Differential D16120 Diff 43395 src/calculator/concCalculator.cpp

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src/calculator/concCalculator.cpp

Show First 20 Lines • Show All 282 Lines • ▼ Show 20 Line(s)278{
283 switch (type) { 283​ switch (type) {
284 case 0: //molarity specified 284​ case 0: //molarity specified
285 // number of moles = volume * concentration 285​ // number of moles = volume * concentration
286 numMoles = volumeSolvent() * m_concentration; 286​ numMoles = volumeSolvent() * m_concentration;
287 break; 287​ break;
288 case 1: // cannot be calculated (insufficient data) 288​ case 1: // cannot be calculated (insufficient data)
289 error(INSUFFICIENT_DATA_MOLE); 289​ error(INSUFFICIENT_DATA_MOLE);
290 return; 290​ return;
291 break; ​
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292 case 2: // molality specified 291​ case 2: // molality specified
293 numMoles = massSolvent() / 1000.0 * m_concentration; 292​ numMoles = massSolvent() / 1000.0 * m_concentration;
294 break; 293​ break;
295 case 3: // cannot be calculated (insufficient data) 294​ case 3: // cannot be calculated (insufficient data)
296 case 4: 295​ case 4:
297 error(INSUFFICIENT_DATA_MOLE); 296​ error(INSUFFICIENT_DATA_MOLE);
298 return; 297​ return;
299 break; ​
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300 case 5: // mole fraction specified 298​ case 5: // mole fraction specified
301 numMoles = m_concentration / (100.0 - m_concentration) * molesSolvent(); 299​ numMoles = m_concentration / (100.0 - m_concentration) * molesSolvent();
302 break; 300​ break;
303 } 301​ }
304 302​
305 if (type2 == 2) { // amount of solute is specified in moles, cannot calculate 303​ if (type2 == 2) { // amount of solute is specified in moles, cannot calculate
306 error(INSUFFICIENT_DATA_MOLES); 304​ error(INSUFFICIENT_DATA_MOLES);
307 return; 305​ return;
Show All 15 Lines318{
323 int type2 = ui.amtSltType->currentIndex(); 321​ int type2 = ui.amtSltType->currentIndex();
324 322​
325 double numEqts; 323​ double numEqts;
326 switch (type) { 324​ switch (type) {
327 // Normality required 325​ // Normality required
328 case 0: // molarity not sufficient 326​ case 0: // molarity not sufficient
329 error(INSUFFICIENT_DATA_EQT); 327​ error(INSUFFICIENT_DATA_EQT);
330 return; 328​ return;
331 break; ​
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332 case 1: // normality specified 329​ case 1: // normality specified
333 numEqts = volumeSolvent() * m_concentration; 330​ numEqts = volumeSolvent() * m_concentration;
334 break; 331​ break;
335 case 2: 332​ case 2:
336 case 3: 333​ case 3:
337 case 4: 334​ case 4:
338 case 5: 335​ case 5:
339 error(INSUFFICIENT_DATA_EQT); 336​ error(INSUFFICIENT_DATA_EQT);
340 return; 337​ return;
341 break; ​
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342 } 338​ }
343 339​
344 if (type2 == 2) { // Amount of solute specified in moles, cannot calculate 340​ if (type2 == 2) { // Amount of solute specified in moles, cannot calculate
345 error(INSUFFICIENT_DATA_MOLES); 341​ error(INSUFFICIENT_DATA_MOLES);
346 } else { 342​ } else {
347 if (numEqts == 0.0) { 343​ if (numEqts == 0.0) {
348 error(EQTS_ZERO); 344​ error(EQTS_ZERO);
349 return; 345​ return;
Show All 13 Lines355{
363 double numMoles; 359​ double numMoles;
364 switch (type) { 360​ switch (type) {
365 case 0: // molarity specified 361​ case 0: // molarity specified
366 case 1: // normality specified 362​ case 1: // normality specified
367 case 2: // molality specified 363​ case 2: // molality specified
368 case 3: // mass fraction specified 364​ case 3: // mass fraction specified
369 case 4: // volume fraction specified 365​ case 4: // volume fraction specified
370 error(INSUFFICIENT_DATA_SOLVENT); 366​ error(INSUFFICIENT_DATA_SOLVENT);
371 return; 367​ return; // cannot be calculated (insufficient data)
372 break; // cannot be calculated (insufficient data) ​
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373 case 5: // mole fraction specified 368​ case 5: // mole fraction specified
374 numMoles = (100.0 - m_concentration) / m_concentration * molesSolute(); 369​ numMoles = (100.0 - m_concentration) / m_concentration * molesSolute();
375 break; 370​ break;
376 } 371​ }
377 372​
378 if (type2 == 2) { // amount specified in moles 373​ if (type2 == 2) { // amount specified in moles
379 error(INSUFFICIENT_DATA_MOLES); 374​ error(INSUFFICIENT_DATA_MOLES);
380 } else { 375​ } else {
▲ Show 20 Lines • Show All 237 Lines • ▼ Show 20 Line(s)609{
618 case 0: 613​ case 0:
619 volume = massSolute() / densitySolute(); 614​ volume = massSolute() / densitySolute();
620 break; 615​ break;
621 case 1: 616​ case 1:
622 volume = m_amtSolute.convertTo(KUnitConversion::Liter).number(); 617​ volume = m_amtSolute.convertTo(KUnitConversion::Liter).number();
623 break; 618​ break;
624 case 2: 619​ case 2:
625 volume = massSolute() / densitySolute(); 620​ volume = massSolute() / densitySolute();
621​ break;
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626 default: 622​ default:
627 volume = 0; 623​ volume = 0;
628 break; 624​ break;
629 } 625​ }
630 return volume; 626​ return volume;
631} 627​}
632 628​
633double concCalculator::molesSolute() 629​double concCalculator::molesSolute()
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