"""Ilustrações técnicas SVG (substituíveis por fotografias — ver README).""" import math, os INK = "#0B2A3A"; BLUE = "#1677A6"; SKY = "#39A9DB"; GREEN = "#69B34C"; MUTED = "#5A7380" def frame(body, w=800, h=560, dark=False, grid=True): bg1, bg2 = ("#0E3347", "#0B2A3A") if dark else ("#F7FAFB", "#E9F1F4") gl = "rgba(255,255,255,0.05)" if dark else "rgba(11,42,58,0.055)" g = f'' if grid else "" return f'''''' def label(x, y, t, anchor="start", dark=False, size=12): c = "#9FC3D4" if dark else MUTED return f'{t}' def leader(x1, y1, x2, y2, dark=False): c = "#5F8EA3" if dark else "#9DB3BE" return f'' def fan(cx, cy, r, stroke=INK, n=5): s = f'' for k in range(1, 4): s += f'' for i in range(n): a = 2 * math.pi * i / n x1, y1 = cx + r * 0.15 * math.cos(a), cy + r * 0.15 * math.sin(a) x2, y2 = cx + r * 0.85 * math.cos(a + 0.5), cy + r * 0.85 * math.sin(a + 0.5) qx, qy = cx + r * 0.7 * math.cos(a - 0.1), cy + r * 0.7 * math.sin(a - 0.1) s += f'' s += f'' return s def outdoor_unit(x, y, w=220, h=170, stroke=INK, fill="#fff", tag=""): r = min(h * 0.36, w * 0.22) s = f'' s += fan(x + w * 0.4, y + h / 2, r, stroke) gx = x + w * 0.74 for i in range(9): yy = y + 18 + i * (h - 36) / 8 s += f'' s += f'' return s def flowlines(x, y, n=5, length=240, dy=16, curve=40, grad="url(#flow)", op=1): s = "" for i in range(n): yy = y + i * dy s += f'' return s def split_indoor(x, y, w=300, h=86, stroke=INK): s = f'' s += f'' s += f'' return s # ---------------------------------------------------------------- cenas def hero(): d = True; L = "#8FB8CC" b = f'' # casa em corte b += f'' b += f'' b += f'' b += f'' # unidade interior + fluxo b += f'' b += flowlines(170, 274, n=6, length=270, dy=9, curve=46) # piso inferior — ventiloconvector de chão e sofá b += f'' for i in range(6): b += f'' b += f'' b += f'' # bomba de calor exterior + tubagem b += outdoor_unit(600, 392, 150, 98, stroke=L, fill="#0F3A50") b += f'' # cotas / etiquetas b += leader(320, 244, 360, 140, d) + label(366, 136, "UNIDADE INTERIOR", dark=d) b += leader(675, 392, 675, 330, d) + label(675, 318, "BOMBA DE CALOR", "middle", d) b += label(430, 300, "21 °C", dark=d, size=22) + label(430, 318, "CONFORTO", dark=d, size=10) b += f'' + label(335, 552, "CORTE TRANSVERSAL — HABITAÇÃO", "middle", d, 10) return frame(b, dark=True) def ar_condicionado(): b = '' b += split_indoor(250, 140) b += flowlines(290, 238, n=6, length=330, dy=12, curve=120) b += '' b += f'22°' b += ''.join(f'' for i in range(9)) b += leader(400, 140, 400, 92) + label(400, 80, "UNIDADE INTERIOR · MURAL", "middle") b += label(660, 470, "DISTRIBUIÇÃO DE AR", "end") + leader(620, 360, 660, 452) return frame(b) def manutencao_preventiva(): b = outdoor_unit(110, 190, 300, 220) # calendário x, y = 480, 150 b += f'' b += label(x+20, y+28, "PLANO ANUAL", size=11).replace(MUTED, "#CFE3EC") for i in range(12): cx, cy = x + 30 + (i % 4) * 56, y + 82 + (i // 4) * 62 on = i in (0, 3, 6, 9) b += f'' if on: b += f'' b += label(110, 460, "INSPECÇÃO · LIMPEZA · VERIFICAÇÃO DE DESEMPENHO") return frame(b) def gauge(cx, cy, r, val, color): s = f'' for i in range(21): a = math.radians(135 + i * 13.5) r1 = r - 12; r2 = r - (24 if i % 5 == 0 else 18) s += f'' a = math.radians(135 + val * 270) s += f'' return s def manutencao_correctiva(): b = '' b += gauge(290, 200, 82, 0.35, BLUE) + gauge(510, 200, 82, 0.7, GREEN) b += f'' b += f'' b += f'' b += label(290, 100, "BAIXA PRESSÃO", "middle") + label(510, 100, "ALTA PRESSÃO", "middle") b += label(400, 530, "DIAGNÓSTICO DO CIRCUITO FRIGORÍFICO", "middle") return frame(b) def assistencia(): b = '' b += label(190, 170, "DIAGNÓSTICO", size=11) b += f'' b += f'' b += '' b += outdoor_unit(520, 300, 200, 150) b += f'' b += label(620, 280, "LEITURA", "middle") return frame(b) def bombas_de_calor(): b = outdoor_unit(80, 200, 300, 220) b += '' b += f'' b += f'' b += f'' b += label(605, 470, "ÁGUAS QUENTES SANITÁRIAS", "middle") + label(230, 470, "UNIDADE EXTERIOR", "middle") b += label(720, 60, "CONSUMO", "end") return frame(b) def ventiloconvectores(): b = '' b += '' b += '' for i in range(14): b += f'' b += '' for s in (-1, 1): for i in range(4): x0 = 400 + s * (110 + i * 10) b += f'' b += leader(400, 202, 400, 300) + label(400, 318, "VENTILOCONVECTOR TIPO CASSETE", "middle") b += label(60, 90, "TECTO FALSO") return frame(b) def vmc(): b = '' b += '' ducts = [(90, 230, "AR NOVO", SKY, 1), (90, 330, "EXAUSTÃO", "#9DB3BE", -1), (510, 230, "INSUFLAÇÃO", GREEN, 1), (510, 330, "EXTRACÇÃO", BLUE, -1)] for x, y, t, c, d in ducts: b += f'' ax = x + 100 if d > 0: b += f'' else: b += f'' b += label(x + 100, y + (-34 if y < 280 else 48), t, "middle", size=11) b += label(400, 410, "RECUPERADOR DE CALOR", "middle") return frame(b) def higienizacao(): b = split_indoor(140, 120, 360, 100) b += '' for i in range(12): b += f'' for i in range(6): b += f'' import random; random.seed(4) for i in range(26): x, y = random.uniform(560, 730), random.uniform(160, 460) b += f'' b += f'' b += label(400, 500, "FILTROS · PERMUTADORES · TABULEIROS DE CONDENSADOS", "middle") return frame(b) def eficiencia(): cls = [("A+++", "#2F9E44", 230), ("A++", "#69B34C", 270), ("A+", "#A6CE39", 310), ("A", "#E7E33B", 350), ("B", "#F9B233", 390), ("C", "#EE7D2F", 430), ("D", "#E3352B", 470)] b = "" for i, (t, c, w) in enumerate(cls): y = 110 + i * 50 b += f'' b += f'{t}' b += f'' b += label(630, 140, "CLASSE ENERGÉTICA", size=11) b += label(150, 490, "ESCALA DE EFICIÊNCIA ENERGÉTICA · REFERÊNCIA ILUSTRATIVA") return frame(b) def pre_instalacao(): b = '' b += '' b += f'' b += '' b += '' b += label(580, 250, "CAIXA DE ESPERA", "middle", size=11) + label(330, 320, "FRIGORÍFICO · CONDENSADOS · ALIMENTAÇÃO", size=11) b += '' + label(400, 525, "TRAÇADO TÉCNICO", "middle", size=11) return frame(b) def building(kind): b = '' if kind == "residencial": b += '' b += '' b += '' b += '' b += outdoor_unit(530, 400, 90, 60) b += flowlines(220, 270, 3, 120, 8, 20, op=.9) elif kind == "comercial": for i, (x, h) in enumerate([(170, 330), (360, 260), (540, 200)]): w = 170 if i < 2 else 150 b += f'' for r in range(int(h // 34)): b += f'' b += outdoor_unit(190, 106, 60, 34) + outdoor_unit(270, 106, 60, 34) else: b += '' b += '' b += '' for i in range(5): b += f'' b += outdoor_unit(580, 230, 90, 60) + '' b += flowlines(200, 380, 3, 300, 8, 10, op=.8) return frame(b) def empresa(): # planta com traçado de condutas b = '' b += '' b += f'' for x in (210, 420, 610): b += f'' b += f'' b += label(100, 60, "PLANTA · REDE DE CONDUTAS", size=11) + label(700, 512, "ESC. 1:100", "end", size=11) return frame(b) SCENES = { "hero": hero, "ar-condicionado": ar_condicionado, "manutencao-preventiva": manutencao_preventiva, "manutencao-correctiva": manutencao_correctiva, "assistencia-tecnica-avac": assistencia, "bombas-de-calor": bombas_de_calor, "ventiloconvectores": ventiloconvectores, "ventilacao-mecanica-controlada": vmc, "higienizacao-de-equipamentos": higienizacao, "eficiencia-energetica": eficiencia, "pre-instalacoes": pre_instalacao, "residencial": lambda: building("residencial"), "comercial": lambda: building("comercial"), "industrial": lambda: building("industrial"), "empresa": empresa, } def write_all(outdir): os.makedirs(outdir, exist_ok=True) for k, f in SCENES.items(): with open(os.path.join(outdir, k + ".svg"), "w") as fh: fh.write(f()) if __name__ == "__main__": write_all("src/assets/img/ilustracoes")