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#ifndef NM_PEBI_GRID_DIAGNOSTICS_H
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#define NM_PEBI_GRID_DIAGNOSTICS_H
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#include "pch.h"
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#include <QCoreApplication>
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#include <QString>
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#include <QtCore/qnumeric.h>
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// 网格失败提示辅助函数：检查输入并生成可翻译的简短原因，不修改输入、不写日志。
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// 调用方负责将返回的原因交给框架日志或界面显示。
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namespace nmPebiGridDiagnostics {
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// 翻译用户可见提示；原文仍保留翻译标记，便于更新中英文语言文件。
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inline QString text(const char* source)
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{
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// 本文件不是 QObject 类，用固定翻译上下文与界面的 tr() 保持相同翻译机制。
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// 调用处用 QT_TRANSLATE_NOOP 标记原文，供 Qt 4.8 的 lupdate 提取；本函数负责运行时翻译。
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return QCoreApplication::translate("nmPebiGridDiagnostics", source);
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}
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// 保留双精度数值的有效信息，避免很小的井半径在提示中被格式化成零。
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inline QString number(double value)
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{
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return QString::number(value, 'g', 17);
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}
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// 只拦截可以确定无效的输入，不人为规定“井半径必须大于 0.1 m”。
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// 同一真实井径可能因坐标量级、网格尺度不同而成功或失败，不能擅自修改物理参数。
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// 返回首个发现的问题；空字符串仅表示通过这些基础检查，不保证算法一定成功。
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inline QString validate(const HX_NWTM_GRID_INPUT& input)
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{
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// 先检查网格维数和尺度，避免将不支持的维数或无效步长传给算法库。
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if(input.D != 2)
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Only two-dimensional grid input is supported."));
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if(!qIsFinite(input.GridControl) || input.GridControl <= 0.0)
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Grid spacing must be finite and greater than zero (current value: %1)."))
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.arg(number(input.GridControl));
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if(input.Boundary.size() < 3)
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "The boundary must contain at least three edges."));
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// 每条边至少包含起点和终点的平面坐标；这里不检查整个边界是否闭合或自交。
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for(size_t i = 0; i < input.Boundary.size(); ++i) {
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const dVec1& edge = input.Boundary[i];
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if(edge.size() < 4 || !qIsFinite(edge[0]) || !qIsFinite(edge[1]) ||
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!qIsFinite(edge[2]) || !qIsFinite(edge[3]))
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Boundary edge %1 has missing or non-finite coordinates.")).arg(i + 1);
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// 捕获边界时当前程序会对坐标取整，原本相邻的点也可能因此重合。
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if(edge[0] == edge[2] && edge[1] == edge[3])
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Boundary edge %1 has zero length. Check coincident points and coordinate rounding.")).arg(i + 1);
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}
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// 直井数据前三项依次为横坐标、纵坐标、井半径；与算法库约定一致，单位为米。
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for(size_t i = 0; i < input.VerticalWell.size(); ++i) {
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const dVec1& well = input.VerticalWell[i];
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if(well.size() < 3 || !qIsFinite(well[0]) || !qIsFinite(well[1]) || !qIsFinite(well[2]))
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Vertical well %1 has missing or non-finite coordinates/radius.")).arg(i + 1);
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if(well[2] <= 0.0)
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Vertical well %1 has invalid radius %2 m; it must be greater than zero."))
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.arg(i + 1).arg(number(well[2]));
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// 这里判断实际浮点分辨能力：加上半径仍得到同一坐标，才能确定半径无法表达。
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// 普通正井径即使偏小也允许提交 DLL，避免把算法敏感性误判为输入错误。
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if(well[0] + well[2] == well[0] || well[1] + well[2] == well[1])
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Vertical well %1: radius %2 m is too small to represent at coordinates (%3, %4) m."))
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.arg(i + 1).arg(number(well[2])).arg(number(well[0])).arg(number(well[1]));
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}
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return QString();
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}
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// 算法失败且无法确定根因时附加通用建议，不把建议当成已经确认的失败原因。
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inline QString failureHint()
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{
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// DLL 没有给出具体原因时，只提供排查方向，不将小井径直接判定为错误。
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return text(QT_TRANSLATE_NOOP("nmPebiGridDiagnostics", "Check whether the well radius is too small, and check grid spacing and geometry positions."));
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}
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}
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#endif
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