Prompt: FOUR-PANEL Images with a 2x2 grid layout showcasing tropical architecture ventilation design in a consistent architectural illustration style.All images feature cross-ventilation strategies, operable louvers, and elevated structures that maximize airflow in humid climates, rendered with clean lines and natural material textures. [TOP]-[LEFT]:A traditional tropical house on stilts with wide wraparound verandas and operable wooden jalousie shutters. Large ceiling fans spin slowly beneath high vaulted ceilings with exposed rafters for heat escape. [TOP]-[RIGHT]:Modern tropical villa with floor-to-ceiling sliding glass doors completely retracted, creating seamless indoor-outdoor flow. Deep overhanging eaves provide shade while allowing breezes to pass through the open-plan living space. [BOTTOM]-[LEFT]:Courtyard house with central open-air atrium featuring a water feature for evaporative cooling. Strategic placement of high-level clerestory windows creates stack ventilation, drawing warm air upward and out. [BOTTOM]-[RIGHT]:Tropical office building with brise-soleil sunshades and vertical green walls. Perforated concrete screens filter sunlight while permitting airflow, with interior spaces connected to shaded outdoor corridors for cross-ventilation.

Tropical architecture ventilation design

All images should maintain a uniform architectural illustration style with clean lines, natural material textures, and consistent rendering techniques to ensure visual coherence.

The color schemes and material appearances (e.g., wood, concrete, greenery) should be cohesive across images, reflecting tropical design aesthetics without abrupt changes.

Lighting conditions, such as the direction and softness of sunlight in humid climates, should be consistent to enhance the realistic portrayal of ventilation strategies.

Key ventilation features like operable louvers, elevated structures, and cross-ventilation components should be depicted in a recognizable and consistent manner across all building types.

The relative sizes of architectural elements (e.g., stilts, windows, overhangs) should remain logically consistent to maintain the identity of tropical design principles.

Each image must logically depict the specified ventilation methods (e.g., cross-ventilation, stack effect) in a way that aligns with the building's design and humid climate needs.

The placement and function of ventilation elements should make sense within their contexts, such as operable shutters allowing airflow in traditional houses or brise-soleil providing shade and airflow in modern structures.


Prompt: FOUR-PANEL Images with a 2x2 grid layout showcasing mobile architecture transportability in a sleek, futuristic design style.All images maintain consistent modular building units with integrated mobility systems, metallic surfaces with solar panel accents, and compact geometric forms designed for easy relocation. [TOP]-[LEFT]:A compact hexagonal living pod unfolding from a flat transport container in a desert landscape. Hydraulic legs extend as solar panel wings deploy, creating instant shade and power generation. [TOP]-[RIGHT]:Multiple modular units being airlifted by silent drone carriers over a coastal area. The translucent drone tethers glow blue while the architecture units remain compact for transport. [BOTTOM]-[LEFT]:A folded mobile clinic unit being towed by an autonomous vehicle through a dense urban environment. The unit's compact form navigates narrow streets with retracted awnings and folded walls. [BOTTOM]-[RIGHT]:The same modular units fully deployed as an interconnected community on a mountain plateau. Retractable bridges extend between units while stabilization legs anchor into the rocky terrain.

All images must adhere to a sleek, futuristic design style with clean lines, metallic surfaces, and solar panel accents, maintaining a cohesive visual theme across the grid.

The color palette (e.g., metallic tones, solar panel blacks/blues) and material textures should be consistent, reflecting the high-tech, modular nature of the architecture.

Lighting conditions (e.g., natural daylight, artificial glows from drones) should harmonize across scenes to support the futuristic and transportable theme without jarring shifts.

The core modular building units—hexagonal shapes, compact geometric forms, and integrated mobility features—must remain identical in appearance across all images, ensuring recognizability.

Elements like hydraulic legs, solar panel wings, and retractable components should be depicted consistently in terms of design and functionality throughout the different transport and deployment stages.

The progression from folded transport to unfolded deployment should follow a logical sequence, with units compact for movement and expanded for use, avoiding contradictions in mobility states.

Each scenario (desert, coastal, urban, mountain) should realistically accommodate the architecture's transport and setup, such as drones lifting units over water or vehicles navigating streets, without implausible elements.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting whale evolution from land to sea in a natural history museum diorama style.All images maintain a consistent scientific illustration aesthetic with soft, educational lighting, muted earth and ocean tones, and informative plaque-style labels. Each panel shows a key transitional stage with anatomical accuracy and evolutionary context. [TOP]-[LEFT]:Pakicetus, a wolf-sized land mammal wading in shallow Eocene waters. Sleek fur-covered body, long snout, and hoof-like feet. Lush prehistoric vegetation lines the riverbank with misty mountains in the distance. [TOP]-[RIGHT]:Ambulocetus, the "walking whale," swimming in coastal waters with powerful webbed limbs. Crocodile-like body with primitive tail flukes. Mangrove roots and brackish water create a transitional ecosystem. [BOTTOM]-[LEFT]:Basilosaurus, an elongated sea serpent with vestigial hind limbs. Fully aquatic body navigating deep ocean waters. Moonlight filters through surface waves above as small fish school around its massive form. [BOTTOM]-[RIGHT]:Modern humpback whale breaching in open ocean. Streamlined body with full flukes and flippers, no visible hind limbs. Sunlight glints off the water surface as sea mist surrounds the majestic creature.

Whale evolution returning from land to sea

All images must adhere to a natural history museum diorama style, with soft, educational lighting, muted earth and ocean tones, and informative plaque-style labels, ensuring a cohesive scientific illustration aesthetic.

The muted earth and ocean tones should be consistent across panels, with gradual shifts reflecting the evolutionary transition from land to sea environments.

Lighting should maintain a soft, educational quality, with sources like misty daylight or filtered moonlight applied consistently to enhance the diorama feel without harsh contrasts.

Each whale ancestor must be depicted with scientifically accurate anatomical features as described (e.g., Pakicetus with hoof-like feet, Basilosaurus with vestigial limbs), ensuring evolutionary traits are faithfully represented.

The sequence should clearly show the transition from land to sea, with consistent scaling and morphological changes that logically progress without abrupt deviations.

Each stage's setting (e.g., Eocene riverbank, coastal mangroves, deep ocean) must logically match the evolutionary phase and support the narrative of adaptation from terrestrial to aquatic life.

Activities and interactions (e.g., wading, swimming, breaching) should align with the anatomical capabilities of each species and their respective ecosystems, avoiding anachronisms or unrealistic behaviors.


Prompt: FOUR-PANEL Images with a 2x2 grid layout the evolution of wings from anatomical structure to flight capability in a scientific illustration style.All panels maintain consistent biological accuracy, cross-sectional views, and educational diagram aesthetics with labeled components and subtle background grids. Each image progresses logically from structural foundation to functional application. [TOP]-[LEFT]:Detailed anatomical cross-section of a bird wing showing bone structure, muscle attachments, and feather arrangement. Labels indicate humerus, radius, ulna, and primary flight feathers with connective tissue visible between components. [TOP]-[RIGHT]:Close-up of feather microstructure revealing interlocking barbules and rachis construction. The image shows how vanes create airfoil surfaces, with airflow diagrams demonstrating lift principles across the feather surface. [BOTTOM]-[LEFT]:Musculoskeletal system in motion during wing downstroke, with tendons and pectoral muscles highlighted. Arrows indicate force vectors and joint articulation points, showing how skeletal leverage enables powerful wing beats. [BOTTOM]-[RIGHT]:Complete bird in soaring flight with superimposed aerodynamic diagrams. Streamlines show air pressure differentials above and below wings, while annotated vectors illustrate lift, thrust, drag, and weight forces in balanced equilibrium.

Wing evolution from structure to flight capability

All images must adhere to a uniform scientific illustration style, with precise line work, cross-hatching, and educational diagram aesthetics, including consistent use of labels and subtle background grids.

The color palette (e.g., muted tones for biological accuracy) and shading techniques should remain consistent across panels to maintain visual coherence.

Fonts, arrow styles, and annotation placements for labels (e.g., bone names, force vectors) must be uniform to ensure clarity and professional presentation.

Key biological structures, such as bone shapes (humerus, radius, ulna) and feather types, should be accurately and consistently represented across all relevant panels.

The transition from microscopic (feather barbules) to macroscopic (complete bird) views should maintain logical scaling without abrupt changes in anatomical accuracy.

The images must depict a logical sequence from structural foundation (anatomy) to functional application (flight), with each panel building on the previous one without contradictions.

All biological and aerodynamic elements (e.g., muscle movements, airflow diagrams) should be based on real-world principles and consistently applied to avoid misinformation.


Prompt: FOUR-PANEL Images with a 2x2 grid layout visualizing the evolution of brain capacity and complexity through abstract biological art.All images maintain a consistent color palette of neural blues, purples, and electric whites against dark backgrounds, with glowing synaptic connections and branching neural pathways as unifying elements. [TOP]-[LEFT]:Primitive brain structure resembling simple coral, with few basic neural branches glowing faintly in deep blue. Minimal synaptic connections spark sporadically in the dark void, representing foundational cognitive capacity. [TOP]-[RIGHT]:Intermediate brain development showing increased neural density and branching complexity. Multiple layers of purple and blue pathways intersect, with more frequent synaptic firing creating patterns of light across the expanding network. [BOTTOM]-[LEFT]:Advanced neural architecture with intricate fractal-like branching and dense connectivity. White-hot synaptic nodes pulse rhythmically throughout the complex web, forming recognizable geometric patterns within the glowing network. [BOTTOM]-[RIGHT]:Peak brain complexity as a luminous cosmic web, with infinite branching connections forming a holographic sphere. Countless synaptic points create cascading light patterns, representing maximum cognitive capacity and evolutionary potential.

Brain capacity increase and complexity evolution

All images must strictly adhere to the specified color palette of neural blues, purples, and electric whites against dark backgrounds, ensuring visual harmony across the grid.

The abstract biological art style, including the use of glowing elements and smooth or textured rendering, should be consistent in all panels to maintain a cohesive aesthetic.

The dark void backgrounds and the ethereal, glowing atmosphere should be uniformly depicted to support the evolutionary narrative without abrupt changes.

The fundamental elements of branching neural pathways and glowing synaptic connections must be present and recognizable in all images, evolving in complexity but not in basic identity.

Each panel should clearly build upon the previous in terms of neural structure, ensuring the brain's identity as the central subject is maintained throughout the progression.

The increase in neural density, branching complexity, and synaptic activity should follow a logical, progressive sequence from primitive to peak complexity without contradictions.

The abstract representations should logically align with the theme of brain capacity evolution, such as simpler structures implying lower capacity and complex webs indicating higher cognitive potential.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting the evolution of bipedal upright walking in hominids, rendered in a consistent scientific illustration style.All panels maintain a natural earth-tone color palette, anatomical accuracy, and sequential progression from quadrupedal to fully bipedal posture, set against a savanna landscape backdrop. [TOP]-[LEFT]:An Australopithecus afarensis figure in a transitional semi-upright stance, long arms dangling, with curved fingers and slightly bent knees, walking across dry grassland with a sloping posture. [TOP]-[RIGHT]:Homo habilis standing more upright but still with a forward-leaning torso, carrying primitive stone tools, feet flat on the ground with visible arch development, amidst scattered rocks and acacia trees. [BOTTOM]-[LEFT]:Homo erectus in fully erect bipedal stride, arms swinging naturally at sides, balanced pelvis and elongated legs, walking purposefully across an open plain with distant mountains. [BOTTOM]-[RIGHT]:Modern Homo sapiens in confident upright walking posture, spine fully vertical, efficient gait with parallel feet, carrying a spear, showcasing the complete adaptation to terrestrial bipedalism under a vast sky.

All images must adhere to a uniform scientific illustration style, characterized by clean lines, anatomical precision, and educational clarity, avoiding any deviations into cartoonish or overly artistic interpretations.

The natural earth-tone color scheme (e.g., browns, tans, greens) should be consistently applied across all panels to maintain visual harmony and reflect the savanna setting.

The savanna landscape elements, such as grasslands, acacia trees, and distant mountains, should be rendered with consistent detail and scale to support a unified evolutionary narrative.

The hominid figures should accurately depict the specified species' anatomical traits (e.g., limb proportions, posture) in a sequential manner, ensuring recognizability and evolutionary continuity.

Any tools or props (e.g., stone tools, spear) should be depicted with consistent design and scale relative to the hominids, reinforcing the historical and functional context.

The progression from semi-upright to fully bipedal postures must follow a logical evolutionary sequence, with each stage building on the previous without contradictions in gait or posture.

Each hominid's depicted activity and posture should logically align with their evolutionary stage and the savanna environment, ensuring believable interactions with the landscape.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a single chameleon species demonstrating camouflage adaptation evolution across different environments.All images maintain scientific illustration style with precise biological detail, consistent chameleon anatomy, and accurate environmental rendering. Each panel shows the chameleon's color-changing ability and skin texture adapting to specific habitats through evolutionary stages. [TOP]-[LEFT]:The chameleon on a vibrant green tropical leaf, skin displaying bright green hues with subtle yellow patterns. The texture mimics the leaf's veins, with specialized skin cells creating perfect color matching in the rainforest habitat. [TOP]-[RIGHT]:The chameleon clinging to sun-bleached desert rock, skin transformed to pale beige and gray tones. The texture replicates rock granularity, with specialized pigment cells providing heat reflection in the arid environment. [BOTTOM]-[LEFT]:The chameleon positioned on tree bark in temperate forest, skin showing complex brown and gray mottling. The texture mimics bark fissures and lichen patterns, demonstrating adaptation to mixed woodland ecosystems. [BOTTOM]-[RIGHT]:The chameleon resting on colorful autumn leaves, skin displaying orange, red and brown mosaic patterns. The texture replicates leaf crinkles and decay patterns, showing seasonal adaptation in deciduous forest environments.

All images must adhere to a scientific illustration style with precise biological details, ensuring uniformity in line work, shading, and anatomical accuracy.

The rendering of different habitats (rainforest, desert, temperate forest, deciduous forest) should maintain consistent detail and realism, matching the scientific illustration approach.

While colors change for camouflage, the overall color palette and application (e.g., use of natural hues) should be cohesive across panels to support the evolutionary theme.

The chameleon's anatomical features (e.g., body shape, eye structure, limb proportions) must remain identical across all images to represent the same species.

The depiction of skin texture and color-changing ability should logically evolve across environments while maintaining core biological traits for identity coherence.

Each panel's color and texture changes should logically match the described environment (e.g., green for leaves, beige for rocks) to illustrate effective evolutionary adaptation.

Environmental elements (e.g., leaf veins, rock granularity, bark fissures) should be accurately rendered to support the scientific premise of adaptation without contradictions.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a microscopic evolutionary arms race between a host cell and a parasitic organism in a vibrant, semi-abstract biological art style.All images maintain a consistent color palette of deep crimson for the host and electric teal for the parasite, set against dark cellular backgrounds with glowing highlights to emphasize the dynamic struggle. [TOP]-[LEFT]:A host cell with a thick, reinforced membrane covered in spiky protein receptors. A teal-colored parasitic spore attempts to latch on, its tendrils probing for a weak point as crimson defensive enzymes swarm the area. [TOP]-[RIGHT]:The parasite successfully penetrates the host membrane, evolving needle-like injection filaments. The host responds by deploying glowing crimson antibody markers that swarm like fireflies toward the breach point. [BOTTOM]-[LEFT]:The host cell develops layered internal armor plates while the parasite mutates into a branching, filamentous form. Both organisms glow intensely, their structures interlocking in a complex biological dance. [BOTTOM]-[RIGHT]:An evolutionary stalemate with the host forming crystalline defensive structures and the parasite developing molecular mimicry camouflage. Their forms blend and contrast in a beautiful, dangerous symbiosis of competing adaptations.

All images must adhere to the specified vibrant, semi-abstract biological art style, with consistent use of glowing highlights and abstract forms to depict cellular structures.

The color scheme should strictly use deep crimson for the host and electric teal for the parasite across all panels, with dark cellular backgrounds to maintain visual cohesion.

Glowing highlights and illumination should be applied uniformly to emphasize the dynamic struggle, ensuring no panel appears overly bright or dim compared to others.

The fundamental shapes and structures of the host cell and parasite must remain recognizable and consistent, even as they evolve, to preserve their identities throughout the sequence.

Changes in the host and parasite's forms (e.g., membrane reinforcements, filament mutations) should logically build upon previous panels without abrupt, unrelated alterations.

The evolutionary steps depicted should follow a logical progression from initial attack to stalemate, with each action and reaction plausibly leading to the next.

The depicted adaptations (e.g., antibody deployment, molecular mimicry) should align with basic biological concepts of host-parasite interactions, avoiding scientifically implausible elements.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a virus particle with a spiky protein shell and glowing core in various stages of mutation and adaptation.All images maintain a consistent microscopic, scientific illustration style with vibrant colors, intricate biological details, and a dark background to highlight the viral structures. Each panel visualizes a different evolutionary mechanism. [TOP]-[LEFT]:A single virus particle with symmetrical red spikes and a yellow core. One spike begins to morph, elongating and changing to a blue color, representing the initial point mutation under a magnified view. [TOP]-[RIGHT]:Two virus variants, one with red spikes and one with newly evolved blue hooks, competing for attachment to a green host cell membrane. The blue-hooked variant successfully latches on, demonstrating selective advantage. [BOTTOM]-[LEFT]:A cluster of viruses exchanging genetic material. Segments of their RNA cores, depicted as glowing strands, are swapping between particles, creating hybrid offspring with mixed red and blue spike proteins. [BOTTOM]-[RIGHT]:A dominant virus variant with complex, multi-branched purple spikes and a reinforced core. It is surrounded by defeated, simpler variants, illustrating the final adapted form thriving in its environment.

All images must adhere to a consistent microscopic, scientific illustration style with vibrant colors, intricate biological details, and a dark background to ensure visual coherence.

The use of vibrant colors (e.g., red, blue, yellow, purple) should be harmonious across panels, maintaining the same intensity and saturation levels.

The intricacy of biological details, such as spike structures and glowing cores, should remain at a similar level of complexity in all images to preserve the scientific aesthetic.

The fundamental elements of the virus particle—spiky protein shell and glowing core—should be recognizable and consistent in shape and basic design across all mutation stages.

Changes in features (e.g., spike elongation, color shifts) should logically evolve from previous panels, maintaining a traceable identity through the mutation sequence.

Each panel should accurately depict the specified evolutionary mechanism (point mutation, selective advantage, genetic exchange, adaptation) in a biologically plausible manner.

The progression from initial mutation to final adaptation should follow a logical sequence, with each stage building on the previous without contradictions in the evolutionary narrative.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a scientific illustration of genetic drift in a small population of beetles.All images maintain a consistent illustrative style, featuring a simplified beetle species with variations in shell color and pattern. The background is a clean, scientific diagram aesthetic with faint grid lines and minimal labels. [TOP]-[LEFT]:A small founding population of ten beetles with diverse shell patterns and colors scattered on a green leaf. Arrows point from a larger, faded background population to this concentrated group, illustrating the founder effect. [TOP]-[RIGHT]:The same population after several generations, showing a random reduction in color diversity. Two beetle variants have become disproportionately common due to chance, while other colors are now absent. [BOTTOM]-[LEFT]:A visual representation of a population bottleneck. A massive, chaotic event is depicted with a large red 'X' over most of the beetles, leaving only four survivors with specific, random shell patterns. [BOTTOM]-[RIGHT]:The final panel shows the new, stable population descended from the bottleneck survivors. All beetles now share a uniform shell color and pattern, demonstrating the loss of genetic variation and the fixation of alleles by genetic drift.

All images should maintain a consistent scientific illustration style with simplified beetle forms, clean lines, and a diagrammatic aesthetic to ensure visual coherence.

The background must consistently feature faint grid lines and minimal labels, preserving the scientific diagram look across all panels without variation.

The color scheme for beetles and environments should remain uniform, with no shifts in saturation or rendering technique that could disrupt the illustrative continuity.

The beetle species' basic anatomy, size, and shape must be identical in all images to maintain recognizability as the same population.

Changes in shell patterns and colors should logically reflect genetic drift processes, with consistent representation of variants and their frequencies across generations.

The progression from founding population to final uniform population should logically illustrate genetic drift, with each panel building on the previous without contradictions.

Elements like arrows for the founder effect and the red 'X' for the bottleneck must be used consistently and appropriately to convey scientific concepts accurately.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting natural selection pressure through evolutionary adaptations in a consistent digital painting style.All images feature a stark, high-contrast environment with a single species showing distinct trait variations, rendered in a photorealistic digital art style with dramatic lighting and textured biological details. [TOP]-[LEFT]:A population of peppered moths on soot-covered tree bark, showing both light and dark variants. The dark moths are nearly invisible against the blackened bark, while the light moths stand out prominently, illustrating industrial melanism and camouflage-based predation pressure. [TOP]-[RIGHT]:Galapagos finches with varied beak shapes feeding on different food sources. One finch has a thick, powerful beak cracking hard seeds, while another possesses a slender beak probing cactus flowers, demonstrating adaptive radiation under resource competition. [BOTTOM]-[LEFT]:A herd of African elephants showing tusk size variation, with some having massive ivory tusks and others being naturally tuskless. Poachers' shadows loom in the background, representing human-induced selection pressure favoring tuskless survival. [BOTTOM]-[RIGHT]:Antibiotic resistance evolution shown through bacterial colonies on petri dishes. One dish shows mostly dead bacteria with a few resistant mutants surviving, while another displays a thriving resistant supercolony, visualizing evolutionary response to pharmaceutical pressure.

All images must adhere to a photorealistic digital painting style with high-contrast environments, dramatic lighting, and detailed biological textures to maintain visual coherence.

The stark, high-contrast color schemes and dramatic lighting effects should be consistently applied across all panels to reinforce the intense, evolutionary theme.

The level of detail in biological features (e.g., moth wings, finch beaks, elephant skin, bacterial colonies) should remain high and uniform, avoiding discrepancies in rendering quality.

Within each panel, the depicted species (moths, finches, elephants, bacteria) should show clear, consistent trait variations (e.g., moth color morphs, finch beak shapes) as described, without blending or confusion.

Key environmental elements (e.g., soot-covered bark, Galapagos flora, savanna backdrop, petri dish setup) should be rendered consistently to support the identity of each evolutionary scenario.

Each image must logically illustrate the specific selection pressure (e.g., predation, resource competition, human activity, antibiotic exposure) in a way that aligns with biological principles.

The adaptations shown (e.g., camouflage, beak specialization, tusk variation, resistance) should make logical sense within their contexts, avoiding implausible scenarios or mismatched cause-effect relationships.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting the chemical evolution of life's origin through a scientific illustration style.All panels maintain a consistent molecular diagram aesthetic with translucent spheres representing atoms and glowing bonds, set against dark cosmic backgrounds with faint nebula glows. [TOP]-[LEFT]:Simple molecules like water, methane, and ammonia floating in a primordial soup, with lightning strikes creating energy for chemical reactions. Translucent spheres connected by glowing bonds in a chaotic mixture. [TOP]-[RIGHT]:Amino acids forming from simpler compounds, showing peptide bonds connecting in chains. The molecular structures become more complex with carbon backbones evident, floating near hydrothermal vent formations. [BOTTOM]-[LEFT]:RNA nucleotides assembling into short chains, with phosphate-sugar backbones and nitrogenous bases visible. The molecules organize into helical patterns beginning to suggest primitive genetic material. [BOTTOM]-[RIGHT]:Protocell formation with a lipid bilayer membrane enclosing various organic molecules. The spherical membrane shows embedded proteins with internal RNA strands replicating in a self-contained primitive cell.

Chemical evolution of the origin of life

All images must adhere to the scientific illustration style with translucent spheres for atoms and glowing bonds, maintaining uniformity in rendering and detail level.

The dark cosmic backgrounds with faint nebula glows should be consistent across panels, ensuring a cohesive primordial or cosmic setting without abrupt changes.

The color schemes for molecular elements (e.g., sphere translucency, bond glow colors) and overall lighting should remain harmonious, reflecting the same energy and environmental conditions.

The depiction of atoms as translucent spheres and bonds as glowing lines must be identical in size, shape, and style across all panels to preserve recognizability.

As molecules evolve from simple to complex, the core visual identity of molecular diagrams should remain consistent, ensuring that changes reflect logical progression without stylistic deviations.

The images should logically depict the stages of chemical evolution—from simple molecules to protocells—in a sequence that makes scientific sense, with each step building on the previous.

Elements like lightning strikes, hydrothermal vents, and molecular interactions must align with scientific theories of abiogenesis, ensuring that energy sources and settings support the depicted reactions realistically.


Prompt: FOUR-PANEL Images with a 2x2 grid layout an intuitive explanation of calculus concepts using visual metaphors and clean, educational infographic style.All images maintain a consistent color palette of blues, greens, and whites with clear labels and diagrammatic elements. Each panel visually represents a core calculus concept through simple, relatable analogies with mathematical symbols integrated seamlessly. [TOP]-[LEFT]:Derivatives as Instantaneous Rate of Change: An animation-style arrow moving along a curved path on a graph, with a speedometer needle jumping from 30 to 60 mph. The tangent line touches the curve at a single point, labeled "instantaneous slope." [TOP]-[RIGHT]:Integrals as Accumulation: A flowing river filling a geometric container, with horizontal slices stacking upward. The area under a curve is shaded progressively, showing how small pieces sum to create total volume. [BOTTOM]-[LEFT]:Limits Approaching Values: A sequence of shrinking rectangles converging toward a circle, with arrows pointing inward. The text "As x approaches a, f(x) approaches L" appears beside a graph where a dotted line nears a point. [BOTTOM]-[RIGHT]:Fundamental Theorem Connection: A bridge diagram connecting the derivative and integral sections, showing a function's height and accumulated area. Arrows demonstrate how differentiation and integration are inverse operations.

Intuitive explanation of calculus concepts

All images must strictly adhere to the specified blues, greens, and whites color scheme to ensure visual harmony and educational clarity.

The clean, diagrammatic style with clear labels and simple analogies should be maintained across all panels, avoiding deviations into overly artistic or cluttered designs.

Mathematical symbols, arrows, and text labels should use consistent fonts, sizes, and placement styles to support readability and instructional flow.

Each visual metaphor (e.g., arrow for derivatives, river for integrals) should be uniquely and clearly represented without overlap or confusion between concepts.

Common elements like graph axes, curves, and geometric shapes should retain consistent styling and proportions across the panels to reinforce conceptual relationships.

The visual representations must accurately reflect the calculus concepts described, such as showing the tangent line for derivatives and area accumulation for integrals, without logical errors.

The progression from basic concepts (derivatives, integrals, limits) to the connection in the fundamental theorem should flow logically, with arrows and bridges clearly illustrating inverse relationships.


Prompt: FOUR-PANEL Images with a 2x2 grid layout demonstrating core physics mechanics principles using simple spheres and ramps in a clean, educational diagram style.All images maintain consistent visual elements: a white background, blue spheres, gray ramps, and red force vectors. Each panel clearly illustrates a different principle with labeled components and minimal, instructional aesthetics. [TOP]-[LEFT]:Newton's First Law: A blue sphere rests motionless on a flat gray ramp. A red arrow labeled "F=0" points downward, illustrating inertia. The text "An object at rest stays at rest" appears below in a clean, sans-serif font. [TOP]-[RIGHT]:Newton's Second Law: A blue sphere accelerates down a sloped gray ramp. Multiple red arrows of increasing length show acceleration vectors. The equation "F=ma" is displayed prominently beside the moving sphere. [BOTTOM]-[LEFT]:Newton's Third Law: Two blue spheres collide on a flat gray surface. Equal-length red arrows push outward from the contact point in opposite directions, labeled "Action" and "Reaction". The text "For every action, an equal and opposite reaction" is placed below. [BOTTOM]-[RIGHT]:Conservation of Energy: A blue sphere rolls down a curved gray ramp and up the other side to nearly its original height. Red arrows trace the path, transforming from "Potential" to "Kinetic" and back to "Potential" energy at key points.

Demonstration of physics mechanics principles

All images must maintain identical visual elements: white background, blue spheres, gray ramps, and red force vectors, ensuring a cohesive educational diagram style.

Text labels and equations should use the same clean, sans-serif font, size, and placement style across all panels for readability and consistency.

The instructional aesthetics should remain minimal and uncluttered in each image, with consistent line weights and absence of extraneous details.

The blue spheres and gray ramps should be identical in shape, size, and color across all panels to represent the same physical objects.

Red force vectors must consistently use the same arrow style, color intensity, and labeling conventions (e.g., arrow length proportional to force magnitude where applicable).

Each panel must accurately depict the specified physics principle (e.g., inertia, force-acceleration relationship, action-reaction pairs, energy conservation) without contradictions.

The arrangement and motion of spheres and vectors should logically align with the principles, such as consistent gravity direction and realistic collision dynamics.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a detailed, vibrant exploration of biological cell structure and function in a stylized scientific illustration style.All images maintain a consistent high-detail, semi-transparent aesthetic with glowing internal structures and labeled components, set against a dark background for contrast. The style blends scientific accuracy with artistic enhancement, using a unified color palette of luminous blues, greens, and purples for organelles. [TOP]-[LEFT]:A cross-section of a eukaryotic animal cell, showcasing the porous nuclear membrane with visible chromatin, surrounded by glowing mitochondria with cristae, and the intricate endoplasmic reticulum network. [TOP]-[RIGHT]:Close-up of protein synthesis: ribosomes dotting the rough ER, a strand of mRNA being translated, with tRNA molecules bringing amino acids to form a polypeptide chain, all glowing with metabolic energy. [BOTTOM]-[LEFT]:Mitochondrion in action: detailed inner membrane with electron transport chain proteins pumping protons, ATP synthase complexes rotating, and energy molecules glowing brightly as they're produced. [BOTTOM]-[RIGHT]:Cell membrane transport: phospholipid bilayer with embedded channel proteins, facilitated diffusion of glucose molecules, and active transport pumps moving ions against concentration gradients with visible energy expenditure.

All images must adhere to the specified unified color palette of luminous blues, greens, and purples for organelles, ensuring visual harmony and thematic coherence.

The high-detail, semi-transparent aesthetic with glowing internal structures should be consistently applied across all panels to maintain the stylized scientific illustration style.

Each image should feature a dark background to provide contrast, with no deviations in tone or texture that could disrupt the overall visual flow.

Labeled components and intricate details (e.g., cristae in mitochondria, polypeptide chains) should maintain a consistent level of clarity and artistic enhancement throughout the set.

Key organelles like mitochondria, endoplasmic reticulum, and ribosomes should retain identical structural features (e.g., shape, glow intensity) across different contexts to ensure recognizability.

Molecules such as mRNA, tRNA, glucose, and ions must be depicted with consistent size, color, and style in all relevant images to avoid confusion.

The relative sizes of cellular components (e.g., nucleus vs. mitochondria) should remain accurate and consistent, reflecting scientific principles without artistic exaggeration that distorts identity.

Each depicted process (e.g., protein synthesis, energy production) must logically align with biological principles, such as mRNA translation leading to polypeptide formation, without contradictory elements.

The interactions between components (e.g., ribosomes on rough ER for protein synthesis) should be logically placed within their respective scenes, ensuring that the sequence of cellular functions makes sense.

Representations of energy expenditure (e.g., in active transport or ATP production) should consistently show visible glowing or motion cues that match the described metabolic activities.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a comprehensive study of diverse ecosystems in a consistent scientific illustration style.All images maintain detailed, educational aesthetics with labeled elements, cross-section views, and a cohesive color palette emphasizing ecological accuracy. Each panel features miniature human figures for scale and includes subtle scientific annotations. [TOP]-[LEFT]:A lush tropical rainforest ecosystem cross-section showing canopy, understory, and forest floor layers. Giant emergent trees, epiphytes, and dense vegetation with colorful toucans and monkeys. A small researcher measures tree diameter. [TOP]-[RIGHT]:A vibrant coral reef ecosystem with branching corals, sea anemones, and schooling tropical fish. Clear blue water allows visibility to the reef crest and lagoon zones. A diver documents biodiversity on a waterproof tablet. [BOTTOM]-[LEFT]:A detailed grassland prairie ecosystem showing deep root systems, grazing bison, and burrowing prairie dogs. Wildflowers bloom among grasses while hawks circle overhead. An ecologist takes soil samples. [BOTTOM]-[RIGHT]:An Arctic tundra ecosystem featuring permafrost layers, low-growing vegetation, and migratory caribou. The midnight sun casts long shadows across the frozen landscape. A scientist monitors temperature sensors.

All images should adhere to a uniform scientific illustration style, characterized by clean lines, precise labeling, and educational aesthetics, without deviation into other artistic forms.

The color scheme must maintain ecological accuracy and consistency, using cohesive palettes that reflect natural environments while ensuring visual harmony across the grid.

Subtle scientific annotations and labels should follow a consistent format in font, size, and placement, enhancing the educational value without clutter.

The level of detail in cross-section views and ecosystem layers should be balanced across all panels, ensuring no image appears overly simplified or excessively complex relative to others.

Miniature human figures used for scale must be proportionally consistent in size and style across all ecosystems to accurately represent scale without confusion.

If specific researchers or scientists are depicted, their attire and equipment should remain consistent in style and detail to maintain character identity where applicable.

Each ecosystem depiction must logically align with real-world environmental science, ensuring elements like species, geological features, and ecological interactions are accurate and non-contradictory.

Human activities (e.g., measuring, documenting, sampling) should logically correspond to the specific ecosystem context, supporting educational narratives without implausible scenarios.

Environmental conditions, such as lighting from the midnight sun in the Arctic, should be consistently applied within their panels to maintain logical realism across the set.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a consistent educational diagram style explaining basic electronic principles.All images maintain a clean, schematic aesthetic with white backgrounds, black circuit lines, and color-coded components. Each panel includes clear, bold labels and uses consistent visual language with glowing current flow indicators and component annotations. [TOP]-[LEFT]:Ohm's Law diagram showing a simple circuit with a battery, resistor, and ammeter. Color-coded arrows illustrate voltage (red), current (blue), and resistance (gray). The equation V=IR is prominently displayed with glowing text beside the schematic. [TOP]-[RIGHT]:Series circuit configuration with three resistors connected end-to-end. The current flow is shown as a single blue glowing path with equal intensity throughout. Voltage drops across each resistor are indicated with decreasing red gradient arrows and numerical values. [BOTTOM]-[LEFT]:Parallel circuit diagram featuring three resistors connected across common points. Multiple blue current paths split and combine, with thicker main lines and thinner branch lines. Identical red voltage arrows show equal potential across all components. [BOTTOM]-[RIGHT]:Circuit symbols reference chart displaying standardized icons for common components. Each symbol includes its name and function: battery (power source), resistor (limits current), capacitor (stores charge), diode (one-way flow), and switch (controls circuit).

All images must maintain a clean, educational diagram style with white backgrounds, black circuit lines, and consistent use of glowing indicators and annotations.

Color schemes for components and indicators (e.g., red for voltage, blue for current, gray for resistance) should be identical across all panels to ensure clarity and coherence.

Fonts, text size, and labeling styles (e.g., bold labels, glowing text for equations) must be uniform throughout the grid to support a cohesive educational presentation.

Standardized symbols for components (e.g., battery, resistor, capacitor) must be depicted identically in all relevant panels, especially in the reference chart.

The representation of current flow (e.g., glowing blue paths), voltage indicators (e.g., red arrows), and annotation methods should remain consistent to reinforce the identity of the educational material.

Each diagram must accurately reflect its described principle (e.g., Ohm's Law, series/parallel configurations) without logical errors in component connections or behavior.

Indicators like current paths and voltage drops should align with electrical theory (e.g., equal current in series, split current in parallel) and be logically placed within the diagrams.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a step-by-step algorithm flow visualized through abstract digital art.All images maintain a consistent minimalist aesthetic with glowing neon lines, floating geometric shapes, and a dark background. The progression from simple to complex structures illustrates algorithmic logic, with each panel building upon the previous step using the same visual language of cyan and magenta light trails. [TOP]-[LEFT]:A single glowing cyan node pulses at the center, surrounded by faint concentric circles representing initial input. Simple arrows radiate outward as thin light trails, symbolizing basic data entry into the system. [TOP]-[RIGHT]:Multiple interconnected nodes form a branching tree structure. Cyan and magenta pathways connect the nodes, with data packets visualized as shimmering spheres moving along the connections, showing decision points in the algorithm. [BOTTOM]-[LEFT]:A complex network of nodes with recursive loops and parallel processing streams. Thicker light trails indicate main data flows while thinner branches show secondary processes, with highlighted critical paths glowing brighter. [BOTTOM]-[RIGHT]:A fully realized algorithmic ecosystem with layered networks, optimization feedback loops, and output streams. Final results emerge as solid geometric forms while the system continues processing in the background, completing the computational journey.

All images must use the same cyan and magenta neon light trails against a dark background to maintain a cohesive minimalist aesthetic.

The style of glowing lines, geometric shapes, and shimmering effects should be consistent in rendering quality and abstraction level across all panels.

The intensity and diffusion of the neon glows and light trails should remain uniform to ensure visual continuity in the digital art style.

The fundamental components like nodes, light trails, and data packets should retain their visual identity and symbolic meaning throughout the progression.

Each panel should build upon the previous one in a logical sequence, with elements evolving in complexity without losing their recognizable forms.

The progression from simple input to complex ecosystem must logically represent steps in an algorithm, with each stage clearly derived from the prior.

The increase in complexity—from single node to layered networks—should follow a believable computational logic, avoiding contradictions in data flow or processing.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a historical timeline in a consistent epic digital painting style.All images maintain a cinematic, slightly desaturated color palette with dramatic lighting and grand historical settings. Each panel features a pivotal moment with a central human figure, emphasizing the scale and emotion of the event. [TOP]-[LEFT]:Ancient Egypt: A pharaoh in ornate gold and lapis lazuli regalia oversees the construction of a massive pyramid at Giza. Thousands of workers toil under the harsh sun, with the Sphinx visible in the background and the Nile River gleaming in the distance. [TOP]-[RIGHT]:Roman Empire: Julius Caesar stands triumphantly in a golden chariot during a victory parade in Rome. The marble columns of the Forum frame the scene, rose petals fall from cheering crowds, and captured Gallic treasures are displayed. [BOTTOM]-[LEFT]:Medieval Europe: A knight in full plate armor kneels before a king during a coronation ceremony in a Gothic cathedral. Stained glass windows cast colorful light on stone floors, with nobles and bishops observing the solemn event. [BOTTOM]-[RIGHT]:Renaissance: Leonardo da Vinci presents the Mona Lisa to Francis I of France in a lavish palace hall. Rich tapestries hang on stone walls, other artworks lean against pillars, and courtiers watch the historic unveiling.

All images should adhere to the specified epic digital painting style, with consistent brushwork, texture, and rendering techniques across the panels.

The cinematic, slightly desaturated color palette must be maintained throughout all images to ensure visual coherence and mood alignment.

Dramatic lighting effects and the epic atmosphere should be uniformly applied, with consistent use of shadows, highlights, and ambient light to enhance the grand historical settings.

The central human figure in each panel should be distinctly recognizable and consistently rendered in terms of facial features, attire, and posture, appropriate to their historical context.

Each figure's regalia, armor, or clothing must align with historical depictions for their era, ensuring identity is preserved through accurate, era-specific details.

Each pivotal moment should logically represent its described historical event, with actions and settings that align with known historical facts and narratives.

The scale of events and environments (e.g., crowds, architecture) should be proportionally consistent within each scene, supporting the epic and emotional emphasis without contradictions.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a vintage, illustrated map theme with compass roses, topographical lines, and aged paper texture.All images maintain a consistent antique cartography style with sepia tones, parchment backgrounds, and detailed map elements to demonstrate various geographic map reading skills. [TOP]-[LEFT]:A person's hands carefully unfolding a large, weathered map on a wooden table. The map shows intricate contour lines and elevation markings, with a magnifying glass positioned over a mountainous region to highlight terrain interpretation. [TOP]-[RIGHT]:Close-up of a compass rose and coordinate grid on the map's corner, with a ruler and protractor laid across latitude and longitude lines. Annotations demonstrate scale calculation and directional orientation skills. [BOTTOM]-[LEFT]:A topographic map section with color-coded elevation layers, showing a river valley cutting through contour lines. Arrows and labels indicate how to read landforms and hydrological features from the map symbols. [BOTTOM]-[RIGHT]:A city map inset with transportation routes and legend symbols, with tracing paper overlay showing a planned route marked in red ink. Various map symbols for landmarks and infrastructure are clearly labeled for identification practice.

All images should use a consistent vintage color scheme, such as sepia tones and aged parchment hues, to maintain the antique cartography aesthetic.

The aged paper texture, including any visible creases, stains, or grain, should be coherent across all panels to reinforce the vintage map theme.

The level of detail in map elements like compass roses, topographical lines, and annotations should match in intricacy and style to ensure visual harmony.

Core map components, such as the style of compass roses, grid lines, and symbols, should remain uniform in design across all images to preserve map identity.

If hands or tools (e.g., magnifying glass, ruler) are depicted, their style and rendering should be consistent to avoid visual discrepancies.

Each panel should logically depict a distinct map reading skill (e.g., terrain interpretation, scale calculation) without overlapping or contradictory elements.

The representation of map features, such as contour lines and coordinate grids, should align with real-world geographic logic to support educational clarity.


Prompt: FOUR-PANEL Images with a 2x2 grid layout explaining psychology experiments through clean, minimalist infographic-style illustrations.All panels maintain a consistent color scheme of soft blues, grays, and accent yellows with simple geometric shapes and clear typography. Each panel visually explains a different classic psychology experiment with labeled diagrams and conceptual visuals. [TOP]-[LEFT]:The Milgram obedience experiment diagram showing a researcher, teacher, and learner positions with voltage meter graphics. Text labels: "Authority Figure," "Participant Teacher," "Learner (Actor)," with arrows indicating shock administration up to 450 volts. [TOP]-[RIGHT]:Stanford prison experiment illustration with guard and prisoner silhouettes in opposing sections. Guard side shows power symbols while prisoner side shows confinement graphics. Text: "Role Assignment," "Deindividuation," "Situational vs Dispositional" with percentage breakdowns. [BOTTOM]-[LEFT]:Pavlov's classical conditioning flowchart with dog, bell, and food bowl icons connected by arrows. Timeline shows "Before Conditioning," "During Conditioning," "After Conditioning" phases with salivary response measurements indicated. [BOTTOM]-[RIGHT]:Asch conformity experiment visualization showing one test subject facing multiple confederates with line comparison task. Graphics show correct answer versus group wrong answer with pressure indicators and text: "Group Pressure," "Conformity Rate: 75%," "Social Influence."

All panels must strictly adhere to the specified color scheme of soft blues, grays, and accent yellows to maintain visual harmony and educational clarity.

Font styles, sizes, and placement of text labels should be consistent across all images to ensure readability and a cohesive infographic appearance.

The use of simple geometric shapes and icons (e.g., arrows, silhouettes, flowcharts) should follow a uniform design language throughout the panels.

The clean, minimalist aesthetic with uncluttered visuals and conceptual diagrams must be preserved across all experiments to avoid style drift.

Key elements unique to each experiment (e.g., voltage meter for Milgram, line comparison for Asch) should be accurately and consistently represented as per the descriptions.

Silhouettes and icons for figures (e.g., researcher, dog, confederates) should maintain consistent proportions and styles to aid in recognition across panels.

Each panel should logically depict the sequence and components of the psychology experiment as described, ensuring the visuals align with the explanatory text and concepts.

The arrangement of diagrams and labels must logically convey the experiment's key ideas (e.g., conditioning phases, conformity mechanisms) without contradictions or misleading elements.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a dance instructor demonstrating a basic waltz step sequence in a bright, mirrored studio.All images maintain the same instructor in a black leotard and tights, consistent studio background with wooden floors and wall mirrors, and clear, instructional poses. The lighting is bright and even to highlight form and movement. [TOP]-[LEFT]:The instructor stands in starting position, feet together, arms held gracefully at chest height, facing forward with a calm, instructional expression. [TOP]-[RIGHT]:The instructor steps forward with the right foot, weight shifting, left foot pointed behind, arms extending forward in a smooth, flowing motion. [BOTTOM]-[LEFT]:The instructor brings the left foot to meet the right, completing the first step, body held straight and poised, arms returning to a neutral position. [BOTTOM]-[RIGHT]:The instructor steps sideways with the left foot, arms opening wide to the sides, demonstrating the final part of the sequence with a slight smile.

All images must maintain bright, even lighting to clearly highlight the instructor's form and movements, with consistent color tones for the studio environment.

The mirrored studio background with wooden floors should appear identical across all panels to ensure a cohesive instructional setting.

The visual style, whether photorealistic or illustrative, should be uniform in texture and detail level across the four images.

The dance instructor's facial features, body type, and hairstyle must remain the same in all images to ensure recognizability.

The black leotard and tights should be identical in design, fit, and color across all poses and movements.

Each panel should depict a logical progression of the waltz step sequence, with smooth transitions between positions that align with dance fundamentals.

The instructor's body movements and facial expressions should be appropriate for each instructional step, maintaining a calm and guiding demeanor throughout.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a dynamic sports training sequence in a minimalist athletic facility.All images maintain a consistent clean aesthetic with polished wooden floors, white walls, and natural lighting from large windows. Each panel features the same athlete wearing black athletic wear, demonstrating different training techniques with perfect form and fluid motion. [TOP]-[LEFT]:An athlete performing plyometric box jumps, captured mid-air with perfect extension. The motion shows powerful leg drive and core engagement, with subtle motion blur emphasizing the explosive upward movement. [TOP]-[RIGHT]:The same athlete executing medicine ball rotational throws against a wall. The image captures the full torso rotation and follow-through, with the ball creating a slight motion trail as it leaves the hands. [BOTTOM]-[LEFT]:Demonstrating agility ladder footwork drills with precise, rapid steps. The composition shows the athlete's low center of gravity and quick directional changes, feet barely touching the ladder rungs. [BOTTOM]-[RIGHT]:Performing resistance band exercises for shoulder stability, maintaining perfect posture while creating tension in the elastic bands. The image highlights muscle engagement and controlled, deliberate movement.

All images must adhere to the specified minimalist aesthetic with polished wooden floors, white walls, and natural lighting from large windows, ensuring a clean and cohesive visual environment.

The natural lighting conditions, including direction, intensity, and shadows, should remain consistent across all panels to maintain a unified atmosphere.

The use of motion blur, motion trails, and other dynamic effects should be applied uniformly to emphasize fluid motion without stylistic discrepancies.

The athlete's facial features, body build, and hairstyle must be identical in all images to ensure recognizability as the same individual.

The black athletic wear and any accessories (e.g., shoes, bands) should remain consistent in design, color, and fit across all training scenes.

The depicted exercises should logically represent a coherent training session, with movements that are plausible and appropriate for a minimalist athletic facility.

Each panel must show perfect form and fluid motion as described, with no contradictions in body mechanics or exercise execution that would undermine educational value.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a healthy nutrition balance guide presented in a vibrant, clean infographic style.All images maintain a consistent color-coded system, minimalist design, and clear typography against a white background. Each panel visually represents a different macronutrient group with corresponding food icons and nutritional information. [TOP]-[LEFT]:Protein section featuring grilled chicken breast, salmon fillet, and boiled eggs arranged neatly. Bold "PROTEIN" header with muscle icon, percentage circle at 25%, and text explaining muscle repair and satiety benefits. [TOP]-[RIGHT]:Carbohydrates section showing brown rice, sweet potatoes, and whole grain bread. "CARBS" header with energy bolt icon, percentage circle at 45%, and text about sustained energy and fiber content. [BOTTOM]-[LEFT]:Healthy fats section with avocado slices, nuts, and olive oil. "FATS" header with heart icon, percentage circle at 30%, and text describing heart health and nutrient absorption. [BOTTOM]-[RIGHT]:Hydration section displaying water bottle, herbal tea, and sliced citrus fruits. "HYDRATION" header with droplet icon, recommended 8 glasses illustration, and text about metabolism and detoxification benefits.

All images should use the same vibrant, color-coded system (e.g., consistent hues for protein, carbs, fats, and hydration) to maintain visual harmony and aid in quick recognition.

Font styles, sizes, and text placement (e.g., headers, percentage circles, explanatory text) must be identical across panels to ensure a clean, infographic-like coherence.

The minimalist aesthetic, with uncluttered elements and a consistent white background, should be preserved in all images to avoid visual distractions.

Icons (e.g., muscle, energy bolt, heart, droplet) and food illustrations should share the same artistic style, line weight, and level of detail for a unified look.

Each panel must clearly and consistently represent its assigned macronutrient group (protein, carbs, fats, hydration) without overlap or confusion in visual elements.

Specific food items (e.g., grilled chicken, brown rice, avocado) should be depicted with uniform appearance and arrangement style across their respective panels.

Headers (e.g., 'PROTEIN', 'CARBS') and associated icons must remain identical in design and placement to reinforce identity across the guide.

The percentage values and explanatory text should logically align with standard nutritional guidelines (e.g., 25% protein, 45% carbs, 30% fats) and not contradict each other.

Icons and food images must logically correspond to their described benefits (e.g., muscle icon with protein for repair, heart icon with fats for health) to ensure educational clarity.

The 2x2 grid layout should present information in a logical sequence or grouping that makes sense for a balanced guide, avoiding mismatches in panel order or content.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a step-by-step first aid procedure for treating a bleeding wound, rendered in a clean, instructional medical illustration style.All images maintain consistent visual elements: a blue-gloved hand performing the procedure, a realistic arm with a visible cut, and medical supplies on a white background. Each panel includes clear, diagrammatic labels and arrows pointing to key actions. [TOP]-[LEFT]:Apply direct pressure to the wound using a sterile gauze pad. The gloved hand presses firmly on the gauze over the cut on the forearm. A red arrow points downward toward the pressure point, with the label "Direct Pressure" in bold text. [TOP]-[RIGHT]:Elevate the injured arm above heart level while maintaining pressure. The arm is raised at an angle, with the gauze still in place. A green arrow indicates the elevation direction, labeled "Elevate Arm" beside the illustration. [BOTTOM]-[LEFT]:Secure the dressing with a bandage wrapped snugly around the arm. The gloved hand wraps a white bandage over the gauze, with circular arrows showing the wrapping motion. The label "Secure Dressing" appears below the arm. [BOTTOM]-[RIGHT]:Check for proper circulation by pressing a fingernail and observing color return. The gloved hand gently presses a fingertip near the bandaged wound, with a zoom-in callout showing capillary refill. Labeled "Check Circulation" with a blue indicator arrow.

All images must adhere to a clean, instructional medical illustration style with uniform line work, shading, and diagrammatic clarity to ensure educational coherence.

The white background, blue-gloved hand color, and medical supply hues should remain consistent across all panels to maintain visual harmony.

Text labels and arrows should use the same font, size, color coding (e.g., red for pressure, green for elevation), and placement style in each image for instructional clarity.

The blue-gloved hand and the realistic arm with the visible cut must retain identical appearance, proportions, and positioning details across all steps to avoid confusion.

Items like the sterile gauze pad and bandage should be depicted with consistent size, shape, and texture throughout the sequence.

Each panel should logically follow the previous step in the first aid sequence, with actions building upon one another without contradictions (e.g., gauze remains in place during elevation).

The depicted actions (e.g., pressure application, arm elevation, circulation check) must align with real-world first aid practices and anatomical realism for educational validity.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a timeline of ancient civilization development in a consistent archaeological illustration style.All images share a parchment-like background texture, faded edges, and a cohesive color palette of earthy ochres, terracotta, and charcoal. Each panel represents a distinct era, with evolving architectural and human elements, maintaining a hand-drawn, scholarly aesthetic. [TOP]-[LEFT]:Early Hunter-Gatherer Society: A small group of figures in animal-skin clothing gathers around a primitive fire at dusk. Simple rock tools and a temporary shelter made of branches are visible against a vast, untamed landscape under a starry sky. [TOP]-[RIGHT]:First Agricultural Settlement: A sunrise over a nascent river valley village. Figures tend to small, cultivated plots of wheat and barley. Simple mud-brick dwellings with thatched roofs dot the landscape, with domesticated animals nearby. [BOTTOM]-[LEFT]:Bronze Age City-State: A bustling, walled city under a midday sun. Citizens in woven robes move through streets lined with multi-room mud-brick buildings. A central ziggurat or temple complex rises in the background, with evidence of metalworking. [BOTTOM]-[RIGHT]:Classical Empire: A grand imperial capital at golden hour. Marble columns, paved roads, and complex aqueducts define the skyline. Robed figures converse in a spacious forum, with monumental architecture and sculptures displaying advanced engineering and art.

Timeline of ancient civilization development

All images must maintain a consistent archaeological illustration style with hand-drawn, scholarly aesthetics, including uniform line work and shading techniques.

The earthy ochres, terracotta, and charcoal color scheme should be applied uniformly across all panels, with no deviations in hue or saturation.

The parchment-like background texture and faded edges must be identical in all images to ensure a cohesive visual presentation.

Despite different times of day (dusk, sunrise, midday, golden hour), the overall lighting style should remain consistent, preserving the aged, illustrative feel.

While human figures evolve in clothing and activities (animal-skin to robes), their stylistic representation (e.g., proportions, detail level) should remain consistent across eras.

Architectural elements should logically progress from simple to complex (branches to mud-brick to marble), but maintain a unified illustrative treatment and scale relative to figures.

Tools and objects (e.g., rock tools, cultivated plots, metalworking evidence) should be depicted with the same hand-drawn detail and integration into scenes.

The sequence of panels should logically represent the timeline from hunter-gatherer to classical empire, with no anachronisms in technology or societal elements.

Each era's setting (landscape, settlement type) must align with historical accuracy and the described elements (e.g., domesticated animals in agricultural era, aqueducts in classical).

Human activities (gathering, farming, city life) should be contextually appropriate and logically depicted within their respective historical periods.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting the rise and fall of a grand empire across four distinct eras.All images maintain a consistent epic fantasy art style with dramatic lighting and monumental architecture, showing the same central citadel in different states of glory and decay. [TOP]-[LEFT]:The empire's dawn - a pristine white marble citadel gleams under a brilliant sunrise, banners flying high as hopeful citizens gather at its gates, lush green landscapes stretching to the horizon. [TOP]-[RIGHT]:The golden age - the same citadel now expanded with golden domes and intricate spires, bustling markets overflowing with wealth beneath a midday sun, scholars and merchants crowding polished streets. [BOTTOM]-[LEFT]:The decline - storm clouds gather above the citadel as cracks appear in marble walls, faded banners tatter in the wind, empty streets show neglect with weeds pushing through cobblestones under gloomy twilight. [BOTTOM]-[RIGHT]:The ruins - the citadel stands in complete decay with collapsed towers and broken arches, overgrown with ivy and moss, a single traveler contemplates the haunting beauty of the moonlit ruins where owls nest in shattered windows.

Comparative panel of empire rise and fall

All images must adhere to a unified epic fantasy art style, characterized by dramatic lighting, grand scale, and detailed, imaginative elements, ensuring visual coherence across the panel.

The color schemes and lighting conditions (e.g., sunrise, midday, twilight, moonlight) should transition logically and maintain a consistent epic fantasy aesthetic, enhancing the narrative flow without abrupt changes.

The depiction of monumental architecture, such as the citadel's basic structure and materials, should remain consistent in style and proportion, even as it evolves or decays, to reinforce the same location across eras.

The core identity of the citadel—its fundamental layout, key features like gates and towers—must be recognizable and consistent in all images, despite changes in state and expansion.

Landscape elements (e.g., surrounding terrain, horizon views) should maintain a coherent identity, evolving naturally with the empire's timeline to support the same world setting.

The sequence of images should logically depict the rise and fall, with each era (dawn, golden age, decline, ruins) showing plausible transitions in architecture, population, and environmental conditions.

The depicted activities (e.g., citizens gathering, markets bustling, streets emptying, traveler contemplating) and atmospheric changes (e.g., weather, time of day) must align with the narrative of growth and decay, avoiding inconsistencies in societal or natural logic.


Prompt: FOUR-PANEL Images with a 2x2 grid layout tracing the evolution of art movements through distinct styles and techniques.All panels feature a consistent central female figure in a similar pose, with each panel rendered in the specific artistic style of its respective movement, showcasing the progression from classical to modern art. [TOP]-[LEFT]:Renaissance Art: A woman in a flowing gown, rendered with soft sfumato and chiaroscuro techniques, set against a detailed architectural background with perfect perspective and naturalistic lighting. [TOP]-[RIGHT]:Impressionism: The same woman in a garden, captured with visible brushstrokes and dappled sunlight effects, emphasizing the play of light and color rather than precise detail, with blurred forms and vibrant palette. [BOTTOM]-[LEFT]:Cubism: The figure deconstructed into geometric shapes and multiple viewpoints, featuring fragmented planes and overlapping forms in muted earth tones, breaking traditional perspective. [BOTTOM]-[RIGHT]:Surrealism: The woman floating in a dreamlike landscape with melting clocks and impossible perspectives, combining realistic rendering of the figure with bizarre, illogical elements and vivid colors.

Each panel must accurately reflect the defining characteristics of its assigned art movement—Renaissance with sfumato and chiaroscuro, Impressionism with visible brushstrokes and light effects, Cubism with geometric deconstruction, and Surrealism with dreamlike elements—while maintaining overall visual coherence as a set.

The color palettes and textural treatments should align with historical art movement norms (e.g., Renaissance's natural tones, Impressionism's vibrant hues, Cubism's muted earth tones, Surrealism's vivid colors) without clashing across the grid.

Lighting techniques and compositional approaches should be distinct per movement but harmonized to avoid jarring transitions, ensuring the progression feels intentional and unified.

The female figure's core identity—facial features, body proportions, and gown style—must remain recognizable and consistent across all panels, despite stylistic variations.

The figure's pose and general expression should be similar in all images to reinforce continuity and the theme of evolution through style changes.

The sequence of art movements should logically follow a historical timeline from classical to modern, with each panel's style accurately representing its era's artistic principles.

Backgrounds and additional elements (e.g., architectural details in Renaissance, garden in Impressionism, geometric forms in Cubism, surreal objects in Surrealism) must logically fit their respective art movements and support the central figure's depiction.


Prompt: FOUR-PANEL Images with a 2x2 grid layout tracing the development history of music genres through symbolic, collage-style illustrations.Each panel features a central, stylized vinyl record morphing into era-appropriate instruments, surrounded by floating musical notes and cultural icons. A consistent timeline ribbon connects all panels, with evolving color palettes representing different musical eras. [TOP]-[LEFT]:Classical Origins: A grand piano keyboard transforms into a Baroque violin, surrounded by ornate sheet music and quill pens. The color palette features deep golds and rich browns, with floating candelabra and powdered wigs. [TOP]-[RIGHT]:Jazz & Blues Revolution: A trumpet emerging from a vinyl record, surrounded by smoky nightclub ambiance. The palette shifts to midnight blues and warm amber, with floating martini glasses and art deco patterns. [BOTTOM]-[LEFT]:Rock & Pop Explosion: An electric guitar bursting from the record, surrounded by concert crowds and vintage amplifiers. The palette features vibrant reds and electric yellows, with floating cassette tapes and rock hand gestures. [BOTTOM]-[RIGHT]:Electronic & Digital Age: A synthesizer keyboard dissolving into digital waveforms, surrounded by glowing laptop screens and festival lasers. The palette uses neon cyans and magentas, with floating headphones and smartphone icons.

All images should maintain a consistent collage-style illustration approach, with symbolic elements and layered compositions that avoid shifting to photorealistic or other artistic styles.

The timeline ribbon connecting the panels must be visually consistent in its design, placement, and continuity across all images to reinforce the historical progression.

While color palettes evolve to represent different eras, the transition should feel intentional and harmonious, with no abrupt or inconsistent color shifts that break the visual flow.

The central stylized vinyl record should retain its fundamental shape and symbolic role as a morphing element across all panels, ensuring it remains recognizable despite transformations.

Each instrument (e.g., violin, trumpet, guitar, synthesizer) should be depicted in a stylized manner that aligns with the collage theme, maintaining a cohesive level of detail and abstraction.

Floating musical notes and cultural icons must consistently reflect their respective musical eras without anachronisms or mismatched symbolism.

The sequence of panels should logically trace the development of music genres from classical to electronic, with each era's elements accurately representing its historical context.

The morphing of the vinyl record into era-appropriate instruments should appear seamless and symbolic, avoiding illogical or physically impossible transitions.

Floating cultural icons (e.g., candelabra, martini glasses, cassette tapes, headphones) must be relevant to their assigned eras and contribute logically to the narrative of musical evolution.


Prompt: FOUR-PANEL Images with a 2x2 grid layout the evolution of philosophical thought depicted through symbolic, surreal art in a cohesive visual style.All images feature a central human figure in flowing robes, with evolving symbolic elements representing different philosophical eras. Consistent use of ethereal lighting, marble textures, and cosmic backgrounds creates thematic unity across the panels. [TOP]-[LEFT]:Ancient Greek philosopher contemplating under an olive tree, holding a scroll with geometric diagrams. A stone tablet with "Know Thyself" inscription rests nearby, with classical columns fading into misty background. [TOP]-[RIGHT]:Medieval scholar in a candlelit scriptorium, illuminated manuscripts floating around him. A large hourglass symbolizes theological time, with gothic arches framing celestial charts on parchment. [BOTTOM]-[LEFT]:Enlightenment thinker standing before a prism refracting light into rainbow spectrum. Scientific instruments and books on a wooden desk, with Newton's equations subtly etched into floating orbs of light. [BOTTOM]-[RIGHT]:Modern existential figure at a crossroads of multiple paths, holding a blank journal. Digital code streams blend with organic vine patterns, representing contemporary philosophical fragmentation and technological integration.

Evolution context of philosophical thought

All images should maintain a consistent surreal and symbolic art style, with ethereal lighting, marble textures, and cosmic backgrounds to ensure thematic unity across the panels.

The use of ethereal lighting and color schemes (e.g., soft, mystical hues) should be uniform, avoiding abrupt changes that disrupt the cohesive visual narrative.

Marble-like textures and cosmic elements should be rendered with similar detail and quality in each panel to preserve the surreal aesthetic.

The human figure in flowing robes should retain consistent facial features, body posture, and robe design across all panels to symbolize continuity in philosophical evolution.

While symbolic elements change per era (e.g., scrolls, hourglass, prism, digital code), their integration with the figure should feel logically progressive and not contradict the overarching identity of philosophical thought.

Each panel's symbols and settings must accurately reflect their respective philosophical eras (e.g., Greek geometry, medieval theology, Enlightenment science, modern existentialism) without anachronisms.

The sequence of panels should logically depict the evolution of thought, with transitions that make sense in terms of historical progression and thematic development.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a visual timeline of the history of religious development and spread, rendered in a classical, illuminated manuscript art style.All images maintain a consistent parchment-like background texture, gold leaf accents, and intricate border designs. The style emphasizes symbolic iconography, rich colors, and a sense of historical gravitas, tracing the evolution and dissemination of major world religions through distinct eras. [TOP]-[LEFT]:Ancient Era: A detailed map of the Mediterranean and Middle East, with glowing paths spreading from Jerusalem and Mecca. Symbols include stone tablets, an Egyptian ankh, a Zoroastrian faravahar, and early Hebrew script, all rendered with aged, earthy pigments. [TOP]-[RIGHT]:Classical Expansion: A vibrant scene of the Silk Road, with caravans carrying Buddhist sutras, Christian relics, and Islamic texts. Figures in monastic robes and desert garb exchange scrolls near a caravanserai, under a starry sky symbolizing cultural exchange. [BOTTOM]-[LEFT]:Medieval Synthesis: A European cathedral, an Islamic mosque, and a Hindu temple depicted in harmonious architectural fusion. Scholars in diverse attire debate peacefully in a shared courtyard, with golden light representing scholastic and spiritual dialogue. [BOTTOM]-[RIGHT]:Modern Globalization: A digital globe overlay with pulsating light nodes representing major faiths. Streaming data lines connect continents, showing religious texts translated into countless languages, symbolizing the digital age's impact on spiritual dissemination.

History of religious development and spread

All images must adhere to the classical, illuminated manuscript art style, featuring consistent parchment-like backgrounds, gold leaf accents, and intricate border designs to maintain visual harmony.

The use of rich, symbolic colors and aged, earthy pigments should be uniform across panels, with no abrupt shifts in texture or hue that break the historical aesthetic.

Symbolic elements, such as religious icons and architectural features, should be rendered with similar detail levels and stylistic approaches to reinforce the theme's gravitas.

Key symbolic elements (e.g., maps, religious symbols) should maintain recognizable forms across eras, ensuring they are identifiable as part of the same historical narrative.

The depiction of major world religions and their evolution should use consistent visual metaphors (e.g., glowing paths, data streams) to preserve thematic identity throughout the timeline.

Each panel should logically represent its assigned era (Ancient, Classical, Medieval, Modern) with appropriate elements, avoiding anachronisms that disrupt the timeline's coherence.

The progression from ancient to modern times should show a logical evolution in religious spread, with symbols and scenes that meaningfully connect to depict development and dissemination without contradictions.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting pivotal moments in human rights development, rendered in a consistent historical documentary art style.All images share a muted, sepia-toned color palette with dramatic chiaroscuro lighting, emphasizing the gravity of each scene and the emotional intensity of the figures involved. [TOP]-[LEFT]:The signing of the Magna Carta in 1215, with King John reluctantly sealing the document under the watchful eyes of rebellious barons at Runnymede. Quill, inkpot, and parchment are central, with torchlight casting long shadows in the tense atmosphere. [TOP]-[RIGHT]:A powerful scene from the abolitionist movement, showing formerly enslaved individuals breaking chains amid a gathering of determined activists. Broken manacles lie on the ground as figures embrace under a symbolic beam of sunlight piercing through storm clouds. [BOTTOM]-[LEFT]:The adoption of the Universal Declaration of Human Rights in 1948, featuring delegates from diverse nations standing united before a large parchment scroll in the Palais de Chaillot. The Eiffel Tower is visible through a grand window, symbolizing global cooperation. [BOTTOM]-[RIGHT]:The Civil Rights March on Washington in 1963, capturing Martin Luther King Jr. delivering his "I Have a Dream" speech before a vast, hopeful crowd. The Lincoln Memorial stands majestically in the background, with microphones and banners filling the foreground.

Important events in human rights development

All images must adhere to a muted, sepia-toned color scheme to evoke a historical documentary feel, ensuring visual unity across the grid.

Dramatic chiaroscuro lighting should be consistently applied, with strong contrasts between light and shadow to emphasize emotional gravity in each scene.

The historical documentary art style—characterized by realistic, period-accurate details and a somber tone—should be maintained uniformly, avoiding anachronistic or inconsistent visual elements.

Key historical figures (e.g., King John, Martin Luther King Jr.) should be depicted with recognizable and period-appropriate features, attire, and postures to preserve authenticity.

Central symbols (e.g., documents, chains, microphones) must be rendered consistently in style and prominence, reinforcing their thematic importance across panels.

Each scene should logically reflect its specific historical era in terms of setting, clothing, and artifacts, without blending anachronistic details.

The emotional intensity and narrative gravity described (e.g., tension, hope, unity) should be logically conveyed through composition and character interactions, ensuring the set tells a cohesive human rights story.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting the alternating history of war and peace in a consistent cinematic, epic art style.All images maintain a grand, sweeping scale, dramatic lighting, and a recurring symbolic dove motif. The color palette shifts between desaturated, fiery tones for war and vibrant, serene hues for peace, while keeping the same geographical location across all panels. [TOP]-[LEFT]:A battlefield in ancient times, warriors clashing with swords and shields under a smoke-filled sky. The dove flies overhead, its white feathers stark against the orange glow of burning structures and chaotic troop movements. [TOP]-[RIGHT]:The same location during a Renaissance-era peace, with scholars exchanging scrolls in sunlit courtyards. The dove now perches on a marble fountain, surrounded by blooming gardens and citizens in elegant attire discussing philosophy. [BOTTOM]-[LEFT]:A World War I trench landscape with barbed wire and explosions tearing across no man's land. The dove struggles through artillery smoke, its flight path illuminated by flashing shell bursts and shadowy figures in gas masks. [BOTTOM]-[RIGHT]:A modern-day peace celebration in the transformed location, with diverse crowds releasing white balloons. The dove rests on a child's shoulder near a dismantled tank turned into a sculpture, against a backdrop of skyscrapers and clear blue sky.

All images must adhere to a consistent cinematic, epic art style with grand, sweeping scales and dramatic lighting to maintain visual coherence.

The color palette should shift logically between desaturated, fiery tones for war scenes and vibrant, serene hues for peace scenes, while ensuring the overall aesthetic remains unified.

The symbolic dove motif must be present in each panel, rendered with consistent detail and placement that aligns with the scene's narrative, without stylistic deviations.

The same geographical location must be recognizable across all panels, with consistent landmarks or terrain features that evolve appropriately with the time period.

The dove's appearance—size, shape, and feather details—should remain identical in all images to reinforce its symbolic role.

Each panel should logically depict the specified historical era (ancient, Renaissance, World War I, modern) with accurate elements like attire, technology, and architecture.

The alternating themes of war and peace should follow a logical sequence, with transitions that make sense in the context of historical evolution and the recurring dove motif.


Prompt: FOUR-PANEL Images with a 2x2 grid layout historical patterns of human population migration visualized through stylized, flowing map illustrations.All images maintain a consistent antique parchment background with faded ink aesthetics, flowing river-like migration paths, and glowing settlement nodes. The visual style blends historical cartography with subtle magical realism. [TOP]-[LEFT]:Ancient human migrations out of Africa depicted as glowing amber pathways spreading across continents like branching rivers. Small illustrated figures walk along the routes, with stylized savannah landscapes fading into the parchment. [TOP]-[RIGHT]:Medieval trade routes including the Silk Road shown as golden threads connecting vibrant city nodes. Caravan silhouettes move along the paths, with mountain ranges and desert landscapes subtly rendered in sepia tones. [BOTTOM]-[LEFT]:Age of Exploration transoceanic migrations illustrated as blue maritime routes with sailing ship silhouettes. The paths glow with bioluminescent intensity, connecting European ports to American and Asian coastal settlements. [BOTTOM]-[RIGHT]:20th century urbanization patterns shown as converging silver pathways flowing toward glowing metropolitan hubs. Factory smokestacks and skyscraper silhouettes emerge along the routes, with rural areas fading into the background.

Historical patterns of population migration

All images must maintain the antique parchment background with faded ink aesthetics, ensuring a uniform historical cartography feel across the grid.

The use of glowing pathways (amber, golden, blue, silver) and subtle magical realism elements should be stylistically cohesive, with consistent intensity and rendering.

The level of detail in landscapes (e.g., savannah, mountains, deserts, coastal areas) and elements like figures, caravans, and ships should match in style and complexity to avoid visual dissonance.

Key visual elements such as flowing river-like migration paths and glowing settlement nodes should be consistently represented in shape and style across all panels.

The overarching theme of historical population migration must be clearly and uniformly depicted, with each panel contributing to a unified narrative without straying from the specified eras.

Each migration pattern (e.g., out of Africa, Silk Road, transoceanic, urbanization) should logically align with its historical context and flow seamlessly in the sequence.

The progression from ancient to 20th century should maintain logical order in the grid layout, with pathways and nodes appropriately scaled and connected to reflect migration trends.


Prompt: FOUR-PANEL Images with a 2x2 grid layout a historical progression of space exploration achievements in a vintage, documentary-style aesthetic.All images maintain a consistent grainy, archival photograph look with soft, dramatic lighting and a muted color palette. Each panel features authentic period-accurate technology and spacecraft design, with a focus on monumental human achievements. [TOP]-[LEFT]:Sputnik 1, the first artificial satellite, a polished metal sphere with long antennae against the blackness of space with a curved Earth horizon below. The sun glints sharply off its surface, symbolizing the dawn of the space age. [TOP]-[RIGHT]:Yuri Gagarin in his Vostok 1 spacesuit, smiling confidently inside the cramped spacecraft capsule. His helmet visor is open, reflecting the intricate control panel lights, with Earth visible through the small circular window behind him. [BOTTOM]-[LEFT]:The Apollo 11 Lunar Module "Eagle" on the Moon's surface, with an astronaut descending the ladder. The stark, airless landscape and pitch-black sky contrast with the bright white lander and the American flag planted in the grey regolith. [BOTTOM]-[RIGHT]:The Space Shuttle Columbia launching on its maiden voyage, STS-1. A massive plume of exhaust and flame erupts from the solid rocket boosters and main engines, lifting the white orbiter and orange external tank into a clear blue sky.

Historical achievements in space exploration

All images must maintain a consistent grainy, archival photograph look with soft, dramatic lighting and a muted color palette to evoke a historical documentary feel.

The lighting should be soft and dramatic across all panels, with uniform grainy textures to simulate old film or photographic quality.

The muted color palette (e.g., desaturated tones) should be applied consistently to all images, avoiding bright or anachronistic colors that break the vintage style.

Each spacecraft and technology (e.g., Sputnik 1, Vostok 1 capsule, Apollo 11 Lunar Module, Space Shuttle Columbia) must be depicted with authentic, historically accurate designs specific to their era.

Key elements like Yuri Gagarin's spacesuit and facial features should be consistent and recognizable, maintaining historical fidelity across images.

The sequence of images should logically represent the chronological progression of space exploration achievements, from early satellites to manned missions and shuttle launches.

Each scene's setting (e.g., space, capsule interior, Moon surface, launch site) must align with historical facts and the described elements, such as Earth's curvature or the Moon's airless landscape.


Prompt: FOUR-PANEL Images with a 2x2 grid layout historical records of natural disasters, rendered in the style of aged parchment, ink sketches, and faded watercolor.All images maintain a consistent antique aesthetic with visible paper texture, sepia tones, and handwritten annotations in cursive script. Each panel depicts a different historical disaster with period-appropriate artistic rendering. [TOP]-[LEFT]:The 79 AD eruption of Mount Vesuvius, ink sketch showing billowing volcanic ash cloud over Pompeii, Roman villas crumbling, citizens fleeing. Faded red ink highlights lava flow, Latin script labels "VESUVIUS" in margin. [TOP]-[RIGHT]:The 1755 Lisbon Earthquake, detailed engraving showing collapsed buildings, tsunami waves approaching harbor, survivors huddled in ruins. Cross-hatching depicts destruction, Portuguese inscription "1 de Novembro" visible. [BOTTOM]-[LEFT]:The 1883 Krakatoa eruption, watercolor wash depicting massive ash column rising over ocean, sailing ships tossed by waves. Crimson and gray pigments blend for fiery explosion, Javanese script notation in corner. [BOTTOM]-[RIGHT]:The 1906 San Francisco Earthquake, charcoal sketch showing collapsed buildings along Market Street, smoke from fires rising. Faint gold leaf highlights flame reflections, elegant cursive dates the event "April 18, 1906".

All images must adhere to the specified antique aesthetic, featuring aged parchment texture, sepia tones, and faded watercolor or ink elements consistently across panels.

Each panel should maintain the described rendering style (e.g., ink sketch, engraving, watercolor wash, charcoal sketch) with appropriate techniques like cross-hatching or pigment blending, ensuring visual cohesion.

Annotations must consistently appear in cursive script, with similar penmanship and placement (e.g., in margins or corners) to reinforce the historical document theme.

Each panel must accurately depict the specified disaster (e.g., Vesuvius eruption, Lisbon earthquake) with period-appropriate elements, such as Roman villas or 1906 San Francisco architecture.

Language and script used in annotations (e.g., Latin, Portuguese, Javanese, English cursive) should match the historical context and maintain a uniform style in appearance.

Scenes should logically represent the disaster's setting and era, with no anachronisms (e.g., appropriate buildings, clothing, and technology for each time period).

The arrangement of panels should allow for a coherent visual narrative of historical disasters, with each image standing alone yet fitting logically within the set without contradictions.


Prompt: FOUR-PANEL Images with a 2x2 grid layout depicting the historical development of food and diet across different eras.All images maintain a consistent illustrative style with warm, earthy color palettes and visible textures of food and materials. Each panel features people gathered around food in period-appropriate settings, showing evolution from primitive to modern culinary practices. [TOP]-[LEFT]:Prehistoric hunter-gatherers around a campfire, roasting meat on sticks and foraging wild berries. Primitive stone tools and animal skins surround the group in a cave shelter with rough rock textures. [TOP]-[RIGHT]:Ancient Egyptian farmers harvesting grain along the Nile River, with clay pots containing dates and bread. People wearing linen garments work with wooden tools near mudbrick structures under bright desert sun. [BOTTOM]-[LEFT]:Medieval European peasants sharing a simple meal of dark bread, cheese, and ale at a wooden table. Earthenware bowls and a shared trencher in a rustic cottage with timber beams and a central hearth. [BOTTOM]-[RIGHT]:18th century colonial merchants dining on imported spices, tea, and sugar in a formal setting. Silver utensils, porcelain teacups, and varied foods arranged on a polished wooden table with candlelight illumination.

All images should use a cohesive warm, earthy color palette with visible textures on food and materials to maintain a unified illustrative style across different historical eras.

Lighting conditions and overall atmosphere should be consistent, reflecting the illustrative approach without jarring shifts in brightness or mood between panels.

The level of texture detail in food, clothing, and environments should remain uniform, enhancing the historical authenticity and visual coherence.

The depiction of people gathered around food should maintain consistent human proportions and group dynamics, even as clothing and activities change with the era.

Each panel's characters and settings should accurately reflect their respective historical periods, ensuring identities align with prehistoric, ancient Egyptian, medieval European, and 18th-century colonial contexts.

The sequence of images should logically depict the evolution of food and diet from primitive to more complex practices, without anachronisms or illogical jumps in technology or social settings.

Each scene's activities (e.g., roasting meat, harvesting grain, sharing meals) should logically fit their historical and environmental contexts, supporting a believable narrative of dietary development.