By all means, write it. Just don't use it. These warnings are almost always in the context of code you're going to release, not exercises in learning on your own.
I would have naively calculated average error as avg(max( abs(smallest), largest)). so it would be 100 in your case. I'm sure that's not statistically correct but it makes sense to me.
Use the partial derivatives of the topo height to calculate a normal. dot that normal against your fake sun angle to shade your terrain. it seems though that the magic in this is in throwing away specific details and…
I believe the rule of using "are" when following a noun that ends with "s" still applies though. eg. "the vertices are" but "the collective is". I can't think of a collective noun that ends in S that I would follow with…
That report just sources the same CDC report, but I think it gets some of its conclusions wrong. It says: >In contrast, among people 20 to 44, 14% to 21% of 705 cases were admitted to hospitals and 2% to 4% to ICUs;…
By all means, write it. Just don't use it. These warnings are almost always in the context of code you're going to release, not exercises in learning on your own.
I would have naively calculated average error as avg(max( abs(smallest), largest)). so it would be 100 in your case. I'm sure that's not statistically correct but it makes sense to me.
Use the partial derivatives of the topo height to calculate a normal. dot that normal against your fake sun angle to shade your terrain. it seems though that the magic in this is in throwing away specific details and…
I believe the rule of using "are" when following a noun that ends with "s" still applies though. eg. "the vertices are" but "the collective is". I can't think of a collective noun that ends in S that I would follow with…
That report just sources the same CDC report, but I think it gets some of its conclusions wrong. It says: >In contrast, among people 20 to 44, 14% to 21% of 705 cases were admitted to hospitals and 2% to 4% to ICUs;…