livio/LMEMappeCatastaliProApp
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Separa le misure per ogni oggetto

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livio committed 2026-09-22 16:56:17 +02:00
1 parent 49ed7d5f0e
commit fc303e2555
6 files changed
+201 -18
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wwwroot/js/lme-map.js
+157 -13
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@@ -54,9 +54,12 @@ const lmeState = {
managerOutsideSelectionBound: false,
managerHiddenObjects: new Map(),
managerHiddenObjectIds: new Set(),
managerHiddenMeasurementSummaryIds: new Set(),
managerHiddenMeasurementSideIds: new Set(),
managerHiddenCategories: new Set(),
managerObjectOrder: {},
managerExpandedRows: new Set()
managerExpandedRows: new Set(),
dotNetReference: null
};
// AdE publishes the cadastral WMS in ETRS89. WMS 1.1.1 keeps the longitude,
@@ -109,7 +112,10 @@ window.lmeMap = {
showInfo: setInfo
};
function init() {
function init(dotNetReference) {
if (dotNetReference) {
lmeState.dotNetReference = dotNetReference;
}
if (lmeState.map) {
return;
}
@@ -1285,13 +1291,115 @@ function renderLayerManagerObject(record, index) {
highlightManagedObject(record);
});
const details = object.querySelector(".layer-manager-details");
details.appendChild(renderLayerManagerVisibilityOption(
geometryVisibilityLabel(record.layer),
visible,
checked => setManagedObjectVisible(record, checked, true)));
if (supportsManagedMeasurements(record)) {
managedMeasurementKinds(record).forEach(kind => {
const measurementsVisible = managedMeasurementsGloballyVisible(record.categoryKey)
&& !managedMeasurementHiddenSet(kind.key).has(record.id);
details.appendChild(renderLayerManagerVisibilityOption(
kind.label,
measurementsVisible,
checked => setManagedMeasurementKindVisible(record, kind.key, checked)));
});
}
const rows = managedObjectDetails(record.layer);
details.innerHTML = rows.length
const info = document.createElement("div");
info.className = "layer-manager-info";
info.innerHTML = rows.length
? rows.map(value => `<span>${escapeHtml(value)}</span>`).join("")
: "<span>Nessuna misura disponibile</span>";
details.appendChild(info);
return object;
}
function renderLayerManagerVisibilityOption(label, checked, onChange) {
const option = document.createElement("label");
option.className = "layer-manager-suboption";
option.innerHTML = `<input type="checkbox" ${checked ? "checked" : ""}><span>${escapeHtml(label)}</span>`;
const checkbox = option.querySelector("input");
checkbox.addEventListener("click", event => event.stopPropagation());
checkbox.addEventListener("change", () => onChange(checkbox.checked));
return option;
}
function geometryVisibilityLabel(layer) {
if (layer instanceof L.Polygon || layer instanceof L.Circle) {
return "Area/geometria sulla mappa";
}
if (layer instanceof L.Polyline) {
return "Linea sulla mappa";
}
return "Punto sulla mappa";
}
function supportsManagedMeasurements(record) {
return ["imported", "drawings"].includes(record.categoryKey)
&& (record.layer instanceof L.Circle
|| record.layer instanceof L.Polygon
|| record.layer instanceof L.Polyline);
}
function managedMeasurementsGloballyVisible(categoryKey) {
return categoryKey === "imported"
? lmeState.showImportedMeasurements
: lmeState.showDrawingMeasurements;
}
function managedMeasurementKinds(record) {
if (record.layer instanceof L.Polygon) {
return [
{ key: "summary", label: "Superficie e perimetro sulla mappa" },
{ key: "sides", label: "Misure dei lati sulla mappa" }
];
}
if (record.layer instanceof L.Circle) {
return [{ key: "summary", label: "Superficie, raggio e circonferenza sulla mappa" }];
}
return [
{ key: "summary", label: "Lunghezza totale sulla mappa" },
{ key: "sides", label: "Misure dei tratti sulla mappa" }
];
}
function managedMeasurementHiddenSet(kind) {
return kind === "sides"
? lmeState.managerHiddenMeasurementSideIds
: lmeState.managerHiddenMeasurementSummaryIds;
}
function setManagedMeasurementKindVisible(record, kind, visible) {
const hiddenSet = managedMeasurementHiddenSet(kind);
if (visible) {
if (!managedMeasurementsGloballyVisible(record.categoryKey)) {
lmeState.managerRecords.forEach(candidate => {
if (candidate.categoryKey === record.categoryKey
&& supportsManagedMeasurements(candidate)) {
lmeState.managerHiddenMeasurementSummaryIds.add(candidate.id);
lmeState.managerHiddenMeasurementSideIds.add(candidate.id);
}
});
if (record.categoryKey === "imported") {
lmeState.showImportedMeasurements = true;
} else {
lmeState.showDrawingMeasurements = true;
}
void lmeState.dotNetReference?.invokeMethodAsync(
"SetMeasurementsFromLayerManager",
record.categoryKey,
true);
}
hiddenSet.delete(record.id);
} else {
hiddenSet.add(record.id);
}
refreshImportedMeasurements();
refreshDrawingMeasurements();
refreshLayerManager();
}
function captureLayerManagerExpansion(container) {
container.querySelectorAll("details[data-expansion-key]").forEach(row => {
if (row.open) {
@@ -1659,6 +1767,7 @@ function applyImportedSheetVisibility() {
function setImportedMeasurementsVisible(enabled) {
lmeState.showImportedMeasurements = Boolean(enabled);
refreshImportedMeasurements();
refreshLayerManager();
setInfo(lmeState.showImportedMeasurements
? "Misure dei file GIS visibili."
: "Misure dei file GIS nascoste.");
@@ -1667,6 +1776,7 @@ function setImportedMeasurementsVisible(enabled) {
function setDrawingMeasurementsVisible(enabled) {
lmeState.showDrawingMeasurements = Boolean(enabled);
refreshDrawingMeasurements();
refreshLayerManager();
setInfo(lmeState.showDrawingMeasurements
? "Misure dei disegni visibili."
: "Misure dei disegni nascoste.");
@@ -1936,15 +2046,27 @@ function renderMeasurements(sourceGroup, targetGroup, visible, sourceType) {
sourceType
};
visitMeasurableLayers(sourceGroup, layer => {
const categoryKey = sourceType === "imported" ? "imported" : "drawings";
const objectId = managedLayerId(layer, categoryKey);
const showSummary = !lmeState.managerHiddenMeasurementSummaryIds.has(objectId);
const showSides = !lmeState.managerHiddenMeasurementSideIds.has(objectId);
if (!showSummary && !showSides) {
return;
}
if (context.count >= context.max || !layerIsInView(layer, context.bounds)) {
return;
}
const layerContext = {
...context,
showSummary,
showSides: context.showSides && showSides
};
if (layer instanceof L.Circle) {
renderCircleMeasurement(layer, targetGroup, context);
renderCircleMeasurement(layer, targetGroup, layerContext);
} else if (layer instanceof L.Polygon) {
renderPolygonMeasurement(layer, targetGroup, context);
renderPolygonMeasurement(layer, targetGroup, layerContext);
} else if (layer instanceof L.Polyline) {
renderPolylineMeasurement(layer, targetGroup, context);
renderPolylineMeasurement(layer, targetGroup, layerContext);
}
});
}
@@ -1971,6 +2093,9 @@ function layerIsInView(layer, mapBounds) {
}
function renderCircleMeasurement(layer, targetGroup, context) {
if (!context.showSummary) {
return;
}
const radius = layer.getRadius();
const area = Math.PI * radius * radius;
const circumference = 2 * Math.PI * radius;
@@ -1999,12 +2124,14 @@ function renderPolygonMeasurement(layer, targetGroup, context) {
const center = typeof layer.getCenter === "function"
? layer.getCenter()
: layer.getBounds().getCenter();
addMeasurementLabel(
targetGroup,
center,
`S: ${formatArea(Math.max(0, area))}<br>P: ${formatDistance(perimeter)}`,
"summary",
context);
if (context.showSummary) {
addMeasurementLabel(
targetGroup,
center,
`S: ${formatArea(Math.max(0, area))}<br>P: ${formatDistance(perimeter)}`,
"summary",
context);
}
}
function renderPolylineMeasurement(layer, targetGroup, context) {
@@ -2014,7 +2141,7 @@ function renderPolylineMeasurement(layer, targetGroup, context) {
lines.forEach(line => addSegmentLabels(line, false, targetGroup, context));
}
const longest = lines.reduce((current, line) => line.length > current.length ? line : current, []);
if (longest.length) {
if (context.showSummary && longest.length) {
addMeasurementLabel(
targetGroup,
longest[Math.floor(longest.length / 2)],
@@ -2361,6 +2488,8 @@ function captureDisplayOptions() {
layerOrder: [...lmeState.layerOrder],
layerObjectOrder: { ...lmeState.managerObjectOrder },
hiddenLayerObjects: [...lmeState.managerHiddenObjectIds],
hiddenLayerMeasurementSummaries: [...lmeState.managerHiddenMeasurementSummaryIds],
hiddenLayerMeasurementSides: [...lmeState.managerHiddenMeasurementSideIds],
hiddenLayerCategories: [...lmeState.managerHiddenCategories],
trailEnabled: lmeState.gpsTrailEnabled
};
@@ -2397,6 +2526,12 @@ function applyProjectDisplayOptions(options) {
if (Array.isArray(options.hiddenLayerObjects)) {
lmeState.managerHiddenObjectIds = new Set(options.hiddenLayerObjects);
}
if (Array.isArray(options.hiddenLayerMeasurementSummaries)) {
lmeState.managerHiddenMeasurementSummaryIds = new Set(options.hiddenLayerMeasurementSummaries);
}
if (Array.isArray(options.hiddenLayerMeasurementSides)) {
lmeState.managerHiddenMeasurementSideIds = new Set(options.hiddenLayerMeasurementSides);
}
if (Array.isArray(options.hiddenLayerCategories)) {
lmeState.managerHiddenCategories = new Set(options.hiddenLayerCategories);
}
@@ -2480,12 +2615,21 @@ function managedGroupGeoJson(group, categoryKey) {
function resetLayerManagerProjectState() {
lmeState.managerHiddenObjects.clear();
lmeState.managerHiddenObjectIds.clear();
lmeState.managerHiddenMeasurementSummaryIds.clear();
lmeState.managerHiddenMeasurementSideIds.clear();
lmeState.managerHiddenCategories.clear();
lmeState.managerObjectOrder = {};
clearManagerHighlight();
}
function clearManagedCategoryState(categoryKey) {
const category = layerManagerCategories().find(item => item.key === categoryKey);
if (category) {
managedRecordsForCategory(category).forEach(record => {
lmeState.managerHiddenMeasurementSummaryIds.delete(record.id);
lmeState.managerHiddenMeasurementSideIds.delete(record.id);
});
}
[...lmeState.managerHiddenObjects.entries()].forEach(([id, record]) => {
if (record.categoryKey === categoryKey) {
lmeState.managerHiddenObjects.delete(id);