public static double NAMoneyFormatD(this double n, Boolean b) //Method to avoid discrepancies { double money = n * 100; if (b == true) { if (money < 0) { money *= -1; decimal d = (Decimal.Ceiling((decimal)money)) / 100; return((double)d); } else { decimal d = (Decimal.Ceiling((decimal)money)) / 100; return((double)d); } } else { if (money < 0) { money *= -1; decimal d = (Decimal.Ceiling((decimal)money)) / 100; return((double)d); } else { decimal d = (Decimal.Ceiling((decimal)money)) / 100; return((double)d); } } }
public static string NAMoneyFormat(this double n, Boolean b) { double money = n * 100; if (b == true) { if (money < 0) { money *= -1; string str = string.Format("{0:C}", (Decimal.Ceiling((decimal)money)) / 100); //rounds number return(str); } else { string str = string.Format("{0:C}", (Decimal.Ceiling((decimal)money)) / 100); //rounds number return(str); } } else { if (money < 0) { money *= -1; string str = string.Format("{0:C}", (Decimal.Ceiling((decimal)money)) / 100); //rounds number return(str); } else { string str = string.Format("{0:C}", (Decimal.Ceiling((decimal)money)) / 100); //rounds number return(str); } } }
public static double ToNAMoneyFormatD(this double n, Boolean tf) //Added this extension method in order to be able to round nicely all the numbers going in the system so there isn't any discrepancies { double theMoney = n * 100; if (tf == true) { if (theMoney < 0) { theMoney *= -1; decimal d = (Decimal.Ceiling((decimal)theMoney)) / 100; //Rounds the number accordingly return((double)d); } else { decimal d = (Decimal.Ceiling((decimal)theMoney)) / 100; //Rounds the number accordingly return((double)d); } } else { if (theMoney < 0) { theMoney *= -1; decimal d = (Decimal.Floor((decimal)theMoney)) / 100; //Rounds the number downwards return((double)d); } else { decimal d = (Decimal.Floor((decimal)theMoney)) / 100; //Rounds the number downwards return((double)d); } } }
/// <summary> /// エネルギー値を指定した範囲に制限したROISpectraを返します。 /// </summary> /// <param name="pitch"></param> /// <returns></returns> public ROISpectra Restrict(decimal start, decimal stop) { var original_start = Parameter.Start; var original_stop = Parameter.Stop; var step = Parameter.Step; if (start >= original_start && stop <= original_stop && start <= stop) { var start_index = Convert.ToInt32(Decimal.Ceiling((start - original_start) / step)); var stop_index = Convert.ToInt32(Decimal.Floor((stop - original_start) / step)); return(new ROISpectra { Name = this.Name, Data = this.Data.Select(data => data.GetSubData(start_index, stop_index)).ToArray(), Parameter = new ScanParameter { Start = original_start + start_index * step, Stop = original_start + stop_index * step, Step = step, Current = Parameter.Current, Dwell = Parameter.Dwell, Tilt = Parameter.Tilt } }); } else { throw new ArgumentException("もとのスペクトルの範囲内でないといけません。"); } }
static void DecimalDataTypes() { decimal totalAmount; totalAmount = 45.61M; decimal totalDollars, totalCents; totalDollars = decimal.Truncate(totalAmount); totalCents = totalAmount - totalDollars; Console.WriteLine("The restaurant bill is {0:C}", totalAmount); Console.WriteLine("You pay the {0:C}, and I'll pay the {1:C}", totalDollars, totalCents); Console.WriteLine(); totalAmount = 45.674586748657M; Console.WriteLine("The total amount is {0}", totalAmount); Console.WriteLine("Rounded to 0 decimal places, this value is {0}", Decimal.Round(totalAmount)); Console.WriteLine("Rounded to 4 decimal places, this value is {0}", Decimal.Round(totalAmount, 4)); Console.WriteLine(); totalAmount = -45.61M; Console.WriteLine("Profit last month was {0}", totalAmount); Console.WriteLine(); decimal totalDollars1; decimal totalDollars2; totalDollars1 = Decimal.Floor(totalAmount); totalDollars2 = Decimal.Ceiling(totalAmount); Console.WriteLine("Rounding down this number is {0}", totalDollars1); Console.WriteLine("Roundign up this number is {0}", totalDollars2); }
public static string Encode(byte[] input) { if (input.Length == 0) { return(string.Empty); } char[] chArray = new char[(int)Decimal.Ceiling((Decimal)input.Length / new Decimal(5)) * 8]; int num1 = 0; byte num2 = 0; byte num3 = 5; foreach (byte num4 in input) { byte num5 = (byte)((uint)num2 | (uint)num4 >> 8 - (int)num3); chArray[num1++] = "ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"[(int)num5]; if ((int)num3 < 3) { byte num6 = (byte)((int)num4 >> 3 - (int)num3 & 31); chArray[num1++] = "ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"[(int)num6]; num3 += (byte)5; } num3 -= (byte)3; num2 = (byte)((int)num4 << (int)num3 & 31); } if (num1 != chArray.Length) { chArray[num1++] = "ABCDEFGHIJKLMNOPQRSTUVWXYZ234567"[(int)num2]; } while (num1 < chArray.Length) { chArray[num1++] = '='; } return(new string(chArray).TrimEnd('=')); }
static decimal AmountAtTheEndInvestment(decimal numberCompaunded, decimal numberOfYears, decimal principalAmount, decimal rate) { decimal power = numberCompaunded * numberOfYears; decimal amountInvestment = principalAmount * (decimal)Math.Pow((double)(1 + rate / numberCompaunded), (double)power); return(Decimal.Ceiling(amountInvestment * 100) / 100); }
private void addPoint(HashSet <Point> result, Point p, float Thickness) { int half = Decimal.ToInt32(Decimal.Ceiling(new Decimal(Thickness / 2.0))); if (half % 2 == 1) { //drukuj normalnie for (int hor = p.X - (half - 1); hor <= p.X + (half - 1); hor++) { for (int ver = p.Y - (half - 1); ver <= p.Y + (half - 1); ver++) { result.Add(new Point(hor, ver)); } } } else { //drukuj nienormalnie for (int hor = p.X - (half - 1); hor <= p.X + half; hor++) { for (int ver = p.Y - (half - 1); ver <= p.Y + half; ver++) { result.Add(new Point(hor, ver)); } } } }
private void CursorTimer_Tick(object sender, EventArgs e) { if (dt == null) { dt = DateTime.Now; return; } if (deltaX != 0 || deltaY != 0) { decimal speedX = maxSpeed * deltaX; decimal speedY = maxSpeed * deltaY; //Console.WriteLine("X: " + speedX + "\tY: " + speedY); double elapsed = (DateTime.Now - dt).TotalMilliseconds; //elapsed time (millis) since last loop double fraction = elapsed / 1000; int movementX = (int)Decimal.Ceiling(speedX * (decimal)fraction); int movementY = (int)Decimal.Ceiling(speedY * (decimal)fraction); string debug = string.Format("Cursor ({2}):\n\tX: {0}\n\tY: {1}", movementX, movementY, left.Scaling); cursor.Content = debug; //Console.WriteLine("X: " + movementX + "\tY: " + movementY); System.Drawing.Point p = System.Windows.Forms.Cursor.Position; System.Drawing.Point n = new System.Drawing.Point(p.X + movementX, p.Y - movementY); System.Windows.Forms.Cursor.Position = n; } dt = DateTime.Now; }
private static decimal RoundHalfTowardsZeroForNegativeValue(decimal value) { var n = Decimal.Ceiling(value); // If 'value' is not a midpoint, we return the nearest integer. return(value - n == -0.5m ? n : HalfAwayFromZero(value, 0)); }
public static string ToNAMoneyFormat(this double n, Boolean tf) { double theMoney = n * 100; if (tf == true) { if (theMoney < 0) { theMoney *= -1; string str = string.Format("({0:C})", (Decimal.Ceiling((decimal)theMoney)) / 100); //Rounds the number accordingly return(str); } else { string str = string.Format("{0:C}", (Decimal.Ceiling((decimal)theMoney)) / 100); //Rounds the number accordingly return(str); } } else { if (theMoney < 0) { theMoney *= -1; string str = string.Format("({0:C})", (Decimal.Floor((decimal)theMoney)) / 100); //Rounds the number downwards return(str); } else { string str = string.Format("{0:C}", (Decimal.Floor((decimal)theMoney)) / 100); //Rounds the number downwards return(str); } } }
static void Main(string[] args) { Console.Write("What is the order amount? "); decimal orderAmount = GetUserInput(); Console.Write("What is the state? "); string state = Console.ReadLine(); state = state.ToUpper(); //Allow the user to enter a state in upper, lower, or mixed case. decimal tax = 0m; string output = string.Empty; if (state == "WI" || state == "WISCONSINE") { decimal stateTax = 0.055m; tax = Decimal.Ceiling(orderAmount * stateTax * 100) / 100; //rounded up to the nearest cent output += String.Format("The subtotal is {0:c}.\nThe tax is {1:c}.\n", orderAmount, tax); } decimal total = Total(orderAmount, tax); output += String.Format("The total is {0:c}", total); Console.WriteLine(output); }
private void BindResults(SearchResultDTO searchResult, string responseMessage) { if (searchResult != null && searchResult.Results.Count > 0) { rpItems.Visible = true; divNoResults.Visible = false; rpItems.DataSource = searchResult.Results; rpItems.DataBind(); int totalPages = 0; if (_itemsPerPage > 0) { totalPages = Convert.ToInt32(Decimal.Ceiling(Convert.ToDecimal(searchResult.TotalItemCount) / Convert.ToDecimal(_itemsPerPage))); } //Set hidden field to help Paginator Item on Aspx page. hfTotalPages.Value = totalPages.ToString(); } else { rpItems.Visible = false; divNoResults.Visible = true; divNoResults.Visible = true; HtmlGenericControl messageToShow = new HtmlGenericControl(); messageToShow.TagName = "h2"; messageToShow.InnerHtml = responseMessage; divNoResults.Controls.Add(messageToShow); } }
public ActionResult <IEnumerable <Produto> > Get( [FromQuery] int p = 1, [FromQuery] int c = 50, [FromQuery] string q = null, [FromQuery] long?idMarca = null, [FromQuery] long?idCategoria = null, [FromQuery] string o = "Nome", [FromQuery] bool oDescending = false) { try { var res = _service.Get(p, c, q, idMarca, idCategoria, o, oDescending, out long total); return(Ok(new { Produtos = res, RegisterCount = total, PageCount = Decimal.Ceiling(total / c) })); } catch (Exception e) { _logger.LogError(e, $"Get ({p}, {c}, {q}, {idMarca}, {idCategoria}, {o}, {oDescending}) {typeof(Produto)}"); return(StatusCode(500)); } }
public static int CalculateEndFrameFromAnimationGroupNodes(AnimationGroup animationGroup) { int endFrame = 0; foreach (Guid nodeGuid in animationGroup.NodeGuids) { IINode node = Tools.GetINodeByGuid(nodeGuid); if (node.IsAnimated && node.TMController != null) { int lastKey = 0; if (node.TMController.PositionController != null) { int posKeys = node.TMController.PositionController.NumKeys; lastKey = Math.Max(lastKey, node.TMController.PositionController.GetKeyTime(posKeys - 1)); } if (node.TMController.RotationController != null) { int rotKeys = node.TMController.RotationController.NumKeys; lastKey = Math.Max(lastKey, node.TMController.RotationController.GetKeyTime(rotKeys - 1)); } if (node.TMController.ScaleController != null) { int scaleKeys = node.TMController.ScaleController.NumKeys; lastKey = Math.Max(lastKey, node.TMController.ScaleController.GetKeyTime(scaleKeys - 1)); } decimal keyTime = Decimal.Ceiling(lastKey / 160); endFrame = Math.Max(endFrame, Decimal.ToInt32(keyTime)); } } return((endFrame != 0)? endFrame : animationGroup.FrameEnd); }
private decimal checkPriceOnSale(IEnumerable <MyPrice> searchTicket) { decimal total = 0; if (checkBox1.Checked == true) { if (checkBox2.Checked == true) { foreach (var item in searchTicket) { var final = item.ticketprice; final = Decimal.Ceiling(Decimal.Multiply(Decimal.Multiply(final, 2), Convert.ToDecimal(0.81))); foreach (var i in searchTicket) { label5.Text = "此為來回優惠票" + '\n' + "上車地點-下車地點: " + '\n' + i.startstation + "-" + i.endstation + '\n' + i.endstation + "-" + i.startstation; } return(final); } } else { foreach (var item in searchTicket) { var final = item.ticketprice; final = Decimal.Ceiling(Decimal.Multiply(Decimal.Multiply(final, 2), Convert.ToDecimal(0.9))); foreach (var i in searchTicket) { label5.Text = "此為來回票" + '\n' + "上車地點-下車地點: " + '\n' + i.startstation + "-" + i.endstation + '\n' + i.endstation + "-" + i.startstation; } return(final); } } } else if (checkBox2.Checked == true) { foreach (var item in searchTicket) { var final = item.ticketprice; final = Decimal.Ceiling(Decimal.Multiply(final, Convert.ToDecimal(0.9))); foreach (var i in searchTicket) { label5.Text = "優惠票" + '\n' + "上車地點-下車地點:" + '\n' + i.startstation + "-" + i.endstation; } return(final); } } else { foreach (var item in searchTicket) { foreach (var i in searchTicket) { label5.Text = "上車地點-下車地點:" + '\n' + i.startstation + "-" + i.endstation; } return(item.ticketprice); } } return(total); }
/** * RoundUp when the value >=5 , Otherwise RoundDown */ public static decimal ToHalfAdjust(this decimal dValue, int iDigits) { decimal dCoef = (decimal)System.Math.Pow(10D, iDigits); decimal decRemaining = 0.5M; return(dValue > 0 ? Decimal.Floor(((dValue * dCoef) + decRemaining)) / dCoef : Decimal.Ceiling(((dValue * dCoef) - decRemaining)) / dCoef); }
// //切り上げさせる // public static string updKiriage(string strData) { Decimal d = Convert.ToDecimal(strData); strData = Convert.ToString(Decimal.Ceiling(d)); return(strData); }
public static void TestCeiling() { // Decimal Decimal.Ceiling(Decimal) Assert.Equal <Decimal>(123, Decimal.Ceiling((Decimal)123)); Assert.Equal <Decimal>(124, Decimal.Ceiling((Decimal)123.123)); Assert.Equal <Decimal>(-123, Decimal.Ceiling((Decimal)(-123.123))); Assert.Equal <Decimal>(124, Decimal.Ceiling((Decimal)123.567)); Assert.Equal <Decimal>(-123, Decimal.Ceiling((Decimal)(-123.567))); }
public static Money Ceiling(Money a) { if (IsNaN(a)) { return(NaN); } return(Decimal.Ceiling(a._value.Value)); }
public void TestCeiling() { // Decimal Decimal.Ceiling(Decimal) Assert.AreEqual(123, Decimal.Ceiling((Decimal)123)); Assert.AreEqual(124, Decimal.Ceiling((Decimal)123.123)); Assert.AreEqual(-123, Decimal.Ceiling((Decimal)(-123.123))); Assert.AreEqual(124, Decimal.Ceiling((Decimal)123.567)); Assert.AreEqual(-123, Decimal.Ceiling((Decimal)(-123.567))); }
public ActionResult Navigate(int start, int index, string command) { string text = Session["text"].ToString(); SearchResponse returnResult = new SearchResponse(); SearchResponse result = null; if (Convert.ToBoolean(Session["category"])) { result = Session["searchResponseCategory"] as SearchResponse; } else { result = WebCache.Get("searchResponse" + text); } returnResult.StartPosition = start; returnResult.CurrentPosition = index; returnResult.TotalRecords = result.TotalRecords; returnResult.keywords = result.keywords; decimal pages = Decimal.Ceiling(Convert.ToDecimal(returnResult.TotalRecords) / 10); int from = (index * 10) - 10; int to = (index * 10); if (to > result.TotalRecords) { to = result.TotalRecords; } if (from > to) { from = (Convert.ToInt32(pages) - 1) * 10; returnResult.CurrentPosition = Convert.ToInt32(pages); } Content[] returnContents = new Content[to - from]; int current = 0; for (int i = from; i < to; i++) { returnContents[current] = result.Contents[i]; current++; } returnResult.Contents = returnContents; if (command == "next") { if (returnResult.TotalRecords > 0) { if (pages >= start + 10) { returnResult.StartPosition += 10; } } } return(PartialView("Search", returnResult)); }
// 事件 private void OnDataRefreshing(DataRefreshEventArgs e) { if ((DataRefreshing != null)) { DataRefreshing(this, e); if (e.DataSource != null && e.RowCount > 0) { CurrentPage = e.CurrentPage; RowsPerPage = e.RowsPerPage; RowCount = e.RowCount; decimal rowCountDecimal = RowCount; PageCount = Convert.ToInt32(Decimal.Ceiling(rowCountDecimal / RowsPerPage)); #region ///当CurrentPage > PageCount 时 ,页面会出错 CurrentPage = CurrentPage > PageCount ? PageCount : CurrentPage; #endregion end _controlledGridView.DataSource = e.DataSource; _controlledGridView.DataBind(); // 设置导航按钮的可用状态 btnPrevious.Enabled = (_currentPage != 1); btnFirst.Enabled = btnPrevious.Enabled; btnNext.Enabled = (_currentPage != _pageCount); btnLast.Enabled = btnNext.Enabled; } else if (e.DataSource != null && e.RowCount == 0) { CurrentPage = 1; RowsPerPage = e.RowsPerPage; RowCount = e.RowCount; decimal rowCountDecimal = RowCount; PageCount = Convert.ToInt32(Decimal.Ceiling(rowCountDecimal / RowsPerPage)); _controlledGridView.DataSource = e.DataSource; _controlledGridView.DataBind(); // 设置导航按钮的可用状态 btnPrevious.Enabled = false; btnFirst.Enabled = btnPrevious.Enabled; btnNext.Enabled = false; btnLast.Enabled = btnNext.Enabled; } else { _controlledGridView.DataSource = e.DataSource; _controlledGridView.DataBind(); } if (_isShowHead) { _controlledGridView.Rows[0].Visible = false; } } }
/// <summary> /// データがロードされた後に発生します. /// </summary> //public event EventHandler<EventArgs> Loaded = delegate { }; /// <summary> /// 範囲を制限したデータを返します。 /// </summary> /// <param name="start"></param> /// <param name="stop"></param> /// <returns></returns> public WideScan GetRestrictedData(decimal start, decimal stop) { var b = Convert.ToInt32(Decimal.Floor((start - Parameter.Start) / Parameter.Step)); var e = Convert.ToInt32(Decimal.Ceiling((stop - Parameter.Start) / Parameter.Step)); return(new WideScan { _data = this.Data.GetSubData(b, e), _scanParameter = this.Parameter.ShrinkRange(b, e) }); }
public static void Main() { decimal[] values = { 12.6m, 12.1m, 9.5m, 8.16m, .1m, -.1m, -1.1m, -1.9m, -3.9m }; Console.WriteLine("{0,-8} {1,10} {2,10}\n", "Value", "Ceiling", "Floor"); foreach (decimal value in values) { Console.WriteLine("{0,-8} {1,10} {2,10}", value, Decimal.Ceiling(value), Decimal.Floor(value)); } }
// Calculates user quote. private decimal CalcQuote(Quote quote) { decimal total = 50m; // base of $50 TimeSpan timespan = DateTime.Now - quote.DateOfBirth; int years = Convert.ToInt32(timespan.Days) / 365; if (years < 25) { if (years < 18) { total += 100; // Add 100 if under 18 years old. } else { total += 25; // Add 25 if under 25 but over 18 years old. } } if (years > 100) { total += 25; // Add $25 if over 100 years old. } if (quote.CarYear < 2000 || quote.CarYear > 2015) { total += 25; // Add $25 if car older than 2000 or newer than 2015. } if (quote.CarMake.ToLower() == "porsche") { total += 25; // Add $25 if car is a Porsche. if (quote.CarModel.ToLower() == "911 carrera") { total += 25; // Add another $25 if Porsche is a 911 Carrera. } } for (int i = 0; i < quote.TicketNumber; i++) { total += 10; //Add $10 for every speeding ticket. } if (quote.DUI) { total = total * 1.25m; // Add 25% if they have a DUI. } if (quote.FullCoverage) { total = total * 1.5m; // Add 50% for Full Coverage. } total = Decimal.Ceiling(total * 100); //Ensure total is rounded up. total = total / 100; // Ensure total only shows two decimal places. return(total); }
public AddCartLineResult Execute( IUnitOfWork unitOfWork, AddCartLineParameter parameter, AddCartLineResult result) { if (!parameter.QtyOrdered.HasValue) { return(result); } OrderLine cartLine = result.CartLine; Decimal qtyOrdered1 = !this.cartSettings.ReplaceOnAdd || !(parameter.Cart.Status != "Requisition") ? parameter.QtyOrdered.Value + cartLine.QtyOrdered : parameter.QtyOrdered.Value; if (cartLine.Product.MinimumOrderQty > 0) { ProductUnitOfMeasure productUnitOfMeasure = cartLine.Product.ProductUnitOfMeasures.FirstOrDefault <ProductUnitOfMeasure>((Func <ProductUnitOfMeasure, bool>)(o => { if (o.UnitOfMeasure == cartLine.UnitOfMeasure) { return(o.QtyPerBaseUnitOfMeasure > Decimal.Zero); } return(false); })); Decimal num = productUnitOfMeasure != null ? productUnitOfMeasure.QtyPerBaseUnitOfMeasure : Decimal.One; if (qtyOrdered1 * num < (Decimal)cartLine.Product.MinimumOrderQty) { qtyOrdered1 = Decimal.Ceiling((Decimal)cartLine.Product.MinimumOrderQty / num); result.IsQtyAdjusted = true; } } Decimal qtyOrdered2 = this.roundingRulesProvider.ApplyRoundingRules(cartLine.Product, cartLine.UnitOfMeasure, qtyOrdered1); if (qtyOrdered2 != qtyOrdered1) { result.IsQtyAdjusted = true; } this.orderLineUtilities.SetQtyOrdered(cartLine, qtyOrdered2); // BUSA-1319: Limit Qty Per Product on PLP, PDP, QuickOrder, ReOrder, Saved Order var maxProductQty = cartLine.Product?.CustomProperties.Where(x => x.Name.EqualsIgnoreCase("maxProductQty")).Select(v => v.Value).FirstOrDefault() ?? "0"; if (!string.IsNullOrEmpty(maxProductQty) && Convert.ToInt32(maxProductQty) != 0 && cartLine.QtyOrdered > Convert.ToDecimal(maxProductQty)) { cartLine.QtyOrdered = Convert.ToDecimal(maxProductQty); result.IsQtyAdjusted = true; } // BUSA- 1319: END return(result); }
public static object ToInt(decimal self) { decimal rounded; if (self >= 0) { rounded = Decimal.Floor(self); } else { rounded = Decimal.Ceiling(self); } return(Protocols.Normalize(rounded)); }
public int GetSavedPiecesCount() { if (!File.Exists(PathSource)) { return(0); } lock (lockObject) { //BinaryReader br = new BinaryReader(new FileStream(PathSource, FileMode.Open, FileAccess.Read)); long numBytes = new FileInfo(PathSource).Length; decimal r1 = Decimal.Ceiling((decimal)numBytes / (decimal)PiecesLength); // czesci pobierane sa po polei wg indeksu, wiec rozmiar pliku na dysku / rozmiar czesci = ilosc posiadanych czesci return((int)r1); } }
//---Pagination---// public IActionResult Index(int?page) { TempData["controllerName"] = this.ControllerContext.RouteData.Values["controller"].ToString(); ViewBag.PageCount = Decimal.Ceiling((decimal)_context.LatestFromBlogs.Where(b => b.IsDeleted == false).Count() / 3); ViewBag.page = page; if (page == null) { List <LatestFromBlog> latestFromBlog = _context.LatestFromBlogs.Where(b => b.IsDeleted == false).Take(3).ToList(); return(View(latestFromBlog)); } List <LatestFromBlog> LatestFromBlog = _context.LatestFromBlogs.Where(b => b.IsDeleted == false).Skip(((int)page - 1) * 3).Take(3).ToList(); return(View(LatestFromBlog)); }