水力计算

qin

2024-09-24 43bd8ee779a4cca7483bdf73c176b9fb8ebed5e2

 HStation.RevitDev/RevitDataExport/Parser/Pipe.cs

@@ -57,14 +57,14 @@
                var flowSpeed = ParameterOperator.GetParameterValueAsString(pipe, "流速");

                var pressureLoss = ParameterOperator.GetParameterValueAsString(pipe, "压力损失");

                var specificFriction = ParameterOperator.GetParameterValueAsString(pipe, "比摩阻");

                result.Id = elemModel.Id;

                result.LinkIds = ElementExtense2.GetLinkedElementIds(elemModel.Id);

                result.Diameter = diameter;

                result.Length = length;

                result.Flow = flow;

                result.FlowSpeed = flowSpeed;

                result.PressureLoss = pressureLoss;

                result.SpecificFriction = specificFriction;

                result.编号 = elemModel.编号;

                result.连接构件 = ElementExtense2.GetLinkedElementIds(elemModel.编号);

                result.直径 = diameter;

                result.长度 = length;

                result.流量 = flow;

                result.流速 = flowSpeed;

                result.压力损失 = pressureLoss;

                result.比摩阻 = specificFriction;

            }



            return result;

@@ -110,19 +110,19 @@
            result.Add(new Tuple<string, string>($"长度", (decimal.Parse(length.ToString()) / 1000).ToString()));



            // 流量

            var flow = ParameterOperator.GetParameterValueAsDouble(pipe, "流量");

            var flow = ParameterOperator.GetParameterValueAsString(pipe, "流量");

            result.Add(new Tuple<string, string>($"流量", flow.ToString()));



            // 流速

            var flowSpeed = ParameterOperator.GetParameterValueAsDouble(pipe, "流速");

            var flowSpeed = ParameterOperator.GetParameterValueAsString(pipe, "流速");

            result.Add(new Tuple<string, string>($"流速", flowSpeed.ToString()));



            // 压力损失

            var pressureLoss = ParameterOperator.GetParameterValueAsDouble(pipe, "压力损失");

            var pressureLoss = ParameterOperator.GetParameterValueAsString(pipe, "压力损失");

            result.Add(new Tuple<string, string>($"压力损失", pressureLoss.ToString()));



            // 比摩阻

            var specificFriction = ParameterOperator.GetParameterValueAsDouble(pipe, "比摩阻");

            var specificFriction = ParameterOperator.GetParameterValueAsString(pipe, "比摩阻");

            result.Add(new Tuple<string, string>($"比摩阻", specificFriction.ToString()));

            return result;

        }