Iyawo Olopa 👮‍♀️

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Iyawo Olopa 👮‍♀️

Iyawo Olopa 👮‍♀️

@gmohjoke

Not a CulT, but possibly a psychopath. Grinning through the madness of sad songs 🎵.

Everywhere Katılım Şubat 2021
4.4K Takip Edilen4.2K Takipçiler
Iyawo Olopa 👮‍♀️ retweetledi
Ajokeee 🤍
Ajokeee 🤍@Aheesha_x·
I recently got this Hayaati by Lataffa and that feminine scent just sit right. Not too loud, not too soft… just enough to get noticed. Now if you want to actually finish the scent patapata especially if you know how to layer perfumes, pair it with the second frame. That combo? It deepens the sweetness and makes it last even longer. Proper upgrade 😉
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BayuzTv
BayuzTv@BayuzTv·
Hey everyone it’s my birthday 🎉
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A.Y.O
A.Y.O@YusufAsunmogejo·
Update 🚨
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A.Y.O@YusufAsunmogejo

Hi Hamid, I am Yusuf. I came across your mountains post from yesterday 25/4, and it stopped me completely. I decided to push myself to the limit and implement your formula from scratch, pixel by pixel, as a personal mathematical challenge. After careful study of the image, I have successfully identified and understood 12 of the 14 mathematical objects: ✓ F(x) — color compression to [0, 255] ✓ N_s(x,y) — fractal noise with 6^5 * 5^(-s) frequency scaling ✓ E(x,y) — fractal envelope as a 50-term weighted sum ✓ Z_s(x,y) — layer occlusion product ✓ S(x,y) — sky value ✓ R(x,y) — layer depth value ✓ T(x,y) — distance to mountain center ✓ B(x,y) — slope angle via arctan ✓ A(x,y) — layer brightness ✓ H_v(x,y) — final color channel for v = 0, 1, 2 ✓ Coordinate mapping: x = (m-1000)/600, y = (601-n)/600 ✓ The full N_s structure The two I cannot read precisely enough from the image are: ✗ J_s(x,y) — the mountain shape indicator ✗ K_v(x,y) — the lighting kernel I can see the general structure of both. J_s uses a double exponential with cosine products and E(x,y)/1000 in the exponent, and K_v sums 50 terms of (91/100)^s weighted by cosines involving T, B and v. But the exact coefficients inside the ridge shape term of J_s and the cosine arguments of K_v are too dense to read at the resolution I have. What I am currently seeing in my attempts: the layering and occlusion work correctly and the fractal texture E renders as expected, but without the exact J_s the mountain silhouettes are wrong. Peaks appear at incorrect positions and the snow and rock boundary does not match your image. This is purely a personal challenge. I am not doing this for any commercial purpose. Could you point me to where the full formula is published, or share a higher resolution crop of the equation panel from that post? Even just confirming those two functions would be enough to complete the implementation. Thank you. Yusuf

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A.Y.O
A.Y.O@YusufAsunmogejo·
We are getting there 🚨 Thank you so much @lambactivity1. After implementing the formula you shared, I was finally able to get the pointed V-shape at each peak from the |x + 5/4·cos(s²)| width modulation term. That was the missing piece for J_s I have been looking for. I am grateful. What is remaining now is to crack the exactness of the F(x) caliberation. We are getting there 👏🏿👏🏿
A.Y.O tweet media
Lambactivity@lambactivity1

@YusufAsunmogejo @Eden_Eldith The space is not enough to write it in one go so the light kernel equation is the first two line and the function equation is the last two line.

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A.Y.O
A.Y.O@YusufAsunmogejo·
Hi Hamid, I am Yusuf. I came across your mountains post from yesterday 25/4, and it stopped me completely. I decided to push myself to the limit and implement your formula from scratch, pixel by pixel, as a personal mathematical challenge. After careful study of the image, I have successfully identified and understood 12 of the 14 mathematical objects: ✓ F(x) — color compression to [0, 255] ✓ N_s(x,y) — fractal noise with 6^5 * 5^(-s) frequency scaling ✓ E(x,y) — fractal envelope as a 50-term weighted sum ✓ Z_s(x,y) — layer occlusion product ✓ S(x,y) — sky value ✓ R(x,y) — layer depth value ✓ T(x,y) — distance to mountain center ✓ B(x,y) — slope angle via arctan ✓ A(x,y) — layer brightness ✓ H_v(x,y) — final color channel for v = 0, 1, 2 ✓ Coordinate mapping: x = (m-1000)/600, y = (601-n)/600 ✓ The full N_s structure The two I cannot read precisely enough from the image are: ✗ J_s(x,y) — the mountain shape indicator ✗ K_v(x,y) — the lighting kernel I can see the general structure of both. J_s uses a double exponential with cosine products and E(x,y)/1000 in the exponent, and K_v sums 50 terms of (91/100)^s weighted by cosines involving T, B and v. But the exact coefficients inside the ridge shape term of J_s and the cosine arguments of K_v are too dense to read at the resolution I have. What I am currently seeing in my attempts: the layering and occlusion work correctly and the fractal texture E renders as expected, but without the exact J_s the mountain silhouettes are wrong. Peaks appear at incorrect positions and the snow and rock boundary does not match your image. This is purely a personal challenge. I am not doing this for any commercial purpose. Could you point me to where the full formula is published, or share a higher resolution crop of the equation panel from that post? Even just confirming those two functions would be enough to complete the implementation. Thank you. Yusuf
Hamid Naderi Yeganeh@naderi_yeganeh

I drew these mountains with mathematical equations.

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Iyawo Olopa 👮‍♀️ retweetledi
Lulu🫧♡
Lulu🫧♡@NuratDauda·
A year ago ,I don’t miss school at all😂
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Iyawo Olopa 👮‍♀️ retweetledi
𝒻𝓊𝓃𝓃𝓎.
𝒻𝓊𝓃𝓃𝓎.@vanillaqqx·
things to buy for small room a thread
𝒻𝓊𝓃𝓃𝓎. tweet media𝒻𝓊𝓃𝓃𝓎. tweet media
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Iyawo Olopa 👮‍♀️ retweetledi
crochet hashira🧶
crochet hashira🧶@Crochetelo_·
I don’t think you understand! The first woman to pilot the Space Shuttle has seen the sweater I made and she loves it. Thank you so much for wearing Crochetélo with love🥹❤️
Trill Magnolia ♓⚜️🦄@sophiegrits

Eileen Collins, first woman to pilot the Space Shuttle and the first to command a Space Shuttle mission, said she loves my @Crochetelo_ sweater 🧶! Her documentary was so inspiring.

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Moh🥷🏿
Moh🥷🏿@Mohamazinggg·
On the early hours of Saturday 26 of April 2026 by 2am, my best friend A young graduate who just finished school last year and currently serving his country and was meant to pass out just next month was KILLED BY THE NIGERIAN ARMY. @HQNigerianArmy @PoliceNG_CRU @sowore @PeterObi @officialnyscng @vdmempire @BenHundeyin While at home with his siblings (his parents were away), 3 armed military men forced their way into their house around 2am claiming they were chasing a thief. They encountered him and he locked his door like anyone would do to protect themselves and his siblings because he was the eldest and he has a duty to protect his siblings. they shot through the door multiple times, A bullet hit his head and another hit his stomach. They killed him in his own home. It didn’t end there. They prevented his sister from going to him. They tried to stop her from calling for help and when help finally came, his body was taken away. The soldiers called the local vigilante to come and clean the scene. The scene was cleaned and the house was locked down. No clear answers were given. This happened in Dakwa Abuja, it’s not longer rumors that we aren’t safe, not even in our homes. This was someone’s son. Someone’s brother. Someone’s friend. He was kind. He was good. He had a future. This cannot be swept under the rug. We are demanding accountability. We are demanding answers. We are demanding justice. Please repost. Please speak up. Don’t let this be ignored. Please help me tag the necessary authorities under this post @HQNigerianArmy @PoliceNG @vdmempire #JusticeForAbdulsamad #WhoKilledAbdulsamad #StopKillingNigerians
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Keşfet

@lambactivity1 @HQNigerianArmy @PoliceNG_CRU @sowore @PeterObi @officialnyscng @vdmempire @BenHundeyin