public static string getPlaylistText(FilteredPlaylist playlist, IndexMode indexMode, string levelFormat)
{
string pageString = getPlaylistPageText(playlist);
CalculateResult levels = playlist.Calculate();
string levelList = "";
for (int i = 0; i < Math.Min(levels.allowedList.Count, FilteredPlaylist.pageSize); i++)
{
var levelIndex = indexMode == IndexMode.Initial ? levels.allowedList[i].index : i;
levelList += GeneralUtilities.formatLevelInfoText(levels.allowedList[i].level, levelIndex, levelFormat) + "\n";
}
if (pageString != null)
{
levelList += $"[FFFFFF]Page {pageString}[-]";
}
else if (levels.allowedList.Count > FilteredPlaylist.pageSize)
{
levelList += $"[FFFFFF]and {levels.allowedList.Count - FilteredPlaylist.pageSize} more[-]";
}
else
{
levelList = levelList.Substring(0, levelList.Length - 1);
}
return(levelList);
}
public void TestFifthGreede()
{
var testLineFunc = new ComponentFunctionVM()
{
ACoefficient = 5, BCoefficient = 6, CCoefficient = 30000, X = "10", Y = "11", NameFunction = "5-ой степени"
};
var resalt = CalculateResult.Result(testLineFunc);
Assert.AreEqual(617846, resalt);
}
public void TestThirdGreede()
{
var testLineFunc = new ComponentFunctionVM()
{
ACoefficient = 5, BCoefficient = 6, CCoefficient = 300, X = "10", Y = "11", NameFunction = "кубическая"
};
var resalt = CalculateResult.Result(testLineFunc);
Assert.AreEqual(6026, resalt);
}
public void TestSecondGreede()
{
var testLineFunc = new ComponentFunctionVM()
{
ACoefficient = 5, BCoefficient = 6, CCoefficient = 30, X = "10", Y = "11", NameFunction = "квадратичная"
};
var resalt = CalculateResult.Result(testLineFunc);
Assert.AreEqual(596, resalt);
}
public void TestLineFunc()
{
var testLineFunc = new ComponentFunctionVM()
{
ACoefficient = 5, BCoefficient = 6, CCoefficient = 3, X = "10", Y = "11", NameFunction = "линейная"
};
var resalt = CalculateResult.Result(testLineFunc);
Assert.AreEqual(59, resalt);
}
public IActionResult Calculate(CalculateRequest request)
{
if (!ModelState.IsValid)
{
return(RedirectToAction("Index"));
}
// TODO - Support multiple calculation types.
var sum = request.FirstNumber + request.SecondNumber;
var result = new CalculateResult {
Result = sum
};
return(View(result));
}
private int calculatePromotion()
{
int calculateValue = 0;
try
{
int activePromotionId = Convert.ToInt32(cmbActivePromotion.SelectedValue == null ? "0" : cmbActivePromotion.SelectedValue);
int skuId = Convert.ToInt32(cmbSKUIDPrice.SelectedValue == null ? "0" : cmbSKUIDPrice.SelectedValue);
CalculateResult calculateResult = new CalculateResult();
calculateValue = calculateResult.CalculateFinalResult(skuId, activePromotionId, Convert.ToInt32(txtUnit.Text), SkuIddatapath);
}
catch (Exception ex)
{
Logger.WriteException(ex);
}
return(calculateValue);
}
/// <summary>
/// A method provides calculated result and formatted expression for given inputExpression. </summary>
/// <param name="inputExpression"> A expression which consist of InputElements with IEnumerable interface. </param>
/// <param name="expression"> A formatted expression. </param>
/// <param name="result"> A formatted calculation result. </param>
/// <returns> A result status of equal key execution </returns>
private bool GetEqualResult(IEnumerable <InputElement> inputExpression,
out FormattedString expression,
out FormattedString result)
{
expression = Calculator.FormatterInstance.GetFormattedExpressionText(inputExpression);
result = "";
CalculateResult resCal = Calculator.CalculatorInstance.Equal(inputExpression);
if ((resCal is CalculateSuccess) == false)
{
DisplayError(resCal.Message);
return(false);
}
result = Calculator.FormatterInstance.GetFormattedOutputText(Calculator.CalculatorInstance.Result.ToString());
return(true);
}
/// <summary>
/// A method provides calculated result and formatted expression for given expression. </summary>
/// <param name="inputExpression"> A expression which consist of InputElements with IEnumerable interface. </param>
/// <param name="isNeedCheckException"> A flag value indicates error displaying needs if error happen. </param>
/// <param name="expression"> A formatted expression. </param>
/// <param name="result"> A formatted calculation result. </param>
/// <returns> A status of calculation </returns>
private bool GetCalculatedResult(IEnumerable <InputElement> inputExpression,
bool isNeedCheckException,
out FormattedString expression,
out FormattedString result)
{
expression = Calculator.FormatterInstance.GetFormattedExpressionText(inputExpression);
result = string.Empty;
CalculateResult resCal = Calculator.CalculatorInstance.SetExpression(inputExpression);
if ((resCal is CalculateSuccess) == false)
{
if (isNeedCheckException)
{
DisplayError(resCal.Message);
return(false);
}
return(true);
}
result = Calculator.FormatterInstance.GetFormattedOutputText(Calculator.CalculatorInstance.Result.ToString());
return(true);
}
private void btnCalcuate_Click(object sender, EventArgs e)
{
CalculateResult result = new CalculateResult(_raw_data.Courses);
result.ShowDialog();
}
public override void use(ClientPlayerInfo p, string message)
{
Match playlistCmdMatch = Regex.Match(message, @"^(\w+) ?(.*)$");
if (!playlistCmdMatch.Success)
{
help(p);
return;
}
string uniquePlayerString = GeneralUtilities.getUniquePlayerString(p);
string filterCmd = playlistCmdMatch.Groups[1].Value.ToLower();
string filterCmdData = playlistCmdMatch.Groups[2].Value;
switch (filterCmd)
{
default:
MessageUtilities.sendMessage(p, $"[A00000]Invalid sub-command `{filterCmd}`[-]");
help(p);
break;
case "list":
{
var searchRegex = GeneralUtilities.getSearchRegex(filterCmdData);
var results = "";
foreach (KeyValuePair <string, string> pair in savedFilters)
{
if (Regex.IsMatch(pair.Key, searchRegex, RegexOptions.IgnoreCase))
{
results += "\n" + pair.Key;
}
}
if (results.Length == 0)
{
results = " None";
}
MessageUtilities.sendMessage(p, "[FFFFFF]Found:[-]" + results);
break;
}
case "save":
{
Match nameFilterMatch = Regex.Match(filterCmdData, @"^(.+?)\s+(.*)$");
if (!playlistCmdMatch.Success)
{
MessageUtilities.sendMessage(p, "[A00000]Bad format for save[-]");
help(p);
return;
}
var saveAt = nameFilterMatch.Groups[1].Value;
var saveFilter = nameFilterMatch.Groups[2].Value;
if (saveAt == "")
{
MessageUtilities.sendMessage(p, "[A00000]Name required[-]");
help(p);
return;
}
else if (saveFilter == "")
{
MessageUtilities.sendMessage(p, "[A00000]Filter required[-]");
help(p);
return;
}
savedFilters[saveAt] = saveFilter;
Entry.save();
PlaylistTools.LevelFilters.LevelFilterLast.SetActivePlayer(p);
var result = FilteredPlaylist.ParseFiltersFromString(saveFilter);
if (!result.value.Any(filter => filter is PlaylistTools.LevelFilters.LevelFilterLast))
{
PlaylistTools.LevelFilters.LevelFilterLast.SaveFilter(p, saveFilter);
}
else
{
MessageUtilities.sendMessage(p, "[FFA000]The filter -last will always pull from your last-used filter "
+ "and does not have a consistent value. If you want to save your last used filter, "
+ "you will need to re-type it.");
}
MessageUtilities.pushMessageOption(new MessageStateOptionPlayer(p));
GeneralUtilities.sendFailures(result.failures, 4);
MessageUtilities.popMessageOptions();
MessageUtilities.sendMessage(p, $"Saved filter to [FFFFFF]{saveAt}[-]:\n[FFFFFF]{saveFilter}[-]");
break;
}
case "del":
{
if (filterCmdData == "")
{
MessageUtilities.sendMessage(p, "[A00000]You must enter a name[-]");
break;
}
List <string> toDelete;
var count = 0;
if (deleteConfirmation.TryGetValue(uniquePlayerString, out toDelete))
{
if (filterCmdData.ToLower() == "yes")
{
foreach (string filterName in toDelete)
{
savedFilters.Remove(filterName);
count++;
}
MessageUtilities.sendMessage(p, $"Deleted {count} filters.");
deleteConfirmation.Remove(uniquePlayerString);
Entry.save();
break;
}
else if (filterCmdData.ToLower() == "no")
{
deleteConfirmation.Remove(uniquePlayerString);
MessageUtilities.sendMessage(p, "Cancelled deletion.");
break;
}
}
var searchRegex = GeneralUtilities.getSearchRegex(filterCmdData);
toDelete = new List <string>();
var results = "";
foreach (KeyValuePair <string, string> pair in savedFilters)
{
if (Regex.IsMatch(pair.Key, searchRegex, RegexOptions.IgnoreCase))
{
toDelete.Add(pair.Key);
results += "\n" + pair.Key;
count++;
}
}
if (count > 0)
{
deleteConfirmation[uniquePlayerString] = toDelete;
MessageUtilities.sendMessage(p, $"[FFFFFF]Use [A05000]!filter del yes[-] to delete {count} filters:[-] {results}");
}
else
{
MessageUtilities.sendMessage(p, "[A00000]No filters found[-]");
}
}
break;
case "show":
{
var searchRegex = GeneralUtilities.getSearchRegex(filterCmdData);
var results = "";
foreach (KeyValuePair <string, string> pair in savedFilters)
{
if (Regex.IsMatch(pair.Key, searchRegex, RegexOptions.IgnoreCase))
{
results += $"\n{pair.Key}[FFFFFF]:[-] {pair.Value}";
}
}
if (results.Length == 0)
{
results = " None";
}
MessageUtilities.sendMessage(p, "[FFFFFF]Found:[-]" + results);
break;
}
case "current":
{
PlaylistCmd playlistCmd = Cmd.all.getCommand <PlaylistCmd>("playlist");
if (!playlistCmd.canUseCurrentPlaylist)
{
MessageUtilities.sendMessage(p, "Cannot modify current playlist right now.");
break;
}
Console.WriteLine($"Filter txt: {filterCmdData}");
// 1. load current playlist into filter
LevelPlaylist currentList = G.Sys.GameManager_.LevelPlaylist_;
FilteredPlaylist preFilterer = new FilteredPlaylist(currentList.Playlist_);
MessageUtilities.pushMessageOption(new MessageStateOptionPlayer(p));
GeneralUtilities.sendFailures(GeneralUtilities.addFiltersToPlaylist(preFilterer, p, filterCmdData, false), 4);
MessageUtilities.popMessageOptions();
// 2. add filter that always allows the current level and helps us find it after calculation.
var indexFilter = new ForceCurrentIndexFilter(currentList.Index_);
preFilterer.AddFilter(indexFilter);
// 3. Calculate filter results.
CalculateResult levels = preFilterer.Calculate();
// 4. Update current playlist
currentList.Playlist_.Clear();
currentList.Playlist_.AddRange(levels.levelList);
// 4. Get current level index, set playlist index to current level index
if (indexFilter.level != null)
{
int index = levels.levelList.IndexOf(indexFilter.level);
if (index >= 0)
{
currentList.SetIndex(index);
}
else
{
currentList.SetIndex(0);
MessageUtilities.sendMessage(p, "[A05000]Warning: could not find current level in new playlist (2). Reset to beginning.[-]");
}
}
else
{
currentList.SetIndex(0);
MessageUtilities.sendMessage(p, "[A05000]Warning: could not find current level in new playlist. Reset to beginning.[-]");
}
MessageUtilities.sendMessage(p, "Filtered current playlist. Upcoming:");
FilteredPlaylist filterer = new FilteredPlaylist(currentList.Playlist_, -currentList.Index_ - 1);
filterer.AddFilter(new LevelFilterAll());
filterer.AddFilter(new LevelFilterIndex(new IntComparison(currentList.Index_, IntComparison.Comparison.Greater)));
MessageUtilities.sendMessage(p, GeneralUtilities.getPlaylistText(filterer, GeneralUtilities.IndexMode.Initial, playlistCmd.levelFormat));
break;
}
case "upcoming":
{
PlaylistCmd playlistCmd = Cmd.all.getCommand <PlaylistCmd>("playlist");
if (!playlistCmd.canUseCurrentPlaylist)
{
MessageUtilities.sendMessage(p, "Cannot modify current playlist right now.");
break;
}
// 1. load current playlist into filter
LevelPlaylist currentList = G.Sys.GameManager_.LevelPlaylist_;
if (currentList.Index_ == currentList.Count_ - 1)
{
MessageUtilities.sendMessage(p, "Cannot filter upcoming because you are on the last item of the list.");
break;
}
var levelsUpcoming = currentList.Playlist_.GetRange(currentList.Index_ + 1, currentList.Count_ - currentList.Index_ - 1);
FilteredPlaylist preFilterer = new FilteredPlaylist(levelsUpcoming);
MessageUtilities.pushMessageOption(new MessageStateOptionPlayer(p));
GeneralUtilities.sendFailures(GeneralUtilities.addFiltersToPlaylist(preFilterer, p, filterCmdData, false), 4);
MessageUtilities.popMessageOptions();
// 2. Calculate filter results.
List <LevelPlaylist.ModeAndLevelInfo> levels = preFilterer.Calculate().levelList;
// 3. Update current playlist
currentList.Playlist_.RemoveRange(currentList.Index_ + 1, currentList.Count_ - currentList.Index_ - 1);
currentList.Playlist_.AddRange(levels);
// 4. Print results
MessageUtilities.sendMessage(p, "Filtered current playlist. Upcoming:");
FilteredPlaylist filterer = new FilteredPlaylist(currentList.Playlist_, -currentList.Index_ - 1);
filterer.AddFilter(new LevelFilterAll());
filterer.AddFilter(new LevelFilterIndex(new IntComparison(currentList.Index_, IntComparison.Comparison.Greater)));
MessageUtilities.sendMessage(p, GeneralUtilities.getPlaylistText(filterer, GeneralUtilities.IndexMode.Initial, playlistCmd.levelFormat));
break;
}
}
}
public CalculateResult Sprzedaz_lokalu_mieszkalnego(double cena)
{
var result = new CalculateResult();
double taksa_notarialna = 0;
double wniosek_wieczystoksiegowy = 200;
double oplata_za_zlozenie_wniosku_KW = 200;
double VAT = 0.23;
if (cena <= 3000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = 100.ToString();
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + (double.Parse(result.TaksaNotarialna) * VAT)).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " + 23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC2) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
else if (cena >= 3000 && cena <= 10000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = (((cena - 3000) * 0.03) + 100).ToString();
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + double.Parse(result.TaksaNotarialna) * VAT).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " + 23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
else if (cena >= 10000 && cena <= 30000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = (((cena - 10000) * 0.02) + 310).ToString();
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + double.Parse(result.TaksaNotarialna) * VAT).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " +23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC2) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
else if (cena >= 30000 && cena <= 60000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = (((cena - 30000) * 0.01) + 710).ToString();
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + double.Parse(result.TaksaNotarialna) * VAT).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " +23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC2) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
else if (cena >= 60000 && cena <= 1000000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = (((cena - 60000) * 0.004) + 1010).ToString();
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + double.Parse(result.TaksaNotarialna) * VAT).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " +23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC2) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
else if (cena >= 1000000 && cena <= 2000000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = (((cena - 1000000) * 0.002) + 4770).ToString();
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + double.Parse(result.TaksaNotarialna) * VAT).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " +23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC2) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
else if (cena >= 2000000)
{
result.PCC = (cena * 0.02 + " zł").ToString();
result.PCC2 = (cena * 0.02).ToString();
result.TaksaNotarialna = (((cena - 2000000) * 0.0025) + 6770).ToString();
if (taksa_notarialna > 10000)
{
result.TaksaNotarialna = 10000.ToString();
}
result.TaksaVAT = (double.Parse(result.TaksaNotarialna) + double.Parse(result.TaksaNotarialna) * VAT).ToString();
result.TaksaResult = (result.TaksaVAT + " zł " + "(" + result.TaksaNotarialna + " +23% VAT)").ToString();
result.KWVAT = (oplata_za_zlozenie_wniosku_KW * VAT).ToString();
result.Suma = (double.Parse(result.KWVAT) + oplata_za_zlozenie_wniosku_KW).ToString();
result.WniosekWieczystoksiegowy = wniosek_wieczystoksiegowy + " zł".ToString();
result.OplataWniosekWieczystoksiegowy = result.Suma + " zł (" + oplata_za_zlozenie_wniosku_KW + " + 23% VAT)";
result.KwotaKoncowa = (double.Parse(result.PCC2) + double.Parse(result.TaksaVAT) + wniosek_wieczystoksiegowy + double.Parse(result.Suma) + " zł").ToString();
}
return(result);
}
public async Task <ActionResult <CalculateResult> > CalculateFormula(CalculateOverdraftDIParams parameters)
{
CalculateResult res = await _service.CalculateFormula(parameters);
return(Ok(res));
}
