Hit scan is a term that refers to a method of hit detection that determines whether a weapon has hit a target or not simply by checking if the weapon was aimed directly at the target when the trigger was pulled. A hit scan weapon does not launch a projectile that travels through the virtual space at a certain speed and trajectory, but rather simulates a ray that extends from the origin of the weapon along the direction of the aim and scans for any objects that intersect with the ray. A hit scan weapon applies the effects of the weapon, such as damage, instantly, as soon as the ray hits the target. A hit scan weapon is also called a hitscan weapon, a raycast weapon, or a laser weapon.
Hit scan is common in esports games that involve shooting, where each weapon has a certain mechanism and behavior. Hit scan is usually used for weapons that are supposed to be fast and accurate, such as sniper rifles, pistols, or lasers. Hit scan can also be modified by adding some factors, such as spread, recoil, or falloff, that can affect the accuracy, stability, or effectiveness of the weapon.
What are the advantages and disadvantages of Hit Scan in esports games?
Hit scan has some advantages and disadvantages that affect the gameplay and the outcome of the game, such as:
Advantages: Hit scan can provide several benefits, such as:
It can simplify the simulation and calculation of hits. Hit scan can use relatively simple mathematics and logic to determine whether a weapon has hit a target or not, without having to account for complex physics, such as gravity, wind, or drag. Hit scan can also reduce the computational load and latency of the game, as it does not have to create and track projectile objects that move through the virtual space.
It can approximate the realism and precision of bullets. Hit scan can also mimic the speed and accuracy of real-life bullets, especially over short distances, where the effects of physics are negligible. Hit scan can also allow the player to aim and shoot directly at the target, without having to lead or compensate for the movement of the target or the projectile.
Disadvantages: Hit scan can also have some drawbacks, such as:
It can create inconsistencies and inaccuracies in the visual representation of the weapon. Hit scan can also cause some discrepancies and errors between what the player sees and what the game calculates, as the weapon may not match the actual hit. For example, the weapon may show a bullet or a projectile that has a visible trail or impact, but it technically has no effect on the hit. The weapon may also hit a target that is behind cover or out of sight, as the ray may not account for the shape or size of the target or the obstacle.
It can reduce the gameplay options and challenges of the weapon. Hit scan can also limit the player’s choices and strategies, as the weapon may have less variety and complexity than a projectile weapon. For example, the weapon may not have different modes or effects, such as explosive, piercing, or bouncing, that can create different scenarios and outcomes. The weapon may also have less skill and difficulty, as the player may not have to account for the timing, distance, or angle of the shot.
What are some examples of Hit Scan in esports games?
Hit scan can be found in many esports games, especially in the genre of FPS, where each game has different weapons, modes, and mechanics. Here are some examples of hit scan in popular esports games:
Counter-Strike: Global Offensive: Counter-Strike: Global Offensive is one of the most iconic and influential esports games, with two teams of players, terrorists and counter-terrorists, that compete in various modes, such as Bomb Defusal, Hostage Rescue, or Deathmatch. Counter-Strike: Global Offensive has mostly hit scan weapons, such as the AWP, a sniper rifle that can kill enemies with one shot to the head or chest, but has a low rate of fire, high recoil, and high cost. Counter-Strike: Global Offensive also has some factors that affect the hit scan, such as spread, recoil, and falloff, that vary depending on the weapon, the stance, and the distance.
Overwatch: Overwatch is a new and popular esports game, with two teams of players, attackers and defenders, that compete in various modes, such as Escort, Control, or Assault. Overwatch has different characters, called heroes, that have unique abilities and weapons. Overwatch has a mix of hit scan and projectile weapons, such as Widowmaker’s Widow’s Kiss, a sniper rifle that can switch between hit scan and projectile modes, depending on the zoom level. Overwatch also has some factors that affect the hit scan, such as damage boost, damage reduction, or headshot multiplier, that vary depending on the hero, the ability, and the target.
Fortnite: Fortnite is one of the most popular and influential esports games, with up to 100 players that compete in a mode called Battle Royale, where the last player or team standing wins. Fortnite has different weapons, items, and resources that players can scavenge, craft, and use in the game. Fortnite has mostly projectile weapons, such as the Rocket Launcher, a weapon that fires explosive rockets that travel in an arc and deal splash damage, but has a low rate of fire, low accuracy, and low ammo. Fortnite also has some hit scan weapons, such as the Assault Rifle, a weapon that fires bullets that hit instantly and deal direct damage, but has a high rate of fire, high recoil, and high ammo.
To Sum Up
Hit scan is a term that refers to a method of hit detection that determines whether a weapon has hit a target or not simply by checking if the weapon was aimed directly at the target when the trigger was pulled. A hit scan weapon does not launch a projectile that travels through the virtual space at a certain speed and trajectory, but rather simulates a ray that extends from the origin of the weapon along the direction of the aim and scans for any objects that intersect with the ray. A hit scan weapon applies the effects of the weapon, such as damage, instantly, as soon as the ray hits the target. Hit scan is common in esports games that involve shooting, where each weapon has a certain mechanism and behavior. Hit scan is usually used for weapons that are supposed to be fast and accurate, such as sniper rifles, pistols, or lasers. Hit scan can also be modified by adding some factors, such as spread, recoil, or falloff, that can affect the accuracy, stability, or effectiveness of the weapon.