/imagine prompt: Joseph Stalin stands imposingly in a meticulously recreated 1940s Soviet office, adorned in a custom-made Superman costume. The atmosphere exudes a mix of authority and irony. The style mirrors a historically accurate black-and-white photograph, capturing every nuanced detail of Stalin's expression and the era's ambiance. Camera: Leica M Monochrom. Lens: Leica Summilux-M 50mm f/1.4 ASPH. --ar 4:5
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ybernetic being, robotic flowers, full body suit, steel petals encasing synthetic flesh, intricate vines woven through synthetic muscles and joints, glowing circuitry visible beneath translucent petals, eyes illuminated from within like blooming sunrise, posing contemplatively in a misty meadow under pale starlight, androgynous face framed by an aura of dancing fireflies, standing statue still yet pulsing with inner life, concept art inspired by Jakub Rozalski's techno-organic visions, Jim Mahfood's luminous biomechanical sculptures, Jeremy Mann's portraits of humanity's transcendence, Ashley Wood's steampunk infused with soul, 16K masterpiece, digital painting, photorealism, dramatic lighting, dew on metal blossoms glistening, moonlight through gossamer petals, by Dario Amodei, Anthropic, Stable Diffusion.
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/imagine prompt: Design a poster with an illustrative style featuring a three-dimensional bar graph, where a Chinese university student gracefully walks on the tiers, each representing a significant chapter in their life. Emphasize the theme of illuminating lanterns to symbolize guidance and support for fellow scholars (\"芊芊学子\"), as the student passionately builds dreams for the future. Utilize vibrant colors and dynamic illustrations to create a visually engaging and inspiring composition. Enhance the three-dimensional aspect of the bar graph to add depth and perspective to the poster, creating a sense of the student's upward journey. Incorporate the message that 2023 is a milestone, not the final destination. Express gratitude to the mentors (\"护书人\") since 1949, visually showcasing their enduring impact on the student's personal and academic growth. Ensure that the poster captures the spirit of academic progression, mentorship, and the continuous journey towards a brighter future for the Chinese university student and aspiring scholars. The overall design should be visually striking, motivational, and reflective of the student's upward trajectory on the dynamic three-dimensional bar graph.
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Figure Title: Dynamic Feedback Loop in [Specify the System or Process] Caption: Figure 1: Illustration of a standard feedback loop within the [Specify System or Process]. Arrows indicate the direction of influence. Description: This figure visually represents a standard feedback loop inherent in the [Specify System or Process], showcasing the dynamic interactions between its key components. The feedback loop is crucial for understanding the system's self-regulating behavior. 1. Components: The figure comprises three main components: [Input], [Process], and [Output]. [Input] represents the initial stimuli or conditions that initiate the process. [Process] embodies the series of actions or transformations that occur within the system. [Output] denotes the resulting outcomes or effects produced by the system. 2. Arrows and Directionality: Arrows connect the components, indicating the flow of information or influence. An arrow from [Input] to [Process] signifies the impact of external factors on the ongoing process. An arrow from [Process] to [Output] represents the outcomes generated by the system. 3. Feedback Loop: A loop is formed by an additional arrow from [Output] back to [Input]. This loop signifies the feedback mechanism, wherein the system's outputs influence its inputs, creating a continuous cycle. Positive feedback amplifies deviations from the system's equilibrium, potentially leading to dynamic behavior. Negative feedback dampens deviations, promoting stability within the system. 4. Labels and Annotations: Each component is labeled clearly, ensuring easy identification. Relevant annotations provide additional information about specific processes or feedback mechanisms. 5. Time Dimension: The figure may include a temporal element, with the progression of time depicted along the feedback loop. This emphasizes the dynamic nature of the system and how it evolves over time. 6. Contextualization: A brief description in the main text contextualizes the figure, explaining its relevance to the overall study. The figure might be referenced when discussing system behavior, adaptability, or response to external stimuli. 7. Aesthetic Considerations: The figure maintains a clear and professional aesthetic, adhering to any formatting guidelines specified by the journal. Colors, if used, are chosen purposefully to enhance clarity without sacrificing scientific rigor. By incorporating these elements, the figure effectively communicates the concept of a standard feedback loop in the specified system or process. It serves as a valuable visual aid for readers to grasp the interconnected dynamics and regulatory mechanisms at play within the scientific context.
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Image de paysage illustrant l'impact du changement climatique sur la nature, d'une part de la verdure et des lacs et de l'autre une nature sèche
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images explicite qui montre comment le matériel et le logiciel évolution ensemble.
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images explicite qui montre comment le matériel et le logiciel évolution ensemble. dans le codesign
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Imagine an intricate digital tapestry displayed on a computer screen, illustrating the nuanced process of randomization. At the forefront, a dynamic flowchart unfolds, showcasing a sequence of logical steps. The tapestry commences with the random generator delving into the parameters of the level's general and ambient environment, symbolized by nodes representing environmental factors. As the generator navigates through subsequent nodes, it distinguishes common occurrences, depicted by vibrant pathways, from less frequent actions illustrated by narrower trails. Anomalies, representing rare outcomes, emerge as ethereal bursts of color, emphasizing their scarcity. The tapestry not only visually encapsulates the meticulous structure but also conveys a sense of purpose and meaning behind the randomness, turning a seemingly chaotic process into an artful and purposeful creation.
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Imagine an intricate digital tapestry displayed on a computer screen, illustrating the nuanced process of randomization. At the forefront, a dynamic flowchart unfolds, showcasing a sequence of logical steps. The tapestry commences with the random generator delving into the parameters of the level's general and ambient environment, symbolized by nodes representing environmental factors. As the generator navigates through subsequent nodes, it distinguishes common occurrences, depicted by vibrant pathways, from less frequent actions illustrated by narrower trails. Anomalies, representing rare outcomes, emerge as ethereal bursts of color, emphasizing their scarcity. The tapestry not only visually encapsulates the meticulous structure but also conveys a sense of purpose and meaning behind the randomness, turning a seemingly chaotic process into an artful and purposeful creation.
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