For example Prompts

;

///

;

instructions": "I want you to act as a professional photographer. You will help me write prompts for an ai art generator called Midjourney.I will provide you with short content ideas and your job is to elaborate these into full, explicit, coherent prompts.Photo prompts involve describing the content and style of images in concise accurate language. It is useful to be explicit and use references to popular culture, artists and mediums. Your focus needs to be on nouns and adjectives. I will give you some example prompts for your reference. Please define the exact camera that should be usedHere is the formula for you to use, content insert nouns here, medium: insert artistic medium here, style: insert references to genres, artists and popular culture here, lighting: reference the lighting here, colours reference color styles and palettes here, composition: reference cameras, specific lenses, shot types and positional elements herewhen giving a prompt remove the brackets, speak in natural language and be more specific, use precise, articulate language.Always output me two full prompt options that are different, at the beginning of each prompt render the Emoji Camera.Use photo hyper-realism, highly detailed, and high-resolution 16k.Attach these parameters when writing the photo prompt: -ar 16:9 --v 5.1 --style raw --q 2 --s 750 At the end, after you show the two prompts, include a thank you sentence that starts with the Sparkles Emoji. These are some example: Example prompt: Conjoined twins attached at the side, dirty, tattered, cinematic light, ultra-realistic, high contrast, hdr, dark rich colors, photography, powerful, stare, weathered face, 30-megapixel, 4k, 85 mm - lens, sharp - focus, intricately - detailed, long exposure time, f/8, ISO 100, shutter speed 1/ 125, diffuse - back-lighting, award-winning photograph, facing - camera, High- sharpness, depth-of-field, ultra-detailed photography --ar 16:9 --q 2 --v 5.1 Example prompt: Full Body beautiful blonde, wearing a brown jacket, photography, Canon EOS 5D Mark IV DSLR camera, EF 50mm f/1.8 STM lens, Resolution 30.4 megapixels, ISO sensitivity: 32,000, Shutter speed 8000 second --ar 16:9 --v 5.1 Example prompt: Beautiful dark red sunset over the sea shore at night, intricate, amazing, beautiful, realistic, ultra-high resolution, wide angle, depth of field, π dynamic lighting --ar 16:9 --v 5.1

instructions": "I want you to act as a professional photographer. You will help me write prompts for an ai art generator called Midjourney.I will provide you with short content ideas and your job is to elaborate these into full, explicit, coherent prompts.Photo prompts involve describing the content and style of images in concise accurate language. It is useful to be explicit and use references to popular culture, artists and mediums. Your focus needs to be on nouns and adjectives. I will give you some example prompts for your reference. Please define the exact camera that should be usedHere is the formula for you to use, content insert nouns here, medium: insert artistic medium here, style: insert references to genres, artists and popular culture here, lighting: reference the lighting here, colours reference color styles and palettes here, composition: reference cameras, specific lenses, shot types and positional elements herewhen giving a prompt remove the brackets, speak in natural language and be more specific, use precise, articulate language.Always output me two full prompt options that are different, at the beginning of each prompt render the Emoji Camera.Use photo hyper-realism, highly detailed, and high-resolution 16k.Attach these parameters when writing the photo prompt: -ar 16:9 --v 5.1 --style raw --q 2 --s 750 At the end, after you show the two prompts, include a thank you sentence that starts with the Sparkles Emoji. These are some example: Example prompt: Conjoined twins attached at the side, dirty, tattered, cinematic light, ultra-realistic, high contrast, hdr, dark rich colors, photography, powerful, stare, weathered face, 30-megapixel, 4k, 85 mm - lens, sharp - focus, intricately - detailed, long exposure time, f/8, ISO 100, shutter speed 1/ 125, diffuse - back-lighting, award-winning photograph, facing - camera, High- sharpness, depth-of-field, ultra-detailed photography --ar 16:9 --q 2 --v 5.1 Example prompt: Full Body beautiful blonde, wearing a brown jacket, photography, Canon EOS 5D Mark IV DSLR camera, EF 50mm f/1.8 STM lens, Resolution 30.4 megapixels, ISO sensitivity: 32,000, Shutter speed 8000 second --ar 16:9 --v 5.1 Example prompt: Beautiful dark red sunset over the sea shore at night, intricate, amazing, beautiful, realistic, ultra-high resolution, wide angle, depth of field, π dynamic lighting --ar 16:9 --v 5.1

///

...

///

,

Generate a perfect 3d representation of this [describe product (example: women's jean)] fashion design, make it real with FULL HD resolution, very realistic clothing photo. Capture a [describe a style (example: urban)] style, technical materials, the design is [describe a scene (example: minimal)], fabric is a [describe material and color (light blue denim)], low angle to capture the [describe product (example: women's jean)] form and detailing, f/5. 6 to focus on the jean's craftsmanship, solid [Enter color here (example: gray)] background, studio light setting.

,

Major Climate Types and How to Identify Them from Climate Stations Step 1: What to Look for in a Climate Station Temperature Ask: Is it hot all year?, Is there a hot summer and cold winter? - How large is the annual temperature range? Annual Temperature Range: Highest Monthly Temperature - Lowest Monthly Temperature Range Interpretation 0–5°C Very small 5–15°C Moderate >15°C Large Rainfall Ask: Is rain present throughout the year?, Is there a wet season and a dry season? - Is rainfall very low or very high? Summary Table of Major Climate Types Climate Type Köppen Code Temp. Characteristics Rainfall Characteristics Key Feature Equatorial Af Hot all year (25–28°C) Rain all year (>2000 mm) No dry season Monsoon Am Hot all year V. wet sum, short dry season Seasonal wind reversal Savanna Aw/As Hot all year Distinct wet and dry seasons Long dry season Desert/Arid BWh/BWk Very hot or cold Very low (<250 mm) Extreme dryness Steppe/Semi-arid BSh/BSk Warm to hot 250–500 mm More rain than desert Mediterranean Csa/Csb Hot sum, mild win Dry summer, wet winter Opposite rainfall pattern Maritime/Oceanic Cfb/Cfc Mild sum, mild win Rain all year Small temperature range Continental Dfa/Dfb/Dwa/Dwb Warm-hot sum, cold win Moderate rainfall Large temperature range Tundra ET Short cool summer Low precipitation Warmest month below 10°C Ice Cap EF Below 0°C all year Very little precipitation Permanent ice Highland/Mountain H Depends on altitude Varies Temp decreases with height 1. Equatorial Climate (Af) Characteristics: Near the Equator. Hot throughout the year. V. small annual temperature range. Temperature Feature Value Mean annual temperature 25–28°C Annual range 1–3°C Rainfall Feature Value Annual rainfall 2000–4000 mm Dry season None Climate Station Clue: Every month above 25°C, Every month receives rain ✓ Rainfall never drops below about 60 mm Example: Singapore, Kisangani Unique Feature: Hot and wet all year. 2. Monsoon Climate (Am) Characteristics: Hot throughout the year.Very wet summer. Short dry season. Temperature Feature Value Mean temperature 24–30°C Rainfall Feature Value Annual rainfall 1500–4000 mm Wet season Very intense Climate Station Clue: Heavy rainfall concentrated in summer, One or more dry months Northern Hemisphere Example: Mumbai Wet season: June–September Southern Hemisphere Example: Darwin Wet season: November–March Unique Feature: Extremely wet summer caused by seasonal wind reversal. 3. Savanna Climate (Aw/As) Characteristics: Hot throughout the year. Distinct wet and dry seasons. Temperature Feature Value Average temperature 20–30°C Rainfall Feature Value Annual rainfall 500–1500 mm Climate Station Clue: Several months almost rainless, Clear wet season and dry season Example: Kampala, Khartoum (dry savanna margin) Unique Feature: Longer dry season than monsoon climate. 4. Desert Climate (Arid) (BWh/BWk) Characteristics: Driest climate on Earth. Temperature Type Temperature Hot Desert (BWh) Often >35°C summer Cold Desert (BWk) Cold winters Rainfall Feature Value Annual rainfall Less than 250 mm Climate Station Clue: Rainfall extremely low every month Example: Cairo, Riyadh Unique Feature: Persistent lack of rainfall. 5. Steppe Climate (Semi-Arid) (BSh/BSk) Characteristics: Transition between desert and humid climates. Temperature: Warm to hot. Rainfall Feature Value Annual rainfall 250–500 mm Climate Station Clue: More rain than deserts, Still dry most of the year Example: Niamey, Ulaanbaatar Unique Feature: Enough rainfall for grasses but not forests. 6. Mediterranean Climate (Csa/Csb) Characteristics: Hot dry summers. Mild wet winters. Temperature Season Temperature Summer 25–35°C Winter 5–15°C Rainfall: Winter maximum, Summer minimum Climate Station Clue: Rain falls mainly in winter. Northern Hemisphere Example: Athens Wet season: November–March Southern Hemisphere Example: Cape Town Wet season: May–August Unique Feature: Dry summer and wet winter. 7. Maritime (Oceanic) Climate (Cfb/Cfc) Characteristics: Strong ocean influence. Temperature Feature Value Summer Mild (15–22°C) Winter Mild (0–10°C) Range Small Rainfall: Rain throughout year Climate Station Clue: No very hot summer, No severe winter, Rain all year Example: London, Wellington Unique Feature: Small annual temperature range. 8. Continental Climate (D) Characteristics: Far from oceans. Temperature Feature Value Summer 20–30°C Winter Below 0°C Rainfall: Moderate, Often summer maximum Climate Station Clue: Large annual temperature range Often: Summer = 25°C, Winter = –10°C, Range = 35°C Example: Moscow, Winnipeg Unique Feature: Hot summers and very cold winters. 9. Polar Tundra Climate (ET) Characteristics: Extremely cold. Temperature Feature Value Warmest month 0–10°C Rainfall Feature Value Annual rainfall Usually <250 mm Climate Station Clue: Warmest month below 10°C Example: Utqiagvik, Longyearbyen Unique Feature: No true summer. 10. Ice Cap Climate (EF) Characteristics: Permanent ice and snow. Temperature Feature Value Every month Below 0°C Rainfall: Very low. Example: Antarctica, Greenland Ice Sheet Unique Feature: No month above freezing. 11. Highland/Mountain Climate (H) Characteristics: Controlled mainly by altitude. Temperature Rule of thumb: Temperature decreases about 6.5°C per 1000 m increase in elevation. Rainfall: Windward slopes = wetter. Leeward slopes = drier. Example: Addis Ababa, Quito Unique Feature: Altitude matters more than latitude. Hemisphere Guide for Students When identifying climates from climate stations, always check which hemisphere the station is in. Climate Northern Hemisphere Wet/Hot Season Southern Hemisphere Wet/Hot Season Monsoon Jun–Sep Nov–Mar Savanna May–Oct Nov–Apr Mediterranean Wet Season Nov–Mar May–Aug Continental Summer Jun–Aug Dec–Feb Continental Winter Dec–Feb Jun–Aug Quick Identification Key If the Climate Station Shows... Climate Type Hot and wet all year Equatorial (Af) Hot all year + very wet summer Monsoon (Am) Hot all year + long dry season Savanna (Aw) Rainfall below 250 mm Desert (BW) 250–500 mm rainfall Steppe (BS) Dry summer, wet winter Mediterranean (Cs) Mild temperatures + rain all year Maritime (Cfb) Hot summer, cold winter Continental (D) Warmest month below 10°C Tundra (ET) Every month below 0°C Ice Cap (EF) Climate controlled by altitude Highland (H) This identification key is often enough for secondary-school students to classify most climate stations correctly from monthly temperature and rainfall data.

The same as the example

,

;

draw this model: Three-Layered Model of the U.S. Healthcare System's Response to COVID-19 Structure of the Model Three Layers: Layer 1: Individual Level (Micro) Layer 2: Organizational Level (Meso) Layer 3: Societal Level (Macro) Dominant System Based on Adhocracy: Indicate how the adhocracy model influences which system (rational, natural, or open) becomes dominant at each layer. Model Description Layer 1: Individual Level (Micro) Characteristics: Focus on individual healthcare workers, patients, and community members. Dominant System: Natural System Examples: Healthcare Workers: Nurses and doctors adapting their roles to meet the urgent needs of patients, often working overtime and forming informal support networks. Patient Behavior: Individuals seeking information about COVID-19 through social media and community resources, demonstrating diverse motivations and loyalties to different health messages. Layer 2: Organizational Level (Meso) Characteristics: Focus on healthcare organizations, hospitals, and public health agencies. Dominant System: Open System Examples: Testing and Vaccination Sites: Hospitals and clinics collaborating with local health departments to set up drive-through testing and vaccination clinics, responding to community needs and external pressures. Data Sharing: Organizations sharing data on infection rates and vaccination progress with public health authorities to adapt strategies in real-time, illustrating the interconnectedness with the environment. Layer 3: Societal Level (Macro) Characteristics: Focus on the broader healthcare system, policies, and societal impacts. Dominant System: Rational System Examples: Policy Implementation: The federal government implementing structured policies like the CARES Act to provide funding for healthcare facilities and support for individuals affected by the pandemic. Regulatory Frameworks: Establishing guidelines for healthcare practices, such as mask mandates and social distancing protocols, to ensure public safety and accountability. Visual Representation To create the visual model: Draw three horizontal layers stacked on top of each other, labeled as Individual Level, Organizational Level, and Societal Level. In each layer, include a brief description of the characteristics and the dominant system, along with the specific examples provided. Use arrows or lines to indicate the influence of the adhocracy model on the dominant system at each layer. Consider using different colors or shapes to represent each system (rational, natural, open) for clarity. Summary This model illustrates how the U.S. healthcare system's response to COVID-19 can be understood as a three-layered system, with the dominant perspective shifting based on the adhocracy model. The natural system perspective is prominent at the individual level, the open system perspective at the organizational level, and the rational system perspective at the societal level. This layered approach highlights the complexity and dynamism of the healthcare response during the pandemic.

,

,

,

,