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更新2026

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This commit is contained in:
GukSang.Jin
2026-05-30 15:04:42 +08:00
parent c2c5ad73a8
commit 0a908d85df
6 changed files with 341 additions and 110 deletions
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16
FootwearTest/Models/TestRecords.cs
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@@ -42,7 +42,7 @@ public sealed record MethodAResult(
double ThermalCoefficientOfVariation, double ThermalCoefficientOfVariation,
bool PassedDeviationCheck); bool PassedDeviationCheck);
public sealed record MethodBMoistureResult( public sealed record MethodBMoistureTrialResult(
double M1, double M1,
double M2, double M2,
double M3, double M3,
@@ -61,10 +61,22 @@ public sealed record MethodBMoistureResult(
double XT180Corrected, double XT180Corrected,
bool IsValid); bool IsValid);
public sealed record MethodBWarmthResult( public sealed record MethodBMoistureResult(
MethodBMoistureTrialResult Trial1,
MethodBMoistureTrialResult Trial2,
double AverageT180Corrected,
double AverageXT180Corrected,
bool IsValid);
public sealed record MethodBWarmthCycleResult(
double EnergyKilojoules, double EnergyKilojoules,
double Seconds, double Seconds,
double HeatWatts, double HeatWatts,
double FootTemperatureC, double FootTemperatureC,
double ChamberTemperatureC, double ChamberTemperatureC,
double ThermalResistance); double ThermalResistance);
public sealed record MethodBWarmthResult(
MethodBWarmthCycleResult Cycle1,
MethodBWarmthCycleResult Cycle2,
double AverageThermalResistance);

137
FootwearTest/Services/ExcelReportService.cs
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@@ -63,7 +63,11 @@ public sealed class ExcelReportService
else if (record.Method.StartsWith("方法 B", StringComparison.Ordinal)) else if (record.Method.StartsWith("方法 B", StringComparison.Ordinal))
{ {
sheets.Add(CreateMethodBResultSheet(root, record.Method)); sheets.Add(CreateMethodBResultSheet(root, record.Method));
sheets.Add(CreateMethodBMassSheet(root)); if (record.Method.Contains("吸湿透水汽", StringComparison.Ordinal))
{
sheets.Add(CreateMethodBMassSheet(root));
}
sheets.Add(CreateProcedureSheet(root)); sheets.Add(CreateProcedureSheet(root));
} }
@@ -111,12 +115,12 @@ public sealed class ExcelReportService
rows.Add(Row("方法 B 试样", "满帮鞋同号两只；试验前在 (23±2) ℃、(50±5)% RH 标准环境调节", record.SampleDescription)); rows.Add(Row("方法 B 试样", "满帮鞋同号两只；试验前在 (23±2) ℃、(50±5)% RH 标准环境调节", record.SampleDescription));
rows.Add(Row("方法 B 供水", "泵流量 (5.0±0.3) cm3/h；测试周期 (180±1) min", record.Conditions)); rows.Add(Row("方法 B 供水", "泵流量 (5.0±0.3) cm3/h；测试周期 (180±1) min", record.Conditions));
rows.Add(Row("方法 B 称重", "m11-m72 均精确到 0.01 g；m180 应在 (15±0.9) g 范围内", record.IsValid ? "m180 有效" : "m180 超限")); rows.Add(Row("方法 B 称重", "m11-m72 均精确到 0.01 g；m180 应在 (15±0.9) g 范围内", record.IsValid ? "m180 有效" : "m180 超限"));
rows.Add(Row("方法 B 结果", "透水汽性能 T180*；吸湿透水汽性能 XT180*=T180*+m3*+m4*，保留两位小数", record.ResultSummary)); rows.Add(Row("方法 B 结果", "两次试验结果取平均；透水汽性能 T180*、吸湿透水汽性能 XT180*=T180*+m3*+m4*，最终保留两位小数", record.ResultSummary));
} }
else else
{ {
rows.Add(Row("方法 B 保暖", "假脚温度 (38±1) ℃；测试周期 (180±1) min，连续测试 2 个周期", record.Conditions)); rows.Add(Row("方法 B 保暖", "假脚温度 (38±1) ℃；测试周期 (180±1) min，连续测试 2 个周期", record.Conditions));
rows.Add(Row("方法 B 热阻", "Q=P/t×1000；R=S×(Tf-Tc)/Q，结果保留三位小数", record.ResultSummary)); rows.Add(Row("方法 B 热阻", "每个周期 Q=P/t×1000、R=S×(Tf-Tc)/Q；最终取两次热阻平均值并保留三位小数", record.ResultSummary));
} }
return new WorksheetData("标准核对", rows); return new WorksheetData("标准核对", rows);
@@ -156,8 +160,8 @@ public sealed class ExcelReportService
{ {
var waterLoss = GetDouble(sample, "WaterLossGramsPerHour"); var waterLoss = GetDouble(sample, "WaterLossGramsPerHour");
var power = GetDouble(sample, "PowerWatts"); var power = GetDouble(sample, "PowerWatts");
var moistureHeat = sample.TryGetProperty("MoistureHeatWatts", out _) ? GetDouble(sample, "MoistureHeatWatts") : Math.Round(0.672 * Math.Max(waterLoss, 0.001), 3); var moistureHeat = sample.TryGetProperty("MoistureHeatWatts", out _) ? GetDouble(sample, "MoistureHeatWatts") : (waterLoss > 0 ? Round(0.672 * waterLoss, 3) : 0);
var dryHeat = sample.TryGetProperty("DryHeatWatts", out _) ? GetDouble(sample, "DryHeatWatts") : Math.Round(Math.Max(power - moistureHeat, 0.001), 3); var dryHeat = sample.TryGetProperty("DryHeatWatts", out _) ? GetDouble(sample, "DryHeatWatts") : (power > moistureHeat ? Round(power - moistureHeat, 3) : 0);
rows.Add(Row( rows.Add(Row(
GetDouble(sample, "Index"), GetDouble(sample, "Index"),
GetString(sample, "Timestamp"), GetString(sample, "Timestamp"),
@@ -186,37 +190,67 @@ public sealed class ExcelReportService
if (method.Contains("吸湿透水汽", StringComparison.Ordinal)) if (method.Contains("吸湿透水汽", StringComparison.Ordinal))
{ {
rows.Add(Row("m5", GetDouble(result, "M5"), "g，C1 消耗水量")); if (result.TryGetProperty("Trial1", out var trial1) && result.TryGetProperty("Trial2", out var trial2))
rows.Add(Row("m6", GetDouble(result, "M6"), "g，C2 蒸发水量")); {
rows.Add(Row("m7", GetDouble(result, "M7"), "g，C3 蒸发水量")); rows.Add(Row("T180* 平均值", GetDouble(result, "AverageT180Corrected"), "g，透水汽性能，最终保留两位小数"));
rows.Add(Row("m8", GetDouble(result, "M8"), "g，C2/C3 平均蒸发量")); rows.Add(Row("XT180* 平均值", GetDouble(result, "AverageXT180Corrected"), "g，吸湿透水汽性能，最终保留两位小数"));
rows.Add(Row("m180", GetDouble(result, "M180"), "g，泵进鞋腔内水总质量，15±0.9 g")); rows.Add(Row("有效性", GetBool(result, "IsValid") ? "有效" : "至少一次 m180 超出 15±0.9 g", ""));
rows.Add(Row("m1", GetDouble(result, "M1"), "g，模拟皮肤质量变化")); AddMoistureTrialRows(rows, "第1次", trial1);
rows.Add(Row("m2", GetDouble(result, "M2"), "g，标准长筒袜质量变化")); AddMoistureTrialRows(rows, "第2次", trial2);
rows.Add(Row("m3", GetDouble(result, "M3"), "g，样品鞋质量变化")); }
rows.Add(Row("m4", GetDouble(result, "M4"), "g，鞋垫质量变化")); else
rows.Add(Row("T180", GetDouble(result, "T180"), "g，散发到环境中的水汽质量")); {
rows.Add(Row("m1*", GetDouble(result, "M1Corrected"), "g，按 15 g 修正")); AddMoistureTrialRows(rows, "单次", result);
rows.Add(Row("m2*", GetDouble(result, "M2Corrected"), "g，按 15 g 修正")); rows.Add(Row("有效性", GetBool(result, "IsValid") ? "有效" : "m180 超出 15±0.9 g", ""));
rows.Add(Row("m3*", GetDouble(result, "M3Corrected"), "g，按 15 g 修正")); }
rows.Add(Row("m4*", GetDouble(result, "M4Corrected"), "g，按 15 g 修正"));
rows.Add(Row("T180*", GetDouble(result, "T180Corrected"), "g，透水汽性能"));
rows.Add(Row("XT180*", GetDouble(result, "XT180Corrected"), "g，吸湿透水汽性能"));
rows.Add(Row("有效性", GetBool(result, "IsValid") ? "有效" : "m180 超出 15±0.9 g", ""));
} }
else else
{ {
rows.Add(Row("P", GetDouble(result, "EnergyKilojoules"), "kJ，180 min 能量消耗")); if (result.TryGetProperty("Cycle1", out var cycle1) && result.TryGetProperty("Cycle2", out var cycle2))
rows.Add(Row("t", GetDouble(result, "Seconds"), "s，测试周期")); {
rows.Add(Row("Q", GetDouble(result, "HeatWatts"), "W，单位时间热量消耗")); rows.Add(Row("R 平均值", GetDouble(result, "AverageThermalResistance"), "m2·℃/W，最终保留三位小数"));
rows.Add(Row("Tf", GetDouble(result, "FootTemperatureC"), "℃，假脚表面温度平均值")); AddWarmthCycleRows(rows, "第1周期", cycle1);
rows.Add(Row("Tc", GetDouble(result, "ChamberTemperatureC"), "℃，测试箱环境温度平均值")); AddWarmthCycleRows(rows, "第2周期", cycle2);
rows.Add(Row("R", GetDouble(result, "ThermalResistance"), "m2·℃/W，保暖性能热阻值")); }
else
{
AddWarmthCycleRows(rows, "单周期", result);
}
} }
return new WorksheetData("方法B结果", rows); return new WorksheetData("方法B结果", rows);
} }
private static void AddMoistureTrialRows(List<IReadOnlyList<object?>> rows, string prefix, JsonElement trial)
{
rows.Add(Row($"{prefix} m5", GetDouble(trial, "M5"), "g，C1 消耗水量"));
rows.Add(Row($"{prefix} m6", GetDouble(trial, "M6"), "g，C2 蒸发水量"));
rows.Add(Row($"{prefix} m7", GetDouble(trial, "M7"), "g，C3 蒸发水量"));
rows.Add(Row($"{prefix} m8", GetDouble(trial, "M8"), "g，C2/C3 平均蒸发量"));
rows.Add(Row($"{prefix} m180", GetDouble(trial, "M180"), "g，泵进鞋腔内水总质量，15±0.9 g"));
rows.Add(Row($"{prefix} m1", GetDouble(trial, "M1"), "g，模拟皮肤质量变化"));
rows.Add(Row($"{prefix} m2", GetDouble(trial, "M2"), "g，标准长筒袜质量变化"));
rows.Add(Row($"{prefix} m3", GetDouble(trial, "M3"), "g，样品鞋质量变化"));
rows.Add(Row($"{prefix} m4", GetDouble(trial, "M4"), "g，鞋垫质量变化"));
rows.Add(Row($"{prefix} T180", GetDouble(trial, "T180"), "g，散发到环境中的水汽质量"));
rows.Add(Row($"{prefix} m1*", GetDouble(trial, "M1Corrected"), "g，按 15 g 修正"));
rows.Add(Row($"{prefix} m2*", GetDouble(trial, "M2Corrected"), "g，按 15 g 修正"));
rows.Add(Row($"{prefix} m3*", GetDouble(trial, "M3Corrected"), "g，按 15 g 修正"));
rows.Add(Row($"{prefix} m4*", GetDouble(trial, "M4Corrected"), "g，按 15 g 修正"));
rows.Add(Row($"{prefix} T180*", GetDouble(trial, "T180Corrected"), "g，透水汽性能"));
rows.Add(Row($"{prefix} XT180*", GetDouble(trial, "XT180Corrected"), "g，吸湿透水汽性能"));
}
private static void AddWarmthCycleRows(List<IReadOnlyList<object?>> rows, string prefix, JsonElement cycle)
{
rows.Add(Row($"{prefix} P", GetDouble(cycle, "EnergyKilojoules"), "kJ，180 min 能量消耗"));
rows.Add(Row($"{prefix} t", GetDouble(cycle, "Seconds"), "s，测试周期"));
rows.Add(Row($"{prefix} Q", GetDouble(cycle, "HeatWatts"), "W，单位时间热量消耗"));
rows.Add(Row($"{prefix} Tf", GetDouble(cycle, "FootTemperatureC"), "℃，假脚表面温度平均值"));
rows.Add(Row($"{prefix} Tc", GetDouble(cycle, "ChamberTemperatureC"), "℃，测试箱环境温度平均值"));
rows.Add(Row($"{prefix} R", GetDouble(cycle, "ThermalResistance"), "m2·℃/W，保暖性能热阻值"));
}
private static WorksheetData CreateMethodBMassSheet(JsonElement root) private static WorksheetData CreateMethodBMassSheet(JsonElement root)
{ {
var rows = new List<IReadOnlyList<object?>> var rows = new List<IReadOnlyList<object?>>
@@ -226,25 +260,39 @@ public sealed class ExcelReportService
if (root.TryGetProperty("Masses", out var masses)) if (root.TryGetProperty("Masses", out var masses))
{ {
rows.Add(Row("m11", GetDouble(masses, "M11"), "模拟皮肤测试前质量")); if (masses.TryGetProperty("Trial1", out var trial1) && masses.TryGetProperty("Trial2", out var trial2))
rows.Add(Row("m12", GetDouble(masses, "M12"), "模拟皮肤测试后质量")); {
rows.Add(Row("m21", GetDouble(masses, "M21"), "标准长筒袜测试前质量")); AddMassRows(rows, "第1次", trial1);
rows.Add(Row("m22", GetDouble(masses, "M22"), "标准长筒袜测试后质量")); AddMassRows(rows, "第2次", trial2);
rows.Add(Row("m31", GetDouble(masses, "M31"), "样品鞋测试前质量")); }
rows.Add(Row("m32", GetDouble(masses, "M32"), "样品鞋测试后质量")); else
rows.Add(Row("m41", GetDouble(masses, "M41"), "鞋垫测试前质量")); {
rows.Add(Row("m42", GetDouble(masses, "M42"), "鞋垫测试后质量")); AddMassRows(rows, "", masses);
rows.Add(Row("m51", GetDouble(masses, "M51"), "C1 测试前质量")); }
rows.Add(Row("m52", GetDouble(masses, "M52"), "C1 测试后质量"));
rows.Add(Row("m61", GetDouble(masses, "M61"), "C2 测试前质量"));
rows.Add(Row("m62", GetDouble(masses, "M62"), "C2 测试后质量"));
rows.Add(Row("m71", GetDouble(masses, "M71"), "C3 测试前质量"));
rows.Add(Row("m72", GetDouble(masses, "M72"), "C3 测试后质量"));
} }
return new WorksheetData("方法B称重", rows); return new WorksheetData("方法B称重", rows);
} }
private static void AddMassRows(List<IReadOnlyList<object?>> rows, string prefix, JsonElement masses)
{
var label = string.IsNullOrWhiteSpace(prefix) ? "" : $"{prefix} ";
rows.Add(Row($"{label}m11", GetDouble(masses, "M11"), "模拟皮肤测试前质量"));
rows.Add(Row($"{label}m12", GetDouble(masses, "M12"), "模拟皮肤测试后质量"));
rows.Add(Row($"{label}m21", GetDouble(masses, "M21"), "标准长筒袜测试前质量"));
rows.Add(Row($"{label}m22", GetDouble(masses, "M22"), "标准长筒袜测试后质量"));
rows.Add(Row($"{label}m31", GetDouble(masses, "M31"), "样品鞋测试前质量"));
rows.Add(Row($"{label}m32", GetDouble(masses, "M32"), "样品鞋测试后质量"));
rows.Add(Row($"{label}m41", GetDouble(masses, "M41"), "鞋垫测试前质量"));
rows.Add(Row($"{label}m42", GetDouble(masses, "M42"), "鞋垫测试后质量"));
rows.Add(Row($"{label}m51", GetDouble(masses, "M51"), "C1 测试前质量"));
rows.Add(Row($"{label}m52", GetDouble(masses, "M52"), "C1 测试后质量"));
rows.Add(Row($"{label}m61", GetDouble(masses, "M61"), "C2 测试前质量"));
rows.Add(Row($"{label}m62", GetDouble(masses, "M62"), "C2 测试后质量"));
rows.Add(Row($"{label}m71", GetDouble(masses, "M71"), "C3 测试前质量"));
rows.Add(Row($"{label}m72", GetDouble(masses, "M72"), "C3 测试后质量"));
}
private static WorksheetData CreateProcedureSheet(JsonElement root) private static WorksheetData CreateProcedureSheet(JsonElement root)
{ {
var rows = new List<IReadOnlyList<object?>> var rows = new List<IReadOnlyList<object?>>
@@ -471,6 +519,11 @@ public sealed class ExcelReportService
return element.TryGetProperty(property, out var value) && value.ValueKind == JsonValueKind.True; return element.TryGetProperty(property, out var value) && value.ValueKind == JsonValueKind.True;
} }
private static double Round(double value, int digits)
{
return Math.Round(value, digits, MidpointRounding.AwayFromZero);
}
private static string ColumnName(int column) private static string ColumnName(int column)
{ {
var name = ""; var name = "";

123
FootwearTest/Services/TestFormulaService.cs
View File

@@ -8,6 +8,8 @@ namespace FootwearTest.Services;
public sealed class TestFormulaService public sealed class TestFormulaService
{ {
private const double VaporizationHeatWhPerGram = 0.672; private const double VaporizationHeatWhPerGram = 0.672;
private const double MethodBTargetWaterGrams = 15.0;
private const double MethodBWaterToleranceGrams = 0.9;
public double CalculateSkinMoistureResistance( public double CalculateSkinMoistureResistance(
double footAreaSquareMeters, double footAreaSquareMeters,
@@ -17,9 +19,11 @@ public sealed class TestFormulaService
double environmentRelativeHumidity, double environmentRelativeHumidity,
double nakedFootSweatGramsPerHour) double nakedFootSweatGramsPerHour)
{ {
EnsurePositive(nakedFootSweatGramsPerHour, "裸脚状态下的出汗量 Qn");
return footAreaSquareMeters * return footAreaSquareMeters *
(skinSaturatedVaporPressurePa * skinRelativeHumidity - environmentSaturatedVaporPressurePa * environmentRelativeHumidity) / (skinSaturatedVaporPressurePa * skinRelativeHumidity - environmentSaturatedVaporPressurePa * environmentRelativeHumidity) /
(VaporizationHeatWhPerGram * Math.Max(nakedFootSweatGramsPerHour, 0.001)); (VaporizationHeatWhPerGram * nakedFootSweatGramsPerHour);
} }
public MethodASampleRecord CalculateMethodASample( public MethodASampleRecord CalculateMethodASample(
@@ -30,11 +34,15 @@ public sealed class TestFormulaService
double skinSaturatedVaporPressurePa = 5623.0, double skinSaturatedVaporPressurePa = 5623.0,
double environmentSaturatedVaporPressurePa = 2809.0) double environmentSaturatedVaporPressurePa = 2809.0)
{ {
var he = VaporizationHeatWhPerGram * Math.Max(snapshot.WaterLossGramsPerHour, 0.001); EnsurePositive(snapshot.WaterLossGramsPerHour, "整鞋蒸发出汗量 Q");
var he = VaporizationHeatWhPerGram * snapshot.WaterLossGramsPerHour;
var re = footAreaSquareMeters * var re = footAreaSquareMeters *
(skinSaturatedVaporPressurePa - environmentSaturatedVaporPressurePa * snapshot.EnvironmentHumidityPercent / 100.0) / (skinSaturatedVaporPressurePa - environmentSaturatedVaporPressurePa * snapshot.EnvironmentHumidityPercent / 100.0) /
he - skinMoistureResistance; he - skinMoistureResistance;
var hd = Math.Max(snapshot.PowerWatts - he, 0.001); var hd = snapshot.PowerWatts - he;
EnsurePositive(hd, "通过整鞋的干热量 Hd");
var rt = footAreaSquareMeters * (snapshot.FootTemperatureC - snapshot.EnvironmentTemperatureC) / hd; var rt = footAreaSquareMeters * (snapshot.FootTemperatureC - snapshot.EnvironmentTemperatureC) / hd;
return new MethodASampleRecord( return new MethodASampleRecord(
@@ -45,10 +53,10 @@ public sealed class TestFormulaService
snapshot.EnvironmentHumidityPercent, snapshot.EnvironmentHumidityPercent,
snapshot.WaterLossGramsPerHour, snapshot.WaterLossGramsPerHour,
snapshot.PowerWatts, snapshot.PowerWatts,
Math.Round(he, 3), Round(he, 3),
Math.Round(hd, 3), Round(hd, 3),
Math.Round(re, 3), Round(re, 3),
Math.Round(rt, 4)); Round(rt, 4));
} }
public double Average(IEnumerable<double> values) public double Average(IEnumerable<double> values)
@@ -87,7 +95,7 @@ public sealed class TestFormulaService
return list.All(value => Math.Abs(value - average) <= Math.Abs(average) * 0.10); return list.All(value => Math.Abs(value - average) <= Math.Abs(average) * 0.10);
} }
public MethodBMoistureResult CalculateMethodBMoisture( public MethodBMoistureTrialResult CalculateMethodBMoistureTrial(
double m11, double m11,
double m12, double m12,
double m21, double m21,
@@ -108,49 +116,92 @@ public sealed class TestFormulaService
var m7 = m71 - m72; var m7 = m71 - m72;
var m8 = (m6 + m7) / 2.0; var m8 = (m6 + m7) / 2.0;
var m180 = m5 - m8; var m180 = m5 - m8;
var scale = 15.0 / Math.Max(m180, 0.001); EnsurePositive(m180, "180 min 测试过程中泵进鞋腔内水的总质量 m180");
var scale = MethodBTargetWaterGrams / m180;
var m1 = m12 - m11; var m1 = m12 - m11;
var m2 = m22 - m21; var m2 = m22 - m21;
var m3 = m32 - m31; var m3 = m32 - m31;
var m4 = m42 - m41; var m4 = m42 - m41;
var t180 = m180 - m1 - m2 - m3 - m4; var t180 = m180 - m1 - m2 - m3 - m4;
var t180Corrected = t180 * scale;
var m3Corrected = m3 * scale;
var m4Corrected = m4 * scale;
return new MethodBMoistureResult( return new MethodBMoistureTrialResult(
Math.Round(m1, 3), Round(m1, 3),
Math.Round(m2, 3), Round(m2, 3),
Math.Round(m3, 3), Round(m3, 3),
Math.Round(m4, 3), Round(m4, 3),
Math.Round(m5, 3), Round(m5, 3),
Math.Round(m6, 3), Round(m6, 3),
Math.Round(m7, 3), Round(m7, 3),
Math.Round(m8, 3), Round(m8, 3),
Math.Round(m180, 3), Round(m180, 3),
Math.Round(t180, 3), Round(t180, 3),
Math.Round(m1 * scale, 3), Round(m1 * scale, 3),
Math.Round(m2 * scale, 3), Round(m2 * scale, 3),
Math.Round(m3 * scale, 3), Round(m3Corrected, 3),
Math.Round(m4 * scale, 3), Round(m4Corrected, 3),
Math.Round(t180 * scale, 3), Round(t180Corrected, 3),
Math.Round((t180 + m3 + m4) * scale, 3), Round(t180Corrected + m3Corrected + m4Corrected, 3),
m180 >= 14.1 && m180 <= 15.9); m180 >= MethodBTargetWaterGrams - MethodBWaterToleranceGrams &&
m180 <= MethodBTargetWaterGrams + MethodBWaterToleranceGrams);
} }
public MethodBWarmthResult CalculateMethodBWarmth( public MethodBMoistureResult CalculateMethodBMoisture(
MethodBMoistureTrialResult trial1,
MethodBMoistureTrialResult trial2)
{
return new MethodBMoistureResult(
trial1,
trial2,
Round((trial1.T180Corrected + trial2.T180Corrected) / 2.0, 2),
Round((trial1.XT180Corrected + trial2.XT180Corrected) / 2.0, 2),
trial1.IsValid && trial2.IsValid);
}
public MethodBWarmthCycleResult CalculateMethodBWarmthCycle(
double energyKilojoules, double energyKilojoules,
double seconds, double seconds,
double footAreaSquareMeters, double footAreaSquareMeters,
double footTemperatureC, double footTemperatureC,
double chamberTemperatureC) double chamberTemperatureC)
{ {
var heatWatts = energyKilojoules / Math.Max(seconds, 1.0) * 1000.0; EnsurePositive(seconds, "测试周期时长 t");
var resistance = footAreaSquareMeters * (footTemperatureC - chamberTemperatureC) / Math.Max(heatWatts, 0.001); EnsurePositive(energyKilojoules, "180 min 测试周期内的能量消耗 P");
return new MethodBWarmthResult(
Math.Round(energyKilojoules, 1), var heatWatts = energyKilojoules / seconds * 1000.0;
var resistance = footAreaSquareMeters * (footTemperatureC - chamberTemperatureC) / heatWatts;
return new MethodBWarmthCycleResult(
Round(energyKilojoules, 1),
seconds, seconds,
Math.Round(heatWatts, 3), Round(heatWatts, 3),
Math.Round(footTemperatureC, 2), Round(footTemperatureC, 2),
Math.Round(chamberTemperatureC, 2), Round(chamberTemperatureC, 2),
Math.Round(resistance, 3)); Round(resistance, 3));
}
public MethodBWarmthResult CalculateMethodBWarmth(
MethodBWarmthCycleResult cycle1,
MethodBWarmthCycleResult cycle2)
{
return new MethodBWarmthResult(
cycle1,
cycle2,
Round((cycle1.ThermalResistance + cycle2.ThermalResistance) / 2.0, 3));
}
private static double Round(double value, int digits)
{
return Math.Round(value, digits, MidpointRounding.AwayFromZero);
}
private static void EnsurePositive(double value, string name)
{
if (value <= 0)
{
throw new ArgumentOutOfRangeException(nameof(value), value, $"{name} 必须大于 0，无法按 GB/T 33393 公式计算。");
}
} }
} }

28
FootwearTest/ViewModels/MethodAViewModel.cs
View File

@@ -120,6 +120,7 @@ public partial class MethodAViewModel : ViewModelBase
Samples.Clear(); Samples.Clear();
await _deviceClient.SetOutputsAsync(true, true, true); await _deviceClient.SetOutputsAsync(true, true, true);
var skinResistanceValues = new double[30];
for (var i = 1; i <= 30; i++) for (var i = 1; i <= 30; i++)
{ {
await Task.Delay(60); await Task.Delay(60);
@@ -131,12 +132,16 @@ public partial class MethodAViewModel : ViewModelBase
2809.0, 2809.0,
snapshot.EnvironmentHumidityPercent / 100.0, snapshot.EnvironmentHumidityPercent / 100.0,
snapshot.WaterLossGramsPerHour); snapshot.WaterLossGramsPerHour);
SkinMoistureResistance = Math.Round(value, 3); skinResistanceValues[i - 1] = value;
Samples.Add(_formulaService.CalculateMethodASample(i, snapshot, _settings.FootAreaSquareMeters, SkinMoistureResistance)); SkinMoistureResistance = Round(_formulaService.Average(skinResistanceValues.Take(i)), 3);
} }
await _deviceClient.SetOutputsAsync(false, true, false); await _deviceClient.SetOutputsAsync(false, true, false);
UpdateMethodAResult("皮肤湿阻"); MoistureCvPercent = Round(_formulaService.CoefficientOfVariationPercent(skinResistanceValues), 2);
ThermalCvPercent = 0;
AverageMoistureResistance = 0;
AverageThermalResistance = 0;
ResultText = $"皮肤湿阻: Res {SkinMoistureResistance:F3} Pa·m²/W，CV {MoistureCvPercent:F2}%";
var id = await SaveRunAsync("方法 A - 皮肤湿阻", true); var id = await SaveRunAsync("方法 A - 皮肤湿阻", true);
StatusText = "皮肤湿阻测定完成"; StatusText = "皮肤湿阻测定完成";
_logger.LogInformation("Method A skin moisture resistance completed. RecordId={RecordId}, Samples={Samples}, Result={ResultText}", id, Samples.Count, ResultText); _logger.LogInformation("Method A skin moisture resistance completed. RecordId={RecordId}, Samples={Samples}, Result={ResultText}", id, Samples.Count, ResultText);
@@ -178,7 +183,9 @@ public partial class MethodAViewModel : ViewModelBase
} }
await _deviceClient.SetOutputsAsync(false, true, false); await _deviceClient.SetOutputsAsync(false, true, false);
var passed = _formulaService.PassesTenPercentDeviation(Samples.Select(sample => sample.ThermalResistance)); var passed =
_formulaService.PassesTenPercentDeviation(Samples.Select(sample => sample.MoistureResistance)) &&
_formulaService.PassesTenPercentDeviation(Samples.Select(sample => sample.ThermalResistance));
UpdateMethodAResult("整鞋热阻/湿阻"); UpdateMethodAResult("整鞋热阻/湿阻");
var id = await SaveRunAsync("方法 A - 整鞋热阻/湿阻", passed); var id = await SaveRunAsync("方法 A - 整鞋热阻/湿阻", passed);
StatusText = passed ? "试验完成" : "结果偏差超过 ±10%，建议重测"; StatusText = passed ? "试验完成" : "结果偏差超过 ±10%，建议重测";
@@ -222,13 +229,18 @@ public partial class MethodAViewModel : ViewModelBase
private void UpdateMethodAResult(string stage) private void UpdateMethodAResult(string stage)
{ {
AverageMoistureResistance = Math.Round(_formulaService.Average(Samples.Select(sample => sample.MoistureResistance)), 3); AverageMoistureResistance = Round(_formulaService.Average(Samples.Select(sample => sample.MoistureResistance)), 3);
AverageThermalResistance = Math.Round(_formulaService.Average(Samples.Select(sample => sample.ThermalResistance)), 4); AverageThermalResistance = Round(_formulaService.Average(Samples.Select(sample => sample.ThermalResistance)), 4);
MoistureCvPercent = Math.Round(_formulaService.CoefficientOfVariationPercent(Samples.Select(sample => sample.MoistureResistance)), 2); MoistureCvPercent = Round(_formulaService.CoefficientOfVariationPercent(Samples.Select(sample => sample.MoistureResistance)), 2);
ThermalCvPercent = Math.Round(_formulaService.CoefficientOfVariationPercent(Samples.Select(sample => sample.ThermalResistance)), 2); ThermalCvPercent = Round(_formulaService.CoefficientOfVariationPercent(Samples.Select(sample => sample.ThermalResistance)), 2);
ResultText = $"{stage}: 湿阻 {AverageMoistureResistance:F3} Pa·m²/W，热阻 {AverageThermalResistance:F4} m²·℃/W，CV {ThermalCvPercent:F2}%"; ResultText = $"{stage}: 湿阻 {AverageMoistureResistance:F3} Pa·m²/W，热阻 {AverageThermalResistance:F4} m²·℃/W，CV {ThermalCvPercent:F2}%";
} }
private static double Round(double value, int digits)
{
return Math.Round(value, digits, MidpointRounding.AwayFromZero);
}
private async Task StopOutputsAfterFailureAsync(string reason) private async Task StopOutputsAfterFailureAsync(string reason)
{ {
try try

90
FootwearTest/ViewModels/MethodBViewModel.cs
View File

@@ -57,8 +57,24 @@ public partial class MethodBViewModel : ViewModelBase
private double _m62 = 99.80; private double _m62 = 99.80;
private double _m71 = 100.00; private double _m71 = 100.00;
private double _m72 = 99.78; private double _m72 = 99.78;
private double _m11Second = 6.00;
private double _m12Second = 7.08;
private double _m21Second = 14.00;
private double _m22Second = 16.36;
private double _m31Second = 410.00;
private double _m32Second = 413.15;
private double _m41Second = 18.00;
private double _m42Second = 18.95;
private double _m51Second = 100.00;
private double _m52Second = 84.74;
private double _m61Second = 100.00;
private double _m62Second = 99.81;
private double _m71Second = 100.00;
private double _m72Second = 99.79;
private double _warmthEnergyKilojoules = 48.2; private double _warmthEnergyKilojoules = 48.2;
private double _warmthSeconds = 10800; private double _warmthSeconds = 10800;
private double _warmthEnergyKilojoulesSecond = 48.0;
private double _warmthSecondsSecond = 10800;
public string SampleDescription { get => _sampleDescription; set => SetProperty(ref _sampleDescription, value); } public string SampleDescription { get => _sampleDescription; set => SetProperty(ref _sampleDescription, value); }
public string StatusText { get => _statusText; set => SetProperty(ref _statusText, value); } public string StatusText { get => _statusText; set => SetProperty(ref _statusText, value); }
@@ -80,8 +96,24 @@ public partial class MethodBViewModel : ViewModelBase
public double M62 { get => _m62; set => SetProperty(ref _m62, value); } public double M62 { get => _m62; set => SetProperty(ref _m62, value); }
public double M71 { get => _m71; set => SetProperty(ref _m71, value); } public double M71 { get => _m71; set => SetProperty(ref _m71, value); }
public double M72 { get => _m72; set => SetProperty(ref _m72, value); } public double M72 { get => _m72; set => SetProperty(ref _m72, value); }
public double M11Second { get => _m11Second; set => SetProperty(ref _m11Second, value); }
public double M12Second { get => _m12Second; set => SetProperty(ref _m12Second, value); }
public double M21Second { get => _m21Second; set => SetProperty(ref _m21Second, value); }
public double M22Second { get => _m22Second; set => SetProperty(ref _m22Second, value); }
public double M31Second { get => _m31Second; set => SetProperty(ref _m31Second, value); }
public double M32Second { get => _m32Second; set => SetProperty(ref _m32Second, value); }
public double M41Second { get => _m41Second; set => SetProperty(ref _m41Second, value); }
public double M42Second { get => _m42Second; set => SetProperty(ref _m42Second, value); }
public double M51Second { get => _m51Second; set => SetProperty(ref _m51Second, value); }
public double M52Second { get => _m52Second; set => SetProperty(ref _m52Second, value); }
public double M61Second { get => _m61Second; set => SetProperty(ref _m61Second, value); }
public double M62Second { get => _m62Second; set => SetProperty(ref _m62Second, value); }
public double M71Second { get => _m71Second; set => SetProperty(ref _m71Second, value); }
public double M72Second { get => _m72Second; set => SetProperty(ref _m72Second, value); }
public double WarmthEnergyKilojoules { get => _warmthEnergyKilojoules; set => SetProperty(ref _warmthEnergyKilojoules, value); } public double WarmthEnergyKilojoules { get => _warmthEnergyKilojoules; set => SetProperty(ref _warmthEnergyKilojoules, value); }
public double WarmthSeconds { get => _warmthSeconds; set => SetProperty(ref _warmthSeconds, value); } public double WarmthSeconds { get => _warmthSeconds; set => SetProperty(ref _warmthSeconds, value); }
public double WarmthEnergyKilojoulesSecond { get => _warmthEnergyKilojoulesSecond; set => SetProperty(ref _warmthEnergyKilojoulesSecond, value); }
public double WarmthSecondsSecond { get => _warmthSecondsSecond; set => SetProperty(ref _warmthSecondsSecond, value); }
private async Task RunMoistureAsync() private async Task RunMoistureAsync()
{ {
@@ -101,13 +133,15 @@ public partial class MethodBViewModel : ViewModelBase
ProcedureLog.Add("模拟 180 min 周期完成，关闭泵、风扇及温控。"); ProcedureLog.Add("模拟 180 min 周期完成，关闭泵、风扇及温控。");
await _deviceClient.SetOutputsAsync(false, false, false); await _deviceClient.SetOutputsAsync(false, false, false);
var result = _formulaService.CalculateMethodBMoisture(M11, M12, M21, M22, M31, M32, M41, M42, M51, M52, M61, M62, M71, M72); var trial1 = _formulaService.CalculateMethodBMoistureTrial(M11, M12, M21, M22, M31, M32, M41, M42, M51, M52, M61, M62, M71, M72);
var trial2 = _formulaService.CalculateMethodBMoistureTrial(M11Second, M12Second, M21Second, M22Second, M31Second, M32Second, M41Second, M42Second, M51Second, M52Second, M61Second, M62Second, M71Second, M72Second);
var result = _formulaService.CalculateMethodBMoisture(trial1, trial2);
MoistureResultText = result.IsValid MoistureResultText = result.IsValid
? $"T180*={result.T180Corrected:F2} g，XT180*={result.XT180Corrected:F2} g，m180={result.M180:F2} g" ? $"T180*平均={result.AverageT180Corrected:F2} g，XT180*平均={result.AverageXT180Corrected:F2} g"
: $"m180={result.M180:F2} g，超出 15±0.9 g，结果作废"; : $"第1次 m180={trial1.M180:F2} g，第2次 m180={trial2.M180:F2} g，存在超出 15±0.9 g，结果作废";
MoistureDetailText = MoistureDetailText =
$"m1={result.M1:F3} g，m2={result.M2:F3} g，m3={result.M3:F3} g，m4={result.M4:F3} g\n" + $"第1次: m180={trial1.M180:F3} g，T180*={trial1.T180Corrected:F3} g，XT180*={trial1.XT180Corrected:F3} g\n" +
$"m5={result.M5:F3} g，m6={result.M6:F3} g，m7={result.M7:F3} g，m8={result.M8:F3} g，T180={result.T180:F3} g"; $"第2次: m180={trial2.M180:F3} g，T180*={trial2.T180Corrected:F3} g，XT180*={trial2.XT180Corrected:F3} g";
StatusText = result.IsValid ? "吸湿透水汽测试完成" : "吸湿透水汽测试需重测"; StatusText = result.IsValid ? "吸湿透水汽测试完成" : "吸湿透水汽测试需重测";
var id = await SaveRunAsync("方法 B - 吸湿透水汽性能", MoistureResultText, result, result.IsValid); var id = await SaveRunAsync("方法 B - 吸湿透水汽性能", MoistureResultText, result, result.IsValid);
@@ -133,17 +167,26 @@ public partial class MethodBViewModel : ViewModelBase
ProcedureLog.Add("开启风扇和温控，稳定到 38±1 ℃。"); ProcedureLog.Add("开启风扇和温控，稳定到 38±1 ℃。");
await _deviceClient.SetOutputsAsync(false, true, true); await _deviceClient.SetOutputsAsync(false, true, true);
await Task.Delay(500); await Task.Delay(500);
ProcedureLog.Add("记录两个 180 min 周期能量消耗，生成热阻结果。"); ProcedureLog.Add("记录两个 180 min 周期能量消耗，分别计算热阻并取平均。");
await _deviceClient.SetOutputsAsync(false, false, false); await _deviceClient.SetOutputsAsync(false, false, false);
var result = _formulaService.CalculateMethodBWarmth( var cycle1 = _formulaService.CalculateMethodBWarmthCycle(
WarmthEnergyKilojoules, WarmthEnergyKilojoules,
WarmthSeconds, WarmthSeconds,
_settings.FootAreaSquareMeters, _settings.FootAreaSquareMeters,
_settings.MethodBWarmthTargetTemperatureC, _settings.MethodBWarmthTargetTemperatureC,
_settings.EnvironmentTemperatureC); _settings.EnvironmentTemperatureC);
WarmthResultText = $"Q={result.HeatWatts:F3} W，R={result.ThermalResistance:F3} m²·℃/W"; var cycle2 = _formulaService.CalculateMethodBWarmthCycle(
WarmthDetailText = $"P={result.EnergyKilojoules:F1} kJ，t={result.Seconds:F0} s，Tf={result.FootTemperatureC:F2} ℃，Tc={result.ChamberTemperatureC:F2} ℃"; WarmthEnergyKilojoulesSecond,
WarmthSecondsSecond,
_settings.FootAreaSquareMeters,
_settings.MethodBWarmthTargetTemperatureC,
_settings.EnvironmentTemperatureC);
var result = _formulaService.CalculateMethodBWarmth(cycle1, cycle2);
WarmthResultText = $"R平均={result.AverageThermalResistance:F3} m²·℃/W";
WarmthDetailText =
$"第1周期: P={cycle1.EnergyKilojoules:F1} kJ，Q={cycle1.HeatWatts:F3} W，R={cycle1.ThermalResistance:F3} m²·℃/W\n" +
$"第2周期: P={cycle2.EnergyKilojoules:F1} kJ，Q={cycle2.HeatWatts:F3} W，R={cycle2.ThermalResistance:F3} m²·℃/W";
StatusText = "保暖性能测试完成"; StatusText = "保暖性能测试完成";
var id = await SaveRunAsync("方法 B - 保暖性能", WarmthResultText, result, true); var id = await SaveRunAsync("方法 B - 保暖性能", WarmthResultText, result, true);
@@ -180,12 +223,29 @@ public partial class MethodBViewModel : ViewModelBase
private async Task<long> SaveRunAsync(string method, string summary, object result, bool isValid) private async Task<long> SaveRunAsync(string method, string summary, object result, bool isValid)
{ {
var data = JsonSerializer.Serialize(new object payload = method.Contains("吸湿透水汽", StringComparison.Ordinal)
{ ? new
Result = result, {
Masses = new { M11, M12, M21, M22, M31, M32, M41, M42, M51, M52, M61, M62, M71, M72 }, Result = result,
ProcedureLog Masses = new
}, new JsonSerializerOptions { WriteIndented = true }); {
Trial1 = new { M11, M12, M21, M22, M31, M32, M41, M42, M51, M52, M61, M62, M71, M72 },
Trial2 = new { M11 = M11Second, M12 = M12Second, M21 = M21Second, M22 = M22Second, M31 = M31Second, M32 = M32Second, M41 = M41Second, M42 = M42Second, M51 = M51Second, M52 = M52Second, M61 = M61Second, M62 = M62Second, M71 = M71Second, M72 = M72Second }
},
ProcedureLog
}
: new
{
Result = result,
WarmthInputs = new
{
Cycle1 = new { EnergyKilojoules = WarmthEnergyKilojoules, Seconds = WarmthSeconds },
Cycle2 = new { EnergyKilojoules = WarmthEnergyKilojoulesSecond, Seconds = WarmthSecondsSecond }
},
ProcedureLog
};
var data = JsonSerializer.Serialize(payload, new JsonSerializerOptions { WriteIndented = true });
return await _repository.SaveAsync(new TestRunRecord( return await _repository.SaveAsync(new TestRunRecord(
0, 0,

57
FootwearTest/Views/MethodBView.axaml
View File

@@ -33,7 +33,7 @@
<TextBlock Text="标准控制点" FontSize="18" FontWeight="SemiBold"/> <TextBlock Text="标准控制点" FontSize="18" FontWeight="SemiBold"/>
<TextBlock Text="吸湿透水汽：泵流量 (5.0±0.3) cm³/h，周期 (180±1) min" TextWrapping="Wrap"/> <TextBlock Text="吸湿透水汽：泵流量 (5.0±0.3) cm³/h，周期 (180±1) min" TextWrapping="Wrap"/>
<TextBlock Text="称重精确到 0.01 g；m180 应在 15±0.9 g 范围内" TextWrapping="Wrap"/> <TextBlock Text="称重精确到 0.01 g；m180 应在 15±0.9 g 范围内" TextWrapping="Wrap"/>
<TextBlock Text="结果：T180* 为透水汽性能，XT180* 为吸湿透水汽性能" TextWrapping="Wrap"/> <TextBlock Text="结果：两次 T180*、XT180* 取平均，最终分别保留两位小数" TextWrapping="Wrap"/>
<TextBlock Text="保暖性能：假脚 (38±1) ℃，连续 2 个 180 min 周期" TextWrapping="Wrap"/> <TextBlock Text="保暖性能：假脚 (38±1) ℃，连续 2 个 180 min 周期" TextWrapping="Wrap"/>
</StackPanel> </StackPanel>
</Border> </Border>
@@ -41,18 +41,22 @@
<Border Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18"> <Border Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18">
<StackPanel Spacing="8"> <StackPanel Spacing="8">
<TextBlock Text="保暖性能输入" FontSize="18" FontWeight="SemiBold"/> <TextBlock Text="保暖性能输入" FontSize="18" FontWeight="SemiBold"/>
<TextBlock Text="180 min 能量 P (kJ)" Foreground="#5B6775"/> <TextBlock Text="第1周期 180 min 能量 P (kJ)" Foreground="#5B6775"/>
<TextBox Text="{Binding WarmthEnergyKilojoules}" sukiTheme:TextBoxExtensions.Unit="kJ"/> <TextBox Text="{Binding WarmthEnergyKilojoules}" sukiTheme:TextBoxExtensions.Unit="kJ"/>
<TextBlock Text="周期 t (s)" Foreground="#5B6775"/> <TextBlock Text="第1周期 t (s)" Foreground="#5B6775"/>
<TextBox Text="{Binding WarmthSeconds}" sukiTheme:TextBoxExtensions.Unit="s"/> <TextBox Text="{Binding WarmthSeconds}" sukiTheme:TextBoxExtensions.Unit="s"/>
<TextBlock Text="第2周期 180 min 能量 P (kJ)" Foreground="#5B6775"/>
<TextBox Text="{Binding WarmthEnergyKilojoulesSecond}" sukiTheme:TextBoxExtensions.Unit="kJ"/>
<TextBlock Text="第2周期 t (s)" Foreground="#5B6775"/>
<TextBox Text="{Binding WarmthSecondsSecond}" sukiTheme:TextBoxExtensions.Unit="s"/>
</StackPanel> </StackPanel>
</Border> </Border>
</StackPanel> </StackPanel>
<Grid Grid.Column="1" RowDefinitions="Auto,Auto,*"> <StackPanel Grid.Column="1" Spacing="14">
<Border Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18"> <Border Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18">
<StackPanel Spacing="10"> <StackPanel Spacing="10">
<TextBlock Text="吸湿透水汽称重输入" FontSize="18" FontWeight="SemiBold"/> <TextBlock Text="吸湿透水汽称重输入 - 第1次" FontSize="18" FontWeight="SemiBold"/>
<Grid ColumnDefinitions="*,*,*,*" RowDefinitions="Auto,Auto,Auto,Auto,Auto,Auto,Auto,Auto"> <Grid ColumnDefinitions="*,*,*,*" RowDefinitions="Auto,Auto,Auto,Auto,Auto,Auto,Auto,Auto">
<TextBlock Text="m11 皮肤前"/> <TextBlock Text="m11 皮肤前"/>
<TextBox Grid.Row="1" Text="{Binding M11}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/> <TextBox Grid.Row="1" Text="{Binding M11}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
@@ -89,7 +93,46 @@
</StackPanel> </StackPanel>
</Border> </Border>
<Border Grid.Row="1" Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18" Margin="0,14,0,0"> <Border Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18">
<StackPanel Spacing="10">
<TextBlock Text="吸湿透水汽称重输入 - 第2次" FontSize="18" FontWeight="SemiBold"/>
<Grid ColumnDefinitions="*,*,*,*" RowDefinitions="Auto,Auto,Auto,Auto,Auto,Auto,Auto,Auto">
<TextBlock Text="m11 皮肤前"/>
<TextBox Grid.Row="1" Text="{Binding M11Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="1" Text="m12 皮肤后"/>
<TextBox Grid.Column="1" Grid.Row="1" Text="{Binding M12Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="2" Text="m21 袜前"/>
<TextBox Grid.Column="2" Grid.Row="1" Text="{Binding M21Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="3" Text="m22 袜后"/>
<TextBox Grid.Column="3" Grid.Row="1" Text="{Binding M22Second}" Margin="0,0,0,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Row="2" Text="m31 鞋前"/>
<TextBox Grid.Row="3" Text="{Binding M31Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="1" Grid.Row="2" Text="m32 鞋后"/>
<TextBox Grid.Column="1" Grid.Row="3" Text="{Binding M32Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="2" Grid.Row="2" Text="m41 鞋垫前"/>
<TextBox Grid.Column="2" Grid.Row="3" Text="{Binding M41Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="3" Grid.Row="2" Text="m42 鞋垫后"/>
<TextBox Grid.Column="3" Grid.Row="3" Text="{Binding M42Second}" Margin="0,0,0,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Row="4" Text="m51 C1前"/>
<TextBox Grid.Row="5" Text="{Binding M51Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="1" Grid.Row="4" Text="m52 C1后"/>
<TextBox Grid.Column="1" Grid.Row="5" Text="{Binding M52Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="2" Grid.Row="4" Text="m61 C2前"/>
<TextBox Grid.Column="2" Grid.Row="5" Text="{Binding M61Second}" Margin="0,0,10,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="3" Grid.Row="4" Text="m62 C2后"/>
<TextBox Grid.Column="3" Grid.Row="5" Text="{Binding M62Second}" Margin="0,0,0,8" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Row="6" Text="m71 C3前"/>
<TextBox Grid.Row="7" Text="{Binding M71Second}" Margin="0,0,10,0" sukiTheme:TextBoxExtensions.Unit="g"/>
<TextBlock Grid.Column="1" Grid.Row="6" Text="m72 C3后"/>
<TextBox Grid.Column="1" Grid.Row="7" Text="{Binding M72Second}" Margin="0,0,10,0" sukiTheme:TextBoxExtensions.Unit="g"/>
</Grid>
</StackPanel>
</Border>
<Border Background="{DynamicResource AppCardBrush}" BorderBrush="{DynamicResource AppBorderBrush}" BorderThickness="1" CornerRadius="6" Padding="18">
<StackPanel Spacing="8"> <StackPanel Spacing="8">
<TextBlock Text="流程记录" FontSize="18" FontWeight="SemiBold"/> <TextBlock Text="流程记录" FontSize="18" FontWeight="SemiBold"/>
<ItemsControl ItemsSource="{Binding ProcedureLog}"> <ItemsControl ItemsSource="{Binding ProcedureLog}">
@@ -101,7 +144,7 @@
</ItemsControl> </ItemsControl>
</StackPanel> </StackPanel>
</Border> </Border>
</Grid> </StackPanel>
</Grid> </Grid>
</ScrollViewer> </ScrollViewer>
</UserControl> </UserControl>