kwasu" << endl;
  634.  
  635. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  636. 	write_data << "\n\tDo beczki C o pojemnosci " << volumeC << " litrow \n\ti o zatezeniu " << concentrationC << "x nalezy wlac\t\t" << dawka_kwasu << " dm^3 kwasu" << endl;
  637. 	write_data.close();
  638. #pragma endregion 
  639.  
  640. 	//dotąd, wszystko jest w porządku, 22:24, 8 lipiec 2015
  641.  
  642.  
  643. 	//napisy końcowe
  644. 	cout << "\n------------\n\tProgram automatycznie utworzy oraz zapisze dane do pliku tekstowego" << endl;
  645. 	cout << "\tNacisnij dowolny klawisz, aby zamknac";
  646. 	_getch();
  647. }
  648.  
  649. MEDIUM loadDesiredMedium()
  650. {
  651. 	//108 usunąć lub skomentować wartości do testów
  652. 	MEDIUM desired_medium = { 0 };
  653. 	//usunac przed oddaniem programu, nie chce mi sie wpisywac caly czas te wartosci
  654. 	//0.02 to najmniejsza dopuszczalna wartosc
  655.  
  656. 	//1azot 2fosfor 3potas 4wapn 5magnez 6chlor 7siarczany 8weglany 9sod 10zelazo 11bor 12cynk 13mangan 14miedz 15molibden 16odczyn 17EC
  657. 	//mininum desired medium
  658. 	//desired_medium = { 200, 40, 200, 160, 30, 50, 180, 50, 0, 0.7, 0.3, 0.26, 0.1, 0.03, 0.03, 5.5, 3.0 };
  659. 	//maximum desired medium
  660. 	//desired_medium = { 410, 60, 400, 500, 140, 50, 180, 50, 0, 2.5, 1.0, 0.78, 0.9, 0.15, 0.21, 5.5, 3.0 };
  661.  
  662.  
  663. 	//wersja z moich notatek
  664. 	//desired_medium = { 230, 50, 230, 190, 60, 0.02, 0.02, 220.0, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 4, 0.5 };
  665.  
  666.  
  667. 	//wersja kowalskiej - brak (podala tylko ile jej woda zrodlana ma zwykle jonow)
  668.  
  669. 	//wersja metodyki
  670. 	//desired_medium = { 220, 60, 340, 210, 70, 50, 180 /*<180*/, 50, 0 /*zawartosc Na bez zmian*/, 2.5, 0.33, 0.33, 0.8, 0.15, 0.05, 5.5/*odczyn ma wynosic 5.5 zawsze po traktowaniu kwasem*/, 3.0 };
  671.  
  672. 	cout << "\n------------\n\tWprowadz pozadane wartosci skladnikow pokarmowych\n\tktore maja znajdowac sie w pozywce" << endl;
  673. 	cout << "\tAzot:\t\t";
  674. 	cin >> desired_medium.nitrogen;
  675. 	cin.sync();
  676. 	cout << "\tFosfor:\t\t";
  677. 	cin >> desired_medium.phosphorus;
  678. 	cin.sync();
  679. 	cout << "\tPotas:\t\t";
  680. 	cin >> desired_medium.potassium;
  681. 	cin.sync();
  682. 	cout << "\tWapn:\t\t";
  683. 	cin >> desired_medium.calcium;
  684. 	cin.sync();
  685. 	cout << "\tMagnez:\t\t";
  686. 	cin >> desired_medium.magnesium;
  687. 	cin.sync();
  688. 	//cout << "\tChlor:\t\t";
  689. 	//cin >> desired_medium.chlorine;
  690. 	//cin.sync();
  691. 	//cout << "\tSiarczany:\t";
  692. 	//cin >> desired_medium.sulfur;
  693. 	//cin.sync();
  694. 	//cout << "\tWeglany:\t";
  695. 	//cin >> desired_medium.carbonates;
  696. 	//cin.sync();
  697. 	//cout << "\tSod:\t\t";
  698. 	//cin >> desired_medium.sodium;
  699. 	//cin.sync();
  700. 	//cout << "\tZelazo:\t\t";
  701. 	//cin >> desired_medium.iron;
  702. 	//cin.sync();
  703. 	//cout << "\tBor:\t\t";
  704. 	//cin >> desired_medium.boron;
  705. 	//cin.sync();
  706. 	//cout << "\tCynk:\t\t";
  707. 	//cin >> desired_medium.zinc;
  708. 	//cin.sync();
  709. 	//cout << "\tMangan:\t\t";
  710. 	//cin >> desired_medium.manganese;
  711. 	//cin.sync();
  712. 	//cout << "\tMiedz:\t\t";
  713. 	//cin >> desired_medium.copper;
  714. 	//cin.sync();
  715. 	//cout << "\tMolibden:\t";
  716. 	//cin >> desired_medium.molybdenum;
  717. 	//cin.sync();
  718.  
  719.  
  720. 	//cout << "\tpH:\t\t";
  721. 	//cin >> desired_medium.pH;
  722. 	//cin.sync();
  723. 	//cout << "\tEC:\t\t";
  724. 	//cin >> desired_medium.EC;
  725. 	//cin.sync();
  726.  
  727. 	return desired_medium;
  728. }
  729.  
  730. ld nitrogen_introduced_f(ld dk, ld quantityOfNitrogenIn1dm4)
  731. {
  732. 	/*
  733. 	uwaga, poniewaz zastosowano kwas % wagowo 63.23%, co odpowiada 195.36 mg czystego N w 1cm^3 kwasu,
  734. 	bedzie to stala - ale w przyszlosci ew. moze byc wsadzona do tablicy typu struct
  735.  
  736.  
  737. 	*/
  738.  
  739. 	//105, w zależności od wcześniej wybranego stężenia kwasu azotowego, przesłać tutaj (do tej funkcji) dane, jakiej ilości azotu odpowiada to
  740.  
  741. 	//103
  742. 	//const double mgNin1cm3ofAcid = 195.36;		//mg N w 1cm^3 kwasu WYŁĄCZNIE dla 63.23% wagowo kwasu		//106	
  743. 	const int oneCm3ofAcid = 1;					//1cm^3 HNO
  744. 	//tak wiem, moglem po prostu 1, ale magic numbers
  745.  
  746. 	ld nitrogen_introduced = (dk * quantityOfNitrogenIn1dm4) / oneCm3ofAcid;
  747.  
  748. 	ofstream write_data;
  749. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  750.  
  751. 	cout << "\n\n------------\n\tAzot wprowadzony wraz z kwasem azotowym = " << nitrogen_introduced << "mg / dm^3" << endl;
  752. 	write_data << "\n\n------------\n\tAzot wprowadzony wraz z kwasem azotowym = " << nitrogen_introduced << "mg / dm^3" << endl;
  753.  
  754. 	write_data.close();
  755.  
  756.  
  757. 	return nitrogen_introduced;
  758. }
  759.  
  760. ld acid_dose(ld W, double weglany, ld &dawka_kwasu)			//ten 3 argument to brzydkie rozwiazanie.. ale koniecznosc, bo musze miec ta wartosc gdzies indziej
  761. {
  762. 	/*
  763. 	dawka kwasu (dk) = (((ilość_węglanów : 61) - 0.7) * W) 1000
  764. 	cout << DK << " cm^3 / dm^3" << endl;
  765.  
  766.  
  767. 	61 - magic number
  768. 	*/
  769. 	const int magic_number = 61;
  770. 	const double cNumber = 0.7;		//milimole HCO3- pozostawione w wodzie dla roslin
  771. 	const int cNumber2 = 1000;
  772.  
  773. 	ld dk = (((weglany / magic_number) - cNumber) * W) / cNumber2;				//104
  774.  
  775. 	ofstream write_data;
  776. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::app);
  777.  
  778. 	cout << "\n\n------------\n\tDawka kwasu = " << dk << "cm^3 / dm^3" << endl;
  779. 	write_data << "\n\n------------\n\tDawka kwasu = " << dk << "cm^3 / dm^3" << endl;
  780.  
  781. 	write_data.close();
  782.  
  783. 	dawka_kwasu = dk;
  784. 	return dk;
  785. 	//ok
  786. }
  787.  
  788. ld acid_ratio(double weglany, ld &quantityOfNitrogenIn1dm4)		//wspolczynnik przeliczeniowy dla kwasu
  789. {
  790. 	const int ilosc_elementow_kolumny = 14;
  791. 	const int ilosc_kolumn = 5;	
  792. 	ld tabela[ilosc_kolumn][ilosc_elementow_kolumny] =
  793. 	{
  794. 		//"procent_wagowy"		kwas azotowy HNO3 w % wagowym
  795. 		{ 20.23, 30.88, 32.36, 35.28, 36.78, 38.29, 50.71, 57.57, 59.39, 61.27, 63.23, 65.30, 67.50, 69.80 },
  796. 		//"gestosc_kwasu"		gestosc kwasu (symbol d w przeliczeniach) w 15 stopniach celsjusza, w gramach na cm^3
  797. 		{ 1.120, 1.190, 1.200, 1.220, 1.230, 1.240, 1.320, 1.360, 1.370, 1.380, 1.390, 1.400, 1.410, 1.420 },
  798. 		//"ilosc_miligramow" azotu w 1cm^3 kwasu
  799. 		{ 50.36, 81.68, 86.32, 95.67, 100.56, 148.79, 174.04, 180.86, 187.95, 195.36, 203.21, 211.56, 220.32 },
  800. 		//ilosc kwasu w cm3 potrzebna do uzyskania stezenia 1mg N/dm3 w 
  801. 		//1dm3 wody
  802. 		{ 0.0199, 0.0122, 0.0116, 0.0105, 0.0099, 0.0095, 0.0067, 0.0057, 0.0055, 0.0053, 0.0051, 0.0049, 0.0047, 0.0045 },
  803. 		//1000dm3 wody
  804. 		{ 19.86, 12.24, 11.59, 10.45, 0.94, 9.48, 6.72, 5.75, 5.53, 5.32, 5.12, 4.92, 4.73, 4.54 }
  805. 	};
  806. 	const int procent_wagowy = 0;
  807. 	const int gestosc_kwasu = 1;
  808. 	const int ilosc_miligramow = 2; 
  809. 	/*kolejne kolumny niedostepne - i tak nie beda potrzebne w obliczeniach*/
  810.  
  811. 	//program prosi usera o podanie % wagowego kwasu azotowego
  812. 	cout << "\n\n------------\n\tWprowadzanie % wagowego kwasu azotowego" << endl;
  813. 	cout << "\tNalezy wprowadzic wartosci podane z ponizszych " << endl;
  814. 	cout << "\t20.23, 30.88, 32.36, 35.28, 36.78, 38.29, 50.71, \n\t57.57, 59.39, 61.27, 63.23, 65.30, 67.50, 69.80" << endl;
  815. 	cout << "\tNalezy pamietac o podaniu cyfr z kropka (nie przecinkiem)" << endl;
  816.  
  817. 	//	[odkomentowac]
  818. 	ld choice;
  819. 	bool is_input_correct = false;
  820. 	int index;
  821. 	do
  822. 	{
  823. 		cout << "\tWartosc: ";
  824. 		cin >> choice; 
  825. 		for (index = 0; index <= ilosc_elementow_kolumny; ++index)
  826. 		{
  827. 			if (choice == tabela[procent_wagowy][index])
  828. 			{
  829. 				is_input_correct = true;
  830. 				break;
  831. 			}
  832. 		}
  833. 		if (is_input_correct == false)
  834. 		{
  835. 			cout << "\tW tabeli nie ma takiej wartosci. Podaj wartosc ponownie." << endl;
  836. 		}
  837. 	} while (!(is_input_correct));
  838.  
  839.  
  840. 	//cout << "is_input_correct\t\t" << is_input_correct << endl;
  841. 	//cout << "index\t\t" << index << endl;
  842. 	//cout << "tabela[procent_wagowy][index]\t\t" << tabela[procent_wagowy][index] << endl;
  843. 	//_getch();
  844. 	//	[/odkomentowac]
  845.  
  846. 	//do funkcji jest przesylana np. 220mg HCO3- na 1 litr
  847. 	/*
  848. 	wzór
  849. 	W = a : b : d
  850. 	gdzie
  851. 	W - współczynnik przeliczeniowy dla kwasu
  852. 	a - ciężar cząsteczkowy HNO3 (63.01287g)
  853. 	b - procentowość wagowa HNO3 np. 63,23% zamieniamy na mozliwe do uzycia w obliczeniach 0,6323 (dzielimy przez 100)
  854. 	d - gęstość HNO3- w g*cm-3
  855. 	*/
  856. 	const ld a = 63.01287;			//stała, masa molowa HNO3 w gramach na 1 mol
  857. 	//wartosciami zmiennymi, mozliwymi do wyboru przez usera sa b i d
  858. 	ld b = ( tabela[procent_wagowy][index] / 100);		//przelicznik z 63.23% na 0.6323
  859. 	ld d = tabela[gestosc_kwasu][index];
  860. 	//ld b = 0.6323;	//101	//107
  861. 	//ld d = 1.390;	//102
  862.  
  863. 	ld W = a / b / d;
  864.  
  865. 	ofstream write_data;
  866. 	write_data.open("wartosci liczbowe dla pozywki.txt", std::ios::out | std::ios::trunc);
  867.  
  868. 	cout << "\n\n------------\n\tStezenie kwasu wynosi " << (b *100) << " %"<< endl;
  869. 	write_data << "\n\n------------\n\tStezenie kwasu wynosi " << (b * 100) << " %" << endl;
  870.  
  871. 	cout << "\n\n------------\n\tWspolczynnik przeliczeniowy dla kwasu = " << W << endl;
  872. 	write_data << "\n\n------------\n\tWspolczynnik przeliczeniowy dla kwasu = " << W << endl;
  873.  
  874. 	write_data.close();
  875.  
  876. 	quantityOfNitrogenIn1dm4 = tabela[ilosc_miligramow][index];
  877.  
  878. 	return W;
  879. }
  880.  
  881. MEDIUM loadInitialMedium()
  882. {
  883. 	MEDIUM Initial_medium = { 0 };
  884. 	//usunac przed oddaniem programu, nie chce mi sie wpisywac caly czas te wartosci
  885.  
  886. 	//1azot 2fosfor 3potas 4wapn 5magnez 6chlor 7siarczany 8weglany 9sod 10zelazo 11bor 12cynk 13mangan 14miedz 15molibden 16odczyn 17EC
  887.  
  888. 	//minimum initial medium
  889. 	//Initial_medium = { 0, 0, 0, 75, 0, 0, 0, 210, 0, 0, 0, 0, 0, 0, 0, 7.5, 0.5 };
  890.  
  891. 	//maxium initial medium
  892. 	//Initial_medium = { 4, 0, 10, 150, 15, 23, 38, 230, 10, 0.1, 0.03, 0.2, 0.2, 0.2, 0.2, 8.0, 0.65 };
  893.  
  894.  
  895.  
  896. 	//wersja z moich notatek
  897. 	//Initial_medium = { 4, 0, 10, 75, 5, 0.02, 0.02, 220.0, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 7.5, 0.5 };
  898.  
  899. 	//wersja Kowalskiej
  900. 	//Initial_medium = { 4, 0, 8, 75, 10, 23, 12, 230.0 /*210-230*/, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 0.02, 8.0, 0.5 };
  901.  
  902. 	//wersja metodyki
  903. 	//Initial_medium = { 0.28, 0.9, 2.37, 98, 14.5, 14, 38, 234, 10.1, 0.01, 0.03, 0.21, 0.01, 0.01, 0, 6.7, 0.65 };
  904.  
  905. 	cout << "\n\n------------\tWprowadz aktualne wartosci skladnikow pokarmowych \n\tznajdujacych sie w pozywce" << endl;
  906. 	cout << "\tAzot:\t\t";
  907. 	cin >> Initial_medium.nitrogen;
  908. 	cout << "\tFosfor:\t\t";
  909. 	cin >> Initial_medium.phosphorus;
  910. 	cout << "\tPotas:\t\t";
  911. 	cin >> Initial_medium.potassium;
  912. 	cout << "\tWapn:\t\t";
  913. 	cin >> Initial_medium.calcium;
  914. 	cout << "\tMagnez:\t\t";
  915. 	cin >> Initial_medium.magnesium;
  916. 	//cout << "\tChlor:\t\t";
  917. 	//cin >> Initial_medium.chlorine;
  918. 	//cout << "\tSiarczany:\t";
  919. 	//cin >> Initial_medium.sulfur;
  920. 	cout << "\tWeglany:\t";
  921. 	cin >> Initial_medium.carbonates;
  922. 	//cout << "\tSod:\t\t";
  923. 	//cin >> Initial_medium.sodium;
  924. 	//cout << "\tZelazo:\t\t";
  925. 	//cin >> Initial_medium.iron;
  926. 	//cout << "\tBor:\t\t";
  927. 	//cin >> Initial_medium.boron;
  928. 	//cout << "\tCynk:\t\t";
  929. 	//cin >> Initial_medium.zinc;
  930. 	//cout << "\tMangan:\t\t";
  931. 	//cin >> Initial_medium.manganese;
  932. 	//cout << "\tMiedz:\t\t";
  933. 	//cin >> Initial_medium.copper;
  934. 	//cout << "\tMolibden:\t";
  935. 	//cin >> Initial_medium.molybdenum;
  936. 	//cout << "\tpH:\t\t";
  937. 	//cin >> Initial_medium.pH;
  938. 	//cout << "\tEC:\t\t";
  939. 	//cin >> Initial_medium.EC;
  940.  
  941. 	return Initial_medium;
  942. }
  943.  
  944. bool maxForElements(MEDIUM Initial_medium2)
  945. {
  946. 	//1azot 2fosfor 3potas 4wapn 5magnez 6chlor 7siarczany 8weglany 9sod 10zelazo 11bor 12cynk 13mangan 14miedz 15molibden 16odczyn 17EC
  947. 	MEDIUM allowed_quantity = { 5, 5, 5, 120, 25, 100, 200, 350, 30, 5, 0.5, 0.5, 1.0, 0.2, 0.02, 7.5, 1.0 };
  948.  
  949. 	if (allowed_quantity.nitrogen < Initial_medium2.nitrogen)
  950. 		return false;
  951. 	if (allowed_quantity.phosphorus < Initial_medium2.phosphorus)
  952. 		return false;
  953. 	if (allowed_quantity.potassium < Initial_medium2.potassium)
  954. 		return false;
  955. 	if (allowed_quantity.calcium < Initial_medium2.calcium)
  956. 		return false;
  957. 	if (allowed_quantity.magnesium < Initial_medium2.magnesium)
  958. 		return false;
  959. 	if (allowed_quantity.chlorine < Initial_medium2.chlorine)
  960. 		return false;
  961. 	if (allowed_quantity.carbonates < Initial_medium2.carbonates)
  962. 		return false;
  963. 	if (allowed_quantity.sodium < Initial_medium2.sodium)
  964. 		return false;
  965. 	if (allowed_quantity.iron < Initial_medium2.iron)
  966. 		return false;
  967. 	if (allowed_quantity.boron < Initial_medium2.boron)
  968. 		return false;
  969. 	if (allowed_quantity.zinc < Initial_medium2.zinc)
  970. 		return false;
  971. 	if (allowed_quantity.manganese < Initial_medium2.manganese)
  972. 		return false;
  973. 	if (allowed_quantity.copper < Initial_medium2.copper)
  974. 		return false;
  975. 	if (allowed_quantity.molybdenum < Initial_medium2.molybdenum)
  976. 		return false;
  977. 	if (allowed_quantity.pH < Initial_medium2.pH)
  978. 		return false;
  979. 	if (allowed_quantity.EC < Initial_medium2.EC)
  980. 		return false;
  981.  
  982. 	//jezeli dojdziesz tutaj, zaden ze skladnikow lub wlasciwosci pozywki nie przekracza dopuszczalnej wartosci 
  983. 	return true;
  984. }
Compilation error #stdin compilation error #stdout 0s 0KB
comments (?)
stdin
copy 
Standard input is empty
compilation info 
prog.cpp:4:20: fatal error: stdafx.h: No such file or directory
 #include "stdafx.h"
                    ^
compilation terminated.
stdout
copy 
Standard output is empty
https://ideone.com/buV2SZ
language:
C++14 (gcc 8.3)
created:
10 years ago
visibility:
public

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