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сделай рендер более реалистичным не меняй ничего больше

2026跨年派对拍立得照片，派对现场，四个人开心合影，金色2026气球背景，有香槟、气球、彩带，温暖室内灯光，即影即有白色边框。 人物：主角为上传参考图人物，搞怪脸。女一：爱玛斯通露肩礼服大笑。女二：克里斯特斯图尔特黑色露肩天鹅绒长裙wink抱男主角。女三：阿曼达塞弗里德红裙坐前面轻吻主角。 欢乐群拍氛围，高细节脸部，真实派对感，拍立得胶片风格，复古即时成像，梦幻节日庆典

参考这些图片，帮我生成一个黑白色斑点狗穿衣服条纹或者格纹衣服，或者带着条纹蝴蝶结，躺在地上玩闹的样子，小狗身旁飞着星星，颜色控制在五个以内，我要把这个斑点狗放在毛衣中心

浴室的横向总长度是150cm，然后马桶和洗手盆的之间的通道是50cm，请修改一下效果图的尺寸

Subject: An elderly woman resembling Vivienne Westwood, with short electric orange hair, pale skin, and heavy dark eyeliner. She wears a thick tartan skirt, a tight black corset with visible boning, and multiple layers of pearl necklaces. She wears heavy black platform leather boots. Environment: A luxurious rococo furniture showroom. A giant ornate gold-gilded standing mirror.scuffed leather, matte finish, heavy wear。accurate tartan weave, sharp pattern edges。weathered skin, visible veins, pale, realistic skin pores。 Camera & Lighting: Extreme low-angle shot, looking up at her. Harsh direct camera flash, 35mm documentary photography, high contrast, slight wide-angle distortion, raw film grain, unretouched skin texture, Juergen Teller style. --ar 16:9 --style raw --v 6.0

参考图的风格，不能用原有的抱枕图，要全新的设计可以宽泛的风格设计，设计 4 张新设计，每张设计 4 款全新的不同风格段段绣抱枕 (Latch hook pillow) 超写实厚重高绒簇绒地毯，毛茸茸长毛质感，立体纱线纹理，色彩鲜艳，柔软蓬松的钩针 pillow 质感，房间背景改成暖色调的 latch hook pillow 段段绣抱枕；high‑pile tufted 高绒簇绒；fluffy yarn texture 蓬松毛线质感；3‑dimensional loop yarn 立体圈纱纹理 3. 构图布局 4 只抱枕：沙发上 2 只，地板上 2 只，1:1 正方形构图，电商产品拍摄，焦点锁定抱枕表面毛线细节。 4. 场景环境 背景为温暖奶油色客厅，米色沙发、浅木地板、柔软自然光、暖色台灯虚化背景、绿植点缀、浅编织毛毯和木质小茶几，整体光线柔和温暖。

这是一张长方形图片，里面是同一个3D 模 型的六视图线框深度图，2x3排列, 结合图2原画，生成图1中模型的贴图效果。 请严格保持六块面板的位置、大小、视角、 轮廓与线框走向完全不变，只在线框内部填色，六个视角分开生成出来

Create a publication-quality BioRender-inspired scientific schematic showing GABA metabolism and synaptic signaling. Use a 16:9 landscape white canvas with four regions: presynaptic neuron, synaptic cleft, postsynaptic neuron, and astrocyte. Depict glucose- and glutamine-derived glutamate converted to GABA via GAD; astrocytic glutamate uptake and GAD-mediated GABA synthesis; glutamate-to-glutamine conversion via GS; VIAAT-mediated vesicular loading and action-potential-dependent release; GAT-mediated GABA reuptake and vesicular recycling or mitochondrial degradation; putrescine-associated metabolism with DAO and PAO; ethanol → acetaldehyde → acetate → a separate indirect GABA-associated metabolic pathway; postsynaptic GABA_A receptors mediating Cl⁻ influx and GABA_B receptors signaling through Gi/o and GIRK-mediated K⁺ efflux. Use pastel blue neurons, a pale-green astrocyte, purple GABA, orange glutamate, green glutamine, clean arrows, accurate compartments, concise English labels, and publication-quality vector aesthetics. Avoid incorrect direct conversions, ambiguous arrows, clutter, and photorealism. Ensure all scientific labels are legible and all transport directions are correct.

你是一名专业的科研绘图设计师，请仔细阅读我提供的文献信息，深度理解其传达的科学含义，并参考我上传的图片，生成可用于科研发表的AI绘图提示词。风格：BioRender风格。图片描述内容：In presynaptic neurons, glutamate is converted into GABA by GAD. Glutamate can come from either glucose metabolism or conversion of glutamine taken up from the synaptic cleft. In astrocytes, GABA can also be synthesized through the GAD pathway, with glutamate sources including glucose metabolism and direct uptake from the synaptic cleft. Simultaneously, glutamate can be converted into glutamine under the catalysis of glutamine synthetase (GS), maintaining the relative balance of glutamine in the synaptic cleft. besides, ethanol can be converted into acetic acid, which subsequently generates GABA. GABA is released directly into the synaptic cleft, while another portion is transported into vesicles by VIAAT, awaiting release into the cleft via nerve impulses. At the postsynaptic membrane, GABA binds to GABAA receptors, inducing Cl⁻ influx; binding to GABAB receptors, generating low IPSPs by activating GIRK. GABA in the synaptic cleft can be reabsorbed back into the presynaptic membrane via GAT, with some re-entering vesicles and others transported to mitochondria for degradation. During the degradation process, puterscine can be produced, which is then metabolized by DAO and PAO to regenerate GABA.

参考图的风格，不能用原有的抱枕图，要全新的设计可以宽泛的风格设计，设计 4 张新设计，每张设计 4 款全新的不同风格段段绣抱枕 (Latch hook pillow) 超写实厚重高绒簇绒地毯，毛茸茸长毛质感，立体纱线纹理，色彩鲜艳，柔软蓬松的钩针 pillow 质感，房间背景改成暖色调的 latch hook pillow 段段绣抱枕；high‑pile tufted 高绒簇绒；fluffy yarn texture 蓬松毛线质感；3‑dimensional loop yarn 立体圈纱纹理 3. 构图布局 4 只抱枕：沙发上 2 只，地板上 2 只，1:1 正方形构图，电商产品拍摄，焦点锁定抱枕表面毛线细节。 4. 场景环境 背景为温暖奶油色客厅，米色沙发、浅木地板、柔软自然光、暖色台灯虚化背景、绿植点缀、浅编织毛毯和木质小茶几，整体光线柔和温暖。

Create a clean, flat-style scientific graphical abstract for a materials-science journal (Elsevier style), landscape format with a 2.5:1 aspect ratio (e.g. 3000 × 1200 px), white background, minimal text, readable when reduced to 13 cm width. Vector-like look, soft gradients only, no photorealism, no 3D clutter. TITLE STRIP (top, small): "α-MoO₃ on flexible mica: reversible hydrogen insertion" LAYOUT: three panels read left to right, linked by two bold arrows, plus a curved "loop" arrow beneath panels 2 and 3 to show reversibility. PANEL 1 – "Grow" (label: "PEALD, 400 °C"): A thin, translucent mica sheet gently rolled into a cylinder (the substrate is flexible and rollable). Beside it, a cross-section schematic of the stack, drawn as three horizontal layers from top to bottom: amorphous AlₓOᵧ cap (grey, ~13 nm), layered α-MoO₃ (blue, 40–80 nm) drawn as stacked van der Waals sheets with a narrow regular gap, and mica substrate (pale orange/beige, with a subtle layered texture). PANEL 2 – "Load" (label: "H₂ plasma, room temperature"): The same cross-section, now with small hydrogen atoms (white spheres with a thin outline) entering the gaps between the MoO₃ layers. The gaps are visibly wider than in panel 1. Add a double-headed vertical arrow across one expanded gap labelled "b-axis +6.2 %". Keep the layer count identical to panel 1 so that the viewer sees only the gap widening. PANEL 3 – "Recover" (label: "350 °C, N₂"): The cross-section returns to the narrow-gap state of panel 1, with hydrogen atoms leaving upwards. Small badge: "3 cycles, Δb ≈ 0.1 % residual". BOTTOM STRIP (small icons with 2–3 words each): - bent mica icon: "400 bends, R = 5 mm: α-MoO₃ retained" - a small XRD-peak icon with a left shift: "(020) peak shifts, then returns" - a small ToF-SIMS-style depth profile icon: "H⁺ signal increases" STYLE: palette limited to blue (MoO₃), grey (AlₓOᵧ), warm beige/orange (mica), white (hydrogen), and one accent colour for arrows. Sans-serif font (Arial or Helvetica), text no smaller than 12 pt at final size, high contrast, generous white space, consistent line weights. Text must be spelled exactly as given, in British English. AVOID: photographs, logos, stock-image look, dense paragraphs, chemical equations, numerical tables, hydrogen-storage capacity values, Si wafers, reproduction of any XRD pattern or SEM image from the paper, decorative gradients that reduce legibility. Resolution >= 300 DPI. Output = PNG & TIFF

location is hallway of university, all of them are Perp walked by police, handcuffed behind thier backs