Name: Sun Path Widget
Rating: 4.3 (12 reviews)
Author: Trudelta

This widget displays the current position and path of the sun through the sky, as well as sunrise, sunset and solar noon times. This is of interest to photographers and solar power professionals.

# Features
* 2D azimuth and altitude angle plot of the sun path at your location
* Shows current sun position relative to your location (solid circle)
* Current sun azimuth angle shown as a dotted radial line (orange during the day, blue during twilight period)
* Shows sunrise, sunset time (12/24 hour format)
* Shows solar noon time (12/24 hour format)
* Shows current period (day, civil twilight, nautical twilight, astronomical twilight, or night) based on sun altitude angle
* Option to show south at the top of the plot (useful for locations in northern hemisphere)
* Directional compass indicator (when a GPS signal is available)

# Usage
The azimuth angle compass bearing of the sun measured clockwise from north.  For example, an azimuth angle of 90 degrees, means that the sun is due east relative to your position.
The altitude angle is the angle above the horizon of the sun.  For example, an altitude angle of 0 degrees means that the center of sun is directly on the horizon.  An altitude angle of 90 degrees means that the sun is directly over your head.
The 2D azimuth and altitude angle plot of the sun path is in spherical co-ordinates.  The polar angle represents the azimuth angle of the sun, and the concentric circles growing inward represent the elevation angle (0 deg to 80 deg are drawn).  Therefore, the closer the sun is to being directly over your head (altitude angle of 90 degrees) the closer the sun position marker is to the center of the plot.
See here for more detail: https://www.timeanddate.com/astronomy/horizontal-coordinate-system.html
See here for more info on sun path diagrams: https://sustainabilityworkshop.venturewell.org/node/1515.html

Solar noon occurs when the altitude angle has reached the highest point for the day.  At this point, the azimuth angle is either 180 (due south) if you are in the northern hemisphere or 0 (due north) if you are in the southern hemisphere. This is the horizontal center of the plot.

# PRO Version Features
* Shows 2D azimuth and altitude angle plot of the sun path for summer and winter solstice
* Numerical display of current azimuth and altitude angles
* Shows sun position at the top of each daylight hour (open circle)
* Current sun azimuth angle during the night shown as a grey dotted radial line
* Specify a custom location. To use this, enable the "Use custom lat/long position" setting, enter values in decimal degrees for the custom latitude and longitude values, and set the UTC offset for the new position.  This will display the sunset, sunrise and solar noon times in the local time of the new position.
* Displays daylight hours, solar time, moon phase, moon illumination %, moonrise and moonset times

# Payment
For the PRO version, use this link to pay US$1.98 via Stripe (no account required; credit card, Apple Pay, Google Pay accepted). https://buy.stripe.com/28o01F4fW7sN5os9DC

Alternative payment via Paypal: https://www.paypal.com/paypalme/trudelta/1.98USD
Important instructions to get your unlock code quickly: https://ko-fi.com/post/Payments-via-PayPal-Z8Z6AIK78
Payment via Stripe is recommended because you will get your unlock code immediately on the payment confirmation screen.

If you don't get a reply within 8 hours, see here for help: https://ko-fi.com/post/Common-causes-for-not-receiving-your-unlock-code-N4N8BUEGH

Sun Path Widget

このウイジェットは太陽の現在位置と一日の軌道及び日の出、日の入り、正午時間を表示する。これは写真家や太陽光発電のプロフェッショナルに関心があると思います。

# 特徴と機能
* 現在位置から見る2D方位角と高度角の図
* 現在位置から見るの太陽の位置を表示する (塗りつぶされた円)
* 現在の太陽の方位角を放射状の点線として表示する (昼間にオレンジ色、黄昏時に青色)
* 日の出、日の入り時間を表示する (12又は24時間フォーマット)
* 正午時間を表示する  (12又は24時間フォーマット)
* 高度角による現在の期間を表示する (昼間, 民間の夕暮れ、航海の夕暮れ、天文上の夕暮れ、又は夜) 
* 真南を図の上に表示するオプション (北半球の位置に役に立つ)
* 方位磁針(GPS電波が受信している場合)

# 使い方
The azimuth angle compass bearing of the sun measured clockwise from north.  For example, an azimuth angle of 90 degrees, means that the sun is due east relative to your position.
The altitude angle is the angle above the horizon of the sun.  For example, an altitude angle of 0 degrees means that the center of sun is directly on the horizon.  An altitude angle of 90 degrees means that the sun is directly over your head.
The 2D azimuth and altitude angle plot of the sun path is in spherical co-ordinates.  The polar angle represents the azimuth angle of the sun, and the concentric circles growing inward represent the elevation angle (0 deg to 80 deg are drawn).  Therefore, the closer the sun is to being directly over your head (altitude angle of 90 degrees) the closer the sun position marker is to the center of the plot.
See here for more detail: https://www.timeanddate.com/astronomy/horizontal-coordinate-system.html
See here for more info on sun path diagrams: https://sustainabilityworkshop.venturewell.org/node/1515.html

Solar noon occurs when the altitude angle has reached the highest point for the day.  At this point, the azimuth angle is either 180 (due south) if you are in the northern hemisphere or 0 (due north) if you are in the southern hemisphere. This is the horizontal center of the plot.

# 有料版の機能
* 夏至と冬至の太陽の軌道図を表示する
* 方位角と高度角を数字で表示する
* 昼間の各時間の先頭の太陽の位置を表示留守 (〇)
* 夜の時間に太陽の方位角を灰色の放射状の点線として表示する
* カスタムの位置を指摘可能。使用方法：「カスタムの緯度と経度を使用する」という設定を有効にし、緯度と経度を10進度として、カスタムの緯度とカスタムの緯度に入力し、カスタムの位置のUTCオフセットする。これは日の出、日の入り、正午時間を現地時間として表示する。
* 日照時間、太陽時間、月相、月照度 %、月の出、月の入りの時刻を表示する

# Payment/Donation
プロ版を購入する場合は、次のリンクで、米ドル$1.99を送金して下さい (アカウント不要、クレジットカード、Apple Pay、Google Pay可能。 https://buy.stripe.com/28o01F4fW7sN5os9DC

PayPalの支払いはこのリンクを使って下さい： https://www.paypal.com/paypalme/trudelta/1.98USD
重要：どのアプリをご購入するか、支払いの時に備考を入力してください。

太陽の軌道図

This widget displays the current position and path of the sun through the sky, as well as sunrise, sunset and solar noon times. This is of interest to photographers and solar power professionals.

# Features
* 2D azimuth and altitude angle plot of the sun path at your location
* Shows current sun position relative to your location (solid circle)
* Current sun azimuth angle shown as a dotted radial line (orange during the day, blue during twilight period)
* Shows sunrise, sunset time (12/24 hour format)
* Shows solar noon time (12/24 hour format)
* Shows current period (day, civil twilight, nautical twilight, astronomical twilight, or night) based on sun altitude angle
* Option to show south at the top of the plot (useful for locations in northern hemisphere)
* Directional compass indicator (when a GPS signal is available)

# Usage
The azimuth angle compass bearing of the sun measured clockwise from north.  For example, an azimuth angle of 90 degrees, means that the sun is due east relative to your position.
The altitude angle is the angle above the horizon of the sun.  For example, an altitude angle of 0 degrees means that the center of sun is directly on the horizon.  An altitude angle of 90 degrees means that the sun is directly over your head.
The 2D azimuth and altitude angle plot of the sun path is in spherical co-ordinates.  The polar angle represents the azimuth angle of the sun, and the concentric circles growing inward represent the elevation angle (0 deg to 80 deg are drawn).  Therefore, the closer the sun is to being directly over your head (altitude angle of 90 degrees) the closer the sun position marker is to the center of the plot.
See here for more detail: https://www.timeanddate.com/astronomy/horizontal-coordinate-system.html
See here for more info on sun path diagrams: https://sustainabilityworkshop.venturewell.org/node/1515.html

Solar noon occurs when the altitude angle has reached the highest point for the day.  At this point, the azimuth angle is either 180 (due south) if you are in the northern hemisphere or 0 (due north) if you are in the southern hemisphere. This is the horizontal center of the plot.

# PRO Version Features
* Shows 2D azimuth and altitude angle plot of the sun path for summer and winter solstice
* Numerical display of current azimuth and altitude angles
* Shows sun position at the top of each daylight hour (open circle)
* Current sun azimuth angle during the night shown as a grey dotted radial line
* Specify a custom location. To use this, enable the "Use custom lat/long position" setting, enter values in decimal degrees for the custom latitude and longitude values, and set the UTC offset for the new position.  This will display the sunset, sunrise and solar noon times in the local time of the new position.
* Displays daylight hours, solar time, moon phase, moon illumination %, moonrise and moonset times

# Payment
For the PRO version, use this link to pay US$1.98 via Stripe (no account required; credit card, Apple Pay, Google Pay accepted). https://buy.stripe.com/28o01F4fW7sN5os9DC
如需通过微信或支付宝付款，请使用此链接：https://buy.stripe.com/28o01F3bScN7bMQ9ES

Alternative payment via Paypal: https://www.paypal.com/paypalme/trudelta/1.98USD
Important instructions to get your unlock code quickly: https://ko-fi.com/post/Payments-via-PayPal-Z8Z6AIK78
Payment via Stripe is recommended because you will get your unlock code immediately on the payment confirmation screen.

If you don't get a reply within 8 hours, see here for help: https://ko-fi.com/post/Common-causes-for-not-receiving-your-unlock-code-N4N8BUEGH

This widget displays the current position and path of the sun through the sky, as well as sunrise, sunset and solar noon times. This is of interest to photographers and solar power professionals. Для пользователей в России, пожалуйста, перейдите по этой ссылке для способа оплаты: https://boosty.to/trudelta

# Features
* 2D azimuth and altitude angle plot of the sun path at your location
* Shows current sun position relative to your location (solid circle)
* Current sun azimuth angle shown as a dotted radial line (orange during the day, blue during twilight period)
* Shows sunrise, sunset time (12/24 hour format)
* Shows solar noon time (12/24 hour format)
* Shows current period (day, civil twilight, nautical twilight, astronomical twilight, or night) based on sun altitude angle
* Option to show south at the top of the plot (useful for locations in northern hemisphere)
* Directional compass indicator (when a GPS signal is available)

# Usage
The azimuth angle compass bearing of the sun measured clockwise from north.  For example, an azimuth angle of 90 degrees, means that the sun is due east relative to your position.
The altitude angle is the angle above the horizon of the sun.  For example, an altitude angle of 0 degrees means that the center of sun is directly on the horizon.  An altitude angle of 90 degrees means that the sun is directly over your head.
The 2D azimuth and altitude angle plot of the sun path is in spherical co-ordinates.  The polar angle represents the azimuth angle of the sun, and the concentric circles growing inward represent the elevation angle (0 deg to 80 deg are drawn).  Therefore, the closer the sun is to being directly over your head (altitude angle of 90 degrees) the closer the sun position marker is to the center of the plot.
See here for more detail: https://www.timeanddate.com/astronomy/horizontal-coordinate-system.html
See here for more info on sun path diagrams: https://sustainabilityworkshop.venturewell.org/node/1515.html

Solar noon occurs when the altitude angle has reached the highest point for the day.  At this point, the azimuth angle is either 180 (due south) if you are in the northern hemisphere or 0 (due north) if you are in the southern hemisphere. This is the horizontal center of the plot.

# PRO Version Features
* Shows 2D azimuth and altitude angle plot of the sun path for summer and winter solstice
* Numerical display of current azimuth and altitude angles
* Shows sun position at the top of each daylight hour (open circle)
* Current sun azimuth angle during the night shown as a grey dotted radial line
* Specify a custom location. To use this, enable the "Use custom lat/long position" setting, enter values in decimal degrees for the custom latitude and longitude values, and set the UTC offset for the new position.  This will display the sunset, sunrise and solar noon times in the local time of the new position.
* Displays daylight hours, solar time, moon phase, moon illumination %, moonrise and moonset times

# Payment/Donation
For the PRO version, use this link to pay US$1.98 via Stripe (no account required; credit card, Apple Pay, Google Pay accepted). https://buy.stripe.com/28o01F4fW7sN5os9DC

Alternative payment via Paypal: https://www.paypal.com/paypalme/trudelta/1.98USD
Important instructions to get your unlock code quickly: https://ko-fi.com/post/Payments-via-PayPal-Z8Z6AIK78
Payment via Stripe is recommended because you will get your unlock code immediately on the payment confirmation screen.

If you don't get a reply within 8 hours, see here for help: https://ko-fi.com/post/Common-causes-for-not-receiving-your-unlock-code-N4N8BUEGH