Your normal is someone's dream, so be thankful every dy ❤️🌞

Senegal, faced , matched and won them inside morocco. why una dy talk like this

Me self dy see m back 😭

you just know say na sofascore e dy look😆

Kata gw sih, lu lbh hrs hati2 sm junhyun, bkn sungmin 😂 stdknya dr dlm diri yukyung dy gak suka sm sungmin. junhyun ni geraknya emang gak seaktif sungmin. Tp mampu bergerak diam2 tanpa wy sadari 😂 bhkn cewe2 aja msh gatau junhyun suka sm siapa. #HeartSignal5

Dem dy threaten Real Madrid player with fine 😂😂😂. FIFA think say na Enugu Rangers player?

Top Commander bttm dy นดยเข้ากรมไปก็ยังทำหน้าที่รับน้ำควยเหมือนตอนอยู่ในวง เวียนรับควยพี่ผู้ใหญ่ ทำตัวเป็นเด็กดีน่ารักเพื่อจะได้ฝึกเบาลงบ้าง แต่คนในกรมทหารเย็ดกันทีนดยแทบไม่เหลือแรงตื่น ถึงว่าทุกคนเลยเป็นห่วงนดยเพราะแบบนี้

I no dy use eyes see them I dy comot am asap

Una no dy sleep?

Hon'ble PM Shri @narendramodi , Health Minister Shri @JPNadda , CM of Rajasthan Shri @BhajanlalBjp , DY CM Smt @KumariDiya , Health Minister of Raj Shri @GajendraKhimsar Ji Please look into this matter 🙏 📢👇🧑‍⚕️🏥 #CHO_Regularization_Notification #CSR_2Years_Relaxation_Gazette

youtu.be/CvBfHwUxHIk?si=Hkj7… import numpy as np from PIL import Image, ImageDraw, ImageFont from math import comb, pi from pathlib import Path import itertools # Same data: 74 proton progression n = 74 base_count = 71 blue_idx = 71 pink_idx = 72 green_idx = 73 edge_count = comb(n, 2) triangle_count = comb(n, 3) W, H = 860, 860 cx, cy = W // 2, H // 2 num_frames = 72 frames = [] try: font = ImageFont.truetype("DejaVuSans.ttf", 20) small = ImageFont.truetype("DejaVuSans.ttf", 15) except: font = ImageFont.load_default() small = ImageFont.load_default() # Polar proton layout angles = np.linspace(0, 2*pi, n, endpoint=False) # Use proton index to build layered polar radius # 71-base field stays near main ring; 72/73/74 become special perturbation nodes base_radius = 270 radial_wave = 35 * np.sin(angles * 5) radii = base_radius radial_wave radii[blue_idx] = base_radius 75 radii[pink_idx] = base_radius 115 radii[green_idx] = base_radius 155 edges = np.array(list(itertools.combinations(range(n), 2)), dtype=np.int16) # sample triangle centroids in polar logic: all 64,824 triangles contribute as angle/radius density tris = np.array(list(itertools.combinations(range(n), 3)), dtype=np.int16) def polar_to_xy(r, theta): return cx r * np.cos(theta), cy r * np.sin(theta) def spread_field(density): glow = density.copy() spread = [ (1,0,.9),(-1,0,.9),(0,1,.9),(0,-1,.9), (1,1,.7),(-1,1,.7),(1,-1,.7),(-1,-1,.7), (2,0,.45),(-2,0,.45),(0,2,.45),(0,-2,.45), (4,0,.18),(-4,0,.18),(0,4,.18),(0,-4,.18) ] for dx, dy, w in spread: glow = np.roll(np.roll(density, dy, axis=0), dx, axis=1) * w glow = np.log1p(glow * 18) return glow / (glow.max() 1e-9) for f in range(num_frames): t = 2*pi*f/num_frames img = Image.new("RGB", (W, H), (0,0,0)) draw = ImageDraw.Draw(img, "RGBA") # Animated polar phase theta = angles 0.35*np.sin(t angles*3) t*0.12 # Hyperbolic-style polar radial warp for green/electric influence radial_pulse = 18*np.sinh(0.45*np.sin(t angles*4)) r = radii radial_pulse # Extra proton influence waves r[blue_idx] = 20*np.sin(t*2) r[pink_idx] = 25*np.sin(t*2 1.4) r[green_idx] = 35*np.sin(t*5) xs, ys = polar_to_xy(r, theta) # Triangle centroid density in polar projection using all triangles tri_r = r[tris].mean(axis=1) tri_theta = theta[tris].mean(axis=1) # wrap effect: add spiral drift so centroid field does not collapse at angle seam tri_theta = tri_theta 0.35*np.sin(tri_r/65 t) tx, ty = polar_to_xy(tri_r, tri_theta) tx = tx.astype(np.int32) ty = ty.astype(np.int32) density = np.zeros((H,W), dtype=np.float32) mask = (tx>=0)&(tx<W)&(ty>=0)&(ty<H) np.add.at(density, (ty[mask], tx[mask]), 1.0) glow = spread_field(density) # red/blue/pink/green field render arr = np.zeros((H,W,3), dtype=np.uint8) arr[...,0] = (glow*170).astype(np.uint8) # rings/grid for rr in range(70, 390, 45): alpha = 30 if rr != base_radius else 70 bbox = (cx-rr, cy-rr, cx rr, cy rr) draw.ellipse(bbox, outline=(180,180,180,alpha), width=1) for k in range(24): a = 2*pi*k/24 t*0.05 x2, y2 = polar_to_xy(390, a) draw.line((cx, cy, x2, y2), fill=(180,180,180,24), width=1) # draw density underneath as image overlay field = Image.fromarray(arr, "RGB").convert("RGBA") img = Image.alpha_composite(img.convert("RGBA"), field) draw = ImageDraw.Draw(img, "RGBA") # Edges: draw local polar web plus special full-spoke influence for a, b in edges: a = int(a); b = int(b) special_green = a == green_idx or b == green_idx special_pink = a == pink_idx or b == pink_idx special_blue = a == blue_idx or b == blue_idx # avoid making total black mesh unreadable: draw all special edges, and patterned base edges draw_this = special_green or special_pink or special_blue or ((a b f) % 13 == 0) if not draw_this: continue if special_green: pulse = int(140 115*np.sin(t*5)**2) color = (pulse,255,pulse,145) width = 2 elif special_pink: color = (255,120,220,105) width = 2 elif special_blue: color = (90,170,255,105) width = 2 else: color = (255,70,70,38) width = 1 draw.line((xs[a], ys[a], xs[b], ys[b]), fill=color, width=width) # Draw polar spiral trace spiral_points = [] for q in np.linspace(0, 2*pi*4, 420): rr = 42 18*q aa = q t*0.4 if rr < 395: spiral_points.append(polar_to_xy(rr, aa)) draw.line(spiral_points, fill=(120,255,120,80), width=2) # nodes for k in range(n): if k < base_count: fill = (255,60,60,225) outline = (255,150,150,100) rad = 4 elif k == blue_idx: fill = (80,170,255,255) outline = (220,240,255,190) rad = 7 elif k == pink_idx: fill = (255,120,220,255) outline = (255,220,245,190) rad = 7 else: pulse = int(155 100*np.sin(t*5)**2) fill = (pulse,255,pulse,255) outline = (220,255,220,220) rad = 9 draw.ellipse((xs[k]-rad, ys[k]-rad, xs[k] rad, ys[k] rad), fill=fill, outline=outline) # center origin draw.ellipse((cx-5,cy-5,cx 5,cy 5), fill=(255,255,255,180)) # Overlay draw.rectangle((0,0,W,230), fill=(0,0,0,178)) draw.text((16,10), "74 Proton Polar Coordinate Simulation", fill=(255,255,255,255), font=font) info = [ ("Same data, new lens: polar radius angle spiral phase", (230,230,230)), ("71 red = base field / Lutetium anchor", (255,120,120)), ("72 blue = Hafnium shift", (120,190,255)), ("73 pink = Tantalum shift", (255,150,220)), ("74 neon green = Tungsten / electrical polar warp", (120,255,120)), ("", (255,255,255)), ("Tracks:", (230,230,230)), ("• nuclear charge", (230,230,230)), ("• neutral electron count", (230,230,230)), ("• shell behavior", (230,230,230)), ("• chemical identity", (230,230,230)), ("• periodic-table position", (230,230,230)), (f"Edges: {edge_count:,} | Triangles: {triangle_count:,}", (220,220,220)), ] ytxt = 42 for txt, color in info: draw.text((16, ytxt), txt, fill=tuple(color) (255,), font=small) ytxt = 16 frames.append(img.convert("P", palette=Image.ADAPTIVE)) out = Path("/mnt/data/74_proton_polar_sim_same_data.gif") frames[0].save(out, save_all=True, append_images=frames[1:], duration=60, loop=0, optimize=True) print(f"Created: {out}") print(f"Edges: {edge_count:,}") print(f"Triangles: {triangle_count:,}")

😂😂😂😂many of us go miss this World Cup because of sleep. We go dy expect games to play for evening. Na midnight match go dey go. Nna ehnn. Reminds me of USA 94

How you go even go person house dy chop like animal without doing anything and your body no do you anyhow. Some people useless.

dy jarang dikasih kebahagiaan soalna

🎬第12届抖音变装挑战🎬 超多dy风变装视频来啦！换装 造型大变身，配上超燃BGM一起玩～ 欢迎大家参与投稿！不符合主题的会删除哦～