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玫瑰图属性

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This commit is contained in:
crqiqi77 2026-04-10 09:15:08 +08:00
parent 458e342d93
commit 751a45257e
5 changed files with 15 additions and 354 deletions
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3
logPlus/formdraw.cpp
View File

@ -389,7 +389,8 @@ void FormDraw::setDrawData(QStringList listdt, QJsonObject objInfo)
QFont m_pl_fontScale = pInfo->m_pl_fontScale; // 刻度字体大小
// 玫瑰图
int m_rose_sector_enabled = pInfo->m_rose_sector_enabled; // 扇形（启用开关）
int m_rose_circle_radius_cm = pInfo->m_rose_circle_radius_cm; // 圆半径(cm)
double m_rose_circle_radius_cm = pInfo->m_rose_circle_radius_cm; // 圆半径(cm)
m_rose_circle_radius_cm *= g_dPixelPerCm;
int m_rose_radiation_circle_enabled = pInfo->m_rose_radiation_circle_enabled; // 辐射圈（启用开关）
int m_rose_azimuth_print_interval = pInfo->m_rose_azimuth_print_interval; // 方位打印间隔
QColor m_rose_circle_line_color = pInfo->m_rose_circle_line_color; // 圆线颜色

2
logPlus/formdraw.h
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@ -230,7 +230,7 @@ public:
void initIMAGE_DATA(QMyCustomPlot *widget, QString strSlfName, QString strLineName, QStringList listOtherProperty={});
// bool LoadFromIMAGE_SLF(QMyCustomPlot *widget, QString strSlfName, QString strLineName);
//深度
// 深度
void initDepth(QMyCustomPlot *widget);
//频率统计图
void initFgrq(QMyCustomPlot *widget);

2
logPlus/forminfo.h
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@ -304,7 +304,7 @@ public:
QString m_rose_attribute_field = "ID"; // 属性字段
// 玫瑰图
int m_rose_sector_enabled = 36; // 扇形
int m_rose_circle_radius_cm = 50; // 圆半径(cm)
int m_rose_circle_radius_cm = 1; // 圆半径(cm)
int m_rose_radiation_circle_enabled = 9; // 辐射圈
int m_rose_azimuth_print_interval = 3; // 方位打印间隔
QColor m_rose_circle_line_color = Qt::black; // 圆线颜色

333
logPlus/qmycustomplot.cpp
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@ -10028,7 +10028,7 @@ void QMyCustomPlot::s_changePlObjectProperty(QVariantMap variantMap)
double maxInclination = variantMap["m_pl_maxInclination"].toDouble();
this->drawFgrq(dataType, azimuthCurve, inclinationCurve, csCurveGrad, LeftVal3, RightVal3, nArc, nR, crArc, nArcLineWidth, bFill, crFill,
this->drawFgrq(bTableData, azimuthCurve, inclinationCurve, csCurveGrad, LeftVal3, RightVal3, nArc, nR, crArc, nArcLineWidth, bFill, crFill,
lineNumber, lineHeight, lineThickness, lineColor, drawAnnotation, drawHistogram, baselineWidth,
baselineColor, statInterval, minInclination, maxInclination);
}
@ -10311,7 +10311,6 @@ void QMyCustomPlot::drawDipAngle(double centerX, double centerY, float ifdir[360
for (int i = 0; i < lineNumber; ++i)
{
double currY = startX - i * step;
// 🔥🔥🔥 核心：每个刻度单独计算长度（和你GDI完全一样，每个长度不同）
double dynamicLen = 0.1 * ifdir[i] / dirmax + lineHeight;
@ -10548,7 +10547,8 @@ void QMyCustomPlot::s_changeRoseProperty(QVariantMap variantMap)
QFont m_pl_fontScale = variantMap["m_pl_fontScale"].value<QFont>();
// 玫瑰图
int m_rose_sector_enabled = variantMap["m_rose_sector_enabled"].toInt();
int m_rose_circle_radius_cm = variantMap["m_rose_circle_radius_cm"].toInt();
double m_rose_circle_radius_cm = variantMap["m_rose_circle_radius_cm"].toInt();
m_rose_circle_radius_cm *= g_dPixelPerCm;
int m_rose_radiation_circle_enabled = variantMap["m_rose_radiation_circle_enabled"].toInt();
int m_rose_azimuth_print_interval = variantMap["m_rose_azimuth_print_interval"].toInt();
QColor m_rose_circle_line_color = variantMap["m_rose_circle_line_color"].value<QColor>();
@ -10564,20 +10564,13 @@ void QMyCustomPlot::s_changeRoseProperty(QVariantMap variantMap)
double m_pl_minInclination = variantMap["m_pl_minInclination"].toDouble();
double m_pl_maxInclination = variantMap["m_pl_maxInclination"].toDouble();
// int nstep, double LeftVal, double RightVal
this->drawRose(bTableData, azimuthCurve, inclinationCurve,
m_rose_depth_field, m_rose_azimuth_field, m_rose_dip_field, m_rose_attribute_field,
csCurveGrad, LeftVal3, RightVal3, m_pl_fontScale,
m_rose_sector_enabled, m_rose_circle_radius_cm, m_rose_radiation_circle_enabled, m_rose_azimuth_print_interval, m_rose_circle_line_color,
m_rose_circle_line_width, m_rose_stress_line_color, m_rose_collapse_line_color, m_rose_draw_radiation_line, m_rose_draw_wellbore_collapse,
m_rose_fill_enabled, m_rose_draw_annotation,
m_pl_statInterval, m_pl_minInclination, m_pl_maxInclination);
this->drawRose(bTableData, azimuthCurve, inclinationCurve,
m_rose_depth_field, m_rose_azimuth_field, m_rose_dip_field, m_rose_attribute_field,
csCurveGrad, LeftVal3, RightVal3, m_pl_fontScale,
m_rose_sector_enabled, m_rose_circle_radius_cm, m_rose_radiation_circle_enabled, m_rose_azimuth_print_interval, m_rose_circle_line_color,
m_rose_circle_line_width, m_rose_stress_line_color, m_rose_collapse_line_color, m_rose_draw_radiation_line, m_rose_draw_wellbore_collapse,
m_rose_fill_enabled, m_rose_draw_annotation,
m_pl_statInterval, m_pl_minInclination, m_pl_maxInclination);
}
void QMyCustomPlot::drawRose(bool bTableData, QString csCurveDDIR, QString csCurveDANG,
@ -10933,312 +10926,6 @@ void QMyCustomPlot::drawRose(bool bTableData, QString csCurveDDIR, QString csCur
this->replot();
}
void QMyCustomPlot::drawTabRose(
bool bTableData,
QString csCurveDDIR,
QString csCurveDANG,
QString qsDepth,
QString qsDIR,
QString qsDIP,
QString qsID,
QString csCurveGrad,
double m_LeftVal3,
double m_RightVal3,
QFont m_pl_fontScale,
int m_nArc,
int nR,
int m_nCircle,
int m_nAzimStep,
QColor m_rose_circle_line_color,
int m_rose_circle_line_width,
QColor m_rose_stress_line_color,
QColor m_rose_collapse_line_color,
bool m_bGrid,
bool m_bJykt,
bool m_rose_fill_enabled,
bool m_bHint,
int nstep,
float m_LeftVal,
float m_RightVal
)
{
bool flag = true;
this->clearGraphs();
this->clearItems();
m_bTableData = bTableData;
m_csCurveDDIR = csCurveDDIR;
m_csCurveDANG = csCurveDANG;
m_csCurveGrad = csCurveGrad;
m_qsDepth = qsDepth;
m_qsDIR = qsDIR;
m_qsDIP = qsDIP;
m_qsID = qsID;
m_qsTable = "FRAC_HOLE.TABLE";
flag = Refurbish();
if (!flag) return;
// 必须读取裂缝表 + 裂缝定义
ReadFracDef();
int nPointNum = m_FracTabList.count();
int nFracType = m_FracDefList.count();
if (nPointNum < 1) return;
// 初始化裂缝类型默认全部绘制
for (int i = 0; i < nFracType; i++) {
m_bTypeDraw[i] = true;
}
QPen wPen(m_rose_circle_line_color, m_rose_circle_line_width);
double centerX = this->m_iX2 / 2;
float flVal = 0.0f;
float x, y, x1, y1, x2, y2;
float ifdir[360] = {0};
float mind = qMin(m_RightVal, m_LeftVal);
float maxd = qMax(m_RightVal, m_LeftVal);
float dirmax, dr;
float deps;
// 深度范围（表格数据使用屏幕坐标）
float ftmpSdep = -m_iY2;
float ftmpEdep = -m_iY1;
int tmp = ftmpSdep / nstep;
float flDep = tmp * nstep;
double pi = 3.1415926535;
while (1) {
if ((flDep >= ftmpEdep + nstep) || flDep >= ftmpEdep) break;
double tempf = flDep + nstep / 2.0;
double centerY = tempf * -1.0;
// ====================== 1. 画最外层圆 ======================
QCPItemEllipse* pEse = new QCPItemEllipse(this);
wPen.setWidth(m_rose_circle_line_width);
pEse->setPen(wPen);
pEse->m_bCustom = true;
pEse->m_nRadius = nR;
pEse->topLeft->setCoords(centerY, centerX);
pEse->bottomRight->setCoords(centerY, centerX);
// ====================== 2. 画十字线 ======================
for (int k = 0; k < 4; k++) {
QCPItemLine* pLine1 = new QCPItemLine(this);
pLine1->m_bCustom = true;
pLine1->m_dr = qDegreesToRadians(k * 90.0);
pLine1->m_nRadius = 0;
pLine1->m_nTailLen = nR;
pLine1->setPen(wPen);
pLine1->start->setCoords(centerY, centerX);
pLine1->end->setCoords(centerY, centerX);
}
// ====================== 3. 方位标注 ======================
if (m_bHint) {
int psize = 15;
flVal = m_nAzimStep * 360.0 / m_nArc;
for (int i = 0; i < 360; i += (int)flVal) {
QCPItemText* mItemTitle = new QCPItemText(this);
mItemTitle->position->setCoords(centerY, centerX);
mItemTitle->setText(QString::number(i));
mItemTitle->setFont(m_pl_fontScale);
mItemTitle->setColor(m_rose_circle_line_color);
dr = i * 2 * pi / 360.0;
mItemTitle->m_fx = (nR + psize * 0.85) * sin(dr);
mItemTitle->m_fy = (nR + psize * 0.85) * cos(dr);
mItemTitle->m_bCustom = true;
}
}
// ====================== 4. 辐射线 ======================
if (m_bGrid) {
wPen.setWidth(1);
double st = 360.0 / m_nArc;
for (int i = 0; i < m_nArc; i++) {
int ntmp = i % 9;
if (ntmp != 0) {
QCPItemLine* pLine = new QCPItemLine(this);
pLine->m_bCustom = true;
pLine->m_dr = qDegreesToRadians(i * st);
pLine->m_nRadius = 0;
pLine->m_nTailLen = nR;
pLine->setPen(wPen);
pLine->start->setCoords(centerY, centerX);
pLine->end->setCoords(centerY, centerX);
}
}
}
// ====================== 5. 辐射圈（同心圆） ======================
if (m_bGrid) {
qreal currentRadius = 0;
for (int i = 0; i < m_nCircle; i++) {
QCPItemEllipse* pEseInner = new QCPItemEllipse(this);
pEseInner->setPen(wPen);
pEseInner->m_bCustom = true;
currentRadius -= nR * 1.0 / m_nCircle;
pEseInner->m_nRadius = currentRadius;
pEseInner->topLeft->setCoords(centerY, centerX);
pEseInner->bottomRight->setCoords(centerY, centerX);
}
}
// ====================== 6. 表格数据统计方位 ======================
memset(ifdir, 0, sizeof(ifdir));
float x1Step = 360.0 / m_nArc;
// 遍历所有裂缝点
for (int i = 0; i < nPointNum; i++) {
FRAC_TABLE frac = m_FracTabList.at(i);
bool bDraw = false;
// 匹配裂缝类型
for (int j = 0; j < nFracType; j++) {
FRAC_DEF fd = m_FracDefList.at(j);
if ((int)frac.ID == fd.iCode) {
bDraw = m_bTypeDraw[j];
break;
}
}
if (!bDraw) continue;
deps = frac.DEP;
// 判断是否在当前统计深度段内
if (deps >= flDep && deps < flDep + nstep) {
float dipVal = frac.DIPorS;
if (dipVal > maxd || dipVal < mind) continue;
float dirVal = frac.DIR;
int j = dirVal / x1Step;
if (j >= 0 && j < m_nArc + 1) {
ifdir[j]++;
}
}
}
// ====================== 7. 找最大值 ======================
dirmax = 0;
int iIndex = -1;
for (int i = 0; i <= m_nArc; i++) {
if (dirmax < ifdir[i]) {
iIndex = i;
dirmax = ifdir[i];
}
}
if (dirmax == 0) dirmax = 1;
// ====================== 8. 绘制玫瑰瓣 ======================
flVal = 2 * pi / m_nArc;
QPolygonF myPolygon;
float oldx = 9999, oldy = 9999;
for (int i = 0; i <= m_nArc; i++) {
dr = i * flVal;
float px = ifdir[i] * nR * sin(dr) / dirmax;
float py = ifdir[i] * nR * cos(dr) / dirmax;
if (oldx != px || oldy != py) {
myPolygon << QPointF(px, py);
oldx = px; oldy = py;
}
dr = (i + 1) * flVal;
px = ifdir[i] * nR * sin(dr) / dirmax;
py = ifdir[i] * nR * cos(dr) / dirmax;
if (oldx != px || oldy != py) {
myPolygon << QPointF(px, py);
oldx = px; oldy = py;
}
}
// 绘制第一个玫瑰瓣
if (iIndex >= 0) {
QCPItemPolygon* pol = new QCPItemPolygon(this);
pol->topLeft->setCoords(centerY, centerX);
pol->bottomRight->setCoords(centerY, centerX);
pol->setPoints(myPolygon);
if (m_rose_fill_enabled)
m_rose_stress_line_color.setAlpha(255);
else
m_rose_stress_line_color.setAlpha(0);
pol->setBrushColor(m_rose_stress_line_color);
}
// ====================== 9. 绘制反向玫瑰瓣 ======================
myPolygon.clear();
float tempfArc = m_nArc / 2.0;
for (int i = 0; i <= m_nArc; i++) {
dr = i * flVal - tempfArc * flVal;
float px = ifdir[i] * nR * sin(dr) / dirmax;
float py = ifdir[i] * nR * cos(dr) / dirmax;
if (oldx != px || oldy != py) {
myPolygon << QPointF(px, py);
oldx = px; oldy = py;
}
dr = (i + 1) * flVal - tempfArc * flVal;
px = ifdir[i] * nR * sin(dr) / dirmax;
py = ifdir[i] * nR * cos(dr) / dirmax;
if (oldx != px || oldy != py) {
myPolygon << QPointF(px, py);
oldx = px; oldy = py;
}
}
if (iIndex >= 0) {
QCPItemPolygon* pol2 = new QCPItemPolygon(this);
pol2->topLeft->setCoords(centerY, centerX);
pol2->bottomRight->setCoords(centerY, centerX);
pol2->setPoints(myPolygon);
pol2->setBrushColor(m_rose_stress_line_color);
}
// ====================== 10. 绘制垮塌方向线 ======================
if (m_bJykt && iIndex >= 0) {
QPen collapsePen(m_rose_collapse_line_color, 2);
dr = iIndex * flVal - pi / 2;
x1 = ifdir[iIndex] * nR * sin(dr) / dirmax;
y1 = ifdir[iIndex] * nR * cos(dr) / dirmax;
dr = iIndex * flVal + pi / 2;
x2 = ifdir[iIndex] * nR * sin(dr) / dirmax;
y2 = ifdir[iIndex] * nR * cos(dr) / dirmax;
this->addQCPItemLine(this, centerY, centerX, QPointF(x1, y1), QPointF(x2, y2), collapsePen);
// 小箭头
dr = iIndex * flVal;
float x3 = 0.1 * ifdir[iIndex] * nR * sin(dr) / dirmax;
float y3 = 0.1 * ifdir[iIndex] * nR * cos(dr) / dirmax;
this->addQCPItemLine(this, centerY, centerX, QPointF(x1, y1), QPointF(x3, y3), collapsePen);
this->addQCPItemLine(this, centerY, centerX, QPointF(x3, y3), QPointF(x2, y2), collapsePen);
dr = iIndex * flVal - pi;
x3 = 0.1 * ifdir[iIndex] * nR * sin(dr) / dirmax;
y3 = 0.1 * ifdir[iIndex] * nR * cos(dr) / dirmax;
this->addQCPItemLine(this, centerY, centerX, QPointF(x1, y1), QPointF(x3, y3), collapsePen);
this->addQCPItemLine(this, centerY, centerX, QPointF(x3, y3), QPointF(x2, y2), collapsePen);
}
flDep += nstep;
}
this->replot();
}
void QMyCustomPlot::addQCPItemLine(QMyCustomPlot *widget, float cx, float cy, const QPointF& p1, const QPointF& p2, const QPen& wPen)
{
QPolygonF myPolygon;

29
logPlus/qmycustomplot.h
View File

@ -663,34 +663,7 @@ public:
int m_nArc, int m_rose_circle_radius_cm, int m_rose_radiation_circle_enabled, int m_rose_azimuth_print_interval, QColor m_rose_circle_line_color,
int m_rose_circle_line_width, QColor m_rose_stress_line_color, QColor m_rose_collapse_line_color, bool m_rose_draw_radiation_line, bool m_rose_draw_wellbore_collapse,
bool m_rose_fill_enabled, bool m_rose_draw_annotation, int nstep, float m_LeftVal, float m_RightVal);
void drawTabRose(
bool bTableData,
QString csCurveDDIR,
QString csCurveDANG,
QString qsDepth,
QString qsDIR,
QString qsDIP,
QString qsID,
QString csCurveGrad,
double m_LeftVal3,
double m_RightVal3,
QFont m_pl_fontScale,
int m_nArc,
int nR,
int m_nCircle,
int m_nAzimStep,
QColor m_rose_circle_line_color,
int m_rose_circle_line_width,
QColor m_rose_stress_line_color,
QColor m_rose_collapse_line_color,
bool m_bGrid,
bool m_bJykt,
bool m_rose_fill_enabled,
bool m_bHint,
int nstep,
float m_LeftVal,
float m_RightVal
);
void addQCPItemLine(QMyCustomPlot *widget, float cx, float cy, const QPointF& p1, const QPointF& p2, const QPen& wPen);
private: