Create a hyper-realistic digital painting of a futuristic fashion show featuring beautiful robot women images generated with AI

Squeej RoboticizerRay (SDXL) Roboticizer Create a hyper-realistic digital painting of a futuristic fashion show featuring beautiful robot women each clad in exceptionally avant-garde and unconventional attire now exploding with an array of vivid and vibrant colors drawing inspiration from the works of visionary artists and fashion designers. These robotic models are adorned in fashion that is a riot of color showcasing a fusion of Iris van Herpen's intricate sculptural designs with kaleidoscopic color patterns Alexander McQueen's bold and theatrical elements in a spectrum of vibrant hues and Hussein Chalayan's innovative use of technology in fashion with color-changing fabrics and illuminated accents. Their sleek forms are accented by Zaha Hadid's architectural curves reimagined in bright neon colors and the vibrant surreal touch of Salvador Dalí's imaginative creations brought to life with a vivid color palette. The runway itself is an ode to a futuristic art gallery with sleek lines and a minimalist design now illuminated by a kaleidoscope of vibrant multicolored lights that bathe the entire scene in a dynamic and ever-changing rainbow of colors. As each robot model parades down the runway their outfits transform and morph not just in shape but in color creating a mesmerizing spectacle of flowing gowns with 3D-printed elements that shift through the entire color spectrum à la Iris van Herpen dramatic sculptural pieces by Alexander McQueen bursting with bold theatrical colors and transformative tech-integrated apparel by Hussein Chalayan featuring vibrant LED displays. The atmosphere is charged with the spirit of innovation and color each step of the models synchronized with a pulsating avant-garde soundtrack that echoes the vibrant energy of the scene. The audience comprising the elite of fashion and art is enthralled by the dazzling display of futuristic couture where art technology and fashion converge in a vivid celebration of color and creativity. The overall ambiance of the show is one of extravagant creativity and visionary expression a bold experimental fusion of fashion with the advanced possibilities of robotics and art all highlighted by the influences of renowned artists and designers now reimagined in a world where color reigns supreme each adorned in exceptionally avant-garde and unconventional attire. These robotic models are the epitome of futuristic elegance with their sleek forms and polished metallic surfaces reflecting a spectrum of radiant colors like chrome electric blues and shimmering purples. Their fashion is daring and groundbreaking showcasing outfits that defy traditional design norms: think sculptural metallic dresses with dynamic morphing shapes attire embedded with responsive LED displays and gowns made of floating holographic panels that change patterns with movement. The runway is set in an ultra-modern expansive hall with a sleek minimalist design. It's illuminated by vibrant multicolored lights that create a vivid almost surreal atmosphere. The air is electric with anticipation as the robot models strut down the runway their every move choreographed to a pulsating futuristic soundtrack. Each model displays an outfit more striking and innovative than the last featuring elements like kinetic accessories fabrics that shift color and texture and intricate light patterns that trace their graceful movements. The audience an eclectic mix of fashion icons celebrities and technology moguls watches in fascinated awe. Digital screens along the runway flash with detailed views of the extraordinary outfits and the sophisticated technology of the robot models. The overall mood of the event is one of extravagant innovation and flamboyant style pushing the boundaries of fashion into the realm of art. The scene is a kaleidoscope of brilliant colors cutting-edge designs and dazzling lights all coming together to celebrate the audacious fusion of high fashion and advanced robotics