// Input
a = 1 + 2
b = a*2 + 5
c = sin(a)
d = point_direction(x, y, a + 1, b + c)
return a * b + b

// Bytecode
0x00000000: 03000fc0            push.e 3
0x00000004: ffff2541000000a0    pop.v.i self 0xa000 a (0x0)
0x0000000c: ffff05c0000000a0    push.v self 0xa000 a (0x0)
0x00000014: 02000fc0            push.e 2
0x00000018: 00005204            mul.i.v
0x0000001c: 05000fc0            push.e 5
0x00000020: 00005208            add.i.v
0x00000024: ffff5541010000a0    pop.v.v self 0xa000 b (0x1)
0x0000002c: ffff05c0000000a0    push.v self 0xa000 a (0x0)
0x00000034: 010002da02000000    call.i 1 sin
0x0000003c: ffff5541030000a0    pop.v.v self 0xa000 c (0x3)
0x00000044: ffff05c0010000a0    push.v self 0xa000 b (0x1)
0x0000004c: ffff05c0030000a0    push.v self 0xa000 c (0x3)
0x00000054: 00005508            add.v.v
0x00000058: ffff05c0000000a0    push.v self 0xa000 a (0x0)
0x00000060: 01000fc0            push.e 1
0x00000064: 00005208            add.i.v
0x00000068: ffff05c0040000a0    push.v self 0xa000 y (0x4)
0x00000070: ffff05c0050000a0    push.v self 0xa000 x (0x5)
0x00000078: 040002da06000000    call.i 4 point_direction
0x00000080: ffff5541070000a0    pop.v.v self 0xa000 d (0x7)
0x00000088: ffff05c0000000a0    push.v self 0xa000 a (0x0)
0x00000090: ffff05c0010000a0    push.v self 0xa000 b (0x1)
0x00000098: 00005504            mul.v.v
0x0000009c: ffff05c0010000a0    push.v self 0xa000 b (0x1)
0x000000a4: 00005508            add.v.v
0x000000a8: 0000059d            ret.v

// Output (decompiled)
a = 3
b = ((a * 2) + 5)
c = sin(a)
d = point_direction(x, y, (a + 1), (b + c))
return ((a * b) + b)