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Rhossolas
1月15日

import random

import math

particles = []

fireworks = []

buildings = []

click_count = 0

mega_firework = None

mega_particles = []

show_message = False

message_timer = 0

class Particle:

def \__init_\_(self, x, y, color, size_multiplier=1, velocity_multiplier=1):

    self.x = x

    self.y = y

    self.vx = random.uniform(-4, 4) \* velocity_multiplier

    self.vy = random.uniform(-4, 4) \* velocity_multiplier

    self.color = color

    self.life = 255

    self.max_life = 255

    self.size = random.uniform(3, 8) \* size_multiplier

    

def update(self):

    self.x += self.vx

    self.y += self.vy

    self.vy += 0.15  # 重力

    self.vx \*= 0.97  # 空气阻力

    self.life -= 2.5  # 3-4秒内淡出

    

def draw(self):

    if self.life > 0:

        pushStyle()

        # 添加发光效果

        for i in range(3):

            glow_size = self.size + i \* 2

            glow_alpha = self.life \* (0.3 - i \* 0.1)

            fill(red(self.color), green(self.color), blue(self.color), glow_alpha)

            noStroke()

            ellipse(self.x, self.y, glow_size, glow_size)

        

        # 核心粒子

        fill(255, 255, 255, self.life)  # 白色核心

        ellipse(self.x, self.y, self.size \* 0.5, self.size \* 0.5)

        popStyle()

class Firework:

def \__init_\_(self, x, y, is_mega=False):

    self.x = x

    self.y = y

    self.start_y = height

    self.y_pos = self.start_y

    self.exploded = False

    self.is_mega = is_mega

    if is_mega:

        self.color = color(255, 255, 255)  # 白色，后面会添加多种颜色

    else:

        # 每个烟花随机颜色

        hue = random.random()

        if hue < 0.2:

            self.color = color(255, 100, 100)  # 红色

        elif hue < 0.4:

            self.color = color(100, 255, 100)  # 绿色

        elif hue < 0.6:

            self.color = color(100, 100, 255)  # 蓝色

        elif hue < 0.8:

            self.color = color(255, 255, 100)  # 黄色

        else:

            self.color = color(255, 100, 255)  # 紫色

            

def update(self):

    if not self.exploded:

        speed = 6 if self.is_mega else 8

        self.y_pos -= speed

        if self.y_pos <= self.y:

            self.explode()

            self.exploded = True

            

def explode(self):

    particle_count = 200 if self.is_mega else 50

    for i in range(particle_count):

        angle = random.uniform(0, TWO_PI)

        speed = random.uniform(2, 8)

        px = self.x + cos(angle) \* speed

        py = self.y + sin(angle) \* speed

        

        if self.is_mega:

            # 超大烟花使用多种颜色

            colors = \[

                color(255, 0, 0), color(0, 255, 0), color(0, 0, 255),

                color(255, 255, 0), color(255, 0, 255), color(0, 255, 255),

                color(255, 165, 0), color(255, 255, 255)

            \]

            particle_color = random.choice(colors)

            size_multiplier = 1.5

            velocity_multiplier = 1.3

        else:

            particle_color = self.color

            size_multiplier = 1

            velocity_multiplier = 1

            

        particles.append(Particle(px, py, particle_color, size_multiplier, velocity_multiplier))

        

def draw(self):

    if not self.exploded:

        pushStyle()

        # 火箭尾部发光效果

        for i in range(3):

            glow_size = 6 - i

            glow_alpha = 200 - i \* 50

            fill(red(self.color), green(self.color), blue(self.color), glow_alpha)

            noStroke()

            ellipse(self.x, self.y_pos + i \* 3, glow_size, glow_size)

        popStyle()

class Building:

def \__init_\_(self, x, width, height):

    self.x = x

    self.width = width

    self.height = height

    self.windows = \[\]

    self.generate_windows()

    

def generate_windows(self):

    # 生成窗户，随机一些亮着

    window_rows = self.height // 40

    window_cols = self.width // 30

    

    for row in range(window_rows - 1):  # 留一层不要窗户

        for col in range(window_cols - 1):  # 留边距

            if random.random() > 0.3:  # 70%的概率有窗户

                is_lit = random.random() > 0.4  # 60%的概率亮着

                window_x = self.x + col \* 30 + 15

                window_y = height - self.height + row \* 40 + 20

                self.windows.append({

                    'x': window_x,

                    'y': window_y,

                    'lit': is_lit

                })



def draw(self):

    # 建筑剪影

    fill(0, 15, 8)

    rect(self.x, height - self.height, self.width, self.height)

    

    # 窗户

    for window in self.windows:

        if window\['lit'\]:

            fill(255, 255, 150, 200)  # 亮黄色灯光

        else:

            fill(20, 25, 35)  # 暗色，与背景相近

        noStroke()

        rect(window\['x'\], window\['y'\], 15, 20)

def setup():

size(800, 600)

background(20, 25, 40)



# 初始化建筑

buildings_data = \[

    (100, 80, 200),

    (250, 60, 150),

    (400, 70, 180),

    (550, 50, 120),

    (680, 90, 160)

\]



for x, w, h in buildings_data:

    buildings.append(Building(x, w, h))

def draw():

global mega_firework, show_message, message_timer



# 绘制夜晚背景

draw_background()



# 绘制建筑

for building in buildings:

    building.draw()



# 更新和绘制烟花

for firework in fireworks\[:\]:

    firework.update()

    firework.draw()

    if firework.exploded and firework.y_pos <= firework.y:

        fireworks.remove(firework)



# 更新和绘制超大烟花

if mega_firework:

    mega_firework.update()

    mega_firework.draw()

    if mega_firework.exploded and mega_firework.y_pos <= mega_firework.y:

        mega_firework = None

        show_message = True

        message_timer = 300  # 5秒 (60fps \* 5)



# 更新和绘制粒子

for particle in particles\[:\]:

    particle.update()

    particle.draw()

    if particle.life <= 0:

        particles.remove(particle)



# 更新和绘制超大粒子

for particle in mega_particles\[:\]:

    particle.update()

    particle.draw()

    if particle.life <= 0:

        mega_particles.remove(particle)



# 显示消息

if show_message:

    draw_message()

    message_timer -= 1

    if message_timer <= 0:

        show_message = False



# 绘制文字

draw_text()

def draw_background():

# 深蓝天色渐变

for i in range(height):

    inter = map(i, 0, height, 0, 1)

    c = lerpColor(color(20, 25, 40), color(10, 15, 30), inter)

    stroke(c)

    line(0, i, width, i)



# 绘制星星

fill(255, 255, 200, 150)

noStroke()

for i in range(50):

    x = (i \* 137.5 + frameCount \* 0.1) % width

    y = (i \* 89) % (height // 2)

    size = sin(frameCount \* 0.05 + i) \* 2 + 3

    ellipse(x, y, size, size)



# 绘制地面

fill(0, 20, 10)

beginShape()

vertex(0, height)

vertex(0, height - 100)

for x in range(0, width, 50):

    y = height - 100 + sin(x \* 0.01) \* 20

    vertex(x, y)

vertex(width, height - 100)

vertex(width, height)

endShape(CLOSE)

def draw_message():

pushStyle()

textAlign(CENTER, CENTER)

textSize(64)



# 彩虹渐变文字

colors = \[

    color(255, 0, 0), color(255, 165, 0), color(255, 255, 0),

    color(0, 255, 0), color(0, 0, 255), color(75, 0, 130), color(238, 130, 238)

\]



text_width = textWidth("Happy New Year!")

char_width = text_width / len("Happy New Year!")



for i, char in enumerate("Happy New Year!"):

    color_index = int((i / len("Happy New Year!")) \* len(colors))

    fill(colors\[color_index % len(colors)\])

    x = width/2 - text_width/2 + i \* char_width

    text(char, x, height/2)



popStyle()

def draw_text():

pushStyle()

textAlign(CENTER, CENTER)

textSize(48)

fill(255, 215, 0)  # 金色

text("Happy New Year", width/2, 80)



textSize(24)

fill(255, 182, 193)  # 粉色

text("2026", width/2, 120)



textSize(16)

fill(200, 200, 255, 200)

text("Click left mouse button to launch fireworks", width/2, height - 30)



# 显示点击计数

textSize(14)

text("Clicks: " + str(click_count), 60, height - 30)

popStyle()

def mousePressed():

global click_count, mega_firework



if mouseButton == LEFT:

    click_count += 1

    

    # 每26次点击触发彩蛋

    if click_count % 26 == 0:

        mega_firework = Firework(width/2, height/2, is_mega=True)

    else:

        fireworks.append(Firework(mouseX, mouseY))
Rhossolas
1月8日

import random

import math

particles = []

fireworks = []

class Particle:

def \__init_\_(self, x, y, color):

    self.x = x

    self.y = y

    self.vx = random.uniform(-3, 3)

    self.vy = random.uniform(-3, 3)

    self.color = color

    self.life = 255

    self.max_life = 255

    self.size = random.uniform(2, 6)

    

def update(self):

    self.x += self.vx

    self.y += self.vy

    self.vy += 0.1  # 重力

    self.vx \*= 0.98  # 空气阻力

    self.life -= 3  # 3秒内淡出

    

def draw(self):

    if self.life > 0:

        pushStyle()

        fill(red(self.color), green(self.color), blue(self.color), self.life)

        noStroke()

        ellipse(self.x, self.y, self.size, self.size)

        popStyle()

class Firework:

def \__init_\_(self, x, y):

    self.x = x

    self.y = y

    self.start_y = height

    self.y_pos = self.start_y

    self.exploded = False

    self.color = color(random.randint(100, 255), random.randint(100, 255), random.randint(100, 255))

    

def update(self):

    if not self.exploded:

        self.y_pos -= 8

        if self.y_pos <= self.y:

            self.explode()

            self.exploded = True

            

def explode(self):

    # 创建爆炸粒子

    for i in range(50):

        angle = random.uniform(0, TWO_PI)

        speed = random.uniform(1, 6)

        px = self.x + cos(angle) \* speed

        py = self.y + sin(angle) \* speed

        particles.append(Particle(px, py, self.color))

        

def draw(self):

    if not self.exploded:

        pushStyle()

        fill(red(self.color), green(self.color), blue(self.color))

        noStroke()

        ellipse(self.x, self.y_pos, 4, 4)

        popStyle()

def setup():

size(800, 600)

background(20, 25, 40)

def draw():

# 绘制夜晚背景

draw_background()



# 更新和绘制烟花

for firework in fireworks\[:\]:

    firework.update()

    firework.draw()

    if firework.exploded and firework.y_pos <= firework.y:

        fireworks.remove(firework)



# 更新和绘制粒子

for particle in particles\[:\]:

    particle.update()

    particle.draw()

    if particle.life <= 0:

        particles.remove(particle)



# 绘制新年文字

draw_text()

def draw_background():

# 深蓝天色渐变

for i in range(height):

    inter = map(i, 0, height, 0, 1)

    c = lerpColor(color(20, 25, 40), color(10, 15, 30), inter)

    stroke(c)

    line(0, i, width, i)



# 绘制星星

fill(255, 255, 200, 150)

noStroke()

for i in range(50):

    x = (i \* 137.5 + frameCount \* 0.1) % width

    y = (i \* 89) % (height // 2)

    size = sin(frameCount \* 0.05 + i) \* 2 + 3

    ellipse(x, y, size, size)



# 绘制地面剪影

fill(0, 20, 10)

beginShape()

vertex(0, height)

vertex(0, height - 100)

for x in range(0, width, 50):

    y = height - 100 + sin(x \* 0.01) \* 20

    vertex(x, y)

vertex(width, height - 100)

vertex(width, height)

endShape(CLOSE)



# 绘制建筑物剪影

fill(0, 15, 8)

rect(100, height - 200, 80, 200)

rect(250, height - 150, 60, 150)

rect(400, height - 180, 70, 180)

rect(550, height - 120, 50, 120)

rect(680, height - 160, 90, 160)

def draw_text():

pushStyle()

textAlign(CENTER, CENTER)

textSize(48)

fill(255, 215, 0)  # 金色

text("新年快乐", width/2, 80)



textSize(24)

fill(255, 182, 193)  # 粉色

text("2026", width/2, 120)



textSize(16)

fill(200, 200, 255, 200)

text("点击鼠标左键放烟花", width/2, height - 30)

popStyle()

def mousePressed():

if mouseButton == LEFT:

    fireworks.append(Firework(mouseX, mouseY))
Rhossolas
import random import math particles = [] fireworks = [] static_windows = [] click_count = 0 mega_firework = None class Particle: def \__init_\_(self, x, y, color, velocity_multiplier=1, size_range=(1, 4)): self.x = x self.y = y angle = random.uniform(0, TWO_PI) speed = random.uniform(1, 6) \* velocity_multiplier self.vx = cos(angle) \* speed self.vy = sin(angle) \* speed self.color = color self.life = 255 self.max_life = 255 self.size = random.uniform(size_range\[0\], size_range\[1\]) self.trail = \[\] def update(self): # 保存轨迹 self.trail.append((self.x, self.y)) if len(self.trail) > 5: self.trail.pop(0) self.x += self.vx self.y += self.vy self.vy += 0.15 # 重力 self.vx \*= 0.97 # 空气阻力 self.life -= 2 # 淡出速度 def draw(self): if self.life > 0: pushStyle() # 绘制轨迹 for i, (tx, ty) in enumerate(self.trail): trail_alpha = (i / len(self.trail)) \* (self.life / 255) \* 100 trail_size = self.size \* (i / len(self.trail)) \* 0.5 fill(red(self.color), green(self.color), blue(self.color), trail_alpha) noStroke() ellipse(tx, ty, trail_size, trail_size) # 绘制主粒子 fill(red(self.color), green(self.color), blue(self.color), self.life) noStroke() ellipse(self.x, self.y, self.size, self.size) # 添加光晕效果 glow_size = self.size \* 2 glow_alpha = self.life \* 0.3 fill(red(self.color), green(self.color), blue(self.color), glow_alpha) ellipse(self.x, self.y, glow_size, glow_size) popStyle() class Firework: def \__init_\_(self, x, y, is_mega=False): self.x = x self.y = y self.start_y = height self.y_pos = self.start_y self.exploded = False self.is_mega = is_mega if is_mega: self.color = color(255, 255, 255) # 白色，稍后会用多种颜色 self.particle_count = 200 self.explosion_size = 3 else: self.color = color(random.randint(150, 255), random.randint(150, 255), random.randint(150, 255)) self.particle_count = 60 self.explosion_size = 1 def update(self): if not self.exploded: speed = 12 if self.is_mega else 8 self.y_pos -= speed if self.y_pos <= self.y: self.explode() self.exploded = True def explode(self): if self.is_mega: # 超大烟花：多层彩色爆炸 colors = \[ color(255, 0, 0), # 红 color(255, 165, 0), # 橙 color(255, 255, 0), # 黄 color(0, 255, 0), # 绿 color(0, 0, 255), # 蓝 color(128, 0, 128), # 紫 color(255, 192, 203) # 粉 \] for i, col in enumerate(colors): for j in range(30): angle = random.uniform(0, TWO_PI) radius = random.uniform(50, 150) px = self.x + cos(angle) \* radius py = self.y + sin(angle) \* radius particles.append(Particle(px, py, col, 2, (3, 8))) else: # 普通烟花 for i in range(self.particle_count): angle = random.uniform(0, TWO_PI) speed = random.uniform(1, 7) px = self.x + cos(angle) \* speed \* 2 py = self.y + sin(angle) \* speed \* 2 particles.append(Particle(px, py, self.color, 1, (2, 6))) def draw(self): if not self.exploded: pushStyle() # 火箭轨迹 stroke(self.color) strokeWeight(3) line(self.x, self.y_pos + 15, self.x, self.y_pos) # 火箭头部 fill(self.color) noStroke() ellipse(self.x, self.y_pos, 6, 6) # 火箭光晕 fill(red(self.color), green(self.color), blue(self.color), 100) ellipse(self.x, self.y_pos, 12, 12) popStyle() def setup(): size(800, 600) background(20, 25, 40) create_static_windows() def create_static_windows(): # 建筑物窗户位置 window_positions = \[ (120, height - 180), (140, height - 160), (160, height - 140), (270, height - 130), (290, height - 110), (420, height - 160), (440, height - 140), (460, height - 120), (560, height - 100), (700, height - 140), (720, height - 120), (740, height - 100) \] for x, y in window_positions: # 随机一些窗户亮着 if random.random() > 0.3: static_windows.append((x, y, color(255, 255, 150))) # 暖黄色灯光 else: static_windows.append((x, y, color(50, 50, 30))) # 暗色 def draw(): # 绘制夜晚背景 draw_background() # 绘制静态窗户 draw_static_windows() # 更新和绘制烟花 for firework in fireworks\[:\]: firework.update() firework.draw() if firework.exploded and firework.y_pos <= firework.y: fireworks.remove(firework) # 更新和绘制超大烟花 if mega_firework: mega_firework.update() mega_firework.draw() if mega_firework.exploded and mega_firework.y_pos <= mega_firework.y: global mega_firework mega_firework = None # 更新和绘制粒子 for particle in particles\[:\]: particle.update() particle.draw() if particle.life <= 0: particles.remove(particle) # 绘制文字 draw_text() def draw_background(): # 深蓝天色渐变 for i in range(height): inter = map(i, 0, height, 0, 1) c = lerpColor(color(20, 25, 40), color(10, 15, 30), inter) stroke(c) line(0, i, width, i) # 绘制星星 fill(255, 255, 200, 150) noStroke() for i in range(80): x = (i \* 137.5 + frameCount \* 0.1) % width y = (i \* 89) % (height // 2) size = sin(frameCount \* 0.05 + i) \* 1.5 + 2 ellipse(x, y, size, size) # 绘制地面剪影 fill(0, 20, 10) beginShape() vertex(0, height) vertex(0, height - 100) for x in range(0, width, 50): y = height - 100 + sin(x \* 0.01) \* 20 vertex(x, y) vertex(width, height - 100) vertex(width, height) endShape(CLOSE) # 绘制建筑物剪影 fill(0, 15, 8) rect(100, height - 200, 80, 200) rect(250, height - 150, 60, 150) rect(400, height - 180, 70, 180) rect(550, height - 120, 50, 120) rect(680, height - 160, 90, 160) def draw_static_windows(): for x, y, window_color in static_windows: pushStyle() fill(window_color) noStroke() rect(x, y, 12, 12) # 窗户光晕效果 if red(window_color) > 200: # 如果是亮着的窗户 fill(red(window_color), green(window_color), blue(window_color), 50) rect(x-2, y-2, 16, 16) popStyle() def draw_text(): pushStyle() textAlign(CENTER, CENTER) textSize(48) fill(255, 215, 0) # 金色 text("Happy New Year", width/2, 80) textSize(24) fill(255, 182, 193) # 粉色 text("2026", width/2, 120) textSize(16) fill(200, 200, 255, 200) text("Click to launch fireworks! (Click 26 times for special surprise)", width/2, height - 30) # 显示点击计数 textSize(14) fill(255, 255, 255, 150) text("Clicks: " + str(click_count) + "/26", width/2, height - 10) popStyle() def mousePressed(): global click_count, mega_firework if mouseButton == LEFT: click_count += 1 if click_count == 26: # 彩蛋：超大烟花 mega_firework = Firework(width/2, height/3, is_mega=True) click_count = 0 # 重置计数 else: # 普通烟花 fireworks.append(Firework(mouseX, mouseY))
Rhossolas
12月25日

https://pan.baidu.com/s/12HQYFTl277KQC_81NIFkqQ?pwd=CDQZ

提取码：CDQZ

Rhossolas
# 导入必要的库 add_library('peasycam') # 全局变量 fireworks = [] particles = [] stars = [] def setup(): # 设置画布大小 size(800, 600) # 创建随机分布的星星 for i in range(100): stars.append({ 'x': random(width), 'y': random(height \* 0.7), # 只在天空区域 'size': random(1, 3), 'twinkle': random(0.5, 1) }) def draw(): # 绘制渐变夜空背景 draw_night_sky() # 绘制闪烁的星星 draw_stars() # 更新和绘制烟花 for fw in fireworks\[:\]: fw.update() fw.display() if fw.is_dead(): fireworks.remove(fw) # 更新和绘制粒子 for p in particles\[:\]: p.update() p.display() if p.is_dead(): particles.remove(p) # 绘制新年祝福文字 draw_new_year_text() def mousePressed(): # 在鼠标点击处创建烟花 fireworks.append(Firework(mouseX, mouseY)) def draw_night_sky(): # 从深蓝到深紫的渐变夜空 for i in range(height): c = lerpColor(color(10, 10, 40), color(40, 10, 60), i / float(height)) stroke(c) line(0, i, width, i) def draw_stars(): # 绘制闪烁的星星 for star in stars: # 添加闪烁动画 brightness = star\['twinkle'\] + sin(frameCount \* 0.1 + star\['x'\] \* 0.01) \* 0.3 brightness = constrain(brightness, 0.3, 1) fill(255, 255, 200, brightness \* 255) noStroke() ellipse(star\['x'\], star\['y'\], star\['size'\], star\['size'\]) def draw_new_year_text(): # 主标题 textAlign(CENTER, CENTER) textSize(80) # 金色渐变效果 for i in range(5): fill(255, 255, 0, 150 - i \* 30) text("新年快乐", width / 2, height \* 0.25 + i) # 副标题 textSize(30) fill(255, 255, 242) text("2025年 · 点击放烟花", width/2, height\*0.4) class Firework: def \__init_\_(self, x, y): self.x = x self.y = y self.color = color(random(255), random(255), random(255)) self.velocity = PVector(0, -random(10, 15)) # 上升速度 self.life = 255 self.exploded = False self.trail = \[\] # 轨迹 def update(self): if not self.exploded: # 更新位置 self.velocity.y += 0.2 # 重力 self.y += self.velocity.y # 记录轨迹 self.trail.append({'x': self.x, 'y': self.y, 'life': 255}) # 轨迹逐渐消失 for t in self.trail: t\['life'\] -= 5 # 清理消失的轨迹点 self.trail = \[t for t in self.trail if t\['life'\] > 0\] # 到达顶点或速度变为正值时爆炸 if self.velocity.y >= 0 or self.y < height \* 0.2: self.explode() self.exploded = True def explode(self): # 创建爆炸粒子 particle_count = int(random(80, 150)) for i in range(particle_count): angle = TWO_PI \* i / particle_count + random(-0.5, 0.5) speed = random(2, 8) if random() < 0.3: # 30%几率创建闪光粒子 particles.append(Particle(self.x, self.y, angle, speed, p_type='sparkle', color=self.color)) else: particles.append(Particle(self.x, self.y, angle, speed, p_type='normal', color=self.color)) def display(self): if not self.exploded: # 绘制发射轨迹 for t in self.trail: fill(255, 255, 200, t\['life'\]) noStroke() ellipse(t\['x'\], t\['y'\], 3, 3) # 绘制烟花本体 fill(self.color) ellipse(self.x, self.y, 5, 5) def is_dead(self): return self.exploded and len(self.trail) == 0 class Particle: def \__init_\_(self, x, y, angle, speed, p_type='normal', color=color(255, 255, 0)): self.x = x self.y = y self.position = PVector(x, y) self.velocity = PVector(cos(angle) \* speed, sin(angle) \* speed) self.color = color self.life = 255 self.max_life = 255 self.p_type = p_type self.size = random(2, 6) if p_type == 'normal' else random(4, 8) self.gravity = 0.05 if p_type == 'normal' else 0.02 def update(self): # 更新位置 self.velocity.y += self.gravity self.position.add(self.velocity) self.x = self.position.x self.y = self.position.y # 添加空气阻力 self.velocity.mult(0.99) # 生命周期 self.life -= 2 def display(self): # 根据类型绘制不同粒子 if self.p_type == 'sparkle': # 闪光粒子 - 更大更亮 fill(255, 255, 255, self.life) ellipse(self.x, self.y, self.size, self.size) # 添加光晕效果 fill(255, 255, 200, self.life \* 0.3) ellipse(self.x, self.y, self.size \* 2, self.size \* 2) else: # 普通粒子 # 使用HSL颜色创造彩虹效果 h = (hue(self.color) + self.life \* 0.5) % 255 c = color(h, 200, 200) fill(c, self.life) ellipse(self.x, self.y, self.size, self.size) def is_dead(self): return self.life <= 0
Rhossolas
5月17日

"The bigger the galaxy, the sweeter the homecoming."

―Corellian proverb

Rhossolas
《雅歌》第八章第七节：「爱情，众水不能熄灭，大水也不能淹没。」
Rhossolas
「爱是比死刑更严厉的惩罚，也是比赦免更温柔的救赎。」
Rhossolas
爱情是完美的犯罪——我们互为主犯，互为共犯，互为不在场证明。
Rhossolas
5月10日

「El que encuentra la verdad, pierde la cabeza」
（找到真相的人会失去理智）

Rhossolas
「Aqui jaz o pecado original」 （此处安息着原罪）