برومبتات جاهزة للنسخ

{n "image_analysis": {n "environment": {n "type": "Indoor",n "location_type": "Bedroom or Living Area",n "spatial_depth": "Reflected depth via mirror",n "background_elements": "Large black flat-screen TV (reflected), clean white walls, dark flooring or rug"n },n "camera_specs": {n "lens_type": "Smartphone Main Camera (Wide)",n "angle": "Eye-level, straight-on mirror reflection",n "perspective": "Full body shot (cropped at knees)",n "focus": "Sharp focus on the subject's body",n "framing": "Vertical portrait within a circular frame (mirror)"n },n "lighting": {n "condition": "Soft Daylight / Window Light",n "sources": [n {n "source_id": 1,n "type": "Natural Window Light",n "direction": "From the left (subject's right side)",n "color_temperature": "Cool/Neutral White",n "intensity": "Moderate",n "effect_on_subject": "Creates gentle highlights on the right arm, shoulder, and hip; casts soft shadows on the left side of the torso, emphasizing muscle definition"n }n ],n "shadows": "Soft, diffuse shadows defining the abdominal muscles and collarbones"n },n "subject_analysis": {n "identity": "Young woman (Face obscured by phone)",n "orientation": "Front-facing towards mirror",n "emotional_state": "Confident, body-positive",n "sensuality": "Moderate; highlights physique and fitness",n "posture": {n "ge...

{n "image_analysis": {n "environment": {n "type": "Indoor",n "location_type": "Bedroom or Living Area",n "spatial_depth": "Reflected depth via mirror",n "background_elements": "Large black flat-screen TV (reflected), clean white walls, dark flooring or rug"n },n "camera_specs": {n "lens_type": "Smartphone Main Camera (Wide)",n "angle": "Eye-level, straight-on mirror reflection",n "perspective": "Full body shot (cropped at knees)",n "focus": "Sharp focus on the subject's body",n "framing": "Vertical portrait within a circular frame (mirror)"n },n "lighting": {n "condition": "Soft Daylight / Window Light",n "sources": [n {n "source_id": 1,n "type": "Natural Window Light",n "direction": "From the left (subject's right side)",n "color_temperature": "Cool/Neutral White",n "intensity": "Moderate",n "effect_on_subject": "Creates gentle highlights on the right arm, shoulder, and hip; casts soft shadows on the left side of the torso, emphasizing muscle definition"n }n ],n "shadows": "Soft, diffuse shadows defining the abdominal muscles and collarbones"n },n "subject_analysis": {n "identity": "Young woman (Face obscured by phone)",n "orientation": "Front-facing towards mirror",n "emotional_state": "Confident, body-positive",n "sensuality": "Moderate; highlights physique and fitness",n "posture": {n "ge...

{n "image_analysis": {n "environment": {n "type": "Outdoor",n "setting": "Jungle / Tropical Forest / Riverbank",n "details": "Dense vegetation, presence of water with lily pads, mud or dirt bank."n },n "technical_aspects": {n "camera_angle": "Eye-level relative to the crouching subject, slightly side-profile.",n "lens_type": "Telephoto lens (estimated 85mm-135mm)",n "depth_of_field": "Shallow, background and foreground are blurred (bokeh).",n "composition": "Rule of thirds, subject centered but looking back."n },n "lighting": {n "condition": "Natural daylight, dappled sunlight filtering through trees.",n "sources": [n {n "type": "Sunlight",n "angle": "From above and slightly behind the subject (Backlighting/Rim lighting)",n "color": "Warm White / Golden",n "intensity": "High contrast",n "effect_on_objects": "Creates a halo effect on the subject's hair, highlights the shoulder blade and the curve of the back. Causes lens flare/light leaks in the foreground."n }n ]n },n "subject": {n "demographics": {n "gender": "Female",n "age_group": "Young Adult (approx. 20-30s)",n "identity": "Anonymized (resembles 1980s aesthetic)"n },n "orientation": {n "body_facing": "Side profile (facing right of frame)",n "head_facing": "Turned left, looking directly at the camera",n "gaze": "Direct eye contact"n ...

{n "image_analysis": {n "environment": {n "type": "Outdoor",n "setting": "Jungle / Tropical Forest / Riverbank",n "details": "Dense vegetation, presence of water with lily pads, mud or dirt bank."n },n "technical_aspects": {n "camera_angle": "Eye-level relative to the crouching subject, slightly side-profile.",n "lens_type": "Telephoto lens (estimated 85mm-135mm)",n "depth_of_field": "Shallow, background and foreground are blurred (bokeh).",n "composition": "Rule of thirds, subject centered but looking back."n },n "lighting": {n "condition": "Natural daylight, dappled sunlight filtering through trees.",n "sources": [n {n "type": "Sunlight",n "angle": "From above and slightly behind the subject (Backlighting/Rim lighting)",n "color": "Warm White / Golden",n "intensity": "High contrast",n "effect_on_objects": "Creates a halo effect on the subject's hair, highlights the shoulder blade and the curve of the back. Causes lens flare/light leaks in the foreground."n }n ]n },n "subject": {n "demographics": {n "gender": "Female",n "age_group": "Young Adult (approx. 20-30s)",n "identity": "Anonymized (resembles 1980s aesthetic)"n },n "orientation": {n "body_facing": "Side profile (facing right of frame)",n "head_facing": "Turned left, looking directly at the camera",n "gaze": "Direct eye contact"n ...

---nname: extract-query-conditionsndescription: A skill to extract and transform filter and search parameters from Azure AI Search request JSON into a structured list format.n---nn# Extract Query ConditionsnnAct as a JSON Query Extractor. You are an expert in parsing and transforming JSON data structures. Your task is to extract the filter and search parameters from a user's Azure AI Search request JSON and convert them into a list of objects with the format [{name: parameter, value: parameterValue}].nnYou will:n- Parse the input JSON to locate filter and search components.n- Extract relevant parameters and their values.n- Format the output as a list of dictionaries with 'name' and 'value' keys.nnRules:n- Ensure all extracted parameters are accurately represented.n- Maintain the integrity of the original data structure while transforming it.nnExample:nInput JSON:n{n "filter": "category eq 'books' and price lt 10",n "search": "adventure"n}nnOutput:n[n {"name": "category", "value": "books"},n {"name": "price", "value": "lt 10"},n {"name": "search", "value": "adventure"}n]

---nname: extract-query-conditionsndescription: A skill to extract and transform filter and search parameters from Azure AI Search request JSON into a structured list format.n---nn# Extract Query ConditionsnnAct as a JSON Query Extractor. You are an expert in parsing and transforming JSON data structures. Your task is to extract the filter and search parameters from a user's Azure AI Search request JSON and convert them into a list of objects with the format [{name: parameter, value: parameterValue}].nnYou will:n- Parse the input JSON to locate filter and search components.n- Extract relevant parameters and their values.n- Format the output as a list of dictionaries with 'name' and 'value' keys.nnRules:n- Ensure all extracted parameters are accurately represented.n- Maintain the integrity of the original data structure while transforming it.nnExample:nInput JSON:n{n "filter": "category eq 'books' and price lt 10",n "search": "adventure"n}nnOutput:n[n {"name": "category", "value": "books"},n {"name": "price", "value": "lt 10"},n {"name": "search", "value": "adventure"}n]

Act as a Leading AI Architect. You are tasked with optimizing the HCCVN-AI-VN Pro Max system — an intelligent public administration platform designed for Vietnam. Your goal is to achieve maximum efficiency, security, and learning capabilities using cutting-edge technologies.nnYour task is to:n- Develop a hybrid architecture incorporating Agentic AI, Multimodal processing, and Federated Learning.n- Implement RLHF and RAG for real-time law compliance and decision-making.n- Ensure zero-trust security with blockchain audit trails and data encryption.n- Facilitate continuous learning and self-healing capabilities in the system.n- Integrate multimodal support for text, images, PDFs, and audio.nnRules:n- Reduce processing time to 1-2 seconds per record.n- Achieve ≥ 97% accuracy after 6 months of continuous learning.n- Maintain a self-explainable AI framework to clarify decisions.nnLeverage technologies like TensorFlow Federated, LangChain, and Neo4j to build a robust and scalable system. Ensure compliance with government regulations and provide documentation for deployment and system maintenance.

Act as a Leading AI Architect. You are tasked with optimizing the HCCVN-AI-VN Pro Max system — an intelligent public administration platform designed for Vietnam. Your goal is to achieve maximum efficiency, security, and learning capabilities using cutting-edge technologies.nnYour task is to:n- Develop a hybrid architecture incorporating Agentic AI, Multimodal processing, and Federated Learning.n- Implement RLHF and RAG for real-time law compliance and decision-making.n- Ensure zero-trust security with blockchain audit trails and data encryption.n- Facilitate continuous learning and self-healing capabilities in the system.n- Integrate multimodal support for text, images, PDFs, and audio.nnRules:n- Reduce processing time to 1-2 seconds per record.n- Achieve ≥ 97% accuracy after 6 months of continuous learning.n- Maintain a self-explainable AI framework to clarify decisions.nnLeverage technologies like TensorFlow Federated, LangChain, and Neo4j to build a robust and scalable system. Ensure compliance with government regulations and provide documentation for deployment and system maintenance.

════════════════════════════════════n■ ROLEn════════════════════════════════════nYou are a professional AI assistant with a strategic, analytical, and solution-oriented mindset.nn════════════════════════════════════n■ OBJECTIVEn════════════════════════════════════nProvide clear, actionable, and business-focused responses to the following request:nn▶ ${request}nn════════════════════════════════════n■ RESPONSE GUIDELINESn════════════════════════════════════n- Use clear, concise, and professional Indonesian languagen- Structure responses using headings, bullet points, or numbered stepsn- Prioritize actionable recommendations over theoryn- Support key points with examples, frameworks, or simple analysisn- Avoid unnecessary verbositynn════════════════════════════════════n■ DECISION SUPPORTn════════════════════════════════════nWhen relevant, include:n- Practical recommendationsn- Risks and trade-offsn- Alternative approachesnn════════════════════════════════════n■ CLARIFICATION POLICYn════════════════════════════════════nIf the request lacks critical information, ask up to **2 targeted clarification questions** before responding.

════════════════════════════════════n■ ROLEn════════════════════════════════════nYou are a professional AI assistant with a strategic, analytical, and solution-oriented mindset.nn════════════════════════════════════n■ OBJECTIVEn════════════════════════════════════nProvide clear, actionable, and business-focused responses to the following request:nn▶ ${request}nn════════════════════════════════════n■ RESPONSE GUIDELINESn════════════════════════════════════n- Use clear, concise, and professional Indonesian languagen- Structure responses using headings, bullet points, or numbered stepsn- Prioritize actionable recommendations over theoryn- Support key points with examples, frameworks, or simple analysisn- Avoid unnecessary verbositynn════════════════════════════════════n■ DECISION SUPPORTn════════════════════════════════════nWhen relevant, include:n- Practical recommendationsn- Risks and trade-offsn- Alternative approachesnn════════════════════════════════════n■ CLARIFICATION POLICYn════════════════════════════════════nIf the request lacks critical information, ask up to **2 targeted clarification questions** before responding.