Cinematic Floral Mountain Biker
Generates a bold low-angle action illustration of a futuristic cyclist speeding through a vibrant abstract floral tunnel.
- 分类
- 图表信息图
- 模型
- GPT Image 2
- 来源作者
- 田中義弘 | taziku CEO / AI × Creative
- 原始语言
- en
- 来源 ID
- 18159
- 发布时间
- 2026年5月3日
完整提示词
Create a dynamic cinematic digital illustration of a {argument name="subject" default="mountain biker"} racing downhill through a tunnel-like canyon of dense abstract flower petals and rounded foliage shapes. Use an extreme low-angle wide shot from directly in front of the bike, with the oversized front tire dominating the lower center foreground and the rider leaning aggressively forward over the handlebars. The rider wears a sleek full-face helmet with a black reflective visor, a fitted futuristic cycling suit in {argument name="rider colors" default="hot pink, coral, and deep navy"}, gloves, and protective gear. Surround the scene with thick walls of stylized petals and leaf silhouettes in {argument name="environment colors" default="vivid pink, red, coral, orange, and white"}, forming a rushing corridor that suggests speed and motion. Add large blurred foreground petal shapes on the left and right edges for depth, dark navy shadow shapes for contrast, and a warm peach-orange glowing background at the vanishing point. The style should be highly aesthetic, bold, graphic, semi-abstract, with smooth vector-like shapes, painterly gradients, dramatic foreshortening, high saturation, strong rim lighting, motion energy, and no visible text.多语言版本
Cinematic Floral Mountain Biker
enCreate a dynamic cinematic digital illustration of a {argument name="subject" default="mountain biker"} racing downhill through a tunnel-like canyon of dense abstract flower petals and rounded foliage shapes. Use an extreme low-angle wide shot from directly in front of the bike, with the oversized front tire dominating the lower center foreground and the rider leaning aggressively forward over the handlebars. The rider wears a sleek full-face helmet with a black reflective visor, a fitted futuristic cycling suit in {argument name="rider colors" default="hot pink, coral, and deep navy"}, gloves, and protective gear. Surround the scene with thick walls of stylized petals and leaf silhouettes in {argument name="environment colors" default="vivid pink, red, coral, orange, and white"}, forming a rushing corridor that suggests speed and motion. Add large blurred foreground petal shapes on the left and right edges for depth, dark navy shadow shapes for contrast, and a warm peach-orange glowing background at the vanishing point. The style should be highly aesthetic, bold, graphic, semi-abstract, with smooth vector-like shapes, painterly gradients, dramatic foreshortening, high saturation, strong rim lighting, motion energy, and no visible text.
Cinematic Floral Mountain Biker
zh-CNCreate a dynamic cinematic digital illustration of a {argument name="subject" default="mountain biker"} racing downhill through a tunnel-like canyon of dense abstract flower petals and rounded foliage shapes. Use an extreme low-angle wide shot from directly in front of the bike, with the oversized front tire dominating the lower center foreground and the rider leaning aggressively forward over the handlebars. The rider wears a sleek full-face helmet with a black reflective visor, a fitted futuristic cycling suit in {argument name="rider colors" default="hot pink, coral, and deep navy"}, gloves, and protective gear. Surround the scene with thick walls of stylized petals and leaf silhouettes in {argument name="environment colors" default="vivid pink, red, coral, orange, and white"}, forming a rushing corridor that suggests speed and motion. Add large blurred foreground petal shapes on the left and right edges for depth, dark navy shadow shapes for contrast, and a warm peach-orange glowing background at the vanishing point. The style should be highly aesthetic, bold, graphic, semi-abstract, with smooth vector-like shapes, painterly gradients, dramatic foreshortening, high saturation, strong rim lighting, motion energy, and no visible text.










