livio/LMEMappeCatastaliProApp
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Load distinct official cadastral sheet boundaries

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livio committed 2026-09-25 21:33:53 +02:00
1 parent f480ce23ca
commit f65451c414
7 files changed
+202 -72
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wwwroot/js/lme-map.js
+155 -65
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@@ -3461,77 +3461,155 @@ function applyManagedVisualOrder(container) {
});
}
function setImportedSheetLayerVisible(enabled) {
async function setImportedSheetLayerVisible(enabled) {
migrateMisclassifiedImportedSheets();
lmeState.importedSheetsVisible = Boolean(enabled);
const generated = lmeState.importedSheetsVisible && ensureImportedSheetOutline();
let sheetResult = null;
if (lmeState.importedSheetsVisible) {
setInfo("Carico i fogli catastali delle particelle...");
sheetResult = await ensureImportedSheetOutlines();
}
applyImportedSheetVisibility();
const count = lmeState.importedSheets?.toGeoJSON()?.features?.length || 0;
setInfo(lmeState.importedSheetsVisible
? (count
? `${generated ? "Cornice generata dai dati importati" : "Layer del foglio importato visibile"} (${count} elementi).`
: "Nessun dato importato da cui ricavare la cornice del foglio.")
? `${sheetResult?.added ? "Fogli catastali ufficiali caricati" : "Layer dei fogli catastali visibile"} (${count} cornici).`
: (sheetResult?.failed
? "Il servizio ufficiale dei fogli catastali non e' al momento disponibile. Riprova mostrando nuovamente il layer."
: "Nessuna particella con cui individuare il foglio catastale."))
: "Layer del foglio importato nascosto; le particelle restano visibili.");
}
function ensureImportedSheetOutline() {
if (!lmeState.imported || !lmeState.importedSheets) {
return false;
}
const currentSheets = lmeState.importedSheets.toGeoJSON();
const hasAreaOutline = (currentSheets.features || []).some(feature =>
["Polygon", "MultiPolygon"].includes(feature?.geometry?.type));
if (hasAreaOutline) {
return false;
}
const imported = lmeState.imported.toGeoJSON();
const points = collectGeoJsonCoordinates(imported);
if (!points.length) {
return false;
}
const bounds = points.reduce((result, point) => ({
west: Math.min(result.west, point[0]),
south: Math.min(result.south, point[1]),
east: Math.max(result.east, point[0]),
north: Math.max(result.north, point[1])
}), { west: Infinity, south: Infinity, east: -Infinity, north: -Infinity });
if (!Number.isFinite(bounds.west)
|| !Number.isFinite(bounds.south)
|| bounds.east <= bounds.west
|| bounds.north <= bounds.south) {
return false;
}
const longitudePadding = Math.max((bounds.east - bounds.west) * 0.01, 0.000001);
const latitudePadding = Math.max((bounds.north - bounds.south) * 0.01, 0.000001);
const west = bounds.west - longitudePadding;
const south = bounds.south - latitudePadding;
const east = bounds.east + longitudePadding;
const north = bounds.north + latitudePadding;
addImportedSheetFeatures({
type: "FeatureCollection",
features: [{
type: "Feature",
properties: {
name: "Cornice del foglio importato",
_lmeGeneratedSheetOutline: true
},
geometry: {
type: "Polygon",
coordinates: [[
[west, south],
[east, south],
[east, north],
[west, north],
[west, south]
]]
}
}]
function removeLegacyGeneratedSheetOutlines() {
const category = layerManagerCategories().find(item => item.key === "importedSheets");
if (!category) return 0;
const generated = managedRecordsForCategory(category).filter(record =>
Boolean(record.layer?.feature?.properties?._lmeGeneratedSheetOutline));
generated.forEach(record => {
record.parent?.removeLayer?.(record.layer);
clearManagedObjectState(record.id);
});
return true;
return generated.length;
}
function cadastralSheetIdentity(feature, index) {
const properties = feature?.properties || {};
const explicit = properties.foglio ?? properties.FOGLIO ?? properties.sheet ?? properties.SHEET;
const administrativeUnit = String(properties.ADMINISTRATIVEUNIT || "").trim().toUpperCase();
if (String(explicit ?? "").trim()) {
return `${administrativeUnit}|${String(explicit).trim().replace(/^0+/, "") || "0"}`;
}
const context = [
properties.NATIONALCADASTRALREFERENCE,
properties.INSPIREID_LOCALID,
properties._lmeParcelReference,
properties._lmeSource,
properties._lmeFolder,
properties.name,
properties.Name
].filter(Boolean).join(" ").toUpperCase();
const namedSheet = context.match(/\bFOGLIO\s*[_ .-]*0*(\d+[A-Z]?)\b/i);
const codedSheet = context.match(/\b([A-Z]\d{3})[._-]([0-9]{4}[A-Z0-9]{2})(?=[._/-]|\b)/i);
if (namedSheet) return `${administrativeUnit}|${namedSheet[1]}`;
if (codedSheet) return `${codedSheet[1]}|${codedSheet[2]}`;
return `geometria-${index}`;
}
function sheetRepresentativePoint(feature) {
try {
return turf.pointOnFeature(feature).geometry.coordinates;
} catch {
const bounds = geoJsonBounds(feature?.geometry);
return bounds ? boundsCenter(bounds) : null;
}
}
function cadastralSheetFeatureKey(feature) {
const properties = feature?.properties || {};
return String(properties.NATIONALCADASTRALZONINGREFERENCE
|| properties.INSPIREID_LOCALID
|| properties.LABEL
|| JSON.stringify(feature?.geometry || {})).trim().toUpperCase();
}
async function ensureImportedSheetOutlines() {
if (!lmeState.imported || !lmeState.importedSheets) {
return { added: 0, failed: false };
}
removeLegacyGeneratedSheetOutlines();
const existingAreaSheets = layerManagerCategories()
.flatMap(category => managedRecordsForCategory(category))
.map(record => ({ categoryKey: record.categoryKey, feature: record.layer?.toGeoJSON?.() }))
.filter(item => ["Polygon", "MultiPolygon"].includes(item.feature?.geometry?.type)
&& !item.feature?.properties?._lmeGeneratedSheetOutline
&& (item.categoryKey === "importedSheets"
|| item.feature?.properties?._lmeOfficialSheet
|| item.feature?.properties?.NATIONALCADASTRALZONINGREFERENCE
|| isSheetOrOverlayFeature(item.feature)))
.map(item => item.feature);
const parcelFeatures = [
...(lmeState.imported.toGeoJSON()?.features || []),
...(lmeState.selectedParcelsLayer?.toGeoJSON?.()?.features || [])
].filter(feature => ["Polygon", "MultiPolygon"].includes(feature?.geometry?.type));
const representatives = new Map();
parcelFeatures.forEach((feature, index) => {
const identity = cadastralSheetIdentity(feature, index);
if (!representatives.has(identity)) representatives.set(identity, feature);
});
if (!representatives.size || !lmeState.dotNetReference) {
return { added: 0, failed: false };
}
const existingKeys = new Set(existingAreaSheets.map(cadastralSheetFeatureKey));
const officialSheets = new Map();
let failures = 0;
for (const [identity, parcelFeature] of representatives) {
const point = sheetRepresentativePoint(parcelFeature);
if (!point) continue;
const existingSheet = findContainingPolygon(point, {
type: "FeatureCollection",
features: [...existingAreaSheets, ...officialSheets.values()]
});
if (existingSheet) continue;
try {
const xml = await lmeState.dotNetReference.invokeMethodAsync(
"GetOfficialCadastralSheetsNear",
point[1],
point[0]);
const candidates = gmlParcelsToGeoJson(xml).features || [];
const containing = findContainingPolygon(point, { type: "FeatureCollection", features: candidates });
const sheet = containing || candidates[0];
if (!sheet) continue;
const key = cadastralSheetFeatureKey(sheet);
if (existingKeys.has(key) || officialSheets.has(key)) continue;
const reference = String(sheet.properties?.NATIONALCADASTRALZONINGREFERENCE
|| sheet.properties?.LABEL
|| identity.split("|").pop()
|| "").trim();
sheet.properties = {
...(sheet.properties || {}),
name: reference ? `Foglio catastale ${reference}` : "Foglio catastale",
foglio: reference,
_lmeSheetIdentity: identity,
_lmeOfficialSheet: true,
_lmeSource: reference ? `Foglio catastale ${reference}` : "Fogli catastali AdE",
_lmeGroupName: reference ? `Foglio ${reference}` : "Fogli catastali AdE"
};
officialSheets.set(key, sheet);
} catch {
failures++;
}
}
if (officialSheets.size) {
addImportedSheetFeatures({ type: "FeatureCollection", features: [...officialSheets.values()] });
applyImportedSheetVisibility();
refreshLayerManager();
finishMapChange(`${officialSheets.size} fogli catastali ufficiali caricati.`);
}
return { added: officialSheets.size, failed: failures > 0 && !officialSheets.size };
}
function migrateMisclassifiedImportedSheets() {
@@ -4551,9 +4629,6 @@ function loadProjectSnapshot(raw, projectName) {
lmeState.importedSheetsVisible = projectDisplayOptions
? Boolean(projectDisplayOptions.importedSheetsVisible)
: data.schemaVersion >= 2 && Boolean(data.importedSheetsVisible);
if (lmeState.importedSheetsVisible) {
ensureImportedSheetOutline();
}
applyImportedSheetVisibility();
L.geoJSON(data.selectedParcels || emptyFeatureCollection(), {
pane: "selectedParcelsPane",
@@ -4576,6 +4651,12 @@ function loadProjectSnapshot(raw, projectName) {
applyStyleFromProperties(layer);
}
}).addTo(lmeState.selectedParcelsLayer);
if (lmeState.importedSheetsVisible) {
void ensureImportedSheetOutlines().then(() => {
applyImportedSheetVisibility();
refreshLayerManager();
});
}
lmeState.gpsTrailPoints = Array.isArray(data.trail) ? data.trail : [];
lmeState.gpsTrailStartedAt = data.trailStartedAt || null;
@@ -5559,7 +5640,16 @@ function parcelMemberToFeature(member) {
}
const properties = {};
["INSPIREID_LOCALID", "INSPIREID_NAMESPACE", "LABEL", "NATIONALCADASTRALREFERENCE", "ADMINISTRATIVEUNIT"].forEach(name => {
[
"INSPIREID_LOCALID",
"INSPIREID_NAMESPACE",
"LABEL",
"NATIONALCADASTRALREFERENCE",
"NATIONALCADASTRALZONINGREFERENCE",
"LEVEL",
"LEVELNAME",
"ADMINISTRATIVEUNIT"
].forEach(name => {
const value = member.getElementsByTagNameNS("*", name)[0]?.textContent;
if (value) {
properties[name] = value;