nrm | NPM registry manager , fast switch | Build Tool library

Try to change the while loop to this

You're trying at the same time to do fancy graphs and fit. you help you with fit, graphs are secondary problem.

First, use NumPy arrays for data, helps a lot. Second, your histogram function is denormalized.

So if in the first of your programs I'll normalize freqs array

I'm sorry if this is not an answer to your question but "back face culling" has nothing to do with normals and you don't generally do it manually. You let WebGL do it for you

From the spec

3.5.1 Basic Polygon Rasterization

The first step of polygon rasterization is to determine if the polygon is back facing or front facing. This determination is made based on the sign of the (clipped or unclipped) polygon’s area computed in window coordinates. One way to compute this area is

where xⁱ_w and yⁱ_w are the x and y window coordinates of the ith vertex of the n-vertex polygon (vertices are numbered starting at zero for purposes of this computation) and i⊕1 is (i+1) mod n. The interpretation of the sign of this value is controlled with

You say:

I have tried (+) (MP a) (MP b) = (a++b)

You are correctly writing a function that accepts values of type MP, but you must also return a value of type MP, as in (+) (MP a) (MP b) = MP (a ++ b). There are still bugs in that implementation, of course, but that should get you over the first hump and on to something you can play with further yourself.

Actually, this is an real issue for a long time for packages.config nuget management format. And Microsoft's recommended solution for this problem is to add a bindingRedirect.

Usually, you can use this node in xxx.csproj file to automatically generate bindingredirect.

However, for some specific dlls, this node may not work due to serveral reasons. And it is still an issue on the current packages.config nuget management format as your said.

Suggestion

As a suggestion, you could use the new PackageReference nuget manage format instead since VS2017. This format is simple, convenient and efficient.

Also, when you use this format, first, you should make a backup of your project.

Just right-click on the packages.config file-->click Migrate packages.config to PackageReference.

Besides, I have also reported this issue on DC Forum and I hope the team will provide a better suggestion.

Create the dataframe:

1. Irrelevant in Matlab.

2. Irrelevant and imposible in Matlab. The MEX interface feeds the problem into Mosek in one go and takes care of all allocations itself.

3. For MSK_IPAR_NUM_THREADS to be respected you must restart the whole process i.e. Matlab. See https://docs.mosek.com/9.2/faq/faq.html#mosek-is-ignoring-the-limit-on-the-number-of-threads. However, when you set MSK_IPAR_INTPNT_MULTI_THREAD = 'MSK_OFF' then Mosek will use 1 thread regardless of the number of all threads available i.e. the number printed to the log is just an upper bound. You should be able to see in the task manager/top/whatever other CPU load tracker that only 1CPU is in use.

The basic question is: have you tried to run the problem without any memory limits to see if it works at all and estimate the memory consumption? Does it run on other machines?

Your question is less easy to follow, but I think you mean you want a partition overwritten. If so, then this is what you need, all you need - the second line:

1.

• docker-compose ps will give you the state of your containers

2.

• docker-compose stop will stop your containers, keeping their state then you may start them as their are using docker-compose up

• docker-compose kill will delete your containers

• docker-compose restart will restart your containers

3.

• By declaring your mongodb using an official mongo image your container start when you do docker-compose up without any other intervention.

• Or you can add command: mongod --auth directly into your docker-compose.yml

the official documentation of docker is very detailed and help a lot for all of this, keep looking on it https://docs.docker.com/compose/