OLL Algorithm Help

[Gusthabus11]

I'm still relatively new to speedcubing, but I think I'm starting to get the hang of it. I am still encountering one major problem, though; sometimes, when I move onto the PLL step (I currently use the 4LLL method), the only algorithms that I use to permute corners are Aa, Ab and E. But, sometimes there is a situation where the corners are at a diagonal angle from their correct spot, meaning I'd have to do the E algorithm, turn the cube, and then do the E algorithm again. I have been searching online for a PLL algorithm that moves the corners diagonally from their current position, but all I can find are the Aa, Ab and E algorithms. Below, I've included a computer-generated picture of what the cube looks like. Could someone give me an algorithm that helps out with this problem, or is there something that I'm doing wrong? Thanks!

 

[Nmile7300]

The corners are actually already solved. Just turn the top twice. And if you want an algorithm for the edges, then it is M2 U M2 U2 M2 U M2.

 

[PetrusQuber]

I'm still relatively new to speedcubing, but I think I'm starting to get the hang of it. I am still encountering one major problem, though; sometimes, when I move onto the PLL step (I currently use the 4LLL method), the only algorithms that I use to permute corners are Aa, Ab and E. But, sometimes there is a situation where the corners are at a diagonal angle from their correct spot, meaning I'd have to do the E algorithm, turn the cube, and then do the E algorithm again. I have been searching online for a PLL algorithm that moves the corners diagonally from their current position, but all I can find are the Aa, Ab and E algorithms. Below, I've included a computer-generated picture of what the cube looks like. Could someone give me an algorithm that helps out with this problem, or is there something that I'm doing wrong? Thanks!

View attachment 12522

Its quite easy to do this, just U2
Then H Perm which is M2 U’ M2 U2 M2 U’ M2
Edit: ninjaed by @Nmile7300