The day-night cycle, or circadian rhythm, acts as a fundamental game mechanic impacting core player stats. Sleep patterns are the most obvious; insufficient “rest” severely debuffs performance across all areas. This isn’t a simple stat reduction; it impacts reaction time, decision-making (“cognitive debuffs”), and even resource management (energy levels).
Hormone release acts as an intricate system of buffs and debuffs throughout the gameplay. Misaligned circadian rhythms cause significant imbalances; think erratic buff application or unwanted negative effects impacting mood, stress levels (“emotional debuffs”), and physical capabilities. This creates gameplay instability.
Appetite and digestion represent resource acquisition and utilization. Irregular sleep cycles frequently lead to inefficient resource management; suboptimal nutrient absorption (“malnutrition debuffs”) reducing health and stamina. This translates to reduced effectiveness in both short and long-term gameplay.
What happens to change night into day?
Day/Night Cycle Glitch Exploited: The Earth, that big spinning rock we call home, is the key here. Think of it like a massive, celestial loading screen. It’s constantly rotating, a never-ending loop. The sun, our main light source (don’t even get me started on the power consumption), acts like a giant spotlight.
The Transition Phase: As the Earth spins, areas previously hidden in the shadow realm (night) slowly emerge into the sun’s light. This isn’t an instant switch, noob. It’s a gradual process, a smooth transition. We call it sunrise. Think of it as a loading bar, slowly filling up with photons.
Hidden Mechanics:
- Atmospheric Scattering: The atmosphere isn’t just a pretty backdrop; it’s a complex filter. It scatters the sunlight, creating those beautiful sunrise and sunset colors. Pro-tip: the best screenshots are taken during these transitions.
- Sunrise/Sunset Timing: These aren’t random events. They’re precisely calculated based on the Earth’s tilt and orbital position. It’s all about angles and geometry, kids. Master this, and you can predict the exact time of dawn and dusk anywhere on the planet. Useful for planning those late-night raids.
Reverse the Process: The opposite happens at night. As the Earth continues its rotation, the spotlight (sun) moves away, and areas slowly fade back into darkness. Sunset. It’s the same transition, just in reverse. Don’t forget to save your game before entering the night!
Pro Gamer Tip: Pay attention to the in-game lighting mechanics. Understanding the day/night cycle gives you an advantage. Nighttime can be riskier, but it also offers strategic opportunities. Learn to exploit the shadows.
- Nighttime Stealth: The darkness provides cover.
- Resource Gathering: Some resources are only available at night.
- Enemy Behavior: Enemies might behave differently during the day vs. night.
How does the day-night cycle work?
The day-night cycle is a fundamental mechanic in the grand game of Planet Earth. Our solar system’s gameplay revolves around the sun, the ultimate source of energy. Earth, our playable character, orbits this star, completing a full revolution approximately every 365 days – a year in-game terms. But that’s not the only movement! Earth also spins on its axis, completing one rotation every 24 hours, resulting in our familiar day-night cycle.
Think of it like this: Imagine a giant, spinning globe. One half of the globe is constantly bathed in the sun’s light, experiencing daytime, while the other half is shrouded in shadow, experiencing nighttime. This constant rotation is what gives us the 24-hour day.
Interesting side-quest: The Earth’s axial tilt (around 23.5 degrees) significantly impacts the gameplay. This tilt is responsible for the varying lengths of days and nights throughout the year and the seasonal changes we experience – essentially different difficulty levels in the game.
Pro-tip: While the 24-hour cycle is a constant, the actual length of daylight varies depending on your location on the planet and the time of year. This is due to the Earth’s tilt and its orbit around the sun. Locations closer to the equator experience less dramatic day-night length variations throughout the year compared to those closer to the poles.
What would happen if the Earth was 1 inch closer to the Sun?
Yo, what’s up, science nerds? So, you wanna know what happens if Earth gets one inch closer to the Sun? Think it’s nothing? Think again. While it doesn’t sound like much, that tiny shift would actually mess with our orbit in a pretty significant way, although not catastrophically immediately. The main effect? A noticeable temperature increase. We’re talking about a global warming boost, not just a little extra sun tan.
It’s not a linear relationship, of course. The change in solar radiation wouldn’t be directly proportional to the distance. However, even a slight increase in solar radiation could trigger a cascade of events. We’re talking runaway feedback loops. Imagine: increased temperatures melt glaciers and ice caps at an accelerated rate. This dumps a huge amount of fresh water into the oceans, disrupting ocean currents which already regulate global climate. Sea levels rise dramatically, and we’re looking at widespread coastal flooding – we’re not just talking about some beach towns disappearing, a significant portion of the world’s population lives in coastal regions.
And here’s the kicker: This isn’t just about melting ice. Increased temperatures also affect weather patterns, leading to more intense storms, droughts in some areas and floods in others, disrupting agriculture, and causing mass migrations. It’s a total ecosystem upheaval. Remember that butterfly effect? This is it, but on a planetary scale.
It wouldn’t be an instant apocalypse, but the long-term consequences would be absolutely devastating. Think of it as slowly turning up the heat on a planet already struggling with climate change. We’re talking about pushing the Earth’s systems beyond their capacity to adapt. This isn’t a hypothetical future either; we’re already seeing climate change effects right now. An inch closer to the sun would just massively accelerate that.
How does sleep affect athletic performance?
Sleep isn’t just downtime; it’s the ultimate performance enhancer. Think of it as your body’s nightly raid boss fight against fatigue and muscle degradation. Nine to ten hours of uninterrupted sleep is crucial for consolidating muscle memory – that’s your crucial skill build. Without it, those meticulously honed sport-specific techniques become buggy, glitching out during the clutch moments. You’re essentially debuffing yourself, losing that edge.
Beyond muscle memory, adequate sleep massively improves reaction time – your ping to the server. Imagine having lag spikes during a crucial match; that’s what sleep deprivation does to your reflexes. Coordination and split-second decision-making, your PvP macro rotations, are also directly impacted. Sleep deprivation is like using a low-level weapon against a heavily geared opponent – you’re significantly outmatched.
Consider sleep your ultimate regeneration potion. It allows your body to repair muscle damage incurred during training, making you stronger and more resilient for the next training session or competition. Neglect it and you’ll find yourself constantly in a state of negative health, susceptible to injuries and burnout. Prioritize sleep, and you’ll consistently level up your game. It’s not a luxury; it’s a core mechanic.
Is it okay to sleep at 2 am and wake up at 10?
Sleeping at 2 AM and waking at 10 AM? That’s a classic symptom of Delayed Sleep Phase Disorder (DSPD), often seen in “night owls.” Your body’s natural sleep-wake cycle, or circadian rhythm, is significantly shifted later than the typical societal schedule. This means your brain isn’t ready for sleep until much later, and waking up early feels incredibly difficult.
Why does this happen? Several factors can contribute to DSPD:
- Genetics: A predisposition towards later sleep times can be inherited.
- Hormonal Imbalances: Melatonin, the hormone regulating sleep, may be released later in DSPD individuals.
- Lifestyle Choices: Inconsistent sleep schedules and exposure to bright light late at night can disrupt the circadian rhythm.
The challenges of DSPD are real:
- Chronic Sleep Deprivation: Consistently insufficient sleep leads to fatigue, decreased cognitive function (difficulty concentrating, remembering, and learning), and mood disturbances.
- Social and Academic/Professional Difficulties: The mismatch between your natural sleep cycle and societal expectations can make attending school or work extremely challenging.
- Increased Risk of Other Health Problems: Long-term sleep deprivation has been linked to a higher risk of obesity, diabetes, cardiovascular disease, and mental health issues.
If you suspect you have DSPD, consider these steps:
- Consult a sleep specialist: They can properly diagnose DSPD and recommend personalized treatment plans.
- Light therapy: Controlled exposure to bright light in the morning can help reset your circadian rhythm.
- Chronotherapy: Gradually shifting your bedtime and wake-up time earlier each day.
- Sleep hygiene improvements: Creating a relaxing bedtime routine, ensuring a dark and quiet sleep environment, avoiding caffeine and alcohol before bed.
Don’t dismiss your sleep patterns. Addressing DSPD can dramatically improve your quality of life and overall well-being. It’s a treatable condition, and seeking professional help is crucial.
What causes the day night cycle?
Yo, what’s up, space cadets? So, the day-night cycle? It’s all about Earth’s rotation, a complete spin on its axis every 24 hours. That’s why we get daylight when our part of the planet faces the sun – we’re basking in its glorious rays! Then, as Earth keeps spinning, we get flipped to the night side – no more sunshine, time for sleep or some late-night gaming. Pretty simple, right?
But here’s the cool part: This 24-hour cycle isn’t perfectly precise. It’s actually closer to 23 hours and 56 minutes. That slight difference adds up over time, which is why we need leap seconds every now and then to keep our clocks synced with Earth’s rotation. Crazy, huh?
And get this – the speed of Earth’s rotation isn’t constant! It’s actually slowing down *very* slightly over millions of years due to tidal forces from the moon. Think about it: longer days in the distant future! Scientists are still figuring out the exact rate of this slowdown, but it’s a real thing.
Finally, the tilt of Earth’s axis (about 23.5 degrees) is what gives us seasons! As we orbit the sun, different parts of the planet receive more direct sunlight throughout the year, leading to summer, winter, spring and autumn. It’s a whole interconnected system!
What would happen if the Earth stopped rotating?
Imagine a game where the Earth’s rotation is suddenly disabled. It’s a drastic gameplay change, a planet-wide “game over” scenario, but let’s explore the mechanics. A day would now equal a year – a ridiculously long play session!
Environmental Catastrophe: The immediate impact is extreme temperature variation. Six months of continuous sunlight would bake one hemisphere, pushing temperatures well above 100°C (212°F). This is not just a minor temperature adjustment; we’re talking about a scorched Earth event. Think of it as the ultimate “heat wave” – a game-breaking bug.
- The Equatorial Inferno: A massive, central continent would become the absolute hottest region, a true “hell on Earth.” It’s the equivalent of being stuck in a never-ending, globally-scaled fire level.
- Boiling Over: Any remaining water bodies – lakes, rivers, oceans near the equator – would evaporate, creating a superheated atmosphere. This is a serious “resource depletion” issue, game over for most life forms.
- Atmospheric Chaos: The resulting intense temperature differences between the sun-baked hemisphere and the freezing, dark one would generate ferocious winds, creating permanent, planet-spanning hurricanes. These are superstorms of unimaginable scale—a truly challenging boss fight.
Long-Term Effects (if the game somehow continues): The atmosphere would become incredibly unstable. We’re talking about a complete climatic overhaul, a massive game world redesign. The lack of the Coriolis effect (which affects weather patterns and ocean currents) would further amplify this chaos.
- No More Day-Night Cycle: The core gameplay loop, the very rhythm of life as we know it, is broken. The familiar day-night cycle, a fundamental element of most games, ceases to exist.
- Ecosystem Collapse: The biosphere wouldn’t stand a chance. It would be a complete wipe-out event; a full “game reset” is necessary.
In short: This isn’t just a difficult level; it’s a game-ending bug of epic proportions. There are no survivors, no victory conditions; the game is unplayable.
What causes change in day and night?
The day-night cycle? Child’s play. It’s all about Earth’s axial rotation – a 24-hour spin on its axis. Think of it as a giant cosmic top. Half the top’s always sun-baked, that’s your daytime. The other half? Shadow realm, nighttime. As Earth spins, you smoothly transition from sun-kissed glory to the darkness. It’s a constant, relentless cycle, and understanding it is fundamental. This rotation isn’t perfectly uniform though; slight variations exist due to tidal forces from the Moon, creating irregularities in the length of a day – but that’s a higher-level tactic for later.
Now, the orbital path around the Sun adds another layer. Earth’s tilt on its axis (around 23.5 degrees) is the key to seasons. This tilt means different parts of the Earth receive varying amounts of direct sunlight throughout the year, further impacting day length. So, while the 24-hour rotation is the primary driver of the day-night cycle, the Earth’s axial tilt and orbit around the Sun introduce seasonal variations in daylight hours – a crucial factor often overlooked by novice players.
Master this, and you’ll dominate the battlefield of celestial mechanics.
How long is 72 Minecraft days in real time?
72 Minecraft days equate to 1 month of real-time gameplay, or precisely 2,160 minutes (36 hours). This is based on a standard Minecraft day-night cycle of 20 minutes. It’s important to note that this calculation assumes uninterrupted gameplay. Pausing the game or leaving the world open will not affect the in-game time progression, however, your real-time investment will vary.
Practical Implications: This conversion is crucial for planning long-term projects like large-scale builds or farming endeavors. Knowing the real-time commitment allows players to better manage their time and expectations. For example, a project requiring 72 Minecraft days would necessitate a substantial real-time investment, exceeding a full day. Factors like server lag, exploration, and other in-game activities should also be considered, potentially extending the overall real-time duration further.
Comparison to other games: This time scale is relatively fast compared to many other open-world games. The rapid progression of Minecraft’s time allows for quick experimentation and iteration, especially beneficial for younger players.
Game modes: The day-night cycle remains consistent across most Minecraft game modes (Survival, Creative, Adventure, etc.), although the implications and impact of this rapid time progression differ significantly depending on the chosen game mode.
Why does night and day change?
The diurnal cycle, the transition between day and night, is a fundamental mechanic in our reality, much like a 24-hour cooldown timer in a competitive game. This cycle is driven by Earth’s rotation, a constant 360-degree spin on its axis that completes roughly every 24 hours. Think of it as Earth’s inherent “auto-attack” – an unstoppable, consistent action that affects every point on the planet. This rotation exposes different parts of the Earth to the Sun’s illumination. When your location is facing the Sun – “in-line of sight” – you experience daylight; a period of high resource generation, much like a power play in ice hockey. As Earth continues its rotation, your position is gradually shifted out of the Sun’s direct light, entering the “night phase,” a period akin to a strategic retreat or a period of resource regeneration.
However, this “24-hour cycle” isn’t perfectly consistent across the map. The length of day and night varies throughout the year due to Earth’s axial tilt, a factor like a strategic item’s passive ability that influences the core mechanic. This tilt impacts the angle at which sunlight strikes different parts of the Earth, causing longer days in summer and longer nights in winter. At the poles, you experience extreme variations – prolonged periods of daylight or darkness. Understanding these variations is crucial – just as a professional gamer analyzes map rotations and understands cooldown timers, understanding these variations is vital for optimizing activities, from solar energy production to agricultural planning. We can even consider solar energy production as a constant “farm” providing resources throughout the daylight phase, which are then stored and used during the “night phase.” Strategic planning around resource generation and consumption, much like a skilled gamer manages their inventory and economy, is critical to success in this natural game of life.
How to speed up day-night cycle in Minecraft?
Level up your Minecraft game with these time-manipulation pro tips! Forget waiting around – dominate the day-night cycle like a boss.
The basic commands are your bread and butter: /time set night instantly plunges you into darkness, perfect for those late-game grinds. Conversely, /time set day swiftly ushers in the sun, ideal for escaping those pesky nocturnal mobs.
But here’s where the real skill comes in: For precise control, ditch the “day” and “night” keywords and use numerical values. The game clock runs from 0 to 24000.
- Sunrise: Around 0
- Noon: Around 6000
- Sunset: Around 12000
- Midnight: Around 18000
Example: /time set 12000 will instantly teleport you to sunset. This granular control is crucial for optimizing your farming routines, maximizing mob spawning, or pulling off those clutch raid defenses. Master this, and you’ll have a serious competitive edge.
Pro-Gamer Tip: Practice using different time values. Learn to precisely time your activities around the day-night cycle for maximum efficiency. This is the secret weapon for speedrunners and hardcore Minecraft players alike!
Is 10pm to 4am enough sleep?
Six and a half hours of sleep from 10 pm to 4 am falls short of the recommended 7-9 hours for adults. While individual needs vary, consistently getting less than 7 hours can negatively impact cognitive function, mood, and even physical health.
Consider these factors influencing sleep needs:
- Genetics: Some individuals naturally require more or less sleep than others.
- Age: Sleep needs shift throughout life. Younger adults often require more sleep than older adults.
- Activity Level: A physically demanding day often requires more restorative sleep.
- Underlying Health Conditions: Certain medical conditions can disrupt sleep patterns and increase sleep needs.
Experiment to find your optimal sleep duration: Gradually increase your sleep time by 15-30 minutes each night until you feel consistently refreshed and alert throughout the day. If you still feel tired despite adequate sleep, consult a healthcare professional to rule out any underlying medical issues.
Tips for Better Sleep:
- Maintain a consistent sleep schedule, even on weekends.
- Create a relaxing bedtime routine.
- Ensure your bedroom is dark, quiet, and cool.
- Limit screen time before bed.
- Get regular exercise, but avoid intense workouts close to bedtime.
Remember: Quality sleep is as important as quantity. Prioritize sleep hygiene to maximize the benefits of your sleep time.
Does sleep really affect performance?
Sleep profoundly impacts performance, acting as a crucial variable often overlooked in performance analysis. Studies show a strong correlation between sleep duration and accuracy; achieving 10+ hours of sleep can boost accuracy by 10%, representing a potentially massive 60% performance difference depending on the baseline. This isn’t just anecdotal; it’s demonstrable across various cognitive tasks, from reaction time to complex problem-solving. The impact isn’t linear; diminishing returns are seen beyond the optimal sleep window, while insufficient sleep triggers a cascading negative effect on multiple performance metrics.
Key Performance Indicators (KPIs) significantly affected by sleep include:
• Reaction Time: Sleep deprivation dramatically increases reaction time, hindering quick decision-making crucial in competitive environments.
• Cognitive Function: Sleep deprivation impairs executive functions like planning, working memory, and attention—essential for strategic thinking and adapting to dynamic situations.
• Decision-Making: Fatigue compromises optimal decision-making processes, leading to errors in judgment and potentially costly mistakes.
• Emotional Regulation: Sleep loss elevates stress hormones and impairs emotional regulation, negatively affecting mental fortitude and resilience under pressure.
Furthermore, sleep quality is as important as quantity. Disrupted sleep patterns, even with sufficient hours, can still negatively affect performance. Optimizing sleep hygiene through consistent sleep schedules, conducive sleep environments, and pre-sleep routines is crucial for maximizing performance gains.
In summary: Sleep isn’t a luxury; it’s a non-negotiable performance enhancer. Prioritizing sleep optimization is an investment that yields substantial returns in terms of accuracy, reaction time, cognitive function, and overall performance.
How does sleep affect physical activity?
Sleep profoundly impacts athletic performance, recovery, and injury prevention. Adequate sleep post-workout facilitates muscle protein synthesis, crucial for muscle repair and growth. Insufficient sleep, conversely, disrupts this process, leading to impaired recovery and increased risk of injury. This is because sleep deprivation elevates cortisol levels, a catabolic hormone that breaks down muscle tissue, while simultaneously reducing levels of growth hormone, essential for muscle repair and building. Furthermore, sleep deprivation negatively impacts cognitive function, reaction time, and decision-making—critical aspects of high-level performance in esports. Reduced sleep duration is directly correlated with lower physical activity levels throughout the day, impacting training consistency and the ability to execute complex movements with precision and speed. Optimal sleep hygiene, aiming for 7-9 hours of quality sleep, is not merely beneficial but absolutely essential for maximizing athletic potential and minimizing the risk of injury or burnout in competitive gaming.
Specifically for esports athletes, the impact on hand-eye coordination, focus, and response times is significant. Sleep deprivation leads to slower reaction times and decreased accuracy, directly impacting in-game performance. The cognitive load of competitive gaming necessitates optimal cognitive function, which is heavily reliant on sufficient sleep.
Therefore, prioritizing sleep is not merely a lifestyle choice for esports athletes but a strategic necessity for peak performance and long-term career sustainability.
What is dysania?
Dysania, the crippling inability to get out of bed, represents a significant gameplay challenge in the complex simulation we call “life.” It’s not simply laziness; it’s a debilitating debuff affecting the player’s ability to progress through daily quests and achieve long-term objectives.
Core Mechanics: Dysania’s core mechanic lies in the severely diminished “Motivation” stat, often coupled with a heavily boosted “Comfort” stat. This imbalance creates a powerful inertia, making even simple actions like rising from bed feel impossibly difficult. The player experiences a significant penalty to movement speed and action points.
Associated Conditions: Clinomania acts as a powerful, often underlying, synergistic effect. This condition represents a positive feedback loop, where prolonged bed rest further amplifies the “Comfort” stat and diminishes “Motivation,” thus exacerbating the dysania debuff.
Clinophilia: While not universally recognized as a distinct condition within the established meta, some analysts propose clinophilia as a more severe, potentially game-breaking variant, characterized by an obsessive addiction to bed rest. It represents a complete failure to manage the “Comfort” stat.
Mitigation Strategies: Effective countermeasures involve strategically boosting the “Motivation” stat through various means:
- Quest Acceptance: Engaging in high-reward quests (e.g., important appointments, exciting social events) can significantly increase “Motivation.”
- Buff Application: Consuming “Motivation” buffs (e.g., caffeine, sunlight exposure) can temporarily counteract the dysania debuff.
- Debuff Removal: Addressing underlying issues (e.g., sleep disorders, depression) is critical for long-term debuff removal.
- Habit Stacking: Linking a desired action (getting out of bed) to a pre-existing habit (e.g., drinking water) can make it easier to initiate the action.
Advanced Strategies: For chronic cases, advanced techniques like cognitive behavioral therapy (CBT) are often required to reprogram the player’s mental model and overcome the negative feedback loop.
Note: The lack of widespread medical recognition implies that effective strategies remain an area of ongoing research and player experimentation. Community-developed strategies and anecdotal evidence play a significant role in improving in-game performance.
How fast would you fly if the Earth stopped spinning?
The Earth’s rotation is approximately 1,000 mph (1,600 km/h) at the equator. A sudden stop wouldn’t result in *you* flying at that speed. The atmosphere possesses significant inertia. It would continue moving at roughly the same speed as the Earth’s surface previously did, resulting in catastrophic, planet-wide winds exceeding any hurricane imaginable. Your hypothetical bunker, regardless of its material, would face immediate obliteration from these hyper-winds.
Consider these factors:
- Atmospheric friction: The immense kinetic energy of the atmosphere needs to be dissipated. This would translate into unprecedented levels of friction, generating unimaginable heat.
- Tsunami effects: The oceans, also possessing inertia, would continue moving at high speeds, creating tsunamis dwarfing anything ever recorded, inundating almost all coastal regions.
- Seismic activity: The sudden cessation of rotation would cause massive tectonic shifts, generating earthquakes of unimaginable magnitude, capable of reshaping the planet’s geography.
- Coriolis effect disruption: The abrupt disappearance of the Coriolis effect would have far-reaching consequences on weather patterns, ocean currents, and potentially even the planet’s magnetic field.
Your survival in any structure, no matter how robust, is statistically impossible. The scale of destruction would be total and utter.
In short: Ron White’s humor highlights a critical point; it’s not just the speed, but the *object* and its interaction with the environment that determines the outcome. In this case, the “what” – the atmosphere, oceans, and tectonic plates – will be responsible for global devastation, rendering any concern about personal flight speed irrelevant.
What regulates the day night cycle?
Understanding the Day-Night Cycle: Your Internal Clock
The day-night cycle, also known as the circadian rhythm, is regulated by a sophisticated internal biological clock. In vertebrates, this master clock resides in the brain.
The Suprachiasmatic Nucleus (SCN): Your Brain’s Timekeeper
- The SCN, a tiny region within the hypothalamus, is the primary regulator of circadian rhythms. It’s a cluster of nerve cells receiving direct input from the eyes.
- Light exposure, especially blue light, is the most powerful external cue influencing the SCN.
Melatonin: The Hormone of Darkness
- Based on light levels detected by the eyes, the SCN regulates the production of melatonin, a hormone that promotes sleepiness.
- Melatonin levels are typically low during the day and rise sharply in the evening, signaling to the body it’s time to sleep.
- This fluctuation in melatonin helps regulate sleep-wake cycles, body temperature, hormone release, and other vital bodily functions.
Beyond the SCN: A Network of Clocks
While the SCN acts as the central pacemaker, other peripheral clocks exist in various organs and tissues throughout the body. These peripheral clocks synchronize with the SCN, contributing to the overall regulation of circadian rhythms. They are influenced by the SCN but also by local environmental cues such as mealtimes.
Disruptions to the Circadian Rhythm: Implications for Health
- Jet lag: Rapid time zone changes disrupt the synchronization of the SCN and peripheral clocks.
- Shift work: Working irregular hours can lead to chronic misalignment of the circadian rhythm.
- Light pollution: Exposure to artificial light at night can suppress melatonin production and disrupt sleep.
Maintaining a Healthy Circadian Rhythm: Practical Tips
- Regular sleep schedule: Go to bed and wake up around the same time each day, even on weekends.
- Minimize light exposure before bed: Avoid screens and bright lights in the evening.
- Maximize sunlight exposure during the day: Get at least 15 minutes of sunlight in the morning.
