Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[nugroho b]

Mi5s plus force close..
Apa ada yg berhasil di mi5s plus?


Tk
Nug

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Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[AJI P.]

Di thread nya gini
Xiaomi devices require the Camera2 API to be manually enabled with a
build.prop edit – thus root is required to use this port on Xiaomi phones.
So yes, you should root your Xiaomi device if you haven’t done so already.
Perlu edit build prop

On Oct 15, 2017 6:56 PM, "Handoko Santoso" 
wrote:

Sudah saya coba di root bawaan xiaomi, masih tidak bisa 



Sent from my Mi phone
On "AJI P." , Oct 15, 2017 16:35 wrote:

Kalo baca di thread xda nya, Mesti di root dulu

On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
wrote:

> Om Eko,
>
> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak
> bisa, selalu force close .
>
> Thanks
>
>
>
>
>
> Sent from my Mi phone
> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>
>
>
> 
> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
> // xda-developers
> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>
> Xiaomi is currently the second largest smartphone manufacturer in India,
> and for good reason. Consistently, the manufacturer has posted
> class-leading performance and display quality at an exceptional value for
> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
> the camera performance of their budget smartphones. Thankfully, we now
> have the Google Camera HDR+ port.
>
> The Redmi Note 3, released in 2016, started a trend of underperforming
> camera quality in Xiaomi phones. It excelled in almost everything else, but
> had unfortunately only average image quality. The Redmi 3S and the Mi Max
> released later that year didn’t do much to improve things. Even the
> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
> the camera specifications of both phones were almost the same. Other
> competitors at the same price point had weaker specifications but were able
> to boast better camera performance.
>
> A Troubled Camera
>
> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
> market in 2017, things haven’t changed on this front. Camera quality still
> hasn’t been a priority for Xiaomi for most of this year, but this situation
> is slowly beginning to change with the release of camera-centric mid-range
> smartphones such as the Mi A1 – which we should note lacks any form of
> video stabilization.
>
> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
> image quality despite having fairly decent camera specifications. The Redmi
> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
> and 1.1 micron pixels.
>
> It’s interesting to note that the camera sensor used is the same one found
> in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP
> (aided by the Snapdragon 821’s Hexagon DSP), and optical image
> stabilization but the difference between the image quality of the Redmi
> Note 4 and the G6 is too vast to be explained purely by these factors. The
> key ingredient missing here is image processing.
>
> While LG didn’t have best-in-class image processing with the G6, it’s
> still several orders of magnitude better than what Xiaomi offers with the
> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
> and detail preservation is poor, leading to the oil painting effect. The
> smudging is harsh and it manages to destroy detail without addressing the
> noise.
>
> In low light, there is no comparison because the Redmi Note 4 (as well as
> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
> conditions. The photos taken in low light, both in outdoor and indoor
> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
> this shouldn’t be the case as other OEMs have made better use of the same
> camera sensors.
>
> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
> which does produce better results as it uses image stacking. However, the
> photos still turn out to be poor in even moderate lighting indoors. To give
> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
> yet manages to take better photos with much more detail in both daylight
> and low light conditions thanks to exposure combining and use of long
> exposures (made possible because of its Optical Image Stabilization).
>
> While there may be light at the end of the tunnel for Xiaomi users with
> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
> users who have bought a Redmi device in 2016 or 2017. Even in the case of
> the Mi A1, its low light photos are markedly improved from the Redmi Note
> 4, but it still isn’t competitive with older flagships and most importantly
> its newer competitors.
>
> Google Camera HDR+ Port
>
> So what are we to do? Here is where the unofficial port of the Google
> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
> 

Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Saiful Muhajir]

Di Xiaomi, Google Camera dengan HDR+ harus diaktifkan dulu fitur Camera
API2 via build.prop dengan menambahkan baris ini:

persist.camera.HAL3.enabled=1

---
With regards,

Saiful M.

On 15 Oct 2017 6:56 pm, "Handoko Santoso" 
wrote:

Sudah saya coba di root bawaan xiaomi, masih tidak bisa 



Sent from my Mi phone
On "AJI P." , Oct 15, 2017 16:35 wrote:

Kalo baca di thread xda nya, Mesti di root dulu

On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
wrote:

> Om Eko,
>
> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak
> bisa, selalu force close .
>
> Thanks
>
>
>
>
>
> Sent from my Mi phone
> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>
>
>
> 
> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
> // xda-developers
> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>
> Xiaomi is currently the second largest smartphone manufacturer in India,
> and for good reason. Consistently, the manufacturer has posted
> class-leading performance and display quality at an exceptional value for
> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
> the camera performance of their budget smartphones. Thankfully, we now
> have the Google Camera HDR+ port.
>
> The Redmi Note 3, released in 2016, started a trend of underperforming
> camera quality in Xiaomi phones. It excelled in almost everything else, but
> had unfortunately only average image quality. The Redmi 3S and the Mi Max
> released later that year didn’t do much to improve things. Even the
> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
> the camera specifications of both phones were almost the same. Other
> competitors at the same price point had weaker specifications but were able
> to boast better camera performance.
>
> A Troubled Camera
>
> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
> market in 2017, things haven’t changed on this front. Camera quality still
> hasn’t been a priority for Xiaomi for most of this year, but this situation
> is slowly beginning to change with the release of camera-centric mid-range
> smartphones such as the Mi A1 – which we should note lacks any form of
> video stabilization.
>
> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
> image quality despite having fairly decent camera specifications. The Redmi
> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
> and 1.1 micron pixels.
>
> It’s interesting to note that the camera sensor used is the same one found
> in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP
> (aided by the Snapdragon 821’s Hexagon DSP), and optical image
> stabilization but the difference between the image quality of the Redmi
> Note 4 and the G6 is too vast to be explained purely by these factors. The
> key ingredient missing here is image processing.
>
> While LG didn’t have best-in-class image processing with the G6, it’s
> still several orders of magnitude better than what Xiaomi offers with the
> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
> and detail preservation is poor, leading to the oil painting effect. The
> smudging is harsh and it manages to destroy detail without addressing the
> noise.
>
> In low light, there is no comparison because the Redmi Note 4 (as well as
> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
> conditions. The photos taken in low light, both in outdoor and indoor
> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
> this shouldn’t be the case as other OEMs have made better use of the same
> camera sensors.
>
> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
> which does produce better results as it uses image stacking. However, the
> photos still turn out to be poor in even moderate lighting indoors. To give
> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
> yet manages to take better photos with much more detail in both daylight
> and low light conditions thanks to exposure combining and use of long
> exposures (made possible because of its Optical Image Stabilization).
>
> While there may be light at the end of the tunnel for Xiaomi users with
> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
> users who have bought a Redmi device in 2016 or 2017. Even in the case of
> the Mi A1, its low light photos are markedly improved from the Redmi Note
> 4, but it still isn’t competitive with older flagships and most importantly
> its newer competitors.
>
> Google Camera HDR+ Port
>
> So what are we to do? Here is where the unofficial port of the Google
> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
> explanation of what HDR+ means and the workflow it consists of can be found
> 

Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Handoko Santoso]

Sudah saya coba di root bawaan xiaomi, masih tidak bisa 



Sent from my Mi phoneOn "AJI P." , Oct 15, 2017 16:35 wrote:Kalo baca di thread xda nya, Mesti di root dulu On Oct 15, 2017 4:30 PM, "Handoko Santoso"  wrote:Om Eko,

Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak bisa, selalu force close .

Thanks





Sent from my Mi phoneOn Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones // xda-developershttps://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/Xiaomi is currently the second largest smartphone manufacturer in India, and for good reason. Consistently, the manufacturer has posted class-leading performance and display quality at an exceptional value for its price. One thing, however, that Xiaomi hasn’t yet been able to nail is the camera performance of their budget smartphones. Thankfully, we now have the Google Camera HDR+ port.The Redmi Note 3, released in 2016, started a trend of underperforming camera quality in Xiaomi phones. It excelled in almost everything else, but had unfortunately only average image quality. The Redmi 3S and the Mi Max released later that year didn’t do much to improve things. Even the flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although the camera specifications of both phones were almost the same. Other competitors at the same price point had weaker specifications but were able to boast better camera performance.A Troubled CameraDespite Xiaomi’s meteoric rise in popularity in the Indian smartphone market in 2017, things haven’t changed on this front. Camera quality still hasn’t been a priority for Xiaomi for most of this year, but this situation is slowly beginning to change with the release of camera-centric mid-range smartphones such as the Mi A1 – which we should note lacks any form of video stabilization.The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor image quality despite having fairly decent camera specifications. The Redmi Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens and 1.1 micron pixels.It’s interesting to note that the camera sensor used is the same one found in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP (aided by the Snapdragon 821’s Hexagon DSP), and optical image stabilization but the difference between the image quality of the Redmi Note 4 and the G6 is too vast to be explained purely by these factors. The key ingredient missing here is image processing.While LG didn’t have best-in-class image processing with the G6, it’s still several orders of magnitude better than what Xiaomi offers with the Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight and detail preservation is poor, leading to the oil painting effect. The smudging is harsh and it manages to destroy detail without addressing the noise.In low light, there is no comparison because the Redmi Note 4 (as well as the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light conditions. The photos taken in low light, both in outdoor and indoor scenarios, are incredibly dark, noisy, and lack fine detail. Once again, this shouldn’t be the case as other OEMs have made better use of the same camera sensors.Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light, which does produce better results as it uses image stacking. However, the photos still turn out to be poor in even moderate lighting indoors. To give an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135), yet manages to take better photos with much more detail in both daylight and low light conditions thanks to exposure combining and use of long exposures (made possible because of its Optical Image Stabilization).While there may be light at the end of the tunnel for Xiaomi users with the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi users who have bought a Redmi device in 2016 or 2017. Even in the case of the Mi A1, its low light photos are markedly improved from the Redmi Note 4, but it still isn’t competitive with older flagships and most importantly its newer competitors.Google Camera HDR+ PortSo what are we to do? Here is where the unofficial port of the Google Camera app, complete with Google’s HDR+ technology, comes to the rescue. An explanation of what HDR+ means and the workflow it consists of can be found here. To put it simply, Google’s HDR+ algorithm is one of the primary reasons why the camera of the Google Pixel is rated so highly. It uses computational photography and image stacking to make up hardware deficits elsewhere (such as the lack of OIS) and preserves detail with luminance noise instead of destroying it.Suggested reading: Google Camera HDR+ Port Updated with RAW Support, HDR CustomizationMultiple versions of the Google Camera port are available, but 

Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[swandito h.]

OP3T bisa tanpa root.. Sol..



Thanks,
Swandito

On Oct 15, 2017 16:35, "AJI P."  wrote:

> Kalo baca di thread xda nya, Mesti di root dulu
>
> On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
> wrote:
>
>> Om Eko,
>>
>> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak
>> bisa, selalu force close .
>>
>> Thanks
>>
>>
>>
>>
>>
>> Sent from my Mi phone
>> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>>
>>
>>
>> 
>> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
>> // xda-developers
>> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>>
>> Xiaomi is currently the second largest smartphone manufacturer in India,
>> and for good reason. Consistently, the manufacturer has posted
>> class-leading performance and display quality at an exceptional value for
>> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
>> the camera performance of their budget smartphones. Thankfully, we now
>> have the Google Camera HDR+ port.
>>
>> The Redmi Note 3, released in 2016, started a trend of underperforming
>> camera quality in Xiaomi phones. It excelled in almost everything else, but
>> had unfortunately only average image quality. The Redmi 3S and the Mi Max
>> released later that year didn’t do much to improve things. Even the
>> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
>> the camera specifications of both phones were almost the same. Other
>> competitors at the same price point had weaker specifications but were able
>> to boast better camera performance.
>>
>> A Troubled Camera
>>
>> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
>> market in 2017, things haven’t changed on this front. Camera quality still
>> hasn’t been a priority for Xiaomi for most of this year, but this situation
>> is slowly beginning to change with the release of camera-centric mid-range
>> smartphones such as the Mi A1 – which we should note lacks any form of
>> video stabilization.
>>
>> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
>> image quality despite having fairly decent camera specifications. The Redmi
>> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
>> and 1.1 micron pixels.
>>
>> It’s interesting to note that the camera sensor used is the same one
>> found in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior
>> ISP (aided by the Snapdragon 821’s Hexagon DSP), and optical image
>> stabilization but the difference between the image quality of the Redmi
>> Note 4 and the G6 is too vast to be explained purely by these factors. The
>> key ingredient missing here is image processing.
>>
>> While LG didn’t have best-in-class image processing with the G6, it’s
>> still several orders of magnitude better than what Xiaomi offers with the
>> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
>> and detail preservation is poor, leading to the oil painting effect. The
>> smudging is harsh and it manages to destroy detail without addressing the
>> noise.
>>
>> In low light, there is no comparison because the Redmi Note 4 (as well as
>> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
>> conditions. The photos taken in low light, both in outdoor and indoor
>> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
>> this shouldn’t be the case as other OEMs have made better use of the same
>> camera sensors.
>>
>> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
>> which does produce better results as it uses image stacking. However, the
>> photos still turn out to be poor in even moderate lighting indoors. To give
>> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
>> yet manages to take better photos with much more detail in both daylight
>> and low light conditions thanks to exposure combining and use of long
>> exposures (made possible because of its Optical Image Stabilization).
>>
>> While there may be light at the end of the tunnel for Xiaomi users with
>> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
>> users who have bought a Redmi device in 2016 or 2017. Even in the case of
>> the Mi A1, its low light photos are markedly improved from the Redmi Note
>> 4, but it still isn’t competitive with older flagships and most importantly
>> its newer competitors.
>>
>> Google Camera HDR+ Port
>>
>> So what are we to do? Here is where the unofficial port of the Google
>> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
>> explanation of what HDR+ means and the workflow it consists of can be found
>> here. To put it simply, Google’s HDR+ algorithm is one of the primary
>> reasons why the camera of the Google Pixel is rated so highly. It uses
>> computational photography and image stacking to 

Re: [id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Andhika Asmara]

Iya ada 2 link. Saya donlod yang link ke-2 bisa kok.

On Oct 15, 2017 5:48 PM, "AJI P."  wrote:

> Kayanya ada 2 link pak
>
> On Oct 15, 2017 4:44 PM, "Hendra Isarytomo" 
> wrote:
>
>> bentar saya rada bingung disini, itu contohnya kan Redmi Note 3 ya yg
>> menggunakan SD 650, lha tapi download tan koq buat SD 820/821 ?? trs link
>> untuk SD 650 sendiri dimana ya ?
>>
>> On Sun, Oct 15, 2017 at 4:42 PM, Abdul Hadi G 
>> wrote:
>>
>>> Senasib dgn saya, kemarin sempat coba jg, force close di Mi5 rom miuipro.
>>>
>>> On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
>>> wrote:
>>>
 Om Eko,

 Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9
 tidak bisa, selalu force close .

 Thanks





 Sent from my Mi phone
 On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:



 
 How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget
 Phones // xda-developers
 https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/

 Xiaomi is currently the second largest smartphone manufacturer in
 India, and for good reason. Consistently, the manufacturer has posted
 class-leading performance and display quality at an exceptional value for
 its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
 the camera performance of their budget smartphones. Thankfully, we now
 have the Google Camera HDR+ port.

 The Redmi Note 3, released in 2016, started a trend of underperforming
 camera quality in Xiaomi phones. It excelled in almost everything else, but
 had unfortunately only average image quality. The Redmi 3S and the Mi Max
 released later that year didn’t do much to improve things. Even the
 flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
 the camera specifications of both phones were almost the same. Other
 competitors at the same price point had weaker specifications but were able
 to boast better camera performance.

 A Troubled Camera

 Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
 market in 2017, things haven’t changed on this front. Camera quality still
 hasn’t been a priority for Xiaomi for most of this year, but this situation
 is slowly beginning to change with the release of camera-centric mid-range
 smartphones such as the Mi A1 – which we should note lacks any form of
 video stabilization.

 The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
 image quality despite having fairly decent camera specifications. The Redmi
 Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
 and 1.1 micron pixels.

 It’s interesting to note that the camera sensor used is the same one
 found in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior
 ISP (aided by the Snapdragon 821’s Hexagon DSP), and optical image
 stabilization but the difference between the image quality of the Redmi
 Note 4 and the G6 is too vast to be explained purely by these factors. The
 key ingredient missing here is image processing.

 While LG didn’t have best-in-class image processing with the G6, it’s
 still several orders of magnitude better than what Xiaomi offers with the
 Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
 and detail preservation is poor, leading to the oil painting effect. The
 smudging is harsh and it manages to destroy detail without addressing the
 noise.

 In low light, there is no comparison because the Redmi Note 4 (as well
 as the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low
 light conditions. The photos taken in low light, both in outdoor and indoor
 scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
 this shouldn’t be the case as other OEMs have made better use of the same
 camera sensors.

 Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
 which does produce better results as it uses image stacking. However, the
 photos still turn out to be poor in even moderate lighting indoors. To give
 an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
 yet manages to take better photos with much more detail in both daylight
 and low light conditions thanks to exposure combining and use of long
 exposures (made possible because of its Optical Image Stabilization).

 While there may be light at the end of the tunnel for Xiaomi users with
 the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
 users who have bought a Redmi device in 2016 or 2017. Even in the case of
 the Mi A1, its low light photos are markedly 

Re: [id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[AJI P.]

Kayanya ada 2 link pak

On Oct 15, 2017 4:44 PM, "Hendra Isarytomo"  wrote:

> bentar saya rada bingung disini, itu contohnya kan Redmi Note 3 ya yg
> menggunakan SD 650, lha tapi download tan koq buat SD 820/821 ?? trs link
> untuk SD 650 sendiri dimana ya ?
>
> On Sun, Oct 15, 2017 at 4:42 PM, Abdul Hadi G 
> wrote:
>
>> Senasib dgn saya, kemarin sempat coba jg, force close di Mi5 rom miuipro.
>>
>> On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
>> wrote:
>>
>>> Om Eko,
>>>
>>> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9
>>> tidak bisa, selalu force close .
>>>
>>> Thanks
>>>
>>>
>>>
>>>
>>>
>>> Sent from my Mi phone
>>> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>>>
>>>
>>>
>>> 
>>> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget
>>> Phones // xda-developers
>>> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>>>
>>> Xiaomi is currently the second largest smartphone manufacturer in India,
>>> and for good reason. Consistently, the manufacturer has posted
>>> class-leading performance and display quality at an exceptional value for
>>> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
>>> the camera performance of their budget smartphones. Thankfully, we now
>>> have the Google Camera HDR+ port.
>>>
>>> The Redmi Note 3, released in 2016, started a trend of underperforming
>>> camera quality in Xiaomi phones. It excelled in almost everything else, but
>>> had unfortunately only average image quality. The Redmi 3S and the Mi Max
>>> released later that year didn’t do much to improve things. Even the
>>> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
>>> the camera specifications of both phones were almost the same. Other
>>> competitors at the same price point had weaker specifications but were able
>>> to boast better camera performance.
>>>
>>> A Troubled Camera
>>>
>>> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
>>> market in 2017, things haven’t changed on this front. Camera quality still
>>> hasn’t been a priority for Xiaomi for most of this year, but this situation
>>> is slowly beginning to change with the release of camera-centric mid-range
>>> smartphones such as the Mi A1 – which we should note lacks any form of
>>> video stabilization.
>>>
>>> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
>>> image quality despite having fairly decent camera specifications. The Redmi
>>> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
>>> and 1.1 micron pixels.
>>>
>>> It’s interesting to note that the camera sensor used is the same one
>>> found in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior
>>> ISP (aided by the Snapdragon 821’s Hexagon DSP), and optical image
>>> stabilization but the difference between the image quality of the Redmi
>>> Note 4 and the G6 is too vast to be explained purely by these factors. The
>>> key ingredient missing here is image processing.
>>>
>>> While LG didn’t have best-in-class image processing with the G6, it’s
>>> still several orders of magnitude better than what Xiaomi offers with the
>>> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
>>> and detail preservation is poor, leading to the oil painting effect. The
>>> smudging is harsh and it manages to destroy detail without addressing the
>>> noise.
>>>
>>> In low light, there is no comparison because the Redmi Note 4 (as well
>>> as the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low
>>> light conditions. The photos taken in low light, both in outdoor and indoor
>>> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
>>> this shouldn’t be the case as other OEMs have made better use of the same
>>> camera sensors.
>>>
>>> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
>>> which does produce better results as it uses image stacking. However, the
>>> photos still turn out to be poor in even moderate lighting indoors. To give
>>> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
>>> yet manages to take better photos with much more detail in both daylight
>>> and low light conditions thanks to exposure combining and use of long
>>> exposures (made possible because of its Optical Image Stabilization).
>>>
>>> While there may be light at the end of the tunnel for Xiaomi users with
>>> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
>>> users who have bought a Redmi device in 2016 or 2017. Even in the case of
>>> the Mi A1, its low light photos are markedly improved from the Redmi Note
>>> 4, but it still isn’t competitive with older flagships and most importantly
>>> its newer competitors.
>>>
>>> Google Camera HDR+ Port
>>>
>>> So what are we to do? Here is where the unofficial 

Re: [id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Hendra Isarytomo]

bentar saya rada bingung disini, itu contohnya kan Redmi Note 3 ya yg
menggunakan SD 650, lha tapi download tan koq buat SD 820/821 ?? trs link
untuk SD 650 sendiri dimana ya ?

On Sun, Oct 15, 2017 at 4:42 PM, Abdul Hadi G  wrote:

> Senasib dgn saya, kemarin sempat coba jg, force close di Mi5 rom miuipro.
>
> On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
> wrote:
>
>> Om Eko,
>>
>> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak
>> bisa, selalu force close .
>>
>> Thanks
>>
>>
>>
>>
>>
>> Sent from my Mi phone
>> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>>
>>
>>
>> 
>> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
>> // xda-developers
>> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>>
>> Xiaomi is currently the second largest smartphone manufacturer in India,
>> and for good reason. Consistently, the manufacturer has posted
>> class-leading performance and display quality at an exceptional value for
>> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
>> the camera performance of their budget smartphones. Thankfully, we now
>> have the Google Camera HDR+ port.
>>
>> The Redmi Note 3, released in 2016, started a trend of underperforming
>> camera quality in Xiaomi phones. It excelled in almost everything else, but
>> had unfortunately only average image quality. The Redmi 3S and the Mi Max
>> released later that year didn’t do much to improve things. Even the
>> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
>> the camera specifications of both phones were almost the same. Other
>> competitors at the same price point had weaker specifications but were able
>> to boast better camera performance.
>>
>> A Troubled Camera
>>
>> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
>> market in 2017, things haven’t changed on this front. Camera quality still
>> hasn’t been a priority for Xiaomi for most of this year, but this situation
>> is slowly beginning to change with the release of camera-centric mid-range
>> smartphones such as the Mi A1 – which we should note lacks any form of
>> video stabilization.
>>
>> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
>> image quality despite having fairly decent camera specifications. The Redmi
>> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
>> and 1.1 micron pixels.
>>
>> It’s interesting to note that the camera sensor used is the same one
>> found in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior
>> ISP (aided by the Snapdragon 821’s Hexagon DSP), and optical image
>> stabilization but the difference between the image quality of the Redmi
>> Note 4 and the G6 is too vast to be explained purely by these factors. The
>> key ingredient missing here is image processing.
>>
>> While LG didn’t have best-in-class image processing with the G6, it’s
>> still several orders of magnitude better than what Xiaomi offers with the
>> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
>> and detail preservation is poor, leading to the oil painting effect. The
>> smudging is harsh and it manages to destroy detail without addressing the
>> noise.
>>
>> In low light, there is no comparison because the Redmi Note 4 (as well as
>> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
>> conditions. The photos taken in low light, both in outdoor and indoor
>> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
>> this shouldn’t be the case as other OEMs have made better use of the same
>> camera sensors.
>>
>> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
>> which does produce better results as it uses image stacking. However, the
>> photos still turn out to be poor in even moderate lighting indoors. To give
>> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
>> yet manages to take better photos with much more detail in both daylight
>> and low light conditions thanks to exposure combining and use of long
>> exposures (made possible because of its Optical Image Stabilization).
>>
>> While there may be light at the end of the tunnel for Xiaomi users with
>> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
>> users who have bought a Redmi device in 2016 or 2017. Even in the case of
>> the Mi A1, its low light photos are markedly improved from the Redmi Note
>> 4, but it still isn’t competitive with older flagships and most importantly
>> its newer competitors.
>>
>> Google Camera HDR+ Port
>>
>> So what are we to do? Here is where the unofficial port of the Google
>> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
>> explanation of what HDR+ means and the workflow it consists of can be found
>> here. To put it simply, 

Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Abdul Hadi G]

Senasib dgn saya, kemarin sempat coba jg, force close di Mi5 rom miuipro.

On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
wrote:

> Om Eko,
>
> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak
> bisa, selalu force close .
>
> Thanks
>
>
>
>
>
> Sent from my Mi phone
> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>
>
>
> 
> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
> // xda-developers
> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>
> Xiaomi is currently the second largest smartphone manufacturer in India,
> and for good reason. Consistently, the manufacturer has posted
> class-leading performance and display quality at an exceptional value for
> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
> the camera performance of their budget smartphones. Thankfully, we now
> have the Google Camera HDR+ port.
>
> The Redmi Note 3, released in 2016, started a trend of underperforming
> camera quality in Xiaomi phones. It excelled in almost everything else, but
> had unfortunately only average image quality. The Redmi 3S and the Mi Max
> released later that year didn’t do much to improve things. Even the
> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
> the camera specifications of both phones were almost the same. Other
> competitors at the same price point had weaker specifications but were able
> to boast better camera performance.
>
> A Troubled Camera
>
> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
> market in 2017, things haven’t changed on this front. Camera quality still
> hasn’t been a priority for Xiaomi for most of this year, but this situation
> is slowly beginning to change with the release of camera-centric mid-range
> smartphones such as the Mi A1 – which we should note lacks any form of
> video stabilization.
>
> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
> image quality despite having fairly decent camera specifications. The Redmi
> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
> and 1.1 micron pixels.
>
> It’s interesting to note that the camera sensor used is the same one found
> in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP
> (aided by the Snapdragon 821’s Hexagon DSP), and optical image
> stabilization but the difference between the image quality of the Redmi
> Note 4 and the G6 is too vast to be explained purely by these factors. The
> key ingredient missing here is image processing.
>
> While LG didn’t have best-in-class image processing with the G6, it’s
> still several orders of magnitude better than what Xiaomi offers with the
> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
> and detail preservation is poor, leading to the oil painting effect. The
> smudging is harsh and it manages to destroy detail without addressing the
> noise.
>
> In low light, there is no comparison because the Redmi Note 4 (as well as
> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
> conditions. The photos taken in low light, both in outdoor and indoor
> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
> this shouldn’t be the case as other OEMs have made better use of the same
> camera sensors.
>
> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
> which does produce better results as it uses image stacking. However, the
> photos still turn out to be poor in even moderate lighting indoors. To give
> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
> yet manages to take better photos with much more detail in both daylight
> and low light conditions thanks to exposure combining and use of long
> exposures (made possible because of its Optical Image Stabilization).
>
> While there may be light at the end of the tunnel for Xiaomi users with
> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
> users who have bought a Redmi device in 2016 or 2017. Even in the case of
> the Mi A1, its low light photos are markedly improved from the Redmi Note
> 4, but it still isn’t competitive with older flagships and most importantly
> its newer competitors.
>
> Google Camera HDR+ Port
>
> So what are we to do? Here is where the unofficial port of the Google
> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
> explanation of what HDR+ means and the workflow it consists of can be found
> here. To put it simply, Google’s HDR+ algorithm is one of the primary
> reasons why the camera of the Google Pixel is rated so highly. It uses
> computational photography and image stacking to make up hardware deficits
> elsewhere (such as the lack of OIS) and preserves detail with luminance
> noise instead of destroying it.
>
> Suggested reading: Google Camera HDR+ Port Updated 

Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[AJI P.]

Kalo baca di thread xda nya, Mesti di root dulu

On Oct 15, 2017 4:30 PM, "Handoko Santoso" 
wrote:

> Om Eko,
>
> Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak
> bisa, selalu force close .
>
> Thanks
>
>
>
>
>
> Sent from my Mi phone
> On Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:
>
>
>
> 
> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
> // xda-developers
> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>
> Xiaomi is currently the second largest smartphone manufacturer in India,
> and for good reason. Consistently, the manufacturer has posted
> class-leading performance and display quality at an exceptional value for
> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
> the camera performance of their budget smartphones. Thankfully, we now
> have the Google Camera HDR+ port.
>
> The Redmi Note 3, released in 2016, started a trend of underperforming
> camera quality in Xiaomi phones. It excelled in almost everything else, but
> had unfortunately only average image quality. The Redmi 3S and the Mi Max
> released later that year didn’t do much to improve things. Even the
> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
> the camera specifications of both phones were almost the same. Other
> competitors at the same price point had weaker specifications but were able
> to boast better camera performance.
>
> A Troubled Camera
>
> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
> market in 2017, things haven’t changed on this front. Camera quality still
> hasn’t been a priority for Xiaomi for most of this year, but this situation
> is slowly beginning to change with the release of camera-centric mid-range
> smartphones such as the Mi A1 – which we should note lacks any form of
> video stabilization.
>
> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
> image quality despite having fairly decent camera specifications. The Redmi
> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
> and 1.1 micron pixels.
>
> It’s interesting to note that the camera sensor used is the same one found
> in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP
> (aided by the Snapdragon 821’s Hexagon DSP), and optical image
> stabilization but the difference between the image quality of the Redmi
> Note 4 and the G6 is too vast to be explained purely by these factors. The
> key ingredient missing here is image processing.
>
> While LG didn’t have best-in-class image processing with the G6, it’s
> still several orders of magnitude better than what Xiaomi offers with the
> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
> and detail preservation is poor, leading to the oil painting effect. The
> smudging is harsh and it manages to destroy detail without addressing the
> noise.
>
> In low light, there is no comparison because the Redmi Note 4 (as well as
> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
> conditions. The photos taken in low light, both in outdoor and indoor
> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
> this shouldn’t be the case as other OEMs have made better use of the same
> camera sensors.
>
> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
> which does produce better results as it uses image stacking. However, the
> photos still turn out to be poor in even moderate lighting indoors. To give
> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
> yet manages to take better photos with much more detail in both daylight
> and low light conditions thanks to exposure combining and use of long
> exposures (made possible because of its Optical Image Stabilization).
>
> While there may be light at the end of the tunnel for Xiaomi users with
> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
> users who have bought a Redmi device in 2016 or 2017. Even in the case of
> the Mi A1, its low light photos are markedly improved from the Redmi Note
> 4, but it still isn’t competitive with older flagships and most importantly
> its newer competitors.
>
> Google Camera HDR+ Port
>
> So what are we to do? Here is where the unofficial port of the Google
> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
> explanation of what HDR+ means and the workflow it consists of can be found
> here. To put it simply, Google’s HDR+ algorithm is one of the primary
> reasons why the camera of the Google Pixel is rated so highly. It uses
> computational photography and image stacking to make up hardware deficits
> elsewhere (such as the lack of OIS) and preserves detail with luminance
> noise instead of destroying it.
>
> Suggested reading: Google Camera HDR+ Port Updated with RAW Support, HDR
> 

Re:[id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Handoko Santoso]

Om Eko,

Saya coba di Mi Mix 256GB Snapdragon 821 pakai China Dev ROM Miui 9 tidak bisa, selalu force close .

Thanks





Sent from my Mi phoneOn Eko Prasetiyo , Oct 15, 2017 11:22 AM wrote:How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones // xda-developershttps://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/Xiaomi is currently the second largest smartphone manufacturer in India, and for good reason. Consistently, the manufacturer has posted class-leading performance and display quality at an exceptional value for its price. One thing, however, that Xiaomi hasn’t yet been able to nail is the camera performance of their budget smartphones. Thankfully, we now have the Google Camera HDR+ port.The Redmi Note 3, released in 2016, started a trend of underperforming camera quality in Xiaomi phones. It excelled in almost everything else, but had unfortunately only average image quality. The Redmi 3S and the Mi Max released later that year didn’t do much to improve things. Even the flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although the camera specifications of both phones were almost the same. Other competitors at the same price point had weaker specifications but were able to boast better camera performance.A Troubled CameraDespite Xiaomi’s meteoric rise in popularity in the Indian smartphone market in 2017, things haven’t changed on this front. Camera quality still hasn’t been a priority for Xiaomi for most of this year, but this situation is slowly beginning to change with the release of camera-centric mid-range smartphones such as the Mi A1 – which we should note lacks any form of video stabilization.The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor image quality despite having fairly decent camera specifications. The Redmi Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens and 1.1 micron pixels.It’s interesting to note that the camera sensor used is the same one found in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP (aided by the Snapdragon 821’s Hexagon DSP), and optical image stabilization but the difference between the image quality of the Redmi Note 4 and the G6 is too vast to be explained purely by these factors. The key ingredient missing here is image processing.While LG didn’t have best-in-class image processing with the G6, it’s still several orders of magnitude better than what Xiaomi offers with the Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight and detail preservation is poor, leading to the oil painting effect. The smudging is harsh and it manages to destroy detail without addressing the noise.In low light, there is no comparison because the Redmi Note 4 (as well as the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light conditions. The photos taken in low light, both in outdoor and indoor scenarios, are incredibly dark, noisy, and lack fine detail. Once again, this shouldn’t be the case as other OEMs have made better use of the same camera sensors.Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light, which does produce better results as it uses image stacking. However, the photos still turn out to be poor in even moderate lighting indoors. To give an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135), yet manages to take better photos with much more detail in both daylight and low light conditions thanks to exposure combining and use of long exposures (made possible because of its Optical Image Stabilization).While there may be light at the end of the tunnel for Xiaomi users with the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi users who have bought a Redmi device in 2016 or 2017. Even in the case of the Mi A1, its low light photos are markedly improved from the Redmi Note 4, but it still isn’t competitive with older flagships and most importantly its newer competitors.Google Camera HDR+ PortSo what are we to do? Here is where the unofficial port of the Google Camera app, complete with Google’s HDR+ technology, comes to the rescue. An explanation of what HDR+ means and the workflow it consists of can be found here. To put it simply, Google’s HDR+ algorithm is one of the primary reasons why the camera of the Google Pixel is rated so highly. It uses computational photography and image stacking to make up hardware deficits elsewhere (such as the lack of OIS) and preserves detail with luminance noise instead of destroying it.Suggested reading: Google Camera HDR+ Port Updated with RAW Support, HDR CustomizationMultiple versions of the Google Camera port are available, but I recommend you use this one which is fully point-and-shoot and doesn’t require fiddling with settings to set up the HDR+ algorithm. Xiaomi devices require the Camera2 API to be manually enabled with a build.prop edit – thus root is required to use this port on Xiaomi 

Re: [id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[Yanuar Prima]

Redmi note 3 pake snap 820/821?

On 15 Oct 2017 11:22 a.m., "Eko Prasetiyo"  wrote:

>
>
> 
> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
> // xda-developers
> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>
> Xiaomi is currently the second largest smartphone manufacturer in India,
> and for good reason. Consistently, the manufacturer has posted
> class-leading performance and display quality at an exceptional value for
> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
> the camera performance of their budget smartphones. Thankfully, we now
> have the Google Camera HDR+ port.
>
> The Redmi Note 3, released in 2016, started a trend of underperforming
> camera quality in Xiaomi phones. It excelled in almost everything else, but
> had unfortunately only average image quality. The Redmi 3S and the Mi Max
> released later that year didn’t do much to improve things. Even the
> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
> the camera specifications of both phones were almost the same. Other
> competitors at the same price point had weaker specifications but were able
> to boast better camera performance.
>
> A Troubled Camera
>
> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
> market in 2017, things haven’t changed on this front. Camera quality still
> hasn’t been a priority for Xiaomi for most of this year, but this situation
> is slowly beginning to change with the release of camera-centric mid-range
> smartphones such as the Mi A1 – which we should note lacks any form of
> video stabilization.
>
> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
> image quality despite having fairly decent camera specifications. The Redmi
> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
> and 1.1 micron pixels.
>
> It’s interesting to note that the camera sensor used is the same one found
> in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP
> (aided by the Snapdragon 821’s Hexagon DSP), and optical image
> stabilization but the difference between the image quality of the Redmi
> Note 4 and the G6 is too vast to be explained purely by these factors. The
> key ingredient missing here is image processing.
>
> While LG didn’t have best-in-class image processing with the G6, it’s
> still several orders of magnitude better than what Xiaomi offers with the
> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
> and detail preservation is poor, leading to the oil painting effect. The
> smudging is harsh and it manages to destroy detail without addressing the
> noise.
>
> In low light, there is no comparison because the Redmi Note 4 (as well as
> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
> conditions. The photos taken in low light, both in outdoor and indoor
> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
> this shouldn’t be the case as other OEMs have made better use of the same
> camera sensors.
>
> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
> which does produce better results as it uses image stacking. However, the
> photos still turn out to be poor in even moderate lighting indoors. To give
> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
> yet manages to take better photos with much more detail in both daylight
> and low light conditions thanks to exposure combining and use of long
> exposures (made possible because of its Optical Image Stabilization).
>
> While there may be light at the end of the tunnel for Xiaomi users with
> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
> users who have bought a Redmi device in 2016 or 2017. Even in the case of
> the Mi A1, its low light photos are markedly improved from the Redmi Note
> 4, but it still isn’t competitive with older flagships and most importantly
> its newer competitors.
>
> Google Camera HDR+ Port
>
> So what are we to do? Here is where the unofficial port of the Google
> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
> explanation of what HDR+ means and the workflow it consists of can be found
> here. To put it simply, Google’s HDR+ algorithm is one of the primary
> reasons why the camera of the Google Pixel is rated so highly. It uses
> computational photography and image stacking to make up hardware deficits
> elsewhere (such as the lack of OIS) and preserves detail with luminance
> noise instead of destroying it.
>
> Suggested reading: Google Camera HDR+ Port Updated with RAW Support, HDR
> Customization
>
> Multiple versions of the Google Camera port are available, but I recommend
> you use this one which is fully point-and-shoot and doesn’t require
> fiddling with settings to set up the HDR+ algorithm. Xiaomi devices require
> the Camera2 API to be 

Re: [id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[danny chen]

Kynya bs untuk prosesor snapd 820 - 835

-- 
===
Install  #MyTelkomsel Apps Terbaru dari Play Store
https://play.google.com/store/apps/details?id=com.telkomsel.telkomselcm

--
Kontak Admin, Twitter  @agushamonangan
---
FB Groups :  https://www.facebook.com/groups/android.or.id

Aturan Umum  ID-ANDROID >> goo.gl/mL1mBT

==
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Android Community" dari Google Grup.
Untuk berhenti berlangganan dan berhenti menerima email dari grup ini, kirim 
email ke id-android+unsubscr...@googlegroups.com.
Kunjungi grup ini di https://groups.google.com/group/id-android.

Re: [id-android] How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones

[edwin .]

app nya hanya khusus utk processor 820/821 ya?

Regards
Edwin


On Oct 15, 2017 11:22 AM, "Eko Prasetiyo"  wrote:

>
>
> 
> How Google Camera HDR+ Improves the Image Quality of Xiaomi Budget Phones
> // xda-developers
> https://www.xda-developers.com/google-camera-hdr-xiaomi-redmi-note-3/
>
> Xiaomi is currently the second largest smartphone manufacturer in India,
> and for good reason. Consistently, the manufacturer has posted
> class-leading performance and display quality at an exceptional value for
> its price. One thing, however, that Xiaomi hasn’t yet been able to nail is
> the camera performance of their budget smartphones. Thankfully, we now
> have the Google Camera HDR+ port.
>
> The Redmi Note 3, released in 2016, started a trend of underperforming
> camera quality in Xiaomi phones. It excelled in almost everything else, but
> had unfortunately only average image quality. The Redmi 3S and the Mi Max
> released later that year didn’t do much to improve things. Even the
> flagship Mi 5 couldn’t compete with the camera of the OnePlus 3, although
> the camera specifications of both phones were almost the same. Other
> competitors at the same price point had weaker specifications but were able
> to boast better camera performance.
>
> A Troubled Camera
>
> Despite Xiaomi’s meteoric rise in popularity in the Indian smartphone
> market in 2017, things haven’t changed on this front. Camera quality still
> hasn’t been a priority for Xiaomi for most of this year, but this situation
> is slowly beginning to change with the release of camera-centric mid-range
> smartphones such as the Mi A1 – which we should note lacks any form of
> video stabilization.
>
> The Redmi Note 4, the Redmi 4, and the Mi Max 2 all had relatively poor
> image quality despite having fairly decent camera specifications. The Redmi
> Note 4, for example, has a 13MP ⅓-inch Sony IMX258 sensor with a f/2.0 lens
> and 1.1 micron pixels.
>
> It’s interesting to note that the camera sensor used is the same one found
> in the LG G6. Of course, the G6 has a superior f/1.8 lens, superior ISP
> (aided by the Snapdragon 821’s Hexagon DSP), and optical image
> stabilization but the difference between the image quality of the Redmi
> Note 4 and the G6 is too vast to be explained purely by these factors. The
> key ingredient missing here is image processing.
>
> While LG didn’t have best-in-class image processing with the G6, it’s
> still several orders of magnitude better than what Xiaomi offers with the
> Redmi Note 4. The Redmi Note 4’s photos are overly soft even in daylight
> and detail preservation is poor, leading to the oil painting effect. The
> smudging is harsh and it manages to destroy detail without addressing the
> noise.
>
> In low light, there is no comparison because the Redmi Note 4 (as well as
> the Redmi 4, and to a lesser extent, the Mi Max 2) falls apart in low light
> conditions. The photos taken in low light, both in outdoor and indoor
> scenarios, are incredibly dark, noisy, and lack fine detail. Once again,
> this shouldn’t be the case as other OEMs have made better use of the same
> camera sensors.
>
> Xiaomi recommends using the HHT (Hand Held Twilight) mode in low light,
> which does produce better results as it uses image stacking. However, the
> photos still turn out to be poor in even moderate lighting indoors. To give
> an example, the LG G3 from 2014 has a much older sensor (the 13MP IMX135),
> yet manages to take better photos with much more detail in both daylight
> and low light conditions thanks to exposure combining and use of long
> exposures (made possible because of its Optical Image Stabilization).
>
> While there may be light at the end of the tunnel for Xiaomi users with
> the release of phones such as the Xiaomi Mi A1, this doesn’t help Redmi
> users who have bought a Redmi device in 2016 or 2017. Even in the case of
> the Mi A1, its low light photos are markedly improved from the Redmi Note
> 4, but it still isn’t competitive with older flagships and most importantly
> its newer competitors.
>
> Google Camera HDR+ Port
>
> So what are we to do? Here is where the unofficial port of the Google
> Camera app, complete with Google’s HDR+ technology, comes to the rescue. An
> explanation of what HDR+ means and the workflow it consists of can be found
> here. To put it simply, Google’s HDR+ algorithm is one of the primary
> reasons why the camera of the Google Pixel is rated so highly. It uses
> computational photography and image stacking to make up hardware deficits
> elsewhere (such as the lack of OIS) and preserves detail with luminance
> noise instead of destroying it.
>
> Suggested reading: Google Camera HDR+ Port Updated with RAW Support, HDR
> Customization
>
> Multiple versions of the Google Camera port are available, but I recommend
> you use this one which is fully point-and-shoot and doesn’t require
> fiddling with settings to set up the HDR+ algorithm. Xiaomi devices