#topology — Public Fediverse posts

Rosiak’s sheaf theory through examples has a big chapter on topology, but I’m starting to really like concise and clear yet opinionated maths books and I found a bit rambling, so added “introduction to topology” by Mendelson (I go to the Dover books because they fit in my pocket which I really like, especially these days when commuting).

Then I found these lectures online and they’re so nice too. It truly is, despite everything, an amazing time to be a self-learner.

https://youtube.com/playlist?list=PLd8NbPjkXPliJunBhtDNMuFsnZPeHpm-0&si=mGrD9WpoGhz7Iw6G

#topology #mathematics

Rosiak’s sheaf theory through examples has a big chapter on topology, but I’m starting to really like concise and clear yet opinionated maths books and I found a bit rambling, so added “introduction to topology” by Mendelson (I go to the Dover books because they fit in my pocket which I really like, especially these days when commuting).

Then I found these lectures online and they’re so nice too. It truly is, despite everything, an amazing time to be a self-learner.

https://youtube.com/playlist?list=PLd8NbPjkXPliJunBhtDNMuFsnZPeHpm-0&si=mGrD9WpoGhz7Iw6G

#topology #mathematics

Rosiak’s sheaf theory through examples has a big chapter on topology, but I’m starting to really like concise and clear yet opinionated maths books and I found a bit rambling, so added “introduction to topology” by Mendelson (I go to the Dover books because they fit in my pocket which I really like, especially these days when commuting).

Then I found these lectures online and they’re so nice too. It truly is, despite everything, an amazing time to be a self-learner.

https://youtube.com/playlist?list=PLd8NbPjkXPliJunBhtDNMuFsnZPeHpm-0&si=mGrD9WpoGhz7Iw6G

#topology #mathematics

Rosiak’s sheaf theory through examples has a big chapter on topology, but I’m starting to really like concise and clear yet opinionated maths books and I found a bit rambling, so added “introduction to topology” by Mendelson (I go to the Dover books because they fit in my pocket which I really like, especially these days when commuting).

Then I found these lectures online and they’re so nice too. It truly is, despite everything, an amazing time to be a self-learner.

https://youtube.com/playlist?list=PLd8NbPjkXPliJunBhtDNMuFsnZPeHpm-0&si=mGrD9WpoGhz7Iw6G

#topology #mathematics

So I'm mocking up the idea of semi-autowrap hulls. Here's the basic concept.

If a module is a "surface" module, you bulge the hull to cover the outer half, in quarters.

You can then extend the bulge to cover multiple modules on the same plane, or be swept in one way or the other-

The issue here is curves, which I'll get into in a second.

#GameDesign #Topology #SpaceShips

So I'm mocking up the idea of semi-autowrap hulls. Here's the basic concept.

If a module is a "surface" module, you bulge the hull to cover the outer half, in quarters.

You can then extend the bulge to cover multiple modules on the same plane, or be swept in one way or the other-

The issue here is curves, which I'll get into in a second.

#GameDesign #Topology #SpaceShips

So I'm mocking up the idea of semi-autowrap hulls. Here's the basic concept.

If a module is a "surface" module, you bulge the hull to cover the outer half, in quarters.

You can then extend the bulge to cover multiple modules on the same plane, or be swept in one way or the other-

The issue here is curves, which I'll get into in a second.

#GameDesign #Topology #SpaceShips

So I'm mocking up the idea of semi-autowrap hulls. Here's the basic concept.

If a module is a "surface" module, you bulge the hull to cover the outer half, in quarters.

You can then extend the bulge to cover multiple modules on the same plane, or be swept in one way or the other-

The issue here is curves, which I'll get into in a second.

#GameDesign #Topology #SpaceShips