void OpBubble::OnTimeOut(OpTimer* timer)
{
if (timer == &m_timer)
{
double duration = GetAnimationDuration(GetAnimation());
double now = g_op_time_info->GetWallClockMS();
double progress = (now - m_timer_start_time) / duration;
if (progress < 1)
m_timer.Start(BUBBLE_ANIM_TIMER_RES);
else
progress = 1;
if (GetAnimation() == ANIMATION_BOUNCE)
{
m_extra_distance = (int)((op_fabs(op_cos(progress * M_PI * BUBBLE_ANIM_BOUNCE_COUNT) * (1 - progress * progress))) * BUBBLE_ANIM_BOUNCE_DROP_DISTANCE);
Show();
// Fade should be twice as fast as the bounce
progress *= 2;
progress = MIN(progress, 1);
}
else if (GetAnimation() == ANIMATION_SHAKE)
{
m_extra_shift = (int)(op_sin(progress * M_PI * BUBBLE_ANIM_SHAKE_COUNT) * BUBBLE_ANIM_SHAKE_DISTANCE * (1 - progress * progress));
Show();
// Fade should be four times as fast as the shake
progress *= 4;
progress = MIN(progress, 1);
}
GetWindow()->SetTransparency((INT32)(progress * 255));
}
}
/**
* Runs the instruction at the program counters position in memory.
*/
void vm_exec()
{
cycles++;
Instruction* op = mem_load_instr(pcounter);
print_instr(op);
switch(op->op)
{
case OP_NAP: break;
case OP_ADD: op_add(op); break;
case OP_SUB: op_sub(op); break;
case OP_EXP: op_exp(op); break;
case OP_SIN: op_sin(op); break;
case OP_COS: op_cos(op); break;
case OP_TAN: op_tan(op); break;
case OP_LW: op_lw(op); break;
case OP_SW: op_sw(op); break;
case OP_SB: op_sb(op); break;
case OP_J: op_j(op); return; // Jump
case OP_JR: op_jr(op); return;
case OP_JAL: op_jal(op); return;
case OP_JZ: op_jz(op); return;
case OP_JNZ: op_jnz(op); return;
case OP_JEQ: op_jeq(op); return;
case OP_JNQ: op_jnq(op); return;
case OP_PUSH: op_push(op); break;
case OP_POP: op_pop(op); break;
case OP_PRTI: op_prti(op); break;
case OP_EXIT:
vm_exit(op->k);
return;
/* Unsupported operation */
default:
printf("Error: Invalid operation at %d\n", pcounter);
print_instr(op);
vm_exit(-1);
return;
}
pcounter = pcounter + 8;
}