AI 提示词库

This combination infographic, based on images of the {argument name="subjects" default="human heart and brain"}, provides a comparative and complementary look at the body’s most vital organs. Following a consistent and clean illustrative style with detailed callouts and key summary cards, it presents a comprehensive "Human Anatomy: Heart and Brain" profile. The central section features a detailed internal cross-section of the heart on the left and a detailed, regionalized map of the brain (Frontal, Parietal, Temporal, and Occipital lobes) on the right. Below the heart, the "Cardiac Cycle" and "Blood Flow Path" diagrams are presented. To the left, a vertical sequence detailing the brain’s "Frontal Lobe," "Temporal Lobe," and "Cerebellum" (with descriptions of functions like memory, motor control, and reasoning) matches the structure of the cardiac information. Above the brain diagram, a revised "Key Regions & Functions" list replaces the chambers and valves, and below it, a revised "Top 5 Brain Functions" list includesCognition & Thinking, Sensory Processing, and Emotion Regulation. Both columns share common "Optimization Tips," "Risks & Warnings" (tailored to each organ's respective risks, such as cardiovascular disease vs. neurodegenerative disease), and "Quick Summary Cards," highlighting the heart as the body's pump and the brain as its control center, emphasizing their integrated nature and critical roles. The entire layout is structured to facilitate a direct side-by-side analysis, making it an exhaustive and cohesive educational tool.

A black and white line drawing of a {argument name="flower type" default="stylized flower"} with {argument name="pattern style" default="intricate patterns"} fills the frame. The flower's center is an oval shape with smaller circles inside, surrounded by eight large petals. Each petal is decorated with parallel lines and some have a leaf-like shape. The background is a complex arrangement of geometric and organic patterns, including semicircles, zigzags, swirls, and a grid of dots. The overall composition is symmetrical, with the flower as the central focus, and the surrounding patterns radiating outwards.

A lush, cinematic photorealistic depiction of a {argument name="environment" default="dense tropical rainforest ecosystem"}, bursting with diverse wildlife. The central focus is a {argument name="main animal" default="majestic Bengal tiger"} walking towards the viewer on a dirt path, surrounded by rich green ferns, orchids, and massive moss-covered trees. In the mid-ground, on the left, a mother Asian elephant and her calf are drinking from a rocky, flowing river that leads back to a small waterfall in the distance. The jungle canopy is thick with vines and air plants. Perched on a thick branch on the right are a vibrant Great Hornbill and a black Siamang gibbon, while a Macaque monkey sits further down. A spotted Chital deer grazes near the tiger, and a wild boar is visible on the right. Various colorful birds, including a Kingfisher, a Hummingbird, and a Macaw, are flying or perched throughout the scene, along with several species of parakeets. The forest floor features a {argument name="reptile" default="large python"} resting on a log. The air is slightly humid, with soft, ambient light filtering through the canopy, and the environment is dense with layers of vegetation.

Produce a circular infographic — like an astronomical orrery — with {argument name="language count" default="7,000"} of the world's languages arranged in concentric rings by endangerment status: extinct at the center, critically endangered, endangered, vulnerable, safe at the outer ring. Each language represented by a small typographic tile showing its name in its own native script. Color gradient from deep red (extinct) to vivid green (safe). The rings are labeled with speaker population ranges. Five spotlight callouts pull out a specific dying language and show its geographic origin on a miniature globe, with one surviving sentence rendered in that script.

do this for Artemis II mission: class Artemis_Journal_Diorama: def __init__(self, subject="Artemis II Mission"): # AI infers the correct materials, textures, and desk environment self.stage = "AI‑inferred astronaut’s mission‑planning journal lying open on an AI‑inferred technical workstation." self. lighting = "AI‑inferred mixed illumination: task‑lamp warmth + cool instrument‑panel spill." def semantic_2D_to_3D_growth(self): # AI infers what '2D mission sketches' look like for this subject page_texture = ( f"AI‑inferred handwritten notes, trajectory arcs, module schematics, " f"and mission annotations related to {self.subject}, rendered as precise 2D graphite diagrams." ) # AI infers what physical 3D elements should emerge from those sketches diorama_pop = ( f"2D mission diagrams transition into physical 3D miniatures: " f"AI‑inferred spacecraft components, crew figures, lunar geometry, " f"and mission‑specific hardware rising seamlessly from the paper." ) return [page_texture, diorama_pop] def scatter_ephemera(self): # AI infers mission‑relevant desk objects without hard‑coding categories return infer_aerospace_ephemera(self.subject) # Examples (AI‑inferred, not fixed): mission patches, navigation tools, # micro‑scale lunar models, printed telemetry, procedural checklists, # archival headlines, engineering pencils, etc. render(Artemis_Journal_Diorama())

Carefully study Figure 1, and redraw Figure 2 according to its requirements. Place Figure 2 and the redrawn version on the left and right sides of the same white background image, ensuring the logo is not visible.