#isochrone — Public Fediverse posts

Das sieht #interessant aus! Ich würde mal glatt behaupten, dass ist ein prima Tipp fürs #selfhosting . Ich bin ja ein großer Fan von #isochrone maps. Und das Projekt ist komplett open-source und frei, nutzt Kartenmaterial von #osm. Ach ja #openrouteservice kürzt man #ors ab.

Leider braucht der Dienst allein schon 16 GB (laut KI) für das Laden der Karten. Schon für Deutschland allein. Und ich habe viele Dienste am Laufen und insgesamt nur 16 GB RAM DDR4-SDRAM zur Verfügung. Spenden sind gern gesehen ;)

Aber ein eigener Kartenservice würde meinen #homeserver sicherlich gut ergänzen. 😀

openrouteservice.org/

RE: https://mastodon.social/@datagvat/116673968095379081

🤩 😱 Das Ding hat Isochronen! Ich liebe Isochronen! :masto_love: :masto_silly:

https://route.lw1.at

#wien #österreich #öffis #isochrone #maps #routenplaner #opendata #öbb #wienerlinien

RE: https://mastodon.social/@datagvat/116673968095379081

🤩 😱 Das Ding hat Isochronen! Ich liebe Isochronen! :masto_love: :masto_silly:

https://route.lw1.at

#wien #österreich #öffis #isochrone #maps #routenplaner #opendata #öbb #wienerlinien

RE: https://mastodon.social/@datagvat/116673968095379081

🤩 😱 Das Ding hat Isochronen! Ich liebe Isochronen! :masto_love: :masto_silly:

https://route.lw1.at

#wien #österreich #öffis #isochrone #maps #routenplaner #opendata #öbb #wienerlinien

RE: https://mastodon.social/@datagvat/116673968095379081

🤩 😱 Das Ding hat Isochronen! Ich liebe Isochronen! :masto_love: :masto_silly:

https://route.lw1.at

#wien #österreich #öffis #isochrone #maps #routenplaner #opendata #öbb #wienerlinien

RE: https://mastodon.social/@datagvat/116673968095379081

🤩 😱 Das Ding hat Isochronen! Ich liebe Isochronen! :masto_love: :masto_silly:

https://route.lw1.at

#wien #österreich #öffis #isochrone #maps #routenplaner #opendata #öbb #wienerlinien

Blue is close. Dark red is the edge. The road network density just shows itself.

OSRM's experimental isochrone endpoint. More to come. Watch this space.

🗺️ https://project-osrm.org
#OSRM #OpenStreetMap #Routing #Isochrone #OpenSource

Blue is close. Dark red is the edge. The road network density just shows itself.

OSRM's experimental isochrone endpoint. More to come. Watch this space.

🗺️ https://project-osrm.org
#OSRM #OpenStreetMap #Routing #Isochrone #OpenSource

Blue is close. Dark red is the edge. The road network density just shows itself.

OSRM's experimental isochrone endpoint. More to come. Watch this space.

🗺️ https://project-osrm.org
#OSRM #OpenStreetMap #Routing #Isochrone #OpenSource

Blue is close. Dark red is the edge. The road network density just shows itself.

OSRM's experimental isochrone endpoint. More to come. Watch this space.

🗺️ https://project-osrm.org
#OSRM #OpenStreetMap #Routing #Isochrone #OpenSource

Blue is close. Dark red is the edge. The road network density just shows itself.

OSRM's experimental isochrone endpoint. More to come. Watch this space.

🗺️ https://project-osrm.org
#OSRM #OpenStreetMap #Routing #Isochrone #OpenSource

A point-to-point travel time database between U.S. census geographies for static isochrone mapping without server or compute cost #isochrone

https://opentimes.org/

A point-to-point travel time database between U.S. census geographies for static isochrone mapping without server or compute cost #isochrone

https://opentimes.org/

A point-to-point travel time database between U.S. census geographies for static isochrone mapping without server or compute cost #isochrone

https://opentimes.org/

A point-to-point travel time database between U.S. census geographies for static isochrone mapping without server or compute cost #isochrone

https://opentimes.org/

A point-to-point travel time database between U.S. census geographies for static isochrone mapping without server or compute cost #isochrone

https://opentimes.org/

I am wondering if the generation of an #isochrone is slower or faster compared to generating a grid-based travel-time matrix with #R5R or #R5py.

Both would get me the result I want in slightly different ways. I need to calculate the travel times to all somewhat major border crossing points in Europe. Calculating 30, 60 and 90 minute isochrones (private car) for Finland's 12 over-land points is taking over an hour in R5R, which is not optimal given that there are 1800+ points across Europe.

I am wondering if the generation of an #isochrone is slower or faster compared to generating a grid-based travel-time matrix with #R5R or #R5py.

Both would get me the result I want in slightly different ways. I need to calculate the travel times to all somewhat major border crossing points in Europe. Calculating 30, 60 and 90 minute isochrones (private car) for Finland's 12 over-land points is taking over an hour in R5R, which is not optimal given that there are 1800+ points across Europe.

I am wondering if the generation of an #isochrone is slower or faster compared to generating a grid-based travel-time matrix with #R5R or #R5py.

Both would get me the result I want in slightly different ways. I need to calculate the travel times to all somewhat major border crossing points in Europe. Calculating 30, 60 and 90 minute isochrones (private car) for Finland's 12 over-land points is taking over an hour in R5R, which is not optimal given that there are 1800+ points across Europe.

I am wondering if the generation of an #isochrone is slower or faster compared to generating a grid-based travel-time matrix with #R5R or #R5py.

Both would get me the result I want in slightly different ways. I need to calculate the travel times to all somewhat major border crossing points in Europe. Calculating 30, 60 and 90 minute isochrones (private car) for Finland's 12 over-land points is taking over an hour in R5R, which is not optimal given that there are 1800+ points across Europe.

I am wondering if the generation of an #isochrone is slower or faster compared to generating a grid-based travel-time matrix with #R5R or #R5py.

Both would get me the result I want in slightly different ways. I need to calculate the travel times to all somewhat major border crossing points in Europe. Calculating 30, 60 and 90 minute isochrones (private car) for Finland's 12 over-land points is taking over an hour in R5R, which is not optimal given that there are 1800+ points across Europe.

Apparently, the easiest way to calculate an #isochrone for travel times is to use #R5r in #Rstats. Trouble is, I've only had one beginner course of R, so I am a bit scared of my ability to troubleshoot anything.

Apparently there is nothing similarly fast in #Python to generate hundreds of isochrones across Europe.

Apparently, the easiest way to calculate an #isochrone for travel times is to use #R5r in #Rstats. Trouble is, I've only had one beginner course of R, so I am a bit scared of my ability to troubleshoot anything.

Apparently there is nothing similarly fast in #Python to generate hundreds of isochrones across Europe.

Apparently, the easiest way to calculate an #isochrone for travel times is to use #R5r in #Rstats. Trouble is, I've only had one beginner course of R, so I am a bit scared of my ability to troubleshoot anything.

Apparently there is nothing similarly fast in #Python to generate hundreds of isochrones across Europe.

Apparently, the easiest way to calculate an #isochrone for travel times is to use #R5r in #Rstats. Trouble is, I've only had one beginner course of R, so I am a bit scared of my ability to troubleshoot anything.

Apparently there is nothing similarly fast in #Python to generate hundreds of isochrones across Europe.

Apparently, the easiest way to calculate an #isochrone for travel times is to use #R5r in #Rstats. Trouble is, I've only had one beginner course of R, so I am a bit scared of my ability to troubleshoot anything.

Apparently there is nothing similarly fast in #Python to generate hundreds of isochrones across Europe.

Forgive the recent apparent obsession (I’d call it a fascination) with the #cycloid but I’ve just discovered something I’d not heard of before. It is also called a #TautochroneCurve or #Isochrone curve, which means that a particle starting from any location on the curve will get to the #MinimumPoint at precisely the same time as a particle starting at any other point.

#Dynamics #Kinematics #Mathematics #AppliedMathematics #Mechanics #ClassicalMecanics #WxMaxima #FreeSoftware #MyWork #CCBYSA

Forgive the recent apparent obsession (I’d call it a fascination) with the #cycloid but I’ve just discovered something I’d not heard of before. It is also called a #TautochroneCurve or #Isochrone curve, which means that a particle starting from any location on the curve will get to the #MinimumPoint at precisely the same time as a particle starting at any other point.

#Dynamics #Kinematics #Mathematics #AppliedMathematics #Mechanics #ClassicalMecanics #WxMaxima #FreeSoftware #MyWork #CCBYSA

Forgive the recent apparent obsession (I’d call it a fascination) with the #cycloid but I’ve just discovered something I’d not heard of before. It is also called a #TautochroneCurve or #Isochrone curve, which means that a particle starting from any location on the curve will get to the #MinimumPoint at precisely the same time as a particle starting at any other point.

#Dynamics #Kinematics #Mathematics #AppliedMathematics #Mechanics #ClassicalMecanics #WxMaxima #FreeSoftware #MyWork #CCBYSA

Forgive the recent apparent obsession (I’d call it a fascination) with the #cycloid but I’ve just discovered something I’d not heard of before. It is also called a #TautochroneCurve or #Isochrone curve, which means that a particle starting from any location on the curve will get to the #MinimumPoint at precisely the same time as a particle starting at any other point.

#Dynamics #Kinematics #Mathematics #AppliedMathematics #Mechanics #ClassicalMecanics #WxMaxima #FreeSoftware #MyWork #CCBYSA

Forgive the recent apparent obsession (I’d call it a fascination) with the #cycloid but I’ve just discovered something I’d not heard of before. It is also called a #TautochroneCurve or #Isochrone curve, which means that a particle starting from any location on the curve will get to the #MinimumPoint at precisely the same time as a particle starting at any other point.

#Dynamics #Kinematics #Mathematics #AppliedMathematics #Mechanics #ClassicalMecanics #WxMaxima #FreeSoftware #MyWork #CCBYSA

RT [email protected]

#30DayMapChallenge day 2: lines
⏱️ travel time from Paris by roads 🚗
🗺️ #data @Geoportail
#isochrone calculated with @IGNFrance
Geoservice #API
online #map➡️ https://macarte.ign.fr/carte/oA7ssf/Distance-Paris

🐦🔗: https://twitter.com/jmviglino/status/1719972609809367513

RT [email protected]

#30DayMapChallenge day 2: lines
⏱️ travel time from Paris by roads 🚗
🗺️ #data @Geoportail
#isochrone calculated with @IGNFrance
Geoservice #API
online #map➡️ https://macarte.ign.fr/carte/oA7ssf/Distance-Paris

🐦🔗: https://twitter.com/jmviglino/status/1719972609809367513

RT [email protected]

#30DayMapChallenge day 2: lines
⏱️ travel time from Paris by roads 🚗
🗺️ #data @Geoportail
#isochrone calculated with @IGNFrance
Geoservice #API
online #map➡️ https://macarte.ign.fr/carte/oA7ssf/Distance-Paris

🐦🔗: https://twitter.com/jmviglino/status/1719972609809367513

RT [email protected]

#30DayMapChallenge day 2: lines
⏱️ travel time from Paris by roads 🚗
🗺️ #data @Geoportail
#isochrone calculated with @IGNFrance
Geoservice #API
online #map➡️ https://macarte.ign.fr/carte/oA7ssf/Distance-Paris

🐦🔗: https://twitter.com/jmviglino/status/1719972609809367513

RT [email protected]

#30DayMapChallenge day 2: lines
⏱️ travel time from Paris by roads 🚗
🗺️ #data @Geoportail
#isochrone calculated with @IGNFrance
Geoservice #API
online #map➡️ https://macarte.ign.fr/carte/oA7ssf/Distance-Paris

🐦🔗: https://twitter.com/jmviglino/status/1719972609809367513

How far a 3 hour train journey will take you in Ireland. From Dublin, Belfast, Galway and Cork #trains
#IrelandMap #100daysofmaps #day13 #isochrone source https://www.chronotrains.com/en/station/2964180-Galway/3

How far a 3 hour train journey will take you in Ireland. From Dublin, Belfast, Galway and Cork #trains
#IrelandMap #100daysofmaps #day13 #isochrone source https://www.chronotrains.com/en/station/2964180-Galway/3

How far a 3 hour train journey will take you in Ireland. From Dublin, Belfast, Galway and Cork #trains
#IrelandMap #100daysofmaps #day13 #isochrone source https://www.chronotrains.com/en/station/2964180-Galway/3

How far a 3 hour train journey will take you in Ireland. From Dublin, Belfast, Galway and Cork #trains
#IrelandMap #100daysofmaps #day13 #isochrone source https://www.chronotrains.com/en/station/2964180-Galway/3

How far a 3 hour train journey will take you in Ireland. From Dublin, Belfast, Galway and Cork #trains
#IrelandMap #100daysofmaps #day13 #isochrone source https://www.chronotrains.com/en/station/2964180-Galway/3

30 minutes isochrone, drawn from Montpellier City Hall.

(isochrone = geographical area drawn from the same travel distance from a source point)

From left to right:
- IGN / geoportail.gouv.fr
- OpenStreetMap / commutetimemap.com / geoapify.com
- Google Maps.

Not sure which one is better, pretty clear which one is worst.

#OpenStreetMap #GoogleMaps #Géoportail #isochrone

30 minutes isochrone, drawn from Montpellier City Hall.

(isochrone = geographical area drawn from the same travel distance from a source point)

From left to right:
- IGN / geoportail.gouv.fr
- OpenStreetMap / commutetimemap.com / geoapify.com
- Google Maps.

Not sure which one is better, pretty clear which one is worst.

#OpenStreetMap #GoogleMaps #Géoportail #isochrone

30 minutes isochrone, drawn from Montpellier City Hall.

(isochrone = geographical area drawn from the same travel distance from a source point)

From left to right:
- IGN / geoportail.gouv.fr
- OpenStreetMap / commutetimemap.com / geoapify.com
- Google Maps.

Not sure which one is better, pretty clear which one is worst.

#OpenStreetMap #GoogleMaps #Géoportail #isochrone

30 minutes isochrone, drawn from Montpellier City Hall.

(isochrone = geographical area drawn from the same travel distance from a source point)

From left to right:
- IGN / geoportail.gouv.fr
- OpenStreetMap / commutetimemap.com / geoapify.com
- Google Maps.

Not sure which one is better, pretty clear which one is worst.

#OpenStreetMap #GoogleMaps #Géoportail #isochrone

30 minutes isochrone, drawn from Montpellier City Hall.

(isochrone = geographical area drawn from the same travel distance from a source point)

From left to right:
- IGN / geoportail.gouv.fr
- OpenStreetMap / commutetimemap.com / geoapify.com
- Google Maps.

Not sure which one is better, pretty clear which one is worst.

#OpenStreetMap #GoogleMaps #Géoportail #isochrone

Playing with #openStreetMaps on #Python but I'm struggling to get nodes from a single street using #osmnx, any tips?

I managed to get a "walk" network of São Paulo and tried this nice #isochrone tutorial: https://github.com/gboeing/osmnx-examples/blob/main/notebooks/13-isolines-isochrones.ipynb

But getting nodes from a single street eludes me...

(next challenge will be to get Z/elevation ... ooff)

cc @natera

Update: Some progress — I converted the network to a geodataframe and filtered it by the "name" column, it feels very awkward yet and I'm not sure what I'm doing.

Playing with #openStreetMaps on #Python but I'm struggling to get nodes from a single street using #osmnx, any tips?

I managed to get a "walk" network of São Paulo and tried this nice #isochrone tutorial: https://github.com/gboeing/osmnx-examples/blob/main/notebooks/13-isolines-isochrones.ipynb

But getting nodes from a single street eludes me...

(next challenge will be to get Z/elevation ... ooff)

cc @natera

Update: Some progress — I converted the network to a geodataframe and filtered it by the "name" column, it feels very awkward yet and I'm not sure what I'm doing.

Playing with #openStreetMaps on #Python but I'm struggling to get nodes from a single street using #osmnx, any tips?

I managed to get a "walk" network of São Paulo and tried this nice #isochrone tutorial: https://github.com/gboeing/osmnx-examples/blob/main/notebooks/13-isolines-isochrones.ipynb

But getting nodes from a single street eludes me...

(next challenge will be to get Z/elevation ... ooff)

cc @natera

Update: Some progress — I converted the network to a geodataframe and filtered it by the "name" column, it feels very awkward yet and I'm not sure what I'm doing.

Playing with #openStreetMaps on #Python but I'm struggling to get nodes from a single street using #osmnx, any tips?

I managed to get a "walk" network of São Paulo and tried this nice #isochrone tutorial: https://github.com/gboeing/osmnx-examples/blob/main/notebooks/13-isolines-isochrones.ipynb

But getting nodes from a single street eludes me...

(next challenge will be to get Z/elevation ... ooff)

cc @natera

Update: Some progress — I converted the network to a geodataframe and filtered it by the "name" column, it feels very awkward yet and I'm not sure what I'm doing.