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duheng

2025-03-05 0f831db8df9c2e4adc7feca636967a0fb1cd5e29

 HStation.RevitDev/RevitDataExport/Parser/ReHuanQi.cs

@@ -19,9 +19,9 @@
    {

        public override List<BuiltInCategory> FilterCategories

        {

            get 
            get

            {

                return new List<BuiltInCategory> 
                return new List<BuiltInCategory>

                {

                    BuiltInCategory.OST_MechanicalEquipment,

                    BuiltInCategory.OST_GenericModel

@@ -30,13 +30,13 @@
        }

        public override List<string> FilterRegexes

        {

            get 
            get

            {

                return new List<string> 
                return new List<string>

                {

                    "热交换|热换|换热"

                };

            } 
            }

        }



        public override string GetParserName()

@@ -49,22 +49,22 @@
            var elemModel = BaseParse(elem);

            var result = new HeatExchangerModel(elemModel);



            var diameter = ParameterOperator.GetParameterValueAsString(elem, "直径");

            var diameter = ParameterOperator.GetParameterValueAsString(elem, "直径信息");

            var length = ParameterOperator.GetParameterValueAsString(elem, "长度");

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

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

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

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

            var kr= ParameterOperator.GetParameterValueAsString(elem, "损失K系数");

            //var kr = ParameterOperator.GetParameterValueAsString(elem, "损失系数K");

            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.长度 = string.IsNullOrEmpty(length) ? "0.01" : length;

            result.流量 = flow;

            result.流速 = flowSpeed;

            result.压力损失 = pressureLoss;

            result.比摩阻 = specificFriction;

            result.损失K系数 = kr;

            //result.损失系数K = kr;

            return result;

        }