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Prompt: retexture the image attached based on the JSON aesthetic below { "style": "photorealistic 3D render", "material": "glass with transparent and iridescent effects", "surface_texture": "smooth, polished with subtle reflections and refractive effects", "lighting": {…

egeberkina's tweet image. Prompt: retexture the image attached based on the JSON aesthetic below

{
  "style": "photorealistic 3D render",
  "material": "glass with transparent and iridescent effects",
  "surface_texture": "smooth, polished with subtle reflections and refractive effects",
  "lighting": {…

🎨 OBSCURED BY LIGHT 🎨 Prompt : [SUBJECT] Obscured by Light. The subject is almost entirely hidden by an overwhelming light source, with only its edges and faint details visible. Employ [COLOR1] and [COLOR2] to define the blinding light Check ALTS

LudovicCreator's tweet image. 🎨 OBSCURED BY LIGHT 🎨

Prompt  :

[SUBJECT] Obscured by Light. The subject is almost entirely hidden by an overwhelming light source, with only its edges and faint details visible. Employ [COLOR1] and [COLOR2] to define the blinding light

Check ALTS
LudovicCreator's tweet image. 🎨 OBSCURED BY LIGHT 🎨

Prompt  :

[SUBJECT] Obscured by Light. The subject is almost entirely hidden by an overwhelming light source, with only its edges and faint details visible. Employ [COLOR1] and [COLOR2] to define the blinding light

Check ALTS
LudovicCreator's tweet image. 🎨 OBSCURED BY LIGHT 🎨

Prompt  :

[SUBJECT] Obscured by Light. The subject is almost entirely hidden by an overwhelming light source, with only its edges and faint details visible. Employ [COLOR1] and [COLOR2] to define the blinding light

Check ALTS
LudovicCreator's tweet image. 🎨 OBSCURED BY LIGHT 🎨

Prompt  :

[SUBJECT] Obscured by Light. The subject is almost entirely hidden by an overwhelming light source, with only its edges and faint details visible. Employ [COLOR1] and [COLOR2] to define the blinding light

Check ALTS

Know your optic pathway and visual field deficits from s-media-cache-akO.

OGdukeneurosurg's tweet image. Know your optic pathway and visual field deficits from s-media-cache-akO.

How vision is perceived along the visual pathway

OGdukeneurosurg's tweet image. How vision is perceived along the visual pathway

electron microscope view of rods and cones of the human retina, a thin tissue layer on the inner eye responsible for sight.

microscopicture's tweet image. electron microscope view of rods and cones of the human retina, a thin tissue layer on the inner eye responsible for sight.

A55 1. ISO 50 F/1.8, 1/3000 2. ISO 50 F/1.8, 1/350 3. ISO 50 F/1.8, 1/3000 4. ISO 160 F/1.8, 1/50

wispssus's tweet image. A55

1. ISO 50 F/1.8, 1/3000
2. ISO 50 F/1.8, 1/350
3. ISO 50 F/1.8, 1/3000
4. ISO 160 F/1.8, 1/50
wispssus's tweet image. A55

1. ISO 50 F/1.8, 1/3000
2. ISO 50 F/1.8, 1/350
3. ISO 50 F/1.8, 1/3000
4. ISO 160 F/1.8, 1/50
wispssus's tweet image. A55

1. ISO 50 F/1.8, 1/3000
2. ISO 50 F/1.8, 1/350
3. ISO 50 F/1.8, 1/3000
4. ISO 160 F/1.8, 1/50
wispssus's tweet image. A55

1. ISO 50 F/1.8, 1/3000
2. ISO 50 F/1.8, 1/350
3. ISO 50 F/1.8, 1/3000
4. ISO 160 F/1.8, 1/50

Optic pathway and what the image looks like along the way. #neuroscience #vision

OGdukeneurosurg's tweet image. Optic pathway and what the image looks like along the way. #neuroscience #vision

1. 生データ 2. 基本補正を済ませる(色温度と階調) 3. 露光量 -1.5 EV 4. 円形フィルターでうらかんを覆う。マスク反転、露光量 +2.5 EV、明瞭度 +75、あと細部調整しておしまい!

azubie_'s tweet image. 1. 生データ
2. 基本補正を済ませる(色温度と階調)
3. 露光量 -1.5 EV
4. 円形フィルターでうらかんを覆う。マスク反転、露光量 +2.5 EV、明瞭度 +75、あと細部調整しておしまい!
azubie_'s tweet image. 1. 生データ
2. 基本補正を済ませる(色温度と階調)
3. 露光量 -1.5 EV
4. 円形フィルターでうらかんを覆う。マスク反転、露光量 +2.5 EV、明瞭度 +75、あと細部調整しておしまい!
azubie_'s tweet image. 1. 生データ
2. 基本補正を済ませる(色温度と階調)
3. 露光量 -1.5 EV
4. 円形フィルターでうらかんを覆う。マスク反転、露光量 +2.5 EV、明瞭度 +75、あと細部調整しておしまい!
azubie_'s tweet image. 1. 生データ
2. 基本補正を済ませる(色温度と階調)
3. 露光量 -1.5 EV
4. 円形フィルターでうらかんを覆う。マスク反転、露光量 +2.5 EV、明瞭度 +75、あと細部調整しておしまい!

After last weeks portfolio reviews I noticed a common problem among submisions: A lack of focus in the images, making them very hard to read. I can advice to look at this chart by Bastien L. Deharme. Here he explains the different types of contrasts that can enhance an image-

JoelCHoltzman's tweet image. After last weeks portfolio reviews I noticed a common problem among submisions: 

A lack of focus in the images, making them very hard to read. 

I can advice to look at this chart by Bastien L. Deharme. Here he explains the different types of contrasts that can enhance an image-

#CCarchives ⭐️ Principles of Photometric Methods

archivesbyjey's tweet image. #CCarchives
⭐️ Principles of Photometric Methods

A great Optic Pathway and visual field defect primer h/t what-when-how.

OGdukeneurosurg's tweet image. A great Optic Pathway and visual field defect primer h/t what-when-how.

✨how to get this kind of filter for your photos using lightroom✨ a lightroom preset thread⤵️

ultabcix's tweet image. ✨how to get this kind of filter for your photos using lightroom✨

a lightroom preset thread⤵️
ultabcix's tweet image. ✨how to get this kind of filter for your photos using lightroom✨

a lightroom preset thread⤵️
ultabcix's tweet image. ✨how to get this kind of filter for your photos using lightroom✨

a lightroom preset thread⤵️
ultabcix's tweet image. ✨how to get this kind of filter for your photos using lightroom✨

a lightroom preset thread⤵️

フィルム風に仕上げられるVSCOのフィルターをご紹介します👏 ✔E3 コントラストが高く、鮮やかな色合いになる ✔S6 暖色系がレトロな雰囲気になったり、青色が水色に近づく ✔G8 オレンジ色が強くなったり、青色が水色に近づく ✔N3 青緑が強くなるが、温かみもある

photoli_info's tweet image. フィルム風に仕上げられるVSCOのフィルターをご紹介します👏

✔E3
コントラストが高く、鮮やかな色合いになる

✔S6
暖色系がレトロな雰囲気になったり、青色が水色に近づく

✔G8
オレンジ色が強くなったり、青色が水色に近づく

✔N3
青緑が強くなるが、温かみもある
photoli_info's tweet image. フィルム風に仕上げられるVSCOのフィルターをご紹介します👏

✔E3
コントラストが高く、鮮やかな色合いになる

✔S6
暖色系がレトロな雰囲気になったり、青色が水色に近づく

✔G8
オレンジ色が強くなったり、青色が水色に近づく

✔N3
青緑が強くなるが、温かみもある
photoli_info's tweet image. フィルム風に仕上げられるVSCOのフィルターをご紹介します👏

✔E3
コントラストが高く、鮮やかな色合いになる

✔S6
暖色系がレトロな雰囲気になったり、青色が水色に近づく

✔G8
オレンジ色が強くなったり、青色が水色に近づく

✔N3
青緑が強くなるが、温かみもある
photoli_info's tweet image. フィルム風に仕上げられるVSCOのフィルターをご紹介します👏

✔E3
コントラストが高く、鮮やかな色合いになる

✔S6
暖色系がレトロな雰囲気になったり、青色が水色に近づく

✔G8
オレンジ色が強くなったり、青色が水色に近づく

✔N3
青緑が強くなるが、温かみもある

lunette photogray antireflet,lunette de soleil mode et tendance ✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM

OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM

When we wear orange-colored glasses, everything looks orange. Select your glasses carefully. We often see what we want to see... Photo courtesy of Scott Hefti @Havenlust #nature #photography #Mindfulness #MindBody

BethFratesMD's tweet image. When we wear orange-colored glasses, everything looks orange. 
Select your glasses carefully. We often see what we want to see...

Photo courtesy of Scott Hefti @Havenlust 
#nature #photography #Mindfulness #MindBody

Vsco filter Preset A6 Exsposure -2 Saturation -3 Highlight +6 Shadow +3 Tint +3 Grain +3 Fade +1

dewirahmat_'s tweet image. Vsco filter
Preset A6
Exsposure -2
Saturation -3
Highlight +6
Shadow +3
Tint +3
Grain +3
Fade +1

リベンジしてみました! OM-1×40-150F2.8×MC1.4×C-PLfilter #額縁紅葉 #天授庵

_t_photo_'s tweet image. リベンジしてみました!

OM-1×40-150F2.8×MC1.4×C-PLfilter

#額縁紅葉 #天授庵

lunette photogray antireflet,lunette de soleil mode et tendance ✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM

OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM
OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM
OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM
OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM

Have you seen straight lines curve inward at the image edges? 👁️ That’s the Pincushion Effect — caused by higher magnification at the lens periphery. #Pincushioneffect #convexlens #Magnification #Optometry #Optography #Thatoptometrist

Optography8's tweet image. Have you seen straight lines curve inward at the image edges? 👁️
That’s the Pincushion Effect — caused by higher magnification at the lens periphery.

#Pincushioneffect #convexlens #Magnification #Optometry #Optography #Thatoptometrist

lunette photogray antireflet,lunette de soleil mode et tendance ✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM

OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM
OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM
OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM
OpticienSen's tweet image. lunette photogray antireflet,lunette de soleil mode et tendance 
✅lunette médicale correctrice sur ordonnance et recevez un devis gratuit en envoyant vos ordonnance DM

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