().text = title; // 设置X轴（时间轴） var xAxis = lineChart.EnsureChartComponent<XAxis>(); xAxis.show = true; xAxis.type = Axis.AxisType.Value; xAxis.min = 0; xAxis.axisName.name = xAxisName; // 设置Y轴（温度轴） var yAxis = lineChart.EnsureChartComponent<YAxis>(); yAxis.show = true; yAxis.type = Axis.AxisType.Value; yAxis.min = 0; yAxis.max = yAxisMaxValue; yAxis.axisName.name = yAxisName; // 添加折线序列 serie = lineChart.AddSerie<Line>(); if (serie != null) { //serie.serieName = "温度变化"; serie.serieName = yAxisName; serie.symbol.show = true; serie.symbol.size = 5f; serie.lineType = LineType.Normal; serie.lineStyle.width = 3f; serie.animation.enable = true; // 设置颜色 serie.lineStyle.color = Color.red; serie.symbol.color = Color.blue; } // 设置提示框 var tooltip = lineChart.GetChartComponent<Tooltip>(); if (tooltip == null) tooltip = lineChart.AddChartComponent<Tooltip>(); tooltip.show = true; tooltip.type = Tooltip.Type.Line; // 设置图例 var legend = lineChart.GetChartComponent<Legend>(); if (legend == null) legend = lineChart.AddChartComponent<Legend>(); legend.show = true; //legend.data = new List<string> { "温度变化" }; legend.data = new List<string> { yAxisName }; } /// <summary> /// 多个折线设置,返回Serie /// </summary> private Serie InitializeChart_Serie(string title, string xAxisName, double yAxisMaxValue, string yAxisName) { // 标题 lineChart.EnsureChartComponent<Title>().text = title; // X轴 var xAxis = lineChart.EnsureChartComponent<XAxis>(); xAxis.show = true; xAxis.type = Axis.AxisType.Value; xAxis.min = 0; xAxis.axisName.name = xAxisName; // Y轴 var yAxis = lineChart.EnsureChartComponent<YAxis>(); yAxis.show = true; yAxis.type = Axis.AxisType.Value; yAxis.min = 0; yAxis.max = yAxisMaxValue; yAxis.axisName.name = yAxisName; // 折线系列 var serie = lineChart.AddSerie<Line>(); if (serie != null) { serie.serieName = yAxisName; serie.symbol.show = true; serie.symbol.size = 5f; serie.lineType = LineType.Normal; serie.lineStyle.width = 3f; serie.animation.enable = true; serie.lineStyle.color = Color.red; serie.symbol.color = Color.blue; } // 提示框 var tooltip = lineChart.GetChartComponent<Tooltip>(); if (tooltip == null) tooltip = lineChart.AddChartComponent<Tooltip>(); tooltip.show = true; tooltip.type = Tooltip.Type.Line; // 图例 var legend = lineChart.GetChartComponent<Legend>(); if (legend == null) legend = lineChart.AddChartComponent<Legend>(); legend.show = true; legend.data = new List<string> { yAxisName }; return serie; } // 生成图表主方法 private void GenerateTemperatureChart(float durationHours, float initialTemp) { // 生成温度数据 List<Vector2> temperatureData = GenerateTemperatureData(durationHours, initialTemp); // 更新图表 UpdateChartWithData(temperatureData, 5); } // 生成温度数据 private List<Vector2> GenerateTemperatureData(float durationHours, float initialTemp) { List<Vector2> dataPoints = new List<Vector2>(); // 生成时间点（每小时一个点） for (int hour = 0; hour <= durationHours; hour++) { // 可以根据需要调整时间间隔 float time = hour; float temperature = CalculateTemperatureAtHour_(hour, initialTemp, durationHours); dataPoints.Add(new Vector2(time, temperature)); } return dataPoints; } // 生成高耗能场景图表 private void HighenErgyConsumptionChart(float parameter) { // 生成温度数据 List<Vector2> temperatureData = GetDynamicChartPoints(parameter); // 更新图表 UpdateChartWithData(temperatureData, 5); } /// <summary> /// 生成节能改造图表 /// </summary> /// <param name="parameter"></param> /// <param name="indext">数据表下标</param> private void EnergySavingChart(int indext) { // 生成温度数据 List<Vector2> temperatureData = Energysavingdata(indext); // 更新图表 UpdateEnergySavingChartWithData(temperatureData, 5, indext); } //------"改造前参数" float beforeStartEnergy = 20f; // 起始能耗 float beforePeakEnergy = 50; // 峰值（平稳段的值） [Range(0, 1)] public float beforePlateauStart = 0.7f; // 平稳开始点（0~1），默认70%处开始平稳 //------"改造前参数" //------"改造后参数" float afterStartEnergy = 15f; // 起始能耗（必须低于改造前起始，保证始终低于） float afterPeakEnergy = 40; // 平稳段峰值（必须小于改造前峰值） float afterPlateauStart = 0.5f; // 平稳开始点（0~1），默认50%处开始平稳 float afterFluctuation = 0.5f; // 改造后波动幅度（微小波动） //------"改造后参数" public List<Vector2> Energysavingdata(int indext) { RandomValue(); List<Vector2> data = new List<Vector2>(); if (indext == 0) { // 生成数据点 for (int i = 0; i <= 10; i++) // 包含端点，共 pointCount+1 个点 { float t = (float)i / 10; // 归一化进度 [0,1] float x = t * 24; // X坐标（时间） // --- 改造前数据 --- float beforeEnergy; if (t <= beforePlateauStart) { // 上升阶段：线性插值 float progress = t / beforePlateauStart; // 0~1 beforeEnergy = Mathf.Lerp(beforeStartEnergy, beforePeakEnergy, progress); } else { // 平稳阶段：保持峰值 beforeEnergy = beforePeakEnergy; } // 添加数据点 (x, y) data.Add(new Vector2(x, beforeEnergy)); } return data; } else { for (int i = 0; i <= 10; i++) // 包含端点，共 pointCount+1 个点 { float t = (float)i / 10; // 归一化进度 [0,1] float x = t * 24; // X坐标（时间） float afterEnergy; if (t <= afterPlateauStart) { // 上升阶段：线性插值（更缓） float progress = t / afterPlateauStart; afterEnergy = Mathf.Lerp(afterStartEnergy, afterPeakEnergy, progress); } else { // 平稳阶段：保持峰值 + 微小正弦波动 afterEnergy = afterPeakEnergy + afterFluctuation * Mathf.Sin(x * 0.8f); } data.Add(new Vector2(x, afterEnergy)); } return data; } } /// <summary> /// 随机生成改造前改造后数值 /// </summary> private void RandomValue() { beforeStartEnergy = UnityEngine.Random.Range(20, 50);// 起始能耗 beforePeakEnergy = UnityEngine.Random.Range(50, 80);// 峰值（平稳段的值） beforePlateauStart = UnityEngine.Random.Range(0.5f, 0.8f);// 平稳开始点（0~1），0.5为50%处开始平稳 afterStartEnergy = UnityEngine.Random.Range(10, 20); // 起始能耗（必须低于改造前起始，保证始终低于） afterPeakEnergy = UnityEngine.Random.Range(40, 49); // 平稳段峰值（必须小于改造前峰值） afterPlateauStart = UnityEngine.Random.Range(0.4f, 0.7f); // 平稳开始点（0~1），默认50%处开始平稳 afterFluctuation = UnityEngine.Random.Range(0.3f, 0.7f); // 改造后波动幅度（微小波动） } /// <summary> /// 根据当前故障程度，动态生成 X 轴和 Y 轴坐标点 /// </summary> /// <param name="currentFault">当前的故障百分比数字 (如：输入 10 代表 10%)</param> /// <returns>返回 3 个动态坐标点</returns> public List<Vector2> GetDynamicChartPoints(float currentFault) { List<Vector2> points = new List<Vector2>(); float starpower = UnityEngine.Random.Range(0, 100); // 1. 起点：永远是 (0, 基础能耗) points.Add(new Vector2(0f, starpower)); // 2. 中点：X 轴是当前故障的一半，Y 轴能耗也相应增加一半 float xMid = currentFault / 2f; float yMid = starpower + (starpower * (xMid / starpower)); // 按比例增加能耗 points.Add(new Vector2(xMid, yMid)); // 3. 终点：X 轴达到当前故障值，Y 轴达到目标能耗 float xEnd = currentFault; float yEnd = starpower + (starpower * (xEnd / starpower)); points.Add(new Vector2(xEnd, yEnd)); return points; } // 计算每小时温度 - 可自定义算法 private float CalculateTemperatureAtHour(int hour, float initialTemp, float totalDuration) { // 示例1: 指数升温然后稳定 float maxTemp = initialTemp + 30f; float timeFactor = hour / totalDuration; if (timeFactor < 0.7f) { // 前70%时间指数升温 return initialTemp + (maxTemp - initialTemp) * (1 - Mathf.Exp(-timeFactor * 3)); } else { // 后30%时间保持稳定 return maxTemp; } } /// <summary> /// 平滑显示温度曲线，从0-initialTemp /// </summary> /// <param name="hour"></param> /// <param name="initialTemp"></param> /// <param name="totalDuration"></param> /// <returns></returns> private float CalculateTemperatureAtHour_(int hour, float initialTemp, float totalDuration) { // 固定从 0 度开始 float startTemp = UnityEngine.Random.Range(0, 25); // 计算总体时间进度 (0.0 到 1.0) float timeFactor = Mathf.Clamp01((float)hour / totalDuration); float currentTemp; if (timeFactor < 0.7f) { // 前 70% 时间：从 0 指数升温 // 为了让升温在 70% 的节点刚好平滑到达终点，我们将 0~0.7 的进度重新映射为 0~1 float normalizedTime = timeFactor / 0.7f; // 使用指数公式：当 normalizedTime 接近 1 时，1 - Exp(-5) 非常接近 1 (约0.993) // 这样温度就会从 0 平滑地上升到 initialTemp currentTemp = startTemp + (initialTemp - startTemp) * (1 - Mathf.Exp(-5f * normalizedTime)); } else { // 后 30% 时间：保持稳定在最高温 currentTemp = initialTemp; } // 最终安全限制：确保返回值被严格卡在 0 到 initialTemp 之间 return Mathf.Clamp(currentTemp, 0f, initialTemp); } // 更新图表数据 private void UpdateChartWithData(List<Vector2> dataPoints, float maxDuration) { if (serie == null) return; // 清空序列数据 serie.ClearData(); // 添加新数据点 foreach (var point in dataPoints) { serie.AddXYData(point.x, point.y); //serie.AddData(new List<float> { point.x, point.y }, dataPoints.IndexOf(point)); } // 更新X轴范围 var xAxis = lineChart.GetChartComponent<XAxis>(); if (xAxis != null) { xAxis.max = maxDuration; xAxis.splitNumber = Mathf.Max(1, Mathf.FloorToInt(maxDuration)); } // 自动调整Y轴范围 var yAxis = lineChart.GetChartComponent<YAxis>(); if (yAxis != null) { // 找到最小最大值 float minTemp = float.MaxValue; float maxTemp = float.MinValue; foreach (var point in dataPoints) { if (point.y < minTemp) minTemp = point.y; if (point.y > maxTemp) maxTemp = point.y; } // 设置Y轴范围，留出10%边距 float margin = (maxTemp - minTemp) * 0.1f; yAxis.min = Mathf.Floor(minTemp - margin); yAxis.max = Mathf.Ceil(maxTemp + margin); } // 重绘图表 lineChart.RefreshChart(); } // 更新节能改造图表数据 private void UpdateEnergySavingChartWithData(List<Vector2> dataPoints, float maxDuration, int serieindex) { if (series[serieindex] == null) return; // 清空序列数据 series[serieindex].ClearData(); // 添加新数据点 foreach (var point in dataPoints) { series[serieindex].AddXYData(point.x, point.y); //serie.AddData(new List<float> { point.x, point.y }, dataPoints.IndexOf(point)); } // 更新X轴范围 var xAxis = lineChart.GetChartComponent<XAxis>(); if (xAxis != null) { xAxis.max = maxDuration; xAxis.splitNumber = Mathf.Max(1, Mathf.FloorToInt(maxDuration)); } // 自动调整Y轴范围 var yAxis = lineChart.GetChartComponent<YAxis>(); if (yAxis != null) { // 找到最小最大值 float minTemp = float.MaxValue; float maxTemp = float.MinValue; foreach (var point in dataPoints) { if (point.y < minTemp) minTemp = point.y; if (point.y > maxTemp) maxTemp = point.y; } // 设置Y轴范围，留出10%边距 float margin = (maxTemp - minTemp) * 0.1f; yAxis.min = Mathf.Floor(minTemp - margin); yAxis.max = Mathf.Ceil(maxTemp + margin); } // 重绘图表 lineChart.RefreshChart(); } // 添加多种温度变化模式 public void SetTemperatureMode(int mode, float durationHours, float initialTemp) { //if (!float.TryParse(durationInput.text, out float durationHours) || // !float.TryParse(initialTempInput.text, out float initialTemp)) //{ // return; //} List<Vector2> dataPoints = new List<Vector2>(); for (int hour = 0; hour <= durationHours; hour++) { float temperature = 0f; switch (mode) { case 0: // 线性升温 temperature = initialTemp + 2f * hour; break; case 1: // 指数升温 temperature = initialTemp + 20f * (1 - Mathf.Exp(-hour * 0.5f)); break; case 2: // 正弦波动 temperature = initialTemp + 10f + 5f * Mathf.Sin(hour * Mathf.PI / durationHours); break; case 3: // 阶梯式上升 temperature = initialTemp + 5f * Mathf.Floor(hour / 2); break; } dataPoints.Add(new Vector2(hour, temperature)); } UpdateChartWithData(dataPoints, durationHours); } // 添加实时数据功能 public void StartRealTimeUpdate(float initialTemp) { //if (!float.TryParse(initialTempInput.text, out float initialTemp)) // return; StartCoroutine(RealTimeTemperatureUpdate(initialTemp)); } private System.Collections.IEnumerator RealTimeTemperatureUpdate(float initialTemp) { float elapsedTime = 0f; List<Vector2> dataPoints = new List<Vector2>(); while (elapsedTime < 10f) // 模拟10秒实时数据 { // 添加新数据点 float temperature = initialTemp + UnityEngine.Random.Range(-2f, 2f) + elapsedTime * 2f; dataPoints.Add(new Vector2(elapsedTime, temperature)); // 更新图表 UpdateChartWithData(dataPoints, elapsedTime); elapsedTime += 0.5f; // 每0.5秒更新一次 yield return new WaitForSeconds(0.5f); } } // 清空图表 public void ClearChart() { if (serie != null) { serie.ClearData(); } if (lineChart != null) { lineChart.RefreshChart(); } } #endregion #region 警告提示 /// <summary> /// 显示警告信息 /// </summary> /// <param name="warmingText"></param> private void ShowWarming(string warmingText) { if (string.IsNullOrEmpty(warmingText.Trim())) return; if (!variables.Get<RectTransform>("警告").gameObject.activeSelf) variables.Get<RectTransform>("警告").gameObject.Activate(); // 快速完成打字 if (typingCoroutine != null) StopCoroutine(typingCoroutine); //开启打字效果 typingCoroutine = StartCoroutine(TypeText(warmingText)); StartCoroutine(AutoHideWarming(3.5f)); } /// <summary> /// 打字效果协程，逐个字符显示文本。 /// </summary> /// <param name="text"></param> /// <returns></returns> private IEnumerator TypeText(string text) { variables.Get<Text>("警告文本").text = ""; foreach (char letter in text.ToCharArray()) { variables.Get<Text>("警告文本").text += letter; yield return new WaitForSeconds(typingSpeed); } } /// <summary> /// 自动隐藏警告信息协程，延迟一段时间后关闭警告框。 /// </summary> /// <param name="durationTime"></param> /// <returns></returns> private IEnumerator AutoHideWarming(float durationTime) { yield return new WaitForSeconds(durationTime); variables.Get<Text>("警告文本").text = ""; variables.Get<RectTransform>("警告").gameObject.Deactivate(); } #endregion #region ButtonData /// <summary> /// 设置默认 /// </summary> /// <param name="target"></param> /// <param name="data"></param> private void SetNormal(Button target, ButtonData data) { Image img = target.GetComponent<Image>(); if (img != null) { img.sprite = data.normalSprite; } } /// <summary> /// 设置高亮 /// </summary> /// <param name="target"></param> /// <param name="data"></param> private void SetHightlight(Button target, ButtonData data) { Image img = target.GetComponent<Image>(); if (img != null) { img.sprite = data.selectedSprite; } } #endregion #region tsq /// <summary> /// 按钮点击事件初始化 /// </summary> private void ToggleInit() { variables.Get<Toggle>("一楼Toggle").onValueChanged.AddListener(delegate { ChooseFloor(1); }); variables.Get<Toggle>("二楼Toggle").onValueChanged.AddListener(delegate { ChooseFloor(2); }); variables.Get<Toggle>("三楼Toggle").onValueChanged.AddListener(delegate { ChooseFloor(3); }); } /// <summary> /// 空调楼层选择 /// </summary> /// <param name="floor"></param> public void ChooseFloor(int floor) { switch (floor) { case 1: GameMangner_TSQ.instance.FirstPersonController[0].transform.SetLocalPositionAndRotation (new Vector3(0.1f, 0.025f, 2.2f), Quaternion.Euler(0, 120, 0)); break; case 2: GameMangner_TSQ.instance.FirstPersonController[0].transform.SetLocalPositionAndRotation (new Vector3(0.1f, 0.355f, 2.2f), Quaternion.Euler(0, 120, 0)); break; case 3: GameMangner_TSQ.instance.FirstPersonController[0].transform.SetLocalPositionAndRotation (new Vector3(-0.74f, 1.171f, 0.517f), Quaternion.Euler(0, 280, 0)); break; } } /// <summary> /// 泵面板 /// </summary> private void BengPanel() { if (UIView.Get<EquipmentSimulationView>().IsActiveSelf()) { UIView.Get<EquipmentSimulationView>().variables.Get<Text>("泵机Text").text = "开启泵"; //UIView.Get<EquipmentSimulationView>().variables.Get<RectTransform>("参数面板-冷却塔风机1").Activate(); //UIView.Get<EquipmentSimulationView>().variables.Get<Button>("启动运行-冷却塔风机1").onClick.AddListener(() => { SetStep(true); }); //UIView.Get<EquipmentSimulationView>().variables.Get<Button>("停止运行-冷却塔风机1").onClick.AddListener(() => { SetStep(false); }); if (UIView.Get<EquipmentSimulationView>().Stepbools[7] == true) { UIView.Get<EquipmentSimulationView>().variables.Get<Button>("启动运行-泵").Deactivate(); UIView.Get<EquipmentSimulationView>().variables.Get<Button>("停止运行-泵").Activate(); } else { UIView.Get<EquipmentSimulationView>().variables.Get<Text>("泵机Text").text = "开启泵"; UIView.Get<EquipmentSimulationView>().variables.Get<Button>("停止运行-泵").Deactivate(); UIView.Get<EquipmentSimulationView>().variables.Get<Button>("启动运行-泵").Activate(); } } //StartCoroutine(AutoHide(4,"参数面板-冷却塔风机1")); } /// <summary> /// 风机面板 /// </summary> private void FengJiPanel() { if (UIView.Get<EquipmentSimulationView>().IsActiveSelf()) { UIView.Get<EquipmentSimulationView>().variables.Get<Text>("空压机主机Text").text = "开启空压机"; //UIView.Get<EquipmentSimulationView>().variables.Get<RectTransform>("参数面板-冷却塔风机1").Activate(); //UIView.Get<EquipmentSimulationView>().variables.Get<Button>("启动运行-冷却塔风机1").onClick.AddListener(() => { SetStep(true); }); //UIView.Get<EquipmentSimulationView>().variables.Get<Button>("停止运行-冷却塔风机1").onClick.AddListener(() => { SetStep(false); }); if (UIView.Get<EquipmentSimulationView>().Stepbools[8] == true) { UIView.Get<EquipmentSimulationView>().variables.Get<Button>("启动运行-空压机").Deactivate(); UIView.Get<EquipmentSimulationView>().variables.Get<Button>("停止运行-空压机").Activate(); } else { UIView.Get<EquipmentSimulationView>().variables.Get<Button>("停止运行-空压机").Deactivate(); UIView.Get<EquipmentSimulationView>().variables.Get<Button>("启动运行-空压机").Activate(); } } //StartCoroutine(AutoHide(4,"参数面板-冷却塔风机1")); } /// <summary> /// 设备运行 /// </summary> private void SBStartOperation(string YXCGtext) { if (string.IsNullOrEmpty(YXCGtext.Trim())) return; if (!variables.Get<RectTransform>("运行成功").gameObject.activeSelf) variables.Get<RectTransform>("运行成功").gameObject.Activate(); // 快速完成打字 if (typingCoroutine != null) StopCoroutine(typingCoroutine); //开启打字效果 typingCoroutine = StartCoroutine(YXCGTypeText(YXCGtext)); StartCoroutine(YXCGAutoHide(3.5f)); } /// <summary> /// 自动隐藏运行成功信息协程，延迟一段时间后关闭框。 /// </summary> /// <param name="durationTime"></param> /// <returns></returns> private IEnumerator YXCGAutoHide(float durationTime) { yield return new WaitForSeconds(durationTime); variables.Get<Text>("运行成功文本").text = ""; variables.Get<RectTransform>("运行成功").gameObject.Deactivate(); } /// <summary> /// 运行成功打字效果协程，逐个字符显示文本。 /// </summary> /// <param name="text"></param> /// <returns></returns> private IEnumerator YXCGTypeText(string text) { variables.Get<Text>("运行成功文本").text = ""; foreach (char letter in text.ToCharArray()) { variables.Get<Text>("运行成功文本").text += letter; yield return new WaitForSeconds(typingSpeed); } } #endregion }

using DG.Tweening; using OfficeOpenXml.FormulaParsing.Excel.Functions.Logical; using SK.Framework; using System; using System.Collections; using System.Collections.Generic; using UnityEngine; using UnityEngine.UI; using XCharts.Runtime; ///

/// 设备模拟界面，用于展示设备运行工况参数、高能耗场景参数和改造方案参数，并提供参数输入功能。 ///

public class EquipmentSimulationView : UIView { public Variables variables; //设备模型 private List devices = new List(); //设备运行工况参数面板 private List equipmentRuningInfo = new List(); //设备高能耗场景参数面板 private List equipmentUsingInfo = new List(); //设备改造方案参数面板 private List equipmentRepareInfo = new List(); //参数面板 private List parameterInfo = new List(); //空调参数输入框 private List inputFields_ac = new List(); //水泵参数输入框 private List inputFields_pump = new List(); //空压机参数输入框 private List inputFields_acp = new List(); private string repare_ac_name = ""; private string repare_pump_name = ""; private string repare_acp_name = ""; public List