Thil tum hman zirna

30 te chu a rang thei ang ber leh a dik thei ang berin vuak rawh, chutichuan Fitts quy dan angin i tum dan en rawh. Man lova, inziak lut ngai lo.

Helibrain pawl ziakRobert(English), biophysics zirna PhD zirlaia awmten enfiah tawh a chhuahA hnuhnunga enfiah ni

I score chhiar dan

  • Tum tin average hun: infiam hun zawng zawng chu tum zat a zatin sem chhuah, milliseconds (ms) a ni. A hniam zawk chu a tha zawk. Vuak khawih lohna click-in hun a ei avangin, hetah pawh a lang.
  • Dikna: infiamna hmunah i click zawng zawng zinga i tum khawih tlin zat.
  • Vuak chak ber: tum pakhat i vuak chak ber.
  • Throughput: chakna leh harsatna chu nambar pakhatin a pu tlang (bits per second, a hnuaiah). A sang zawk chu a tha zawk.
  • Chart: chhinchhiahna tin hi tum pakhat a ni; a harsa zawt angin a hun nen a teh. Line tlar darh chu i Fitts quy dan line ngei a ni.

Fitts quy dan chu eng nge?

Fitts quy dan chuan tum hmun chu a hla deuh a, a te deuh pawhin, vuak tlin nan hun tam zawk a ngai tih a sawi. Paul Fitts chuan 1954-ah tum hmun “harsatna tehna” bit-a teh chu a pung zelin hun pawh a pang zelin a pung tih a lantir [1]. Tunah chuan log2(distance / width + 1) tiin a ziak fo [2]. Button vuak awlsam turin siamtu ten an hmang.

Thil pawimawh tawi

  • A teh chu: tum hmun i hmuh, i pan a, i chawlh tlatna nen, tum hmun chu i tuah chak leh dik dan.
  • Mouse hmanga throughput: standard dan hmanga laboratory zirnaah bit per second 3.7 atanga 4.9 vel a ni [3].
  • Kutzung hmanga throughput: phone hmanga zirna pakhatah, mi 16-in tum hmun an khawihnaah bit per second 7 vel an đạt [4]. Kan nambar te chuan dan awlsam zawk (a hnuaiah) an hmang a, chuvangin direct-a tehkhin theih an ni lo.
  • Touch screen-a tum hmun te te: kutzung khawihna chu amah ngeiin mm 1 atanga 1.5 velin a inthlau thei; mm 7 aia te tum hmunah chuan khawih tlin lohna tam tak a awm [5].
  • Mouse leh touch hrang hran: input chi thuhmun hmangte zinga result chauh tehkhin a ni.

Thil tum hman zirna hnathawh dan

  1. Infiamna hmun laiah Start hmeh rawh. Clock a tan.
  2. Tum hmunte vuak rawh. 30 tum hmun zual zual a lang chhuak ang; size chi thum a awm, a hmasa ber hmun atanga hla takah a awm zel. Vuak khawih lohna click chuan i dikna a tihniam; tum hmun chu i vuak tlin hma chuan a la awm reng.
  3. I result en rawh, i Fitts quy dan line nen.

I score i share chuan, i ṭhian hnenah tum hmun thuhmun tak an lang ang.

Tum hmun tin hla zawng leh a zau zawng hmangin throughput kan chhut, a lang angin; click te an thlenna hmun atan laboratory standard-in siamthatna a belh chu kan belh lo [3]. Chuvangin i infiamnate ngei nen tehkhin turin kan sawi.

I tum dan nghawng theitu eng nge?

  • Hla zawng leh size. Tum hmun hla leh te te te vuak tlin nan hun a rei ber: Fitts quy dan chu a ni [1, 2].
  • Device. Mouse, touchpad leh kutzungte chuan result hrang an pe. Laboratory zirnaah touchpad chuan mouse aiin a har zawk hle [3].
  • Chakna emaw fimkhurna. A rang lutuk chuan khawih tlin lohna a tam, khawih tlin lohna tin chuan hun a ei. Score tha ber chu pace mumal tak hmangin a lo chhuak.
  • Kum. Zirna pakhatin, kum 12 atanga 14 naupangte aiin puitlingte chuan khawih tlin lohna an tlem zawk a, kum 61 atanga 69 mi aiin an chak zawk tih a hmu [6].
  • Zir chhunzawmna. Infiamna i hmanthiam zel avangin run hmasa tlemte chhungin hun a tlem zel.

He endikna hian eng nge a hrilh thei leh thei lo?

He thil tum hman zirna hian vawiin hian he device-a tum hmun vuak chakna leh dikna a teh. Hei hi fingtheihna emaw i rilru damlohna endikna a ni lo; score tawi tak chuan infiamnaah i thiam ang em tih a hrilh lo.

Device thuhmun hmanga i run hmasate nen tehkhin rawh; mouse thar emaw screen size dang emaw chuan nambar a thlak thei.

Zawhna leh chhanna awm fo

Thil tum hman zirna score tha chu eng nge?

Device thuhmun hmanga i run hmasate nen tehkhin rawh: he ang infiamnaah score tha chu i score hmasa aiin a sang zawk. Mi tam tak an infiam tawh hunah, input thuhmun hmanga player dangte run hmasa nen i run hmasa tehkhin dan pawh result-ah a lang bawk.

Throughput bit per second chu eng nge?

Throughput chuan tum hmunte an harsat zawng leh i vuak chak zawng a khawm. Harsatna chu bit-a chhiar a ni: log2(distance / width + 1) [2]. Vuak tum tin hunin sem a, average la; chutiangin bit per second i hmuh ang. Mouse hmanga laboratory zirnaah dan zawk hmangin bit per second 4 atanga 5 vel an hmu [3].

Mouse leh touch tehkhin chu dik em?

Dik lo, kan tehkhin pawh lo. Kutzung leh mouse te chuan an thawk dan a dang, chuvangin input thuhmun hmangte nen chauh i result tehkhin a ni.

Engvangin nge ka ṭhian tum hmunte ka tum hmun ang ngei an nih?

Score share link chuan run seed a keng a, chuvangin tum hmunte chu thuhmunin an lo chhuak. Chutiang chuan challenge dik tak a siam.

Helibrain thil tum hman zirna hi man lova hman theih a ni em?

A ni. Infiamna leh i result kimchang chu man lova hman theih a ni: inziak lut ngai lo, email ngai lo, pekman ngai lo.

Endikna dang inzawmte

Man pek ngai lo rilru endikna 43 zawng zawng en rawh

Nitin hei hi tih zir duh em? Helibrain app (tunah chuan English tawngin chauh) -ah man pek ngai lo plan leh man pek plan a awm.

He phek hi hnâr anga târ lang rawh: Thil tum hman zirna. Helibrain. 2026. https://helibrain.com/lus/aim-trainer. CC BY 4.0.

How this test works

This game measures how quickly and accurately you can point at targets. Press Start, then hit 30 round targets that appear one at a time, in three sizes and at different distances. A miss doesn't move the target, but it costs time and lowers your accuracy. Your main score is your average time per target. You also see your accuracy and your throughput in bits per second. Psychology labs have used pointing tasks like this since Paul Fitts described them in 1954.

Version 1 · Cite this test:

Helibrain (2026). Aim trainer, v1. https://helibrain.com/aim-trainer/methods

Full method →

Hnuhma te

  1. Fitts PM (1954). The information capacity of the human motor system in controlling the amplitude of movement. Journal of Experimental Psychology 47(6):381–391. doi.org/10.1037/h0055392
  2. MacKenzie IS (1992). Fitts' law as a research and design tool in human-computer interaction. Human–Computer Interaction 7(1):91–139. doi.org/10.1207/s15327051hci0701_3
  3. Soukoreff RW, MacKenzie IS (2004). Towards a standard for pointing device evaluation, perspectives on 27 years of Fitts' law research in HCI. International Journal of Human-Computer Studies 61(6):751–789. doi.org/10.1016/j.ijhcs.2004.09.001
  4. MacKenzie IS (2015). Fitts' throughput and the remarkable case of touch-based target selection. Human-Computer Interaction: Interaction Technologies (HCII 2015), LNCS 9170, 238–249. doi.org/10.1007/978-3-319-20916-6_23
  5. Bi X, Li Y, Zhai S (2013). FFitts law: modeling finger touch with Fitts' law. Proceedings of CHI 2013, 1363–1372. doi.org/10.1145/2470654.2466180
  6. Hertzum M, Hornbæk K (2010). How age affects pointing with mouse and touchpad: a comparison of young, adult, and elderly users. International Journal of Human-Computer Interaction 26(7):703–734. doi.org/10.1080/10447318.2010.487198

He laman thuziak hi engtin nge siam a nih: chunglam zirna te atangin Helibrain pawl-in a ziak a, Robert(English) (biophysics zirna PhD zirlaia awm) chuan 11/4/2026-ah a enfiah. Hnar thute a thlak a nih chuan kan tidanglam thin.