How to handle multiple page algorithms?

Hi, I'm trying to layout algorithms with a length of multiple pages. I used algorithmic-floats for short algorithms, so I want to continue the same style for the long ones. Here's the problem: If I use a long algorithm in an algorithmic-float it will be layouted on one page cutting of the

Re: How to handle multiple page algorithms?

Steffen Seufert wrote: I'm trying to layout algorithms with a length of multiple pages. I used algorithmic-floats for short algorithms, so I want to continue the same style for the long ones. Here's the problem: If I use a long algorithm in an algorithmic-float it will be layouted

How to handle multiple page algorithms?

Hi, I'm trying to layout algorithms with a length of multiple pages. I used algorithmic-floats for short algorithms, so I want to continue the same style for the long ones. Here's the problem: If I use a long algorithm in an algorithmic-float it will be layouted on one page cutting of the

Re: How to handle multiple page algorithms?

Steffen Seufert wrote: I'm trying to layout algorithms with a length of multiple pages. I used algorithmic-floats for short algorithms, so I want to continue the same style for the long ones. Here's the problem: If I use a long algorithm in an algorithmic-float it will be layouted

How to handle multiple page algorithms?

Hi, I'm trying to layout algorithms with a length of multiple pages. I used algorithmic-floats for short algorithms, so I want to continue the same style for the long ones. Here's the problem: If I use a long algorithm in an algorithmic-float it will be layouted on one page cutting of the

Re: How to handle multiple page algorithms?

Steffen Seufert wrote: > > I'm trying to layout algorithms with a length of multiple pages. > > I used algorithmic-floats for short algorithms, > so I want to continue the same style for the long ones. > > Here's the problem: > > If I use a long algorithm in an algorithmic-float it will > be