Hi Laurence, Thank you for your question. Cetopo uses the height data provided by the National Land Survey, so the points are very accurate, but they do vary from nation to nation. As an example, in Sweden the terrain model provided by the NLS has a 1 x 1 meter grid density. Within Cetopo you can also customize the level of detail according to your needs. Regarding large models area-wise, we have a blog post that explains coordinate systems in detail. Read more here: cetopo.com/Blog?post=coordinate-systems&page=1
@@cetopo Thanks for the Reply 🥇 You didn’t quite answer the specifics though… Will it show water over a large distance is level or curved❓ Seems like a stupid question, BUT, a LOT of very savvy and well qualified people globally are finding that there is NO curve across ANY water, be it ocean or very large lakes that are 10’s of km in length. I guess this is why we call it Water Level. Kinda implies that our so called ‘blue ball in space’ is flat as a pancake 🤷♂️ Once you see these experiments it does mess with your Cognitive Dissonance‼️ 😉
@@laurencebrill2020 Hi Laurence, Cetopo uses projected coordinate systems, which do exactly that, they flatten out the curvature of the earth to make mapping, design and other processes easier. For the same reason they won't give a reasonable display of the entire globe at once. The most common projected coordinate system used by Cetopo (Transverse Mercator) takes an elliptic cylinder and unrolls it to make a flat map that very well approximates the earths curved surface along one "central meridian". You can read more about Transverse mercator here for example here: en.wikipedia.org/wiki/Transverse_Mercator_projection. You can also use google maps to get a nice visualization of the blue ball in space.
Hi @Mohammed, Thank you for your interest. 😊We are operating in the Nordics now: Finland, Sweden and Denmark. Germany is one of our goals in the near future🙂
Thank you for your interest, @Talat 😊We are operating in the Nordics now (Finland, Sweden and Denmark). Our goal is to cover other countries in the future. It is just a matter of time and the country's database availability. If you could share a link to your National Database provider, we could add it to our development list.
Thank you for your interest, @GNex Prime. 😊We are currently operating in the Nordics, Finland and Sweden. Cetopo Denmark will be released this fall. ⚡ Our goal is to help architects and other experts around the world to get instant 3D models and maps. It is just matter of time and country's database availability. If you could share a link to your National Database provider, we could add it to our development list.
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Congrats!!!
Impressive❗️ So, are the survey points accurate❓ How accurate❓ Will a long flat surface over a long distance be flat or curved❓ Nice software 🥇
Hi Laurence,
Thank you for your question. Cetopo uses the height data provided by the National Land Survey, so the points are very accurate, but they do vary from nation to nation. As an example, in Sweden the terrain model provided by the NLS has a 1 x 1 meter grid density. Within Cetopo you can also customize the level of detail according to your needs. Regarding large models area-wise, we have a blog post that explains coordinate systems in detail. Read more here: cetopo.com/Blog?post=coordinate-systems&page=1
@@cetopo Thanks for the Reply 🥇 You didn’t quite answer the specifics though… Will it show water over a large distance is level or curved❓ Seems like a stupid question, BUT, a LOT of very savvy and well qualified people globally are finding that there is NO curve across ANY water, be it ocean or very large lakes that are 10’s of km in length. I guess this is why we call it Water Level. Kinda implies that our so called ‘blue ball in space’ is flat as a pancake 🤷♂️ Once you see these experiments it does mess with your Cognitive Dissonance‼️ 😉
@@laurencebrill2020 Hi Laurence, Cetopo uses projected coordinate systems, which do exactly that, they flatten out the curvature of the earth to make mapping, design and other processes easier. For the same reason they won't give a reasonable display of the entire globe at once. The most common projected coordinate system used by Cetopo (Transverse Mercator) takes an elliptic cylinder and unrolls it to make a flat map that very well approximates the earths curved surface along one "central meridian". You can read more about Transverse mercator here for example here: en.wikipedia.org/wiki/Transverse_Mercator_projection. You can also use google maps to get a nice visualization of the blue ball in space.
Thank u for your work.
Is it available in Germany ? im a student in Germany im wondering if i can get students version.?😅
Hi @Mohammed, Thank you for your interest. 😊We are operating in the Nordics now: Finland, Sweden and Denmark. Germany is one of our goals in the near future🙂
@@cetopo i hope it comes soon
hello! How can I load my 3dsMax file into the Cetopo map environment?
nice 👍🏻
seems nice really i thought global service :) good to know adleast
Thank you for your interest, @Talat 😊We are operating in the Nordics now (Finland, Sweden and Denmark).
Our goal is to cover other countries in the future. It is just a matter of time and the country's database availability. If you could share a link to your National Database provider, we could add it to our development list.
only sweden finland 😒
Thank you for your interest, @GNex Prime. 😊We are currently operating in the Nordics, Finland and Sweden. Cetopo Denmark will be released this fall. ⚡
Our goal is to help architects and other experts around the world to get instant 3D models and maps. It is just matter of time and country's database availability. If you could share a link to your National Database provider, we could add it to our development list.
hi, we need Slovakia and Czech 😁
subscribed 🎉❤