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TerraLab

TerraLab v1.2.0

Geodata for any place

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From the developer

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Declared capabilities

  • Open map data for any place, as GIS files
  • DEM, hillshade and slope GeoTIFFs, profiles and contours
  • Sentinel-2 and aerial images as GeoTIFF

Cost & access

TerraLab does not sell products or process payments in ChatGPT.

Declared limitations

  • Parcel outside France
  • Weather, no tool
  • General knowledge, no tool

Onboarding example

Get the buildings within 1 km of Annecy old town as a GeoPackage
Sources & dates

Developer declarations; not independently tested. Listing last checked Nov 7, 2026. Package observed Nov 6, 2026.

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Description

From the marketplace listing

Geodata for any place, inside your agent. Ask for buildings, roads, addresses, boundaries, land use, water, transit or points of interest anywhere in the world. See them on an interactive map with their source and licence, then download them as GIS files (GeoPackage, Shapefile, GeoJSON, KML or CSV) that open in QGIS or any other GIS tool. Map data comes from Overture Maps and OpenStreetMap. Terrain and imagery: for any area, get a DEM, a hillshade and a slope map as GeoTIFF, plus elevations, profiles and contour lines, from Copernicus DEM GLO-30. Get a Sentinel-2 image anywhere (true colour, false colour or NDVI), or an IGN aerial photo in France. Routes and distances: driving, walking or cycling routes through up to 25 places, areas reachable within a travel time, straight-line distances, areas and buffers. Files and coordinates: open a GeoJSON, KML, KMZ, GPX, zipped Shapefile, CSV or WKT file, check it on a map, convert it, or buffer, merge, clip or simplify it. Convert coordinates between decimal degrees, DMS, UTM, MGRS, Lambert 93 and EPSG codes, with the recommended local CRS. Geocode one address or a list of up to 100 and export the points. France: the cadastral parcel and local urban plan (PLU) zone at an address, from the official cadastre and the Géoportail de l'Urbanisme, and the height, floors and year built of each building from IGN BD TOPO. Owner names and sale prices are never returned. Sign in once with a TerraLab account. Every answer names its sources and licences, and every download includes its licence. Limits: up to 20,000 features per extract, contour lines up to about 10 x 10 km, files up to 50 MB, lists up to 100 addresses. Elevation comes from a surface model that includes buildings and trees. Results are approximate and not for navigation, surveying or legal boundaries. Made by TerraLab, which builds AI tools for QGIS.

Language: English · Automatically detected from descriptions.

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Publisher full description

Geodata for any place, inside your agent. Ask for buildings, roads, addresses, boundaries, land use, water, transit or points of interest anywhere in the world. See them on an interactive map with their source and licence, then download them as GIS files (GeoPackage, Shapefile, GeoJSON, KML or CSV) that open in QGIS or any other GIS tool. Map data comes from Overture Maps and OpenStreetMap. Terrain and imagery: for any area, get a DEM, a hillshade and a slope map as GeoTIFF, plus elevations, profiles and contour lines, from Copernicus DEM GLO-30. Get a Sentinel-2 image anywhere (true colour, false colour or NDVI), or an IGN aerial photo in France. Routes and distances: driving, walking or cycling routes through up to 25 places, areas reachable within a travel time, straight-line distances, areas and buffers. Files and coordinates: open a GeoJSON, KML, KMZ, GPX, zipped Shapefile, CSV or WKT file, check it on a map, convert it, or buffer, merge, clip or simplify it. Convert coordinates between decimal degrees, DMS, UTM, MGRS, Lambert 93 and EPSG codes, with the recommended local CRS. Geocode one address or a list of up to 100 and export the points. France: the cadastral parcel and local urban plan (PLU) zone at an address, from the official cadastre and the Géoportail de l'Urbanisme, and the height, floors and year built of each building from IGN BD TOPO. Owner names and sale prices are never returned. Sign in once with a TerraLab account. Every answer names its sources and licences, and every download includes its licence. Limits: up to 20,000 features per extract, contour lines up to about 10 x 10 km, files up to 50 MB, lists up to 100 addresses. Elevation comes from a surface model that includes buildings and trees. Results are approximate and not for navigation, surveying or legal boundaries. Made by TerraLab, which builds AI tools for QGIS.

Publisher translations · package

Geodaten für jeden Ort Geodaten für jeden Ort, direkt in Ihrem KI-Agenten. Fragen Sie nach Gebäuden, Straßen, Adressen, Grenzen, Landnutzung, Gewässern, ÖPNV oder Points of Interest an jedem Ort der Welt. Sie sehen die Daten auf einer interaktiven Karte mit Quelle und Lizenz und laden sie anschließend als GIS-Dateien (GeoPackage, Shapefile, GeoJSON, KML oder CSV) herunter, die sich in QGIS oder jedem anderen GIS-Tool öffnen lassen. Die Kartendaten stammen von Overture Maps und OpenStreetMap. Gelände und Bilder: Für jedes Gebiet erhalten Sie ein DEM, eine Schummerung und eine Hangneigungskarte als GeoTIFF, dazu Höhenwerte, Profile und Höhenlinien aus dem Copernicus DEM GLO-30. Sie bekommen ein Sentinel-2-Bild für jeden Ort (Echtfarben, Falschfarben oder NDVI) oder ein IGN-Luftbild in Frankreich. Routen und Entfernungen: Auto-, Fuß- oder Radrouten über bis zu 25 Orte, Gebiete, die innerhalb einer bestimmten Fahrzeit erreichbar sind, Luftlinienentfernungen, Flächen und Puffer. Dateien und Koordinaten: Öffnen Sie eine GeoJSON-, KML-, KMZ-, GPX-, CSV- oder WKT-Datei oder ein gezipptes Shapefile, prüfen Sie es auf einer Karte, konvertieren Sie es oder erstellen Sie Puffer, führen Sie Daten zusammen, schneiden Sie sie zu oder vereinfachen Sie sie. Rechnen Sie Koordinaten zwischen Dezimalgrad, DMS, UTM, MGRS, Lambert 93 und EPSG-Codes um, mit dem empfohlenen lokalen CRS. Geokodieren Sie eine Adresse oder eine Liste mit bis zu 100 Adressen und exportieren Sie die Punkte. Frankreich: das Flurstück und die Zone des örtlichen Stadtplans (PLU) an einer Adresse, aus dem amtlichen Kataster und dem Géoportail de l'Urbanisme, sowie Höhe, Geschosse und Baujahr jedes Gebäudes aus IGN BD TOPO. Eigentümernamen und Verkaufspreise werden nie zurückgegeben. Einmal mit einem TerraLab-Konto anmelden. Jede Antwort nennt ihre Quellen und Lizenzen, und jeder Download enthält seine Lizenz. Einschränkungen: bis zu 20.000 Objekte pro Auszug, Höhenlinien bis etwa 10 x 10 km, Dateien bis 50 MB, Listen mit bis zu 100 Adressen. Die Höhen stammen aus einem Oberflächenmodell, das Gebäude und Bäume enthält. Die Ergebnisse sind Näherungswerte und nicht für Navigation, Vermessung oder rechtsverbindliche Grenzen geeignet. Entwickelt von TerraLab, das KI-Tools für QGIS entwickelt. Geodatos de cualquier lugar Geodatos de cualquier lugar, dentro de tu agente de IA. Pide edificios, carreteras, direcciones, límites administrativos, usos del suelo, agua, transporte público o puntos de interés en cualquier parte del mundo. Míralos en un mapa interactivo con su fuente y su licencia y descárgalos como archivos SIG (GeoPackage, Shapefile, GeoJSON, KML o CSV) que se abren en QGIS o en cualquier otra herramienta SIG. Los datos cartográficos proceden de Overture Maps y OpenStreetMap. Terreno e imágenes: para cualquier zona, obtén un DEM, un sombreado del relieve y un mapa de pendientes en GeoTIFF, además de altitudes, perfiles y curvas de nivel, a partir de Copernicus DEM GLO-30. Obtén una imagen Sentinel-2 de cualquier lugar (color real, falso color o NDVI), o una foto aérea del IGN en Francia. Rutas y distancias: rutas en coche, a pie o en bicicleta con hasta 25 lugares, zonas accesibles en un tiempo de viaje determinado, distancias en línea recta, superficies y áreas de influencia. Archivos y coordenadas: abre un archivo GeoJSON, KML, KMZ, GPX, Shapefile comprimido, CSV o WKT, compruébalo en un mapa, conviértelo, o aplícale un área de influencia, únelo, recórtalo o simplifícalo. Convierte coordenadas entre grados decimales, grados, minutos y segundos, UTM, MGRS, Lambert 93 y códigos EPSG, con el CRS local recomendado. Geocodifica una dirección o una lista de hasta 100 y exporta los puntos. Francia: la parcela catastral y la zona del plan urbanístico local (PLU) en una dirección, a partir del catastro oficial y del Géoportail de l'Urbanisme, y la altura, las plantas y el año de construcción de cada edificio según IGN BD TOPO. Nunca se devuelven nombres de propietarios ni precios de venta. Inicia sesión una sola vez con una cuenta de TerraLab. Cada respuesta indica sus fuentes y licencias, y cada descarga incluye su licencia. Límites: hasta 20 000 elementos por extracción, curvas de nivel hasta unos 10 x 10 km, archivos de hasta 50 MB, listas de hasta 100 direcciones. La elevación procede de un modelo de superficie que incluye edificios y árboles. Los resultados son aproximados y no sirven para navegación, topografía ni límites legales. Creado por TerraLab, que desarrolla herramientas de IA para QGIS. Données géographiques partout Des données géographiques pour tout lieu, directement dans votre agent IA. Demandez des bâtiments, des routes, des adresses, des limites administratives, l'occupation du sol, des cours d'eau, des réseaux de transport en commun ou des points d'intérêt n'importe où dans le monde. Visualisez-les sur une carte interactive avec leur source et leur licence, puis téléchargez-les en fichiers SIG (GeoPackage, Shapefile, GeoJSON, KML ou CSV) qui s'ouvrent dans QGIS ou tout autre outil SIG. Les données cartographiques proviennent d'Overture Maps et d'OpenStreetMap. Relief et imagerie : pour n'importe quel secteur, obtenez un DEM, un ombrage du relief et une carte des pentes en GeoTIFF, ainsi que des altitudes, des profils et des courbes de niveau, à partir de Copernicus DEM GLO-30. Obtenez une image Sentinel-2 partout (couleurs réelles, fausses couleurs ou NDVI), ou une photo aérienne IGN en France. Itinéraires et distances : itinéraires en voiture, à pied ou à vélo passant par un maximum de 25 lieux, zones accessibles en un temps de déplacement donné, distances à vol d'oiseau, superficies et zones tampons. Fichiers et coordonnées : ouvrez un fichier GeoJSON, KML, KMZ, GPX, Shapefile compressé (zip), CSV ou WKT, vérifiez-le sur une carte, convertissez-le, ou créez-en une zone tampon, fusionnez-le, découpez-le ou simplifiez-le. Convertissez des coordonnées entre degrés décimaux, DMS, UTM, MGRS, Lambert 93 et codes EPSG, avec le CRS local recommandé. Géocodez une adresse ou une liste d'un maximum de 100 adresses, puis exportez les points. France : la parcelle cadastrale et la zone du plan local d'urbanisme (PLU) à une adresse, d'après le cadastre officiel et le Géoportail de l'Urbanisme, ainsi que la hauteur, le nombre d'étages et l'année de construction de chaque bâtiment d'après IGN BD TOPO. Les noms des propriétaires et les prix de vente ne sont jamais fournis. Connexion unique avec un compte TerraLab. Chaque réponse indique ses sources et ses licences, et chaque téléchargement inclut sa licence. Limites : jusqu'à 20 000 entités par extraction, courbes de niveau jusqu'à environ 10 x 10 km, fichiers jusqu'à 50 Mo, listes jusqu'à 100 adresses. L'altitude provient d'un modèle de surface qui inclut les bâtiments et les arbres. Les résultats sont approximatifs et ne conviennent pas à la navigation, à l'arpentage ni à la délimitation légale de terrains. Créé par TerraLab, qui conçoit des outils d'IA pour QGIS. Données géographiques partout Des données géographiques pour n'importe quel lieu, directement dans votre agent IA. Demandez des bâtiments, routes, adresses, limites administratives, occupations du sol, cours d'eau, transports en commun ou points d'intérêt n'importe où dans le monde. Visualisez-les sur une carte interactive avec leur source et leur licence, puis téléchargez-les en fichiers SIG (GeoPackage, Shapefile, GeoJSON, KML ou CSV) qui s'ouvrent dans QGIS ou tout autre outil SIG. Les données cartographiques proviennent d'Overture Maps et d'OpenStreetMap. Relief et imagerie : pour toute zone, obtenez un DEM, un ombrage et une carte des pentes en GeoTIFF, ainsi que des altitudes, des profils et des courbes de niveau, à partir de Copernicus DEM GLO-30. Obtenez une image Sentinel-2 n'importe où (couleurs naturelles, fausses couleurs ou NDVI), ou une photo aérienne IGN en France. Itinéraires et distances : itinéraires en voiture, à pied ou à vélo passant par 25 lieux au maximum, zones accessibles en un temps de trajet donné, distances à vol d'oiseau, surfaces et zones tampons. Fichiers et coordonnées : ouvrez un fichier GeoJSON, KML, KMZ, GPX, Shapefile zippé, CSV ou WKT, vérifiez-le sur une carte, convertissez-le, ou créez une zone tampon, fusionnez, découpez ou simplifiez-le. Convertissez des coordonnées entre degrés décimaux, DMS, UTM, MGRS, Lambert 93 et codes EPSG, avec le CRS local recommandé. Géocodez une adresse ou une liste allant jusqu'à 100 adresses, puis exportez les points. France : la parcelle cadastrale et la zone du plan local d'urbanisme (PLU) à une adresse, d'après le cadastre officiel et le Géoportail de l'Urbanisme, ainsi que la hauteur, le nombre d'étages et l'année de construction de chaque bâtiment d'après l'IGN BD TOPO. Les noms de propriétaires et les prix de vente ne sont jamais renvoyés. Connexion unique avec un compte TerraLab. Chaque réponse indique ses sources et ses licences, et chaque téléchargement inclut sa licence. Limites : jusqu'à 20 000 entités par extraction, courbes de niveau jusqu'à environ 10 x 10 km, fichiers jusqu'à 50 Mo, listes jusqu'à 100 adresses. L'altitude provient d'un modèle de surface qui inclut les bâtiments et les arbres. Les résultats sont approximatifs et ne conviennent ni à la navigation, ni au levé topographique, ni aux limites légales. Réalisé par TerraLab, qui crée des outils d'IA pour QGIS. Data spasial di mana pun Data spasial untuk tempat mana pun, langsung di dalam agen AI Anda. Minta bangunan, jalan, alamat, batas wilayah, tata guna lahan, perairan, transportasi umum atau titik minat di mana saja di dunia. Lihat hasilnya di peta interaktif beserta sumber dan lisensinya, lalu unduh sebagai file SIG (GeoPackage, Shapefile, GeoJSON, KML atau CSV) yang bisa dibuka di QGIS atau alat SIG lainnya. Data peta berasal dari Overture Maps dan OpenStreetMap. Medan dan citra: untuk area mana pun, dapatkan DEM, hillshade, dan peta kemiringan lereng dalam format GeoTIFF, plus elevasi, profil, dan garis kontur dari Copernicus DEM GLO-30. Dapatkan citra Sentinel-2 di mana saja (warna asli, warna semu, atau NDVI), atau foto udara IGN di Prancis. Rute dan jarak: rute berkendara, jalan kaki, atau bersepeda melalui hingga 25 tempat, area yang dapat dijangkau dalam waktu tempuh tertentu, jarak garis lurus, luas, dan buffer. File dan koordinat: buka file GeoJSON, KML, KMZ, GPX, Shapefile zip, CSV, atau WKT, periksa di peta, konversi, atau buffer, gabungkan, potong, dan sederhanakan. Konversi koordinat antara derajat desimal, DMS, UTM, MGRS, Lambert 93, dan kode EPSG, dengan CRS lokal yang direkomendasikan. Geocode satu alamat atau daftar hingga 100 alamat, lalu ekspor titiknya. Prancis: persil kadaster dan zona rencana tata ruang lokal (PLU) pada suatu alamat, dari kadaster resmi dan Géoportail de l'Urbanisme, serta tinggi, jumlah lantai, dan tahun pembangunan setiap bangunan dari IGN BD TOPO. Nama pemilik dan harga penjualan tidak pernah ditampilkan. Masuk sekali saja dengan akun TerraLab. Setiap jawaban menyebutkan sumber dan lisensinya, dan setiap unduhan menyertakan lisensinya. Batas: hingga 20.000 fitur per ekstraksi, garis kontur hingga sekitar 10 x 10 km, file hingga 50 MB, daftar hingga 100 alamat. Elevasi berasal dari model permukaan yang mencakup bangunan dan pohon. Hasilnya bersifat perkiraan dan tidak untuk navigasi, survei, atau batas hukum. Dibuat oleh TerraLab, yang membangun alat AI untuk QGIS. Geodati per qualsiasi luogo Geodati per qualsiasi luogo, dentro il tuo agente AI. Chiedi edifici, strade, indirizzi, confini, uso del suolo, acqua, trasporto pubblico o punti di interesse in qualsiasi parte del mondo. Visualizzali su una mappa interattiva con fonte e licenza, poi scaricali come file GIS (GeoPackage, Shapefile, GeoJSON, KML o CSV) che si aprono in QGIS o in qualsiasi altro strumento GIS. I dati cartografici provengono da Overture Maps e OpenStreetMap. Terreno e immagini: per qualsiasi area, ottieni un DEM, un'ombreggiatura del rilievo (hillshade) e una mappa delle pendenze in formato GeoTIFF, oltre a quote, profili altimetrici e curve di livello, da Copernicus DEM GLO-30. Ottieni un'immagine Sentinel-2 ovunque (colori reali, falsi colori o NDVI), oppure una foto aerea IGN in Francia. Percorsi e distanze: percorsi in auto, a piedi o in bicicletta attraverso fino a 25 luoghi, aree raggiungibili entro un tempo di percorrenza, distanze in linea d'aria, aree e buffer. File e coordinate: apri un file GeoJSON, KML, KMZ, GPX, Shapefile compresso in zip, CSV o WKT, controllalo su una mappa, convertilo, oppure crea un buffer, uniscilo, ritaglialo o semplificalo. Converti le coordinate tra gradi decimali, DMS, UTM, MGRS, Lambert 93 e codici EPSG, con il CRS locale consigliato. Geocodifica un indirizzo o un elenco fino a 100 indirizzi ed esporta i punti. Francia: la particella catastale e la zona del piano urbanistico locale (PLU) a un indirizzo, dal catasto ufficiale e dal Géoportail de l'Urbanisme, più altezza, numero di piani e anno di costruzione di ogni edificio da IGN BD TOPO. I nomi dei proprietari e i prezzi di vendita non vengono mai restituiti. Accedi una volta sola con un account TerraLab. Ogni risposta indica le proprie fonti e licenze, e ogni download include la propria licenza. Limiti: fino a 20.000 elementi per estrazione, curve di livello fino a circa 10 x 10 km, file fino a 50 MB, elenchi fino a 100 indirizzi. La quota proviene da un modello di superficie che include edifici e alberi. I risultati sono approssimativi e non adatti a navigazione, rilievi topografici o confini legali. Creato da TerraLab, che sviluppa strumenti di AI per QGIS. あらゆる場所の地図データ あらゆる場所の地図データを、AIエージェントの中で。世界中の建物、道路、住所、境界、土地利用、水域、公共交通、スポット(POI)を依頼できます。出典とライセンスつきでインタラクティブな地図に表示し、GISファイル(GeoPackage、Shapefile、GeoJSON、KML、CSV)としてダウンロードすると、QGISなどのGISツールで開けます。地図データはOverture MapsとOpenStreetMapから取得します。 地形と画像:任意のエリアについて、Copernicus DEM GLO-30からDEM、陰影起伏図、傾斜図をGeoTIFFで取得でき、標高、断面、等高線も得られます。世界のどこでもSentinel-2画像(トゥルーカラー、フォールスカラー、NDVI)を取得でき、フランスではIGNの航空写真も取得できます。 ルートと距離:最大25地点を経由する車、徒歩、自転車のルート、所要時間で到達できる範囲、直線距離、面積、バッファ。 ファイルと座標:GeoJSON、KML、KMZ、GPX、zip圧縮のShapefile、CSV、WKTのファイルを開いて地図上で確認し、変換したり、バッファ、結合、クリップ、簡略化を行えます。十進法の度、度分秒(DMS)、UTM、MGRS、Lambert 93、EPSGコードの間で座標を変換し、推奨される地域のCRSも示します。住所1件または最大100件のリストをジオコーディングし、ポイントをエクスポートできます。 フランス:住所ごとの地籍区画と都市計画(PLU)の地域区分を、公式の地籍図とGéoportail de l'Urbanismeから取得し、各建物の高さ、階数、建築年をIGN BD TOPOから取得します。所有者名と売買価格は返しません。 TerraLabアカウントで一度ログインするだけです。すべての回答に出典とライセンスを明記し、ダウンロードにはライセンスが含まれます。制限:1回の抽出で最大20,000フィーチャ、等高線は約10 x 10 kmまで、ファイルは最大50 MB、リストは最大100件の住所。標高は建物や樹木を含む表面モデルに基づきます。結果は概算であり、航法、測量、法的な境界には使えません。 QGIS向けのAIツールを開発するTerraLabが提供しています。 모든 장소의 지리공간 데이터 모든 장소의 지리공간 데이터를 AI 에이전트 안에서. 전 세계 어디든 건물, 도로, 주소, 경계, 토지 이용, 수계, 대중교통, 관심 지점을 요청하세요. 출처와 라이선스가 표시된 대화형 지도에서 확인한 뒤, QGIS나 다른 GIS 도구에서 열 수 있는 GIS 파일(GeoPackage, Shapefile, GeoJSON, KML, CSV)로 다운로드할 수 있습니다. 지도 데이터는 Overture Maps와 OpenStreetMap에서 가져옵니다. 지형과 영상: 원하는 지역의 DEM, 음영기복도, 경사도를 GeoTIFF로 받을 수 있고, 표고, 단면, 등고선도 Copernicus DEM GLO-30 기반으로 제공합니다. 전 세계 어디서나 Sentinel-2 영상(트루컬러, 거짓색, NDVI)을 가져오고, 프랑스에서는 IGN 항공사진도 가져올 수 있습니다. 경로와 거리: 최대 25개 장소를 거치는 자동차, 도보, 자전거 경로, 이동 시간 안에 도달 가능한 지역, 직선 거리, 면적, 버퍼. 파일과 좌표: GeoJSON, KML, KMZ, GPX, 압축한 Shapefile, CSV, WKT 파일을 열어 지도에서 확인하고, 변환하거나 버퍼, 병합, 클립, 단순화할 수 있습니다. 십진 도, DMS, UTM, MGRS, Lambert 93, EPSG 코드 사이에서 좌표를 변환하고, 권장 지역 CRS도 알려줍니다. 주소 하나 또는 최대 100개의 목록을 지오코딩하고 포인트를 내보낼 수 있습니다. 프랑스: 주소 기준 지적 필지와 도시계획(PLU) 구역을 공식 지적도와 Géoportail de l'Urbanisme에서 가져오고, 건물별 높이, 층수, 준공 연도를 IGN BD TOPO에서 가져옵니다. 소유자 이름과 매매 가격은 제공하지 않습니다. TerraLab 계정으로 한 번만 로그인하면 됩니다. 모든 답변에 출처와 라이선스를 밝히고, 모든 다운로드에 라이선스가 포함됩니다. 제한: 추출당 최대 20,000개 피처, 등고선은 약 10 x 10 km까지, 파일은 최대 50 MB, 주소 목록은 최대 100개. 표고는 건물과 나무를 포함하는 표면 모델에서 가져옵니다. 결과는 근사값이며 내비게이션, 측량, 법적 경계에는 사용할 수 없습니다. QGIS용 AI 도구를 만드는 TerraLab이 만들었습니다. Geodata voor elke plek Geodata voor elke plek, in je AI-agent. Vraag naar gebouwen, wegen, adressen, grenzen, landgebruik, water, openbaar vervoer of points of interest overal ter wereld. Bekijk ze op een interactieve kaart met hun bron en licentie en download ze als GIS-bestanden (GeoPackage, Shapefile, GeoJSON, KML of CSV) die openen in QGIS of een andere GIS-tool. Kaartdata komt van Overture Maps en OpenStreetMap. Terrein en beeldmateriaal: haal voor elk gebied een DEM, een hillshade en een hellingskaart op als GeoTIFF, plus hoogtes, hoogteprofielen en hoogtelijnen, uit Copernicus DEM GLO-30. Haal overal een Sentinel-2-beeld op (ware kleuren, valse kleuren of NDVI), of een luchtfoto van IGN in Frankrijk. Routes en afstanden: auto-, wandel- of fietsroutes langs maximaal 25 plaatsen, gebieden die binnen een bepaalde reistijd bereikbaar zijn, hemelsbrede afstanden, oppervlaktes en buffers. Bestanden en coördinaten: open een bestand in GeoJSON, KML, KMZ, GPX, CSV of WKT, of een gezipte Shapefile, controleer het op een kaart, converteer het, of buffer, voeg samen, knip of vereenvoudig het. Reken coördinaten om tussen decimale graden, DMS, UTM, MGRS, Lambert 93 en EPSG-codes, met het aanbevolen lokale CRS. Geocodeer één adres of een lijst van maximaal 100 adressen en exporteer de punten. Frankrijk: het kadastrale perceel en de zone van het lokale bestemmingsplan (PLU) op een adres, uit het officiële kadaster en de Géoportail de l'Urbanisme, en de hoogte, het aantal verdiepingen en het bouwjaar van elk gebouw uit IGN BD TOPO. Namen van eigenaren en verkoopprijzen worden nooit teruggegeven. Eenmalig inloggen met een TerraLab-account. Elk antwoord noemt de bronnen en licenties, en elke download bevat de licentie. Limieten: maximaal 20.000 objecten per extractie, hoogtelijnen tot ongeveer 10 x 10 km, bestanden tot 50 MB, lijsten tot 100 adressen. Hoogtes komen uit een oppervlaktemodel dat gebouwen en bomen bevat. Resultaten zijn bij benadering en niet bedoeld voor navigatie, landmeting of juridische grenzen. Gemaakt door TerraLab, dat AI-tools voor QGIS bouwt. Dane przestrzenne gdziekolwiek Dane przestrzenne dla każdego miejsca, w Twoim agencie AI. Poproś o budynki, drogi, adresy, granice, użytkowanie terenu, wody, transport publiczny lub punkty zainteresowania w dowolnym miejscu na świecie. Zobacz je na interaktywnej mapie wraz ze źródłem i licencją, a potem pobierz je jako pliki GIS (GeoPackage, Shapefile, GeoJSON, KML lub CSV), które otworzysz w QGIS lub dowolnym innym narzędziu GIS. Dane mapowe pochodzą z Overture Maps i OpenStreetMap. Teren i zobrazowania: dla dowolnego obszaru otrzymasz model wysokościowy (DEM), cieniowanie rzeźby i mapę spadków jako GeoTIFF, a także wysokości, profile i warstwice z Copernicus DEM GLO-30. Pobierzesz obraz Sentinel-2 z dowolnego miejsca (w barwach naturalnych, fałszywych lub NDVI) albo zdjęcie lotnicze IGN we Francji. Trasy i odległości: trasy samochodowe, piesze lub rowerowe przez maksymalnie 25 miejsc, obszary osiągalne w zadanym czasie podróży, odległości w linii prostej, powierzchnie i bufory. Pliki i współrzędne: otwórz plik GeoJSON, KML, KMZ, GPX, spakowany Shapefile, CSV lub WKT, sprawdź go na mapie, przekonwertuj albo zbuforuj, scal, przytnij lub uprość. Przeliczaj współrzędne między stopniami dziesiętnymi, DMS, UTM, MGRS, Lambert 93 i kodami EPSG, z zalecanym lokalnym CRS. Geokoduj jeden adres lub listę do 100 adresów i wyeksportuj punkty. Francja: działka katastralna i strefa miejscowego planu zagospodarowania (PLU) pod danym adresem, z oficjalnego katastru i Géoportail de l'Urbanisme, a także wysokość, liczba kondygnacji i rok budowy każdego budynku z IGN BD TOPO. Nazwiska właścicieli i ceny sprzedaży nigdy nie są zwracane. Zaloguj się raz kontem TerraLab. Każda odpowiedź podaje źródła i licencje, a każde pobranie zawiera swoją licencję. Limity: do 20 000 obiektów w jednym wyodrębnieniu, warstwice do około 10 x 10 km, pliki do 50 MB, listy do 100 adresów. Wysokości pochodzą z modelu powierzchni, który uwzględnia budynki i drzewa. Wyniki są przybliżone i nie służą do nawigacji, pomiarów geodezyjnych ani wyznaczania granic prawnych. Stworzone przez TerraLab, firmę, która buduje narzędzia AI dla QGIS. Geodados para qualquer lugar Geodados para qualquer lugar, dentro do seu agente de IA. Peça edificações, estradas, endereços, limites, uso do solo, água, transporte público ou pontos de interesse em qualquer parte do mundo. Veja tudo em um mapa interativo com a fonte e a licença de cada dado e baixe em arquivos SIG (GeoPackage, Shapefile, GeoJSON, KML ou CSV) que abrem no QGIS ou em qualquer outra ferramenta de SIG. Os dados de mapa vêm do Overture Maps e do OpenStreetMap. Terreno e imagens: para qualquer área, obtenha um DEM, um sombreamento de relevo e um mapa de declividade em GeoTIFF, além de elevações, perfis e curvas de nível, a partir do Copernicus DEM GLO-30. Obtenha uma imagem Sentinel-2 em qualquer lugar (cor real, falsa cor ou NDVI) ou uma foto aérea do IGN na França. Rotas e distâncias: rotas de carro, a pé ou de bicicleta passando por até 25 lugares, áreas alcançáveis dentro de um tempo de deslocamento, distâncias em linha reta, áreas e buffers. Arquivos e coordenadas: abra um arquivo GeoJSON, KML, KMZ, GPX, Shapefile compactado em zip, CSV ou WKT, confira-o em um mapa, converta-o ou aplique buffer, mesclagem, recorte ou simplificação. Converta coordenadas entre graus decimais, DMS, UTM, MGRS, Lambert 93 e códigos EPSG, com o CRS local recomendado. Geocodifique um endereço ou uma lista de até 100 e exporte os pontos. França: a parcela cadastral e a zona do plano urbanístico local (PLU) em um endereço, a partir do cadastro oficial e do Géoportail de l'Urbanisme, além da altura, do número de pavimentos e do ano de construção de cada edificação, do IGN BD TOPO. Nomes de proprietários e preços de venda nunca são retornados. Entre uma vez só com uma conta TerraLab. Cada resposta indica suas fontes e licenças, e cada download inclui a sua licença. Limites: até 20.000 feições por extração, curvas de nível até cerca de 10 x 10 km, arquivos de até 50 MB, listas de até 100 endereços. A elevação vem de um modelo de superfície que inclui edificações e árvores. Os resultados são aproximados e não servem para navegação, levantamento topográfico nem limites legais. Criado pela TerraLab, que desenvolve ferramentas de IA para QGIS. Geodados para qualquer lugar Geodados para qualquer lugar, dentro do seu agente de IA. Peça edifícios, estradas, moradas, limites administrativos, uso do solo, água, transportes públicos ou pontos de interesse em qualquer parte do mundo. Veja-os num mapa interativo com a respetiva fonte e licença e, depois, descarregue-os como ficheiros SIG (GeoPackage, Shapefile, GeoJSON, KML ou CSV) que abrem no QGIS ou em qualquer outra ferramenta SIG. Os dados cartográficos vêm do Overture Maps e do OpenStreetMap. Terreno e imagens: para qualquer área, obtenha um DEM, um sombreamento de relevo e um mapa de declives em GeoTIFF, além de altitudes, perfis e curvas de nível, a partir do Copernicus DEM GLO-30. Obtenha uma imagem Sentinel-2 em qualquer lugar (cor real, falsa cor ou NDVI) ou uma fotografia aérea do IGN em França. Percursos e distâncias: percursos de carro, a pé ou de bicicleta por até 25 locais, áreas alcançáveis dentro de um tempo de viagem, distâncias em linha reta, áreas e zonas tampão. Ficheiros e coordenadas: abra um ficheiro GeoJSON, KML, KMZ, GPX, Shapefile em ZIP, CSV ou WKT, verifique-o num mapa, converta-o, ou crie zonas tampão, una, recorte ou simplifique. Converta coordenadas entre graus decimais, DMS, UTM, MGRS, Lambert 93 e códigos EPSG, com o CRS local recomendado. Geocodifique uma morada ou uma lista até 100 e exporte os pontos. França: a parcela cadastral e a zona do plano local de urbanismo (PLU) numa morada, a partir do cadastro oficial e do Géoportail de l'Urbanisme, e a altura, os pisos e o ano de construção de cada edifício a partir do IGN BD TOPO. Os nomes dos proprietários e os preços de venda nunca são devolvidos. Inicie sessão uma única vez com uma conta TerraLab. Cada resposta indica as suas fontes e licenças, e cada ficheiro descarregado inclui a respetiva licença. Limites: até 20 000 elementos por extração, curvas de nível até cerca de 10 x 10 km, ficheiros até 50 MB, listas até 100 moradas. A altitude provém de um modelo de superfície que inclui edifícios e árvores. Os resultados são aproximados e não servem para navegação, topografia nem limites legais. Criado pela TerraLab, que desenvolve ferramentas de IA para o QGIS. Her yer için coğrafi veri Her yer için coğrafi veri, yapay zekâ ajanınızın içinde. Dünyanın herhangi bir yerindeki binaları, yolları, adresleri, sınırları, arazi kullanımını, suyu, toplu taşımayı veya ilgi çekici noktaları isteyin. Kaynakları ve lisanslarıyla birlikte etkileşimli bir haritada görün, ardından CBS dosyaları (GeoPackage, Shapefile, GeoJSON, KML ya da CSV) olarak indirin; bunlar QGIS'te veya herhangi bir başka CBS aracında açılır. Harita verileri Overture Maps ve OpenStreetMap'ten gelir. Arazi ve görüntüler: herhangi bir alan için Copernicus DEM GLO-30 verisinden GeoTIFF olarak DEM, gölgelendirilmiş kabartma ve eğim haritası alın; ayrıca yükseklikler, profiller ve eş yükselti eğrileri elde edin. Her yerden bir Sentinel-2 görüntüsü (gerçek renk, yanlış renk veya NDVI) ya da Fransa için bir IGN hava fotoğrafı alın. Rotalar ve mesafeler: 25 yere kadar araba, yürüyüş veya bisiklet rotaları, belirli bir yolculuk süresi içinde ulaşılabilen alanlar, kuş uçuşu mesafeler, alanlar ve tampon bölgeler. Dosyalar ve koordinatlar: bir GeoJSON, KML, KMZ, GPX, zip içindeki Shapefile, CSV veya WKT dosyasını açın, haritada kontrol edin, dönüştürün ya da tampon oluşturun, birleştirin, kırpın veya sadeleştirin. Koordinatları ondalık derece, DMS, UTM, MGRS, Lambert 93 ve EPSG kodları arasında dönüştürün; önerilen yerel CRS de gösterilir. Bir adresi ya da 100 adrese kadar bir listeyi coğrafi kodlayın ve noktaları dışa aktarın. Fransa: bir adresteki kadastro parseli ve yerel imar planı (PLU) bölgesi, resmi kadastro ve Géoportail de l'Urbanisme kaynaklarından; her binanın yüksekliği, kat sayısı ve yapım yılı IGN BD TOPO verisinden. Mal sahibi adları ve satış fiyatları asla döndürülmez. TerraLab hesabıyla bir kez giriş yapın. Her yanıt kaynaklarını ve lisanslarını belirtir, her indirme lisansını da içerir. Sınırlar: her dışa aktarmada en fazla 20.000 nesne, eş yükselti eğrileri için yaklaşık 10 x 10 km, dosyalar için 50 MB, listeler için 100 adres. Yükseklik verisi, binaları ve ağaçları da içeren bir yüzey modelinden gelir. Sonuçlar yaklaşıktır; navigasyon, ölçme veya yasal sınırlar için kullanılmamalıdır. QGIS için yapay zekâ araçları geliştiren TerraLab tarafından yapıldı. 任何地方的地图数据 任何地方的地图数据,尽在你的 AI 智能体中。可查询全球任何地点的建筑、道路、地址、边界、土地利用、水系、公共交通或兴趣点。在交互式地图上查看这些数据及其来源和许可,然后下载为 GIS 文件(GeoPackage、Shapefile、GeoJSON、KML 或 CSV),可在 QGIS 或任何其他 GIS 工具中打开。地图数据来自 Overture Maps 和 OpenStreetMap。 地形与影像:任意区域都可获取 GeoTIFF 格式的 DEM、山体阴影和坡度图,还有高程、剖面和等高线,数据来自 Copernicus DEM GLO-30。可获取全球任何地方的 Sentinel-2 影像(真彩色、假彩色或 NDVI),在法国还可获取 IGN 航空影像。 路线与距离:最多经过 25 个地点的驾车、步行或骑行路线,指定出行时间内可到达的区域,以及直线距离、面积和缓冲区。 文件与坐标:打开 GeoJSON、KML、KMZ、GPX、压缩的 Shapefile、CSV 或 WKT 文件,在地图上检查,转换格式,或进行缓冲、合并、裁剪、简化。可在十进制度、度分秒、UTM、MGRS、Lambert 93 和 EPSG 代码之间转换坐标,并给出推荐的本地 CRS。可对单个地址或最多 100 个地址的列表进行地理编码,并导出点位。 法国:可查询某个地址的地籍宗地和地方城市规划(PLU)分区,数据来自官方地籍和 Géoportail de l'Urbanisme,还可从 IGN BD TOPO 获取每栋建筑的高度、楼层数和建造年份。不会返回业主姓名和成交价格。 使用 TerraLab 账号登录一次即可。每个回答都会注明数据来源和许可,每次下载也都附带许可。限制:每次提取最多 20,000 个要素,等高线范围最大约 10 x 10 公里,文件最大 50 MB,地址列表最多 100 个。高程来自包含建筑物和树木的表面模型。结果为近似值,不适用于导航、测量或法定边界。 由 TerraLab 制作,TerraLab 专注于开发面向 QGIS 的 AI 工具。 任何地點的圖資 任何地點的圖資,就在你的 AI 代理中。可查詢全球任何地方的建物、道路、地址、行政界線、土地使用、水體、大眾運輸或興趣點,並在互動式地圖上查看,同時顯示資料來源與授權條款。接著可下載為 GIS 檔案(GeoPackage、Shapefile、GeoJSON、KML 或 CSV),可在 QGIS 或任何其他 GIS 工具中開啟。地圖資料來自 Overture Maps 與 OpenStreetMap。 地形與影像:針對任何區域,都能取得 DEM、地形陰影圖與坡度圖(GeoTIFF 格式),以及高程、剖面與等高線,資料來自 Copernicus DEM GLO-30。也可取得全球任何地點的 Sentinel-2 影像(真彩色、假彩色或 NDVI),或法國境內的 IGN 航空照片。 路線與距離:最多可串連 25 個地點的開車、步行或自行車路線、在指定行程時間內可抵達的範圍、直線距離、面積與緩衝區。 檔案與座標:開啟 GeoJSON、KML、KMZ、GPX、壓縮的 Shapefile、CSV 或 WKT 檔案,在地圖上檢查內容、轉換格式,或進行緩衝、合併、裁切與簡化。可在十進位度、DMS、UTM、MGRS、Lambert 93 與 EPSG 代碼之間轉換座標,並提供建議使用的當地 CRS。可對單一地址或最多 100 筆地址清單進行地理編碼,並匯出點位。 法國:查詢某個地址的地籍地號與當地都市計畫(PLU)分區,資料來自官方地籍與 Géoportail de l'Urbanisme,並可從 IGN BD TOPO 取得每棟建物的高度、樓層數與建造年份。不會提供所有權人姓名與成交價格。 使用 TerraLab 帳號登入一次即可。每個回答都會標明資料來源與授權條款,每份下載檔案也都附有授權條款。限制:每次擷取最多 20,000 個要素,等高線範圍最大約 10 x 10 公里,檔案大小上限 50 MB,地址清單上限 100 筆。高程資料來自包含建物與樹木的地表模型。結果僅為概略值,不適用於導航、測量或法定界線。 由 TerraLab 製作,我們專注開發 QGIS 的 AI 工具。 Geodatos para cualquier lugar Geodatos para cualquier lugar, dentro de tu agente de IA. Pide edificios, calles, direcciones, límites, uso del suelo, agua, transporte público o puntos de interés en cualquier parte del mundo. Míralos en un mapa interactivo con su fuente y su licencia, y descárgalos como archivos SIG (GeoPackage, Shapefile, GeoJSON, KML o CSV) que se abren en QGIS o en cualquier otra herramienta SIG. Los datos del mapa provienen de Overture Maps y OpenStreetMap. Terreno e imágenes: para cualquier zona, obtén un DEM, un sombreado de relieve y un mapa de pendientes como GeoTIFF, además de elevaciones, perfiles y curvas de nivel, a partir de Copernicus DEM GLO-30. Obtén una imagen Sentinel-2 en cualquier lugar (color real, falso color o NDVI), o una foto aérea del IGN en Francia. Rutas y distancias: rutas en auto, a pie o en bicicleta a través de hasta 25 lugares, áreas alcanzables dentro de un tiempo de viaje, distancias en línea recta, áreas y zonas de influencia. Archivos y coordenadas: abre un archivo GeoJSON, KML, KMZ, GPX, Shapefile comprimido, CSV o WKT, revísalo en un mapa, conviértelo, o aplícale zonas de influencia, únelo, recórtalo o simplifícalo. Convierte coordenadas entre grados decimales, DMS, UTM, MGRS, Lambert 93 y códigos EPSG, con el CRS local recomendado. Geocodifica una dirección o una lista de hasta 100 y exporta los puntos. Francia: la parcela catastral y la zona del plan urbanístico local (PLU) en una dirección, a partir del catastro oficial y del Géoportail de l'Urbanisme, y la altura, los pisos y el año de construcción de cada edificio según IGN BD TOPO. Nunca se devuelven nombres de propietarios ni precios de venta. Inicia sesión una sola vez con una cuenta de TerraLab. Cada respuesta indica sus fuentes y licencias, y cada descarga incluye su licencia. Límites: hasta 20 000 elementos por extracción, curvas de nivel hasta unos 10 x 10 km, archivos de hasta 50 MB, listas de hasta 100 direcciones. La elevación proviene de un modelo de superficie que incluye edificios y árboles. Los resultados son aproximados y no sirven para navegación, topografía ni límites legales. Creado por TerraLab, que desarrolla herramientas de IA para QGIS.

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Publisher description

Geodata for any place, inside your agent: buildings, roads, terrain, routes, satellite images and French parcels, as GIS files with their source and licence.

What changed

· 7 observations

Capabilities & instructions

Full description changed from “file for QGIS or any GIS,” to “GIS file,”. Skill instructions changed from “file for QGIS or any GIS, and how steep or flat an area is. Use when someone asks for a DEM, SRTM, a relief or terrain model, elevation, altitude, height...” to “GIS file, and how steep or flat an area is. Use...

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Capabilities & instructions

Full description changed from “what lies around it (buildings, roads, rivers and lakes, land use, protected areas, power lines, transit) and, in France, the cadastral parcel and the local...” to “natural risks such as flood zones, what lies around it (buildings, roads, rivers and lakes, land use, protected areas,...

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Capabilities & instructions

Full description: added “a GIS project, for example in”. Skill instructions changed from “QGIS. Use when someone wants a list of addresses or clients on a map, the coordinates of an address, a KML turned into a Shapefile, a GPX opened, coordinates...” to “a GIS project, for example in QGIS. Use when someone wants a...

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Capabilities & instructions

Full description changed from “file that opens in QGIS. Covers administrative boundaries (countries, regions, departments, districts), building footprints, roads, railways, transit stops,...” to “GIS file, for example for QGIS. Covers administrative boundaries (countries, regions, departments, districts), building...

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Capabilities & instructions

Full description changed from “Real geospatial data for any place: open map data, relief (DEM, hillshade, slope, contour lines), coordinate conversion and French parcels, as maps and GIS...” to “Geodata for any place, inside your agent: buildings, roads, terrain, routes, satellite images and French parcels, as GIS...

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Capabilities & instructions

Full description changed from “Real geospatial data for any place: open map data, relief (DEM, hillshade, slope, contour lines), coordinate conversion and French parcels, as maps and GIS...” to “Geodata for any place, inside your agent: buildings, roads, terrain, routes, satellite images and French parcels, as GIS...

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Technical updates · 1

Package or technical metadata updated

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Files & skills

File archives

Plugin package9 files · 75.8 KBBrowse files →
Skill instructions
map-data-for-a-place6.14 KB

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---
name: map-data-for-a-place
description: Gets open map data for any place in the world as a map, a count and a GIS file, for example for QGIS. Covers administrative boundaries (countries, regions, departments, districts), building footprints, roads, railways, transit stops, addresses, points of interest such as schools, pharmacies or shops, land use, rivers and lakes, power lines and protected areas, plus hosted datasets such as land cover, official boundaries and hazard maps. Use when someone asks for GIS data, a layer, a shapefile or GeoJSON, OpenStreetMap or Overture data for an area, or simply where or how many of something there are in a place, for example all schools in Kisumu, the departments of Côte d'Ivoire or the buildings of Porto-Vecchio.
---

# Map data for a place

Explicit instructions from the user take priority over this skill.

## Prerequisite

This skill uses [TerraLab MCP](https://terra-lab.ai/mcp). The agent needs a connection
to `https://mcp.terra-lab.ai/mcp`; installing the skill alone does not connect the server.
If its tools are unavailable, provide the setup link and stop before claiming results.
Use the connected tools' current input schemas; tool prefixes vary between clients.

Call the tool rather than sending the user to a download portal, Overpass or a QGIS
plugin: the tool returns the data itself.

## Steps

1. Name the place with its country, and its region when the name is common. Pass it in
   `area.place` of `extract_open_data`; the tool locates it, so `find_places` is not needed.
2. Pick the area. A town, region or country alone: pass the name, no radius. "Around" or
   "near" a point: add `area.radius_m` (about 1 km for a town centre, less for a dense city).
   A box the user gives: `area.bbox` `[west, south, east, north]`.
3. Map the request to one `theme` per call (table below). For several layers, one call each.
4. Narrow with `kind` when the user wants one sort of feature: one English value or up to
   10 in a list, for example `"school"` or `["forest", "meadow", "grass"]`.
5. Set `formats` to what the user will open: `geojson` by default, `shapefile` for tools
   that expect it, `kml` for Google Earth, `csv` for a spreadsheet. List them all in this
   one call; never pass a download link to another tool, except `process_geometry`, which
   takes a TerraLab download link to clip, buffer or measure that layer.
6. Check the place the tool reports before answering (see Wrong place).

| The user asks for | `theme` | Useful `kind` |
|---|---|---|
| Countries, regions, departments, districts, communes, wards | `divisions` | `country`, `region`, `county` (departments, districts), `localadmin`, `locality`, `neighborhood` |
| Border lines only | `boundaries` | |
| Buildings, footprints | `buildings` | |
| Roads, streets, paths | `roads` | `motorway`, `primary`, `residential`, `footway` |
| Railways, tram lines | `railways` | |
| Bus or train stops | `transit_stops` | |
| Bus, hiking or cycling routes | `routes` | |
| Street addresses | `addresses` | |
| Schools, pharmacies, hospitals, shops (OpenStreetMap) | `pois` | `school`, `pharmacy`, `hospital`, `supermarket` |
| Businesses and named places (Overture) | `places` | |
| Land use, forest, farmland, vineyards | `landuse` | `forest`, `farmland`, `vineyard`, `residential` |
| Rivers, streams, canals | `waterways` | |
| Lakes, ponds, reservoirs | `water_areas` | |
| Power lines, substations | `power` | |
| National parks, reserves | `protected_areas` | |

If the user asks what data exists for a project, name the three or four useful themes and
let them choose before extracting several.

## Data that is not a map layer

Land cover, official administrative boundaries from a national agency, hazard maps,
population grids, soil or climate come from the TerraLab catalogue, not from `extract_open_data`.

1. Call `find_datasets` with a few words and the `area` (a country or a place). Read `hosted`
   first: only hosted datasets can be extracted; for 

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places-files-and-coordinates4.62 KB

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---
name: places-files-and-coordinates
description: Puts addresses, coordinates or a GIS file on a map and converts them. Covers geocoding one address or a list of up to 100 (pasted or CSV) and the address at a point, opening and checking GeoJSON, KML, KMZ, GPX, zipped Shapefile, CSV or WKT files, converting between these formats, converting coordinates between decimal degrees, DMS, UTM, MGRS, Lambert 93 and EPSG codes, and choosing the right CRS for a GIS project, for example in QGIS. Use when someone wants a list of addresses or clients on a map, the coordinates of an address, a KML turned into a Shapefile, a GPX opened, coordinates converted, or data that lands in the wrong place.
---

# Places, files and coordinates

Explicit instructions from the user take priority over this skill.

## Prerequisite

This skill uses [TerraLab MCP](https://terra-lab.ai/mcp). The agent needs a connection
to `https://mcp.terra-lab.ai/mcp`; installing the skill alone does not connect the server.
If its tools are unavailable, provide the setup link and stop before claiming results.
Use the connected tools' current input schemas; tool prefixes vary between clients.

## Pick the tool

| The user has | Tool |
|---|---|
| One address or place name, or a point to name | `find_places` with `query`, or `latitude` and `longitude` |
| A list of addresses (up to 100), pasted or CSV with an address column | `find_places` with `addresses` or `text`, and a `title` |
| A file, a link to a file, pasted GeoJSON, KML, GPX or WKT | `open_gis_file` with `file`, `url` or `text` (up to 50 MB) |
| Points with coordinates already known, to map or export | `open_gis_file` with `points` |
| Coordinates to convert (up to 1,000 lines) | `convert_coordinates` with `text`, one per line |

Convert with the tool rather than by hand or from memory, so the result comes with a map
and files. Never pass a TerraLab download link back to a tool: list every output format in
one call.

## Addresses

1. Add the town and country to each address when the user gave them once for the whole list.
2. Report how many addresses were found and list the ones not found or matched loosely,
   so the user can fix them. Never place a missing address by guess.
3. The list comes back as a CSV with latitude and longitude added, plus KML and GeoJSON.
   In QGIS the CSV opens as a delimited text layer.

## Files

1. Set `convert_to` when the user wants another format: `geojson`, `kml`, `kmz`, `gpx`,
   `shapefile` or `csv`.
2. Report format, coordinate system, extent, feature count, geometry types, fields and
   any warning.

## Coordinates

1. Each line's format is detected. For a national grid the numbers cannot reveal, set
   `source_epsg`: EPSG:28992 (Dutch RD), EPSG:2056 (Swiss LV95), EPSG:27700 (British
   National Grid), EPSG:2180 (Poland 1992), EPSG:31370 (Belgian Lambert 72), or the UTM
   zone given apart from the numbers, for example EPSG:32632.
2. Set `target_epsg` for a specific output system.

## Data in the wrong place

1. Points in the sea or on another continent have two usual causes: latitude and longitude
   swapped, or projected values read as degrees.
2. The tool reads swapped values the other way round when it can tell, and warns. Otherwise
   ask the user to confirm the column order.
3. A zipped Shapefile without a .prj is read as WGS 84 longitude and latitude, with a
   warning. If the extent looks wrong, ask which system the data uses, or try the likely
   national grid with `source_epsg` and show the result for the user to confirm.
4. Never guess an EPSG code silently. Say which one you assumed.

## Choosing a CRS

1. Keep WGS 84 (EPSG:4326) for viewing and exchange.
2. For distances or areas, use a local projected CRS. `convert_coordinates` returns
   `recommended_crs` for the first point: in France Lambert 93 (EPSG:2154), elsewhere the
   national grid or the UTM zone of the area.
3. In QGIS, set it as the project CRS, or use Vector > Data Management Tools > Reproject Layer.

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site-study6 KB

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---
name: site-study
description: Builds a first look at a site or plot anywhere in the world before a project such as a house, an extension, a solar farm, a shop or a purchase. Combines the terrain (altitude and slope), natural risks such as flood zones, what lies around it (buildings, roads, rivers and lakes, land use, protected areas, power lines, transit) and, in France, the cadastral parcel and the local urban plan (PLU) zone. Use when someone asks what is on or around an address or a plot, whether a site is flat, near water, in a flood zone or in a protected area, or asks about a parcel, its section and number, cadastre, zoning or PLU in France.
---

# Site study

Explicit instructions from the user take priority over this skill.

## Prerequisite

This skill uses [TerraLab MCP](https://terra-lab.ai/mcp). The agent needs a connection
to `https://mcp.terra-lab.ai/mcp`; installing the skill alone does not connect the server.
If its tools are unavailable, provide the setup link and stop before claiming results.
Use the connected tools' current input schemas; tool prefixes vary between clients.

## Steps

1. Get the site: a street address with its town and country, a place name, or latitude
   and longitude. If only a vague area is given, ask for an address or a point.
2. Ask the purpose if it is unclear, since it decides the checks. Without an answer, run
   the default checks: terrain, water, natural risks, protected areas, land use and roads.
3. Run the checks below that fit the purpose. Each tool locates the place itself; call
   `find_places` only when the user wants the coordinates or a map of the address.
4. In France, add the parcel and zoning section.
5. Summarise in a short table, then the links and limits.

## Checks

| Check | Call |
|---|---|
| Altitude of the site | `get_elevation`, `mode` `"point"` |
| How steep the site is | `get_elevation`, `mode` `"area"`, `area` with `radius_m` 200 to 500, `interval_m` 2 to 5 |
| Rivers, streams, lakes nearby | `extract_open_data`, `theme` `waterways`, then `water_areas`, radius 500 m to 1 km |
| Protected areas (parks, reserves) | `extract_open_data`, `theme` `protected_areas`, radius 1 to 2 km |
| Land use around (forest, farmland, housing) | `extract_open_data`, `theme` `landuse`, radius 300 to 500 m |
| Access roads | `extract_open_data`, `theme` `roads`, radius 300 m |
| Neighbouring buildings | `extract_open_data`, `theme` `buildings`, radius 100 to 300 m |
| Power lines, substations (solar, wind) | `extract_open_data`, `theme` `power`, radius 1 to 3 km |
| Transit stops, schools, shops (housing, retail) | `extract_open_data`, `theme` `transit_stops` or `pois` with `kind` |
| What lies within a walk or a drive (housing, retail) | `get_travel_area`, `starts` the site, `minutes` such as `[5, 10, 15]`, `mode` |
| Straight-line distance to a place (station, school, coast) | `measure`, `method` `"distance"` with the site and the place |
| A recent picture of the site | `get_satellite_image`, `area` with `radius_m` 200 to 1,000 (IGN aerial photo in France, Sentinel-2 elsewhere) |
| Height of neighbouring buildings (France) | `french_building_heights`, `area` with `radius_m` 100 to 300 |
| Natural risks: flood zones, clay shrink-swell, seismic zone, cavities, commune risks (France); river flood depth elsewhere | `get_natural_risks` with the same `address`, or `latitude` and `longitude` |
| How many people live within a walk or a radius (housing, retail) | `estimate_population`, `travel` with the site, `minutes` and `mode`, or `area` with `radius_m` |

Use the same site and radius in every call so the results line up. Report distances only
when the tool returns them; otherwise say "within the radius".

## France: parcel and zoning

1. Call `french_parcel` with `address`, or `latitude` and `longitude`, rather than citing a
   real-estate or cadastre website: the tool reads the official cadastre and PLU.
2. If the address was matched in another commune, tell the user and ask th

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terrain-and-elevation4.66 KB

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---
name: terrain-and-elevation
description: Gives terrain information anywhere in the world from the Copernicus 30 m elevation model. Covers the altitude of places, an elevation profile between points or along a route with total ascent and descent, a DEM clipped to an area as a GeoTIFF with a hillshade and a slope map, contour lines (topographic lines, courbes de niveau) as a GIS file, and how steep or flat an area is. Use when someone asks for a DEM, SRTM, a relief or terrain model, elevation, altitude, height above sea level, contours, slope, a hiking or cycling profile, or the topography of a place, for example "I need the DEM of Milan" or "contour lines around Chamonix every 10 m".
---

# Terrain and elevation

Explicit instructions from the user take priority over this skill.

## Prerequisite

This skill uses [TerraLab MCP](https://terra-lab.ai/mcp). The agent needs a connection
to `https://mcp.terra-lab.ai/mcp`; installing the skill alone does not connect the server.
If its tools are unavailable, provide the setup link and stop before claiming results.
Use the connected tools' current input schemas; tool prefixes vary between clients.

Call `get_elevation` for any request with a place, even when the user says "DEM" or
"SRTM", and for a profile between two named places: answer with measured values from the
tool, not with figures from memory or the web, before pointing to any other source.

## Pick the mode

| The user wants | `mode` | Input |
|---|---|---|
| The altitude of one or more places | `point` | `points`: up to 100 names or coordinates |
| A profile between places or along a route | `path` | `points`: 2 or more, in order; `samples` up to 500 |
| A DEM, hillshade or relief of an area, contour lines, slope, "how steep" | `area` | `area`: a place (alone for a city or region, or with `radius_m`), or a `bbox`; `interval_m` |

Give places as the user names them, with the country; the tool locates them.

## Area requests (DEM, relief, contours, slope)

1. Any area works, from a plot to a region or a small country. For a city, a place name alone
   uses its extent, or give `radius_m`. The tool returns three GeoTIFF downloads for every
   area: the DEM (elevation in metres), a hillshade and a slope map in degrees, in
   EPSG:4326 with the licence inside. The grid is about 30 m for small areas and coarser for
   large ones (up to about 4 million cells in all); the answer states the cell size.
2. Areas up to about 10 x 10 km also get contour lines (Shapefile, GeoJSON, KML) and
   slope statistics. For a larger area the answer has the rasters and the minimum, maximum
   and mean elevation only: offer a smaller area, such as a valley or a town, for contours.
3. Choose `interval_m` by relief: 5 to 10 m for flat land, 20 m by default, 50 to 100 m
   for mountains.
4. A large country or a continent is beyond the limit (the tool answers `area_too_large`):
   say so and offer a region, a city or a valley.
5. Report the minimum and maximum elevation, the cell size and, when returned, the slope
   statistics.
6. Tell the user the .tif files open in QGIS or any GIS by dragging them onto the map; no
   data cells (sea) are marked -32768.

## Route profiles

1. For a list of places, pass them in order in `points`.
2. For a GPX or KML track, read it with `open_gis_file` first. If the track has more points
   than `points` accepts, keep the start, the end and evenly spaced points between them,
   and say that the profile is sampled.
3. Report the length, minimum and maximum elevation, total ascent and descent.

## Limits to respect

1. Copernicus DEM is a 30 m surface model: it includes buildings and trees. In a city or a
   forest, the value is the top of the roof or canopy, not the ground. Say so when it matters.
2. Never invent an elevation for a point the tool did not return.
3. Elevation is approximate and not for navigation, flight planning, surveying or flood design.

## What the answer must contain

- The values asked for, in me

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Release notes

Geodata for any place, inside your agent. Adds six tools: driving, walking and cycling routes, areas reachable within a travel time, Sentinel-2 and IGN aerial images as GeoTIFF, buffer, merge, clip and simplify on GIS files, distances, areas and buffers, and building heights in France. Every open data extract now includes a GeoPackage. Sign in once with a TerraLab account.

Declared in the saved package. Remote tools may change independently.

Package details

Publisher declarations from the archived package. These are separate from our research and the live service's terms.

Package author
TerraLab
Keywords
See keywords
Declared availability
No country restrictions declaredDeclared regions; live availability may differ.
Listing translations
de-DE, es-ES, fr-CA, fr-FR, id-ID, it-IT, ja-JP, ko-KR, nl-NL, pl-PL, pt-BR, pt-PT, tr-TR, zh-CN, zh-TW, es-419
Commerce declaration
Does not support commerceThis does not establish whether access is free or paid.
Review scenarios
6 positive · 3 negativeScenario counts, not test results.

Declared capabilities

  • Open map data for any place, as GIS files
  • DEM, hillshade and slope GeoTIFFs, profiles and contours
  • Sentinel-2 and aerial images as GeoTIFF
  • Routes and travel-time areas
  • Open, convert and process GIS files
  • Coordinates, CRS and addresses on a map
  • French parcels, zoning and building heights

Package observed Nov 6, 2026.

Technical details
First seen
Oct 24, 2026 · 12:40 UTC
Last seen
Nov 7, 2026 · 18:00 UTC
Latest observed change
Nov 5, 2026 · 18:09 UTC
Collection status
Collected

plugin_asdk_app_6abeb2f16190819199cc1be0ed69e8d4

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