NanamiP1U:
 ; This attack sends a single shot out in a arch with the shape of
 ;                _----_
 ;               |      |
 ;                \    /
 ;                 \  /
 ;                  \/
 ;                   X
 ; where X is nanami
 ; it follows this path unless 2nd is released in which it takes the most linear path back to nanmi from its current
 ; position
 ;
 ; This attack also starts the arc in a different direction based on which direction you were traveling last
 ;
 ; This has a look up table at Nanami45LUT that is aligned on the LUT page
 ; This LUT contains the offsets from the firing position of nanami that makes it have this proper arc
 ; by doing it this way its much faster and causes less of a headache.
 ; When second is released we will be having the bullet come back to nanami this will be done with a arctan look up.
 ; going to see if i cant get away with reusing some of iambians enimy routines here have to lookinto the track function
 ; - 5 minutes later -
 ; we can use the call r.arctan to get the angle and return it in C
 ;
 ; TTl of bullet.
 ; i have no clue how to do this other than doing blatant collision detection with your self ask iambian


NanamiP1F:

NanamiP2U:
 ; This attack sends 2 orbs shot out in a arch with the shape of roughly
 ;                 ____
 ;              _--    --_
 ;             |  _----_  |
 ;             \ |      | /
 ;              \ \    / /
 ;               - \  / -
 ;                \ \/ /
 ;                   X
 ; where X is nanami
 ; they travel at 40 and 50D respectively
 ; it follows this path unless 2nd is released in which it takes the most linear path back to nanmi from its current
 ; position
 ;
 ; This attack also starts the arc in a different direction based on which direction you were traveling last
 ;
 ; This has a look up table at Nanami40LUT and Nanami50LUT that is aligned on the LUT page
 ; This LUT contains the offsets from the firing position of nanami that makes it have this proper arc
 ; by doing it this way its much faster and causes less of a headache.
 ; When second is released we will be having the bullet come back to nanami this will be done with a arctan look up.
 ; going to see if i cant get away with reusing some of iambians enimy routines here have to lookinto the track function
 ; - 5 minutes later -
 ; we can use the call r.arctan to get the angle and return it in C
 ;
 ; TTl of bullet.
 ; i have no clue how to do this other than doing blatant collision detection with your self ask iambian