from PIL import Image, ImageDraw, ImageFont import math W, H = 1200, 630 # ── fonts ───────────────────────────────────────────────────────────────────── def F(path, size): try: return ImageFont.truetype(path, size) except: return ImageFont.load_default() BD = "C:/Windows/Fonts/arialbd.ttf" RG = "C:/Windows/Fonts/arial.ttf" f_pmi = F(BD, 80) f_ops = F(RG, 17) f_lbl = F(BD, 19) f_icon = F(BD, 13) def rgba(h, a=255): h = h.lstrip("#") return tuple(int(h[i:i+2], 16) for i in (0, 2, 4)) + (a,) # ── base image ──────────────────────────────────────────────────────────────── img = Image.new("RGBA", (W, H), rgba("#0f0f2a")) # dot grid gd = ImageDraw.Draw(img) for gx in range(0, W+1, 48): for gy in range(0, H+1, 48): gd.ellipse([gx-1.5, gy-1.5, gx+1.5, gy+1.5], fill=(255,255,255,18)) # ── center PMI glow ─────────────────────────────────────────────────────────── cx, cy = W//2, H//2 for r, a in [(160,4),(120,9),(90,16),(70,28),(55,40)]: gl = Image.new("RGBA", (W, H), (0,0,0,0)) ImageDraw.Draw(gl).ellipse([cx-r, cy-r, cx+r, cy+r], fill=(99,102,241,a)) img = Image.alpha_composite(img, gl) draw = ImageDraw.Draw(img) # ── agents config ───────────────────────────────────────────────────────────── # gaze_dx/dy = direction pupils shift to "look at center" agents = [ {"label":"Ricerca Web", "icon":"SEARCH", "x":200, "y":155, "col":"#38bdf8", "hair":"#38bdf8", "gaze_dx":+4, "gaze_dy":+3, "icon_sym":"⌕"}, {"label":"Analisi Dati", "icon":"DATA", "x":200, "y":H-155, "col":"#34d399", "hair":"#34d399", "gaze_dx":+4, "gaze_dy":-3, "icon_sym":"▦"}, {"label":"Scrittura", "icon":"WRITE", "x":W-200, "y":155, "col":"#f472b6", "hair":"#f472b6", "gaze_dx":-4, "gaze_dy":+3, "icon_sym":"✎"}, {"label":"Verifica Output", "icon":"CHECK", "x":W-200, "y":H-155, "col":"#fb923c", "hair":"#fb923c", "gaze_dx":-4, "gaze_dy":-3, "icon_sym":"✓"}, ] CARD_W, CARD_H = 230, 245 # ── helper: task icon drawn with Pillow primitives ──────────────────────────── def draw_task_icon(drw, bx, by, icon_key, col): """Small icon in top-right corner of card.""" c = rgba(col) if icon_key == "SEARCH": # magnifier: circle + handle drw.ellipse([bx-11, by-11, bx+5, by+5], outline=c, width=2) drw.line([bx+3, by+3, bx+11, by+11], fill=c, width=2) elif icon_key == "DATA": # bar chart for i, bh in enumerate([14, 10, 18]): rx = bx - 10 + i*10 drw.rectangle([rx, by-bh, rx+7, by], fill=c) elif icon_key == "WRITE": # document + pen drw.rounded_rectangle([bx-12, by-18, bx+8, by+2], radius=2, outline=c, width=2) for i in range(3): drw.line([bx-9, by-14+i*6, bx+5, by-14+i*6], fill=rgba(col, 150), width=1) # pen tip drw.polygon([(bx+10, by+6),(bx+14, by-4),(bx+18, by+6)], fill=c) elif icon_key == "CHECK": # shield + checkmark drw.polygon([(bx, by-18),(bx-12, by-10),(bx-12, by+2),(bx, by+10),(bx+12, by+2),(bx+12, by-10)], outline=c, width=2) drw.line([bx-5, by, bx, by+6, bx+8, by-6], fill=c, width=2) # ── helper: draw stylized human face + card ─────────────────────────────────── def draw_agent(drw, ax, ay, col, hair_col, task_label, icon_key, gaze_dx, gaze_dy): tc = rgba(col) hc = rgba(hair_col) SKIN = rgba("#f0c090") SKIN_D = rgba("#d4956a") WHITE = (255,255,255,255) DARK = (25, 20, 15, 255) # card background drw.rounded_rectangle( [ax-CARD_W//2, ay-CARD_H//2, ax+CARD_W//2, ay+CARD_H//2], radius=16, fill=rgba("#0d0d28", 230), outline=tc, width=2) # task icon — top-right corner of card draw_task_icon(drw, ax + CARD_W//2 - 22, ay - CARD_H//2 + 26, icon_key, col) # portrait circle pr = 72 fy = ay - 14 # face center y drw.ellipse([ax-pr-2, fy-pr-2, ax+pr+2, fy+pr+2], fill=rgba("#181836")) drw.ellipse([ax-pr, fy-pr, ax+pr, fy+pr], fill=rgba("#1c1c44"), outline=hc, width=2) # ── face: hair first, then head, then features ────────────────────────── hr = 43 # head radius # top hair block drw.ellipse([ax-hr-6, fy-hr-20, ax+hr+6, fy-4], fill=hc) # side sideburns drw.ellipse([ax-hr-14, fy-hr+8, ax-hr+6, fy+hr-10], fill=hc) drw.ellipse([ax+hr-6, fy-hr+8, ax+hr+14, fy+hr-10], fill=hc) # head oval drw.ellipse([ax-hr, fy-hr, ax+hr, fy+hr], fill=SKIN) # ears drw.ellipse([ax-hr-7, fy-10, ax-hr+4, fy+14], fill=SKIN) drw.ellipse([ax+hr-4, fy-10, ax+hr+7, fy+14], fill=SKIN) # inner ear shade drw.ellipse([ax-hr-4, fy-6, ax-hr+2, fy+10], fill=SKIN_D) drw.ellipse([ax+hr-2, fy-6, ax+hr+4, fy+10], fill=SKIN_D) # eyebrows brow_y = fy - 22 for ex_off in (-17, 17): for bk in range(2): draw.arc([ax+ex_off-13, brow_y+bk, ax+ex_off+13, brow_y+bk+9], start=210, end=330, fill=rgba("#6b4226"), width=2) # eyes ey = fy - 10 for ex_off in (-17, 17): # white drw.ellipse([ax+ex_off-11, ey-8, ax+ex_off+11, ey+8], fill=WHITE) # iris drw.ellipse([ax+ex_off-6, ey-6, ax+ex_off+6, ey+6], fill=rgba("#3b5fa0")) # pupil (offset toward center = gaze) px = ax + ex_off + gaze_dx py_p = ey + gaze_dy drw.ellipse([px-4, py_p-4, px+4, py_p+4], fill=DARK) # glint drw.ellipse([px+1, py_p-3, px+4, py_p], fill=WHITE) # eyelids (top line) for ex_off in (-17, 17): drw.arc([ax+ex_off-11, ey-8, ax+ex_off+11, ey+8], start=200, end=340, fill=rgba("#6b4226"), width=1) # nose ny = fy + 10 drw.arc([ax-7, ny, ax+7, ny+9], start=0, end=180, fill=SKIN_D, width=2) drw.ellipse([ax-5, ny+6, ax-1, ny+10], fill=SKIN_D) drw.ellipse([ax+1, ny+6, ax+5, ny+10], fill=SKIN_D) # mouth (gentle smile) my = fy + 23 drw.arc([ax-14, my, ax+14, my+12], start=5, end=175, fill=rgba("#c07050"), width=2) # neck drw.rectangle([ax-11, fy+hr-6, ax+11, fy+hr+16], fill=SKIN) # shirt/collar drw.ellipse([ax-50, fy+hr+8, ax+50, fy+hr+55], fill=rgba(col, 160)) # collar V drw.polygon([(ax-12, fy+hr+12),(ax, fy+hr+26),(ax+12, fy+hr+12)], fill=rgba("#0d0d28", 200)) # label below portrait label_y = ay + CARD_H//2 - 26 drw.text((ax, label_y), task_label, font=f_lbl, fill=WHITE, anchor="mm") # ── draw agents ─────────────────────────────────────────────────────────────── for a in agents: draw_agent(draw, a["x"], a["y"], a["col"], a["hair"], a["label"], a["icon"], a["gaze_dx"], a["gaze_dy"]) # ── center PMI circle + text ────────────────────────────────────────────────── draw.ellipse([cx-68, cy-68, cx+68, cy+68], fill=rgba("#0d0d28", 230), outline=rgba("#818cf8"), width=3) draw.text((cx, cy-14), "PMI", font=f_pmi, fill=(255,255,255,255), anchor="mm") draw.text((cx, cy+38), "AI Ops", font=f_ops, fill=rgba("#818cf8"), anchor="mm") # ── arrows from PMI to each agent ───────────────────────────────────────────── PMI_R = 72 def dashed_arrow(drw, x1, y1, x2, y2, col, width=2, dash=10, gap=7): c = rgba(col) dx, dy = x2-x1, y2-y1 dist = math.hypot(dx, dy) if dist < 1: return ux, uy = dx/dist, dy/dist pos, on = 0.0, True while pos < dist - 16: seg = dash if on else gap end = min(pos + seg, dist - 16) if on: drw.line([(x1+ux*pos, y1+uy*pos),(x1+ux*end, y1+uy*end)], fill=c, width=width) pos, on = end, not on # arrowhead ang = math.atan2(dy, dx) sz = 13 tip = (x2, y2) p1 = (x2 - sz*math.cos(ang-0.42), y2 - sz*math.sin(ang-0.42)) p2 = (x2 - sz*math.cos(ang+0.42), y2 - sz*math.sin(ang+0.42)) drw.polygon([tip, p1, p2], fill=c) for a in agents: tx, ty = a["x"], a["y"] dx, dy = tx - cx, ty - cy dist = math.hypot(dx, dy) ux, uy = dx/dist, dy/dist # start: PMI circle edge sx, sy = cx + ux * PMI_R, cy + uy * PMI_R # end: card edge abs_ux, abs_uy = abs(ux), abs(uy) hw, hh = CARD_W/2 + 5, CARD_H/2 + 5 clip = (hw/abs_ux) if abs_ux*hh > abs_uy*hw else (hh/abs_uy) ex, ey = tx - ux*(clip), ty - uy*(clip) dashed_arrow(draw, sx, sy, ex, ey, a["col"], width=2) # ── save ────────────────────────────────────────────────────────────────────── out = "/home/deploy/Business/OS AutoMatePRO/website/public/blog-images/sistemi-multi-agente-ai-pmi-2026.png" img.convert("RGB").save(out, optimize=True) print(f"Saved: {out}")