Notes from Dr. Borkosky

Press J to jump to the feed. This means that the with a stretch value you end up with a much greater error ramp through the distances, even though your 0% and nearby is correct. I may do an edit with an easier TLDR. Every 1 point in sensitivity in VALORANT is equal to 3.18 sensitivity units in csgo level 1 My valorant res: 2416x1358 ~ 103x70 FOV blackbars on sides, top and bottom. So black bars 4:3 CS is ok, as long as valorant is 16:9. You can use the mouse-sensitivity website (paid) to get these values.

Any divider that deviates from 3.18 will increasingly add error to your 360 degree movement. Or tune to 3.18 manually, because just like the above, you can't salvage your old sensitivity with varying stretch conversions to any point that won't feel awful on the vertical and 360 movements. The game Riot announced as Project A is actually called Valorant. Ok, if we use the 0% conversion, we end up with a 1:1 SENSITIVITY match between CS:GO and Valorant AT THE CROSSHAIR. However, switching to VALORANT from CSGO can be overwhelming at first due to the significant difference in sensitivities, and that’s exactly where this guide will help you.

Players who’ve played years of CS:GO are looking to carry over their muscle memory to Valorant.

this is why forest and get right are sick players. You can also do this alternatively by opening up the console and typing down ‘sensitivity’ and noting down the number that pops up beside it. We now have a new resolution 2414x1358. I have a caveat about stretch to non-stretch conversions in a footnote you need to be aware of if deploying this. If you refuse to loose a bit of screen real estate, this is my original post below which uses a different divider that prioritises screen distance instead of 360 degree rotation as the method of matching sensitivities between both games. This does NOT significantly distort Valorant from a native 16:9 (providing you are coming from 16:9 CSGO). Keep reading if you want to know why these proposed conversions (really just the 3.370 one) are technically "better" than 3.18: This is the bulk of my original post: People are under the impression that they should be converting their sensitivity from CS:GO by dividing their CS:GO sensitivity by 3.18... People think this will give them the same sensitivity, thus muscle memory, between the games. And very low error, less than 1%, all the way up to 50% distance to edge of screen. A fervent gamer and an eSports enthusiast. There is no ideal solution for stretch CS users. For these users, either use the original 3.18 value, or 2.53 if you want your horizontal distance to match. See my footnote for stretched users way below (2.53 will FUBAR your vertical sens for Valorant, and give you radically wrong 360 motion.). Just giving people another option and some stats to what the difference is. First, you take your CSGO sensitivity and multiply it by 11.

There is a simpler way using the mouse-sensitivity website. *** See how if you use a blackbar res that isn't 4:3, you can get 1:1 with valorant by finding a res above that matches your csgo VERTICAL res, here, that res is 1080. https://appuals.com/how-to-create-custom-resolutions-on-windows-7-8-or-10/. Things look absolutely fine. With several CS:GO skills translating well into Valorant, many players are looking for the perfect sensitivity to play with. Specifically 0.818933. The in-game sensitivity combined with your mouse DPI will combine to create the speed at which your cursor moves. Third, count up to and round the 3rd decimal place to the closest number and slap that boi into your Valorant sensitivity settings! Gaming Startup Mech Mocha Acquired By Flipkart, PUBG Krafton Merger: Everything You Need To Know, PUBG parent Krafton hires Investment Banking firm to initiate potential IPO, Valorant Revear Skin Bundle: release date & price, A viewer’s guide to Valorant Spike Nations Of Twitch, Skye Valorant Abilities – Everything You Need To Know, How to convert CSGO sensitivity to Valorant. %distance from edge of screen to crosshair with 0% reference: % error in ideal conversion from CSGO at 0% reference. We can see, our 0% distance from edge of screen naturally carries the most error with this method. Otherwise, your scopes will carry the error of the primary sens. I'll run through what I did for my screen (2560x1440). Reddit user points out players dividing by 3.181818 to convert their CS:GO sensitivities to Valorant have been wrong. So naturally I set it as 0.82 because in CSGO that can help small flicks feel the same as hipfire. Notice how most Valorant recoil controls starts with “go down”, controlling the first 3-5 bullets, 10 at most, then reset, this will greatly reduce recoil. VALORANT is a free to play 5v5, character-based tactical shooter. All we have done is matched Valorant to fill 103 degrees of CSGO's 106.26xxx screen real-estate on the horizontal (talking from a 16:9 perspective), and 70.5328 degrees of CSGOs 73.73xxx on the vertical. To anyone I recommended a value to NOT using 16:9, it may be wrong. Even aiming to the edge of the screen at 100% carries a (slightly) higher error of 2.95 compared to matching your aim to the 0% mark (2.89% error). You literally just switched the equation around lmao. The recent dip in the player count of CSGO proves that a huge number of CSGO players have already shifted to VALORANT. All we needed was to find that perfect 'Scoped Sensitivity Multiplier' and let our muscle memory take care of the rest. I personally still change it to 0.747. How far do I have to move my mouse, in order to get from where my crosshair is, to where that enemies head is on my screen? If you use 16:10 on a monitor natively, but somehow have horizontal black bars (this would be weird and unlikely) then it might be possible to do something. This will match your games' FOVs in terms of screen distances by taking advantage of Valorant's locked FOV. If you are not using the simple 16:9 to 16:9 conversion, proceed with caution. Set sens and DPI.

See above the Res list). (This is redundant now. Set res to 2560x1440 (or your native res of CSGO).

For the data folk, this much more complete and accurate set of data will give you the error to each point of the screen given a calibration at a specific point. Press J to jump to the feed. That won't be exact, though.

Set the above horizontal res number just found (2416) as your Valorant res. CSGO 1.2 = 1.142 Valorant. -> Valorant: 1810x1018 1:1 ***, CSGO: 1280x960 1:1 4:3 -> Valorant: 1610x906 1:1, CSGO: 1024x768 1:1 4:3 -> Valorant: 1288x724 1:1, CSGO: 1280x720 1:1 16:9 -> Valorant 1206x678 1:1, CSGO: 960x720 1:1 4:3 -> Valorant 1206x678 1:1, CSGO: 640x480 1:1 4:3 -> Valorant 804x452 1:1. If using different stretched values, these scoped values should still work ON THE HORIZON.

It is IMPOSSIBLE to salvage the same FOV in valorant. Use whatever you prefer though. Otherwise, your scopes will carry the error of the primary sens. To correct the 2.5x valorant scope: 0.747, This = ~ 0.82 from CSGO. To begin with you have to convert your regular sensitivity from CSGO to Valorant which would be your CSGO sensitivity / 3.18181818 and since we know CSGO regular sense to zoom sense 1:1 is not 1 but .818933027098955175 we can take your (CSGO … I bet this kid doesn't even play FFA Dm's cuz he'd throw his arm out of his socket checking corners. Many may already be aware of this, but it is interesting to understand why. how is it not like the diagram? Not listed below? However, if you want to have minimum error across the whole visible space, then you actually want to use 50% as your target point (3.334) BUT the error around the crosshair, at 0-15%, is no longer negligible, even though, in reality, across the whole screen, you could consider this the best choice. I've tested this in game by wildly changing ratios and custom resolutions. Crouching: You move slow, you make minimal sounds, and your accuracy is highest. For instance, if your CSGO sensitivity is 2, then your Valorant sensitivity would approximately be (2/3.18 =)  0.63. These values are below (assuming you use 3.370 as your division initially, things get wonky if you want to keep to your 360 degree rotation conservation, yet want your scopes to somehow match).

When you peek an angle, you need to separate the angle into pieces and clear them one by one, think where your enemy’s head could be and peek the angle segment by segment. This is the hot spot region of aiming. Sum of the error is of course absolute values. The benefit is a near perfect match in horizontal and vertical behaviour at both the aimer, all the way through to 360 degree movement, a 1:1 match. I highly recommend going into the range and practice shooting the bots on Medium mode to get a feel for which in-game sensitivity is best for you. It is the same fundamental problem the stretch users are facing. The confusion comes when thinking about it in terms of mouse distance. However, it should be ok if neither game is distorted. Only a 360 spin is well conserved, NOT your aim. How far it "looks" like you have to move is simply not relevant. THIS WILL GIVE YOU THE MOST ACCURATE RESULT.

Let’s talk about a habit that is very easy to master and very effective in Valorant, it is the Number #1 Rule of any FPS game including Valorant: Most people have their crosshairs aiming down in body region, they do this unconsciously when they move, they have their crosshairs aiming downward and when they are in a face-off battle with an enemy, they almost always aim for the body. Best Aim Sensitivity Settings. Although I was able to convert my unscoped sensitivity with relative ease, my Valorant scoped sensitivity still feels very different from mine in CS:GO. A 180 will have about a 5.78% error according to my best calculations. Yep, that is the reason. Third, count up to and round the 3rd decimal place to the closest number and slap that boi into your Valorant sensitivity settings! Achieving a 360 degree rotation has a 6.02% error, so moving around the game world will feel a bit slower compared to CS:GO, but your aim is comparatively left in tact.

I use the 2.5x zoom, to correct the scopes to the same 0% level of my valorant sensitivity, and if you correct as I have said, using the superior 0% CSGO conversion, you will also end up with your scopes behaving the same between CS:GO and valorant. Select CSGO as your game. While he hasn’t tested this, he believes it to be mathematically correct. It's just another way to do it. Nothing can be done, and as I said near the bottom of my original post, this is your punishment for sweating over fat terrorists your whole life. But he isn't right. Remember, stretched conversions cook your vertical sensitivity, and you can't do anything about it. I encourage you to head to mouse-sensitivity.com to get a more reliable value using 0% horizontal distance as your match if there is any deviation from these norms.

My recommendation for these users is to match to the 360 or nearby (divide by 3.18), tune to personal preference, and learn the new sensitivity, sorry. I’ll trust in your math and thinking as I am not capable myself to check the math and will try it out. Exercise: Practice counter-strafing a lot by: Peek right while sprinting, Shoot while Sprinting Left, Repeat. Most pro-FPS players are in the 40-80 eDPI range with mouse DPI between 400-800, they have large mousepads and they aim with their forearms or elbows, start here and adjust the sensitivity settings until you find what works for you. I ran the math, and the correct point to calibrate to on your screen is almost certainly 0%, right at the crosshair, making subtle movements at the crosshair (in order to target enemies near your crosshair) perfect between both games. ALL these values are dependent on using 3.370 as your primary sensitivity divider, and not 3.18. Can someone smart double check the logic and math of this?

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