TriggerBot

static const float s_fStickyMaxDmg = 120;
static const float s_fStickyMaxDistance = 150;
static const float s_fDmgRamp = s_fStickyMaxDistance / s_fStickyMaxDmg / 2;

inline float ApproxStickyDamage(float distance)
{
	if (distance > s_fStickyMaxDistance)
		return 0;
	return (s_fStickyMaxDistance - distance) * s_fDmgRamp + s_fStickyMaxDmg / 2;
};

void Stickybot(CUserCmd* cmd)
{
	if (!CONFIG.m_bStickyTrigger)
		return;

	static float prevEstimatedDmg = 0;
	float estimatedDmg = 0;
	for (auto sticky = LOGIC.m_vOwnedStickies.begin(); sticky != LOGIC.m_vOwnedStickies.end(); ++sticky)
	{
		NetVar::CTFGrenadePipebombProjectile* pSticky = *sticky;
		if (!IsStickyArmed(pSticky))
			continue;

		for (auto player = LOGIC.m_vEnemyTeam.begin(); player != LOGIC.m_vEnemyTeam.end(); ++player)
		{
			NetVar::CTFPlayer* pPlayer = *player; 

			if (!CanBeDamaged(pPlayer))
				continue;

			Vector targetpoint = GetEyePosition(pPlayer);
			Vector startpoint  = pSticky->GetAbsOrigin();

			Vector min, max;
			pPlayer->GetRenderBoundsWorldspace(min, max);

			// may be excessive
			if (!IsBoxIntersectingSphere(min, max, startpoint, s_fStickyMaxDistance))
				continue;
			float dist = pPlayer->GetAbsOrigin().DistTo(startpoint); 
			if (dist > s_fStickyMaxDistance)
				continue;
			
			trace_t		tr;
			MYUTIL_TraceLine(startpoint, targetpoint, MASK_EXPLOSION, pSticky, &tr);

			bool traceable = (tr.m_pEnt == pPlayer);

			if (traceable) 
				estimatedDmg += ApproxStickyDamage(dist);
			
			if (traceable && CONFIG.m_bStickyTriggetAtBest && (dist > CONFIG.m_fStickyTriggerBound))
			{
				__log("Trigger'd @ best!\n");
				cmd->buttons |= IN_ATTACK2;
				return;
			};
		};
	};

	if (prevEstimatedDmg > estimatedDmg)
	{
		__log("Trigger'd!\n");
		cmd->buttons |= IN_ATTACK2;
		prevEstimatedDmg = 0;
	}
	else 
		prevEstimatedDmg = estimatedDmg;
};