| 1 |
radchange = 0; |
| 2 |
if (specialtimer > 0) |
| 3 |
{ |
| 4 |
if (radius < idealradius) |
| 5 |
{ |
| 6 |
radius += 2; |
| 7 |
radchange = 1; |
| 8 |
} |
| 9 |
if (radius > idealradius) |
| 10 |
radius = idealradius; |
| 11 |
} |
| 12 |
else |
| 13 |
{ |
| 14 |
if (radius > idealradius) |
| 15 |
{ |
| 16 |
radius -= 2; |
| 17 |
radchange = 2; |
| 18 |
} |
| 19 |
if (radius < idealradius) |
| 20 |
radius = idealradius; |
| 21 |
} |
| 22 |
if (radchange == 1) |
| 23 |
{ |
| 24 |
x += lengthdir_x(2, direction - 90); |
| 25 |
y += lengthdir_y(2, direction - 90); |
| 26 |
} |
| 27 |
if (radchange == 2) |
| 28 |
{ |
| 29 |
x += lengthdir_x(-2, direction - 90); |
| 30 |
y += lengthdir_y(-2, direction - 90); |
| 31 |
} |
| 32 |
circ = (2 * pi) * radius; |
| 33 |
anglechange = 360 / (circ / speed); |
| 34 |
direction += anglechange; |
| 35 |
if (nxadd < xadd) |
| 36 |
nxadd += 0.125; |
| 37 |
x += nxadd; |
| 38 |
y += yadd; |
| 39 |
specialtimer -= 1; |
| 40 |
if (specialtimer < 1) |
| 41 |
idealradius = 0.1; |