EN To see if the your shaders actually work correctly with lowp or mediump you have to test on a device that actually uses 8bits for lowp and 16bits for highp.
"could be lowp" သို့ ကိုးရီးယား သို့ဘာသာပြန်ပါ
အင်္ဂလိပ်စာ မှ ကိုးရီးယား သို့စကားစု "could be lowp" ကိုဘာသာပြန်ဆိုထားသော 50 ဘာသာပြန်ဆိုမှု၏ 50 ကိုပြထားသည်။
could be lowp ၏ အင်္ဂလိပ်စာ မှ ကိုးရီးယား သို့ ဘာသာပြန်ခြင်း
အင်္ဂလိပ်စာ
ကိုးရီးယား
KO 실제로 셰이더가 lowp나 mediump와 함께 올바르게 작동하는지 보기 위해서는 실제로 lowp에 8bit를 쓰고 highp에 16bit를 쓰는 기기에서 테스트해야 합니다.
စကားအသုံးအနှုန်း siljelo syeideoga lowpna mediumpwa hamkke olbaleuge jagdonghaneunji bogi wihaeseoneun siljelo lowpe 8bitleul sseugo highpe 16bitleul sseuneun gigieseo teseuteuhaeya habnida.
EN That said, AFAICT any device that actually supports lowp as lowp uses 9 bits and any device that actually supports mediump uses 16bits.
KO 그렇긴 하지만, 제가 아는 한 lowp를 지원하는 기기는 9bit를 사용하고 mediump를 지원하는 기기는 16bit를 사용합니다.
စကားအသုံးအနှုန်း geuleohgin hajiman, jega aneun han lowpleul jiwonhaneun gigineun 9bitleul sayonghago mediumpleul jiwonhaneun gigineun 16bitleul sayonghabnida.
EN While my iPhone6+ from 2014 uses 16 bits for mediump it also uses 16 bits for lowp. I'm not sure I've ever used a device that uses 9 bits for lowp so I'm not sure what issues commonly come up if any.
KO 2014년 아이폰6+는 mediump에 대해 16bit를 사용하지만 lowp에도 16bit를 사용합니다. lowp에 대해 9bit를 사용하는 기기를 사용한 적이 있는지 없어서 어떤 문제가 발생하는지 확실하지 않습니다.
စကားအသုံးအနှုန်း 2014nyeon aipon6+neun mediumpe daehae 16bitleul sayonghajiman lowpedo 16bitleul sayonghabnida. lowpe daehae 9bitleul sayonghaneun gigileul sayonghan jeog-i issneunji eobs-eoseo eotteon munjega balsaenghaneunji hwagsilhaji anhseubnida.
EN To see if your shaders actually work correctly with lowp or mediump, you have to test on a device that actually uses 8bits for lowp and 16bits for highp.
KO 실제로 셰이더가 lowp나 mediump와 함께 올바르게 작동하는지 보기 위해서는 실제로 lowp에 8비트를 쓰고 highp에 16비트를 쓰는 기기에서 테스트해야 합니다.
စကားအသုံးအနှုန်း siljelo syeideoga lowpna mediumpwa hamkke olbaleuge jagdonghaneunji bogi wihaeseoneun siljelo lowpe 8biteuleul sseugo highpe 16biteuleul sseuneun gigieseo teseuteuhaeya habnida.
EN To see if your shaders actually work correctly with lowp or mediump, you have to test on a device that actually uses 8bits for lowp and 16bits for highp.
KO 실제로 셰이더가 lowp나 mediump와 함께 올바르게 작동하는지 보기 위해서는 실제로 lowp에 8비트를 쓰고 highp에 16비트를 쓰는 기기에서 테스트해야 합니다.
စကားအသုံးအနှုန်း siljelo syeideoga lowpna mediumpwa hamkke olbaleuge jagdonghaneunji bogi wihaeseoneun siljelo lowpe 8biteuleul sseugo highpe 16biteuleul sseuneun gigieseo teseuteuhaeya habnida.
EN That said, AFAICT any device that actually supports lowp as lowp uses 9 bits and any device that actually supports mediump uses 16bits.
KO 그렇긴 하지만, 제가 아는 한 lowp를 지원하는 기기는 9비트를 사용하고 mediump를 지원하는 기기는 16비트를 사용합니다.
စကားအသုံးအနှုန်း geuleohgin hajiman, jega aneun han lowpleul jiwonhaneun gigineun 9biteuleul sayonghago mediumpleul jiwonhaneun gigineun 16biteuleul sayonghabnida.
EN While my iPhone6+ from 2014 uses 16 bits for mediump it also uses 16 bits for lowp. I'm not sure I've ever used a device that uses 9 bits for lowp so I'm not sure what issues commonly come up if any.
KO 2014년 아이폰6+는 mediump에 대해 16비트를 사용하지만 lowp에도 16비트를 사용합니다. lowp에 대해 9비트를 사용하는 기기를 사용한 적이 있는지 없어서 어떤 문제가 발생하는지 확실하지 않습니다.
စကားအသုံးအနှုန်း 2014nyeon aipon6+neun mediumpe daehae 16biteuleul sayonghajiman lowpedo 16biteuleul sayonghabnida. lowpe daehae 9biteuleul sayonghaneun gigileul sayonghan jeog-i issneunji eobs-eoseo eotteon munjega balsaenghaneunji hwagsilhaji anhseubnida.
EN To see if your shaders actually work correctly with lowp or mediump, you have to test on a device that actually uses 8bits for lowp and 16bits for highp.
KO 실제로 셰이더가 lowp나 mediump와 함께 올바르게 작동하는지 보기 위해서는 실제로 lowp에 8비트를 쓰고 highp에 16비트를 쓰는 기기에서 테스트해야 합니다.
စကားအသုံးအနှုန်း siljelo syeideoga lowpna mediumpwa hamkke olbaleuge jagdonghaneunji bogi wihaeseoneun siljelo lowpe 8biteuleul sseugo highpe 16biteuleul sseuneun gigieseo teseuteuhaeya habnida.
EN That said, AFAICT any device that actually supports lowp as lowp uses 9 bits and any device that actually supports mediump uses 16bits.
KO 그렇긴 하지만, 제가 아는 한 lowp를 지원하는 기기는 9비트를 사용하고 mediump를 지원하는 기기는 16비트를 사용합니다.
စကားအသုံးအနှုန်း geuleohgin hajiman, jega aneun han lowpleul jiwonhaneun gigineun 9biteuleul sayonghago mediumpleul jiwonhaneun gigineun 16biteuleul sayonghabnida.
EN While my iPhone6+ from 2014 uses 16 bits for mediump it also uses 16 bits for lowp. I'm not sure I've ever used a device that uses 9 bits for lowp so I'm not sure what issues commonly come up if any.
KO 2014년 아이폰6+는 mediump에 대해 16비트를 사용하지만 lowp에도 16비트를 사용합니다. lowp에 대해 9비트를 사용하는 기기를 사용한 적이 있는지 없어서 어떤 문제가 발생하는지 확실하지 않습니다.
စကားအသုံးအနှုန်း 2014nyeon aipon6+neun mediumpe daehae 16biteuleul sayonghajiman lowpedo 16biteuleul sayonghabnida. lowpe daehae 9biteuleul sayonghaneun gigileul sayonghan jeog-i issneunji eobs-eoseo eotteon munjega balsaenghaneunji hwagsilhaji anhseubnida.
EN It could be lowp is 10 bits for example which would still satisfy the spec (10 >= 9) and still be faster than mediump and so still have a point
KO 예를 들어 lowp가 10bit여도 명세(10 >= 9)를 충족하고 mediump보다 빠르며 여전히 소수점이 있습니다
စကားအသုံးအနှုန်း yeleul deul-eo lowpga 10bit-yeodo myeongse(10 >= 9)leul chungjoghago mediumpboda ppaleumyeo yeojeonhi sosujeom-i issseubnida
EN It could be lowp is 10 bits for example which would still satisfy the spec (10 >= 9) and still be faster than mediump and so still have a point
KO 예를 들어 lowp가 10비트여도 명세(10 >= 9)를 충족하고 mediump보다 빠르며 여전히 소수점이 있습니다
စကားအသုံးအနှုန်း yeleul deul-eo lowpga 10biteuyeodo myeongse(10 >= 9)leul chungjoghago mediumpboda ppaleumyeo yeojeonhi sosujeom-i issseubnida
EN It could be lowp is 10 bits for example which would still satisfy the spec (10 >= 9) and still be faster than mediump and so still have a point
KO 예를 들어 lowp가 10비트여도 명세(10 >= 9)를 충족하고 mediump보다 빠르며 여전히 소수점이 있습니다
စကားအသုံးအနှုန်း yeleul deul-eo lowpga 10biteuyeodo myeongse(10 >= 9)leul chungjoghago mediumpboda ppaleumyeo yeojeonhi sosujeom-i issseubnida
EN "It provided the required functionality that we were looking for. We could rapidly deploy new devices, we could push standard configurations on all our devices and we could maintain control"
KO "우리가 찾고 있던 필수 기능을 제공했습니다. 새로운 장치를 신속하게 배포 할 수 있고 모든 장치에 표준 구성을 적용 할 수 있으며 제어를 유지할 수 있습니다."
စကားအသုံးအနှုန်း "uliga chajgo issdeon pilsu gineung-eul jegonghaessseubnida. saeloun jangchileul sinsoghage baepo hal su issgo modeun jangchie pyojun guseong-eul jeog-yong hal su iss-eumyeo jeeoleul yujihal su issseubnida."
EN “The faster we could ship models to production, the faster our data science team could iterate on those models and the better we could make our product experience,” says Kirkman
KO Kirkman은 "모델을 프로덕션에 더 빨리 배포할수록 데이터 사이언스 팀이 해당 모델을 더 빠르게 반복할 수 있으며 제품 경험을 더 잘 만들 수 있습니다."라고 말합니다
စကားအသုံးအနှုန်း Kirkman-eun "model-eul peulodeogsyeon-e deo ppalli baepohalsulog deiteo saieonseu tim-i haedang model-eul deo ppaleuge banboghal su iss-eumyeo jepum gyeongheom-eul deo jal mandeul su issseubnida."lago malhabnida
EN "It provided the required functionality that we were looking for. We could rapidly deploy new devices, we could push standard configurations on all our devices and we could maintain control"
KO "우리가 찾고 있던 필수 기능을 제공했습니다. 새로운 장치를 신속하게 배포 할 수 있고 모든 장치에 표준 구성을 적용 할 수 있으며 제어를 유지할 수 있습니다."
စကားအသုံးအနှုန်း "uliga chajgo issdeon pilsu gineung-eul jegonghaessseubnida. saeloun jangchileul sinsoghage baepo hal su issgo modeun jangchie pyojun guseong-eul jeog-yong hal su iss-eumyeo jeeoleul yujihal su issseubnida."
EN lowp is at least an 9 bit value. For floating point values they can range from: -2 to +2, for integer values they are similar to Uint8Array or Int8Array
KO lowp는 최소 9bit 값입니다. 부동 소수점 값의 범위: -2 ~ +2, 정수 값의 경우 Uint8Array나 Int8Array와 유사
စကားအသုံးအနှုန်း lowpneun choeso 9bit gabs-ibnida. budong sosujeom gabs-ui beom-wi: -2 ~ +2, jeongsu gabs-ui gyeong-u Uint8Arrayna Int8Arraywa yusa
EN The easiest to understand is probably lowp
KO 아마 가장 이해하기 쉬운 건 lowp일 겁니다
စကားအသုံးအနှုန်း ama gajang ihaehagi swiun geon lowpil geobnida
EN With only 9 bits lowp can't represent those 2 values
KO 9bit만으로 lowp는 이 두 값을 표현할 수 없습니다
စကားအသုံးအနှုန်း 9bitman-eulo lowpneun i du gabs-eul pyohyeonhal su eobs-seubnida
EN So for example, if you want do some math on color and you used lowp you might see a some banding
KO 그래서 예를 들어, 색상에 대한 계산을 위해 lowp를 사용한다면 밴딩이 나타날 수 있는데요
စကားအသုံးအနှုန်း geulaeseo yeleul deul-eo, saegsang-e daehan gyesan-eul wihae lowpleul sayonghandamyeon baending-i natanal su issneundeyo
EN Is if lowp goes from -2 to +2 and can only represent 512 unique values then it seems likely only 128 of those values fit between 0 and 1
KO lowp가 -2에서 +2고 512개의 고유값만 표현할 수 있다면 128개의 값만이 0에서 1사이에 맞는 것 같습니다
စကားအသုံးအနှုန်း lowpga -2eseo +2go 512gaeui goyugabsman pyohyeonhal su issdamyeon 128gaeui gabsman-i 0eseo 1saie majneun geos gatseubnida
EN That would also suggest if you have a value that is 4/128ths and I try to add 1/512th to it, nothing will happen because 1/512th can't be represented by lowp so it's effectively 0.
KO 또한 4/128을 가지고 있고 1/512를 더하려고 한다면, 1/512는 lowp로 표현될 수 없기 때문에 사실상 0이므로 아무일도 일어나지 않을 겁니다.
စကားအသုံးအနှုန်း ttohan 4/128eul gajigo issgo 1/512leul deohalyeogo handamyeon, 1/512neun lowplo pyohyeondoel su eobsgi ttaemun-e sasilsang 0imeulo amu-ildo il-eonaji anh-eul geobnida.
EN On devices that do actually use 9 bits for lowp and/or 16bits for mediump they are usually faster than highp. Often significantly faster.
KO 실제로 lowp에 9bit를 쓰고 mediump애 16bit를 쓰는 장치에서는 보통 highp보다 빠릅니다. 훨씬 빠른 경우가 더 많습니다.
စကားအသုံးအနှုန်း siljelo lowpe 9bitleul sseugo mediumpae 16bitleul sseuneun jangchieseoneun botong highpboda ppaleubnida. hwolssin ppaleun gyeong-uga deo manhseubnida.
EN To that last point, unlike values in a Uint8Array or Uint16Array, a lowp or mediump value or for that matter even a highp value is allowed to use higher precision (more bits)
KO 마지막으로, Uint8Array나 Uint16Array와 같은 값과 달리, lowp 또는 mediump 값이나 심지어 highp 값도 더 높은 정밀도(더 많은 bit)를 사용할 수 있습니다
စကားအသုံးအနှုန်း majimag-eulo, Uint8Arrayna Uint16Arraywa gat-eun gabsgwa dalli, lowp ttoneun mediump gabs-ina simjieo highp gabsdo deo nop-eun jeongmildo(deo manh-eun bit)leul sayonghal su issseubnida
EN When to choose highp, mediump, lowp in shaders
KO Shader에서 highp, mediump, lowp를 선택하는 경우
စကားအသုံးအနှုန်း Shadereseo highp, mediump, lowpleul seontaeghaneun gyeong-u
EN More minutia: There is actually no guarantee that lowp is 9 bits, mediump is 16 bits, and highp is 32 bits
KO 사실 lowp가 9bit이고, mediump가 16bit이며, highp가 32bit라는 보장은 없습니다
စကားအသုံးအနှုန်း sasil lowpga 9bit-igo, mediumpga 16bit-imyeo, highpga 32bitlaneun bojang-eun eobs-seubnida
EN lowp is at least an 9 bit value. For floating point values they can range from: -2 to +2, for integer values they are similar to Uint8Array or Int8Array
KO lowp는 최소 9비트 값입니다. 부동 소수점 값의 범위: -2 ~ +2, 정수 값의 경우 Uint8Array나 Int8Array와 유사
စကားအသုံးအနှုန်း lowpneun choeso 9biteu gabs-ibnida. budong sosujeom gabs-ui beom-wi: -2 ~ +2, jeongsu gabs-ui gyeong-u Uint8Arrayna Int8Arraywa yusa
EN The easiest to understand is probably lowp
KO 아마 가장 이해하기 쉬운 건 lowp일 겁니다
စကားအသုံးအနှုန်း ama gajang ihaehagi swiun geon lowpil geobnida
EN With only 9 bits lowp can't represent those 2 values
KO 9비트만으로 lowp는 이 두 값을 표현할 수 없습니다
စကားအသုံးအနှုန်း 9biteuman-eulo lowpneun i du gabs-eul pyohyeonhal su eobs-seubnida
EN So for example, if you want do some math on color and you used lowp you might see a some banding
KO 그래서 예를 들어, 색상에 대한 계산을 위해 lowp를 사용한다면 밴딩이 나타날 수 있는데요
စကားအသုံးအနှုန်း geulaeseo yeleul deul-eo, saegsang-e daehan gyesan-eul wihae lowpleul sayonghandamyeon baending-i natanal su issneundeyo
EN Is if lowp goes from -2 to +2 and can only represent 512 unique values then it seems likely only 128 of those values fit between 0 and 1
KO lowp가 -2에서 +2고 512개의 고유값만 표현할 수 있다면 128개의 값만이 0에서 1사이에 맞는 것 같습니다
စကားအသုံးအနှုန်း lowpga -2eseo +2go 512gaeui goyugabsman pyohyeonhal su issdamyeon 128gaeui gabsman-i 0eseo 1saie majneun geos gatseubnida
EN That would also suggest if you have a value that is 4/128ths and I try to add 1/512th to it, nothing will happen because 1/512th can't be represented by lowp so it's effectively 0.
KO 또한 4/128을 가지고 있고 1/512를 더하려고 한다면, 1/512는 lowp로 표현될 수 없기 때문에 사실상 0이므로 아무일도 일어나지 않을 겁니다.
စကားအသုံးအနှုန်း ttohan 4/128eul gajigo issgo 1/512leul deohalyeogo handamyeon, 1/512neun lowplo pyohyeondoel su eobsgi ttaemun-e sasilsang 0imeulo amu-ildo il-eonaji anh-eul geobnida.
EN On devices that do actually use 9 bits for lowp and/or 16bits for mediump they are usually faster than highp. Often significantly faster.
KO 실제로 lowp에 9비트를 쓰고 mediump애 16비트를 쓰는 장치에서는 보통 highp보다 빠릅니다. 훨씬 빠른 경우가 더 많습니다.
စကားအသုံးအနှုန်း siljelo lowpe 9biteuleul sseugo mediumpae 16biteuleul sseuneun jangchieseoneun botong highpboda ppaleubnida. hwolssin ppaleun gyeong-uga deo manhseubnida.
EN To that last point, unlike values in a Uint8Array or Uint16Array, a lowp or mediump value or for that matter even a highp value is allowed to use higher precision (more bits)
KO 마지막으로, Uint8Array나 Uint16Array와 같은 값과 달리, lowp 또는 mediump 값이나 심지어 highp 값도 더 높은 정밀도(더 많은 비트)를 사용할 수 있습니다
စကားအသုံးအနှုန်း majimag-eulo, Uint8Arrayna Uint16Arraywa gat-eun gabsgwa dalli, lowp ttoneun mediump gabs-ina simjieo highp gabsdo deo nop-eun jeongmildo(deo manh-eun biteu)leul sayonghal su issseubnida
EN More minutia: There is actually no guarantee that lowp is 9 bits, mediump is 16 bits, and highp is 32 bits
KO 사실 lowp가 9비트이고, mediump가 16비트이며, highp가 32비트라는 보장은 없습니다
စကားအသုံးအနှုန်း sasil lowpga 9biteu-igo, mediumpga 16biteu-imyeo, highpga 32biteulaneun bojang-eun eobs-seubnida
EN lowp is at least an 9 bit value. For floating point values they can range from: -2 to +2, for integer values they are similar to Uint8Array or Int8Array
KO lowp는 최소 9비트 값입니다. 부동 소수점 값의 범위: -2 ~ +2, 정수 값의 경우 Uint8Array나 Int8Array와 유사
စကားအသုံးအနှုန်း lowpneun choeso 9biteu gabs-ibnida. budong sosujeom gabs-ui beom-wi: -2 ~ +2, jeongsu gabs-ui gyeong-u Uint8Arrayna Int8Arraywa yusa
EN The easiest to understand is probably lowp
KO 아마 가장 이해하기 쉬운 건 lowp일 겁니다
စကားအသုံးအနှုန်း ama gajang ihaehagi swiun geon lowpil geobnida
EN With only 9 bits lowp can't represent those 2 values
KO 9비트만으로 lowp는 이 두 값을 표현할 수 없습니다
စကားအသုံးအနှုန်း 9biteuman-eulo lowpneun i du gabs-eul pyohyeonhal su eobs-seubnida
EN So for example, if you want do some math on color and you used lowp you might see a some banding
KO 그래서 예를 들어, 색상에 대한 계산을 위해 lowp를 사용한다면 밴딩이 나타날 수 있는데요
စကားအသုံးအနှုန်း geulaeseo yeleul deul-eo, saegsang-e daehan gyesan-eul wihae lowpleul sayonghandamyeon baending-i natanal su issneundeyo
EN Is if lowp goes from -2 to +2 and can only represent 512 unique values then it seems likely only 128 of those values fit between 0 and 1
KO lowp가 -2에서 +2고 512개의 고유값만 표현할 수 있다면 128개의 값만이 0에서 1사이에 맞는 것 같습니다
စကားအသုံးအနှုန်း lowpga -2eseo +2go 512gaeui goyugabsman pyohyeonhal su issdamyeon 128gaeui gabsman-i 0eseo 1saie majneun geos gatseubnida
EN That would also suggest if you have a value that is 4/128ths and I try to add 1/512th to it, nothing will happen because 1/512th can't be represented by lowp so it's effectively 0.
KO 또한 4/128을 가지고 있고 1/512를 더하려고 한다면, 1/512는 lowp로 표현될 수 없기 때문에 사실상 0이므로 아무일도 일어나지 않을 겁니다.
စကားအသုံးအနှုန်း ttohan 4/128eul gajigo issgo 1/512leul deohalyeogo handamyeon, 1/512neun lowplo pyohyeondoel su eobsgi ttaemun-e sasilsang 0imeulo amu-ildo il-eonaji anh-eul geobnida.
EN On devices that do actually use 9 bits for lowp and/or 16bits for mediump they are usually faster than highp. Often significantly faster.
KO 실제로 lowp에 9비트를 쓰고 mediump애 16비트를 쓰는 장치에서는 보통 highp보다 빠릅니다. 훨씬 빠른 경우가 더 많습니다.
စကားအသုံးအနှုန်း siljelo lowpe 9biteuleul sseugo mediumpae 16biteuleul sseuneun jangchieseoneun botong highpboda ppaleubnida. hwolssin ppaleun gyeong-uga deo manhseubnida.
EN To that last point, unlike values in a Uint8Array or Uint16Array, a lowp or mediump value or for that matter even a highp value is allowed to use higher precision (more bits)
KO 마지막으로, Uint8Array나 Uint16Array와 같은 값과 달리, lowp 또는 mediump 값이나 심지어 highp 값도 더 높은 정밀도(더 많은 비트)를 사용할 수 있습니다
စကားအသုံးအနှုန်း majimag-eulo, Uint8Arrayna Uint16Arraywa gat-eun gabsgwa dalli, lowp ttoneun mediump gabs-ina simjieo highp gabsdo deo nop-eun jeongmildo(deo manh-eun biteu)leul sayonghal su issseubnida
EN More minutia: There is actually no guarantee that lowp is 9 bits, mediump is 16 bits, and highp is 32 bits
KO 사실 lowp가 9비트이고, mediump가 16비트이며, highp가 32비트라는 보장은 없습니다
စကားအသုံးအနှုန်း sasil lowpga 9biteu-igo, mediumpga 16biteu-imyeo, highpga 32biteulaneun bojang-eun eobs-seubnida
EN We needed a partner that could help us build our deployment capabilities and train our global developer base so we could get maximum value from our investment.”
KO 배포 기능을 구축하고 글로벌 개발자 인력 기반을 교육하여 투자 효과를 최대화할 수 있게 지원해 줄 수 있는 파트너가 필요했습니다."
စကားအသုံးအနှုန်း baepo gineung-eul guchughago geullobeol gaebalja inlyeog giban-eul gyoyughayeo tuja hyogwaleul choedaehwahal su issge jiwonhae jul su issneun pateuneoga pil-yohaessseubnida."
EN We could scale it by multiplying in a scale matrix when we draw it or we could scale the data itself here.
KO 그릴 때 스케일 행렬로 곱하여 크기를 조정하거나 여기에서 데이터 자체의 크기를 조정할 수 있습니다.
စကားအသုံးအနှုန်း geulil ttae seukeil haenglyeollo gobhayeo keugileul jojeonghageona yeogieseo deiteo jache-ui keugileul jojeonghal su issseubnida.
EN What if you could watch videos on Youtube and learn French at the same time? You could expand your vocabulary by listening to French music or learn to speak French like a real Parisian. Well, it’s now possible with FluentU.
KO 유튜브에서 영상을 보면서 프랑스어를 배울 수 있다면? 프랑스 음악을 들으면서 어휘력을 늘리거나, 진짜 파리지앵처럼 프랑서를 말하는 방법을 배울 수 있습니다. 이제 FluentU와 함께하면요.
စကားအသုံးအနှုန်း yutyubeueseo yeongsang-eul bomyeonseo peulangseueoleul baeul su issdamyeon? peulangseu eum-ag-eul deul-eumyeonseo eohwilyeog-eul neulligeona, jinjja palijiaengcheoleom peulangseoleul malhaneun bangbeob-eul baeul su issseubnida. ije FluentUwa hamkkehamyeon-yo.
EN We could scale it by multiplying in a scale matrix when we draw it or we could scale the data itself here.
KO 그릴 때 스케일 행렬로 곱하여 크기를 조정하거나 여기에서 데이터 자체의 크기를 조정할 수 있습니다.
စကားအသုံးအနှုန်း geulil ttae seukeil haenglyeollo gobhayeo keugileul jojeonghageona yeogieseo deiteo jache-ui keugileul jojeonghal su issseubnida.
EN What if your phone could do the same things as your key fob, unlocking your car and starting the engine? What if your car could park itself, and charge your phone wirelessly? It’s happening
KO 휴대폰을 차량 키처럼 사용해 차를 열고 시동을 걸 수 있는 세상, 차량이 저절로 주차되며 휴대폰 무선 충전도 가능한 세상, 이미 시작되었습니다
စကားအသုံးအနှုန်း hyudaepon-eul chalyang kicheoleom sayonghae chaleul yeolgo sidong-eul geol su issneun sesang, chalyang-i jeojeollo juchadoemyeo hyudaepon museon chungjeondo ganeunghan sesang, imi sijagdoeeossseubnida
EN Technically speaking, you could use your server up to 100% usage, but if you suddenly had a spike in traffic to your site, you could be looking at trouble
KO 기술적으로 말하면 서버 사용량을 최대 100 %까지 사용할 수 있지만 갑자기 사이트 트래픽이 급증하면 문제가 발생할 수 있습니다
စကားအသုံးအနှုန်း gisuljeog-eulo malhamyeon seobeo sayonglyang-eul choedae 100 %kkaji sayonghal su issjiman gabjagi saiteu teulaepig-i geubjeunghamyeon munjega balsaenghal su issseubnida
ဘာသာပြန်ချက်များကို 50 မှ 50 ကိုပြနေသည်
အလားတူ ဘာသာပြန်များ
could be lowp lowp lowp uses bits actually supports lowp bits for lowp a lowp guarantee that lowp could result could worry could company could could lead could affect she could could create could go could put could improve project could everyone could could enter could spot could send could end solutions could design could could meet much could safety could could spend could damage could thus could start message could could technology could say could achieve customer experience could could influence provider could could track could ask could put together photographs could could cause could replace case could could reduce could save could keep
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