/// <summary>
/// 启动单例模式的MonoBeheavior管理器
/// </summary>
private void LaunchManagers()
{
WisdomTree.Common.Function.Communication.Init(() => RecordManager.UpdateRecordInfos(null));
VSEManager.Init();
MainThread.Enable();
GameManager.Enable();
KeyboardManager.Enable();
PauseManager.Enable();
}
public void RecivePng(string url)
{
//Texture2D texture2D = ToolHelper.UITool.TextureTool.Texture2DGetterFormFile_Webgl.WebglStringToTextur2D(str);
//GetUpLoadTexture2D(texture2D);
/*
* Action<string> action = delegate (string s)
* {
* text.GetComponent<Text>().text = s;
* };
* Communication.UploadFile(arr, "try", action);
*/
/*
* string filename = str.Split('&')[0];
* string content = str.Substring(filename.Length + 1);
* byte[] b = Encoding.ASCII.GetBytes(content.ToCharArray());
* Debug.Log(b);
*/
Record record = RecordManager.GetRecord(GetComponent <RecordCell>().recordId, x =>
{
Action <string> action = delegate(string s)
{
x.uploadFinish = true;
x.Save();
GetComponent <RecordCell>()._UploadButton.FindChildren("Text").GetComponent <Text>().text = "上传（已上传）";
UIAPI.Instance.ShowModel(new SimpleModel()
{
ShowCancel = false,
Title = "提示",
Message = "实验数据上传成功"
});
};
List <ExperimentReportModelBuilder> models = new List <ExperimentReportModelBuilder>();
List <ExperimentReportContentBuilder> contents = new List <ExperimentReportContentBuilder>();
var hh = new string[] { "", "直接计算", "逐差法", "一元线性回归", "图示法" };
contents.Add(new ExperimentReportContentBuilder("实验设计", $"实验共测量{x.quantities.Count}个物理量，分别有{string.Join("、", x.quantities.Select(x => x.Name + "(" + x.Symbol + ")" + "，使用" + x.InstrumentType.CreateInstrumentInstance().InstName + "测量，并使用" + hh[x.processMethod] + "进行数据处理；"))}"));
contents.Add(new ExperimentReportContentBuilder("数据处理", string.Join("\n", x.quantities.Select(y =>
$"物理量：{y.Name}，代号：{y.Symbol}，数据组数：{y.MesuredData.data.Count}，{Group(y.processMethod, y.MesuredData.data.Count)}处理方法：{hh[y.processMethod]}，原始数据：{string.Join(";", y.MesuredData.data)}，自变量：{string.Join(";", y.IndependentData.data)}，逐差数据：{string.Join(";", y.DifferencedData.data)}"))));
if (url != null)
{
contents.Add(new ExperimentReportContentBuilder("附加材料", new Files("附加材料", url, 1, 1, 1))); /*这里换成已打开的文件*/
}
models.Add(new ExperimentReportModelBuilder("实验报告", contents.ToArray()));
var vseModel = new VSEReportUpload()
{
previewurl = url,
title = "交互式测量误差和数据处理虚拟仿真实验",
startTime = GameManager.Instance.startTime.Ticks / 1000000,
endTime = DateTime.Now.Ticks / 1000000,
timeUsed = (int)((DateTime.Now.Ticks - GameManager.Instance.startTime.Ticks) / 1000 / 1000000),
status = 1,
score = (int)(20 * x.score.CalcScore()),
steps = new List <VSEReportStep>()
{
new VSEReportStep()
{
seq = 1,
maxScore = 100,
score = (int)(20 * x.score.CalcScore()),
endTime = DateTime.Now.Ticks,
evaluation = $"本次实验记录数据发生{x.score.DataRecordError}次错误，处理直接测量量发生{x.score.MeasureQuantityError}次错误，处理最终合成量发生{x.score.ComplexQuantityError}次错误。",
expectTime = 0,
remarks = "",
repeatCount = 0,
scoringModel = "",
startTime = GameManager.Instance.startTime.Ticks / 1000000,
timeUsed = (int)((DateTime.Now.Ticks - GameManager.Instance.startTime.Ticks) / 1000 / 1000000),
title = "步骤"
}
}
};
Communication.UploadReport(GameManager.Instance.startTime, DateTime.Now, 20 * x.score.CalcScore(), $"本次实验记录数据发生{x.score.DataRecordError}次错误，处理直接测量量发生{x.score.MeasureQuantityError}次错误，处理最终合成量发生{x.score.ComplexQuantityError}次错误。", models.ToArray(), new Step[0], action);//这里也可以添加很多实验步骤。
VSEManager.UploadReport(vseModel, null);
});
}