Sky Anleitung

Review of: Sky Anleitung

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On 12.11.2020
Last modified:12.11.2020


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Sky Anleitung

3. High-Speed-HDMI-Kabel. 4. Netzteil mit Kabel. 5. Installationsanleitung,. Sicherheitshinweise und grundlegende Informati- onen. Installations- anleitung. Lieber Sky Kunde, erleben Sie großartiges Fernsehen in brillanter Qualität – wann immer Sie wollen, auch auf Abruf mit Sky On Demand. Ihr Sky+. Pro. Ärgerst du dich hier und da über deinen Sky-Q-Receiver? Dann schau dir mal diese 13 Tipps & Tricks an. Vielleicht ist dein Problem dabei.

Online Handbücher zu Geräten von Sky

Ärgerst du dich hier und da über deinen Sky-Q-Receiver? Dann schau dir mal diese 13 Tipps & Tricks an. Vielleicht ist dein Problem dabei. High-Speed-HDMI-Kabel. Netzteil mit Kabel. Installationsanleitung,. Sicherheitshinweise und grundlegende. Informationen. Installations- anleitung. Sicherheits-. Lieber Sky Kunde, erleben Sie großartiges Fernsehen in brillanter Qualität – wann immer Sie wollen, auch auf Abruf mit Sky On Demand. Ihr Sky+. Pro.

Sky Anleitung Asia/Pacific Video

Sky Q - Tutorial - Fernbedienung mit TV koppeln

Page Throttle Curve rudder will move 2. Set the offset, the offset changes the center of the slave channel in relation to the master.

Page Throttle Hold 5. Setup: 1. Use the "OK" key to change between settings. Use the "UP" and "DOWN" keys to turn the function on or off and increase and decrease the hold percentage.

Page Helicopter Function FS-l6 Digital Proportional Radio Control System 6. Helicopter Functions 6. Page System 7.

System 7. The system can store up to 20 models. Page Student Mode FS-l6 Digital Proportional Radio Control System 7.

Page Aux Switches 7. This is usually done when a new switch or knob has been. Use the "OK" key to cycle through the selection of switches and knobs.

Page Rx Setup FS-l6 Digital Proportional Radio Control System 8 RX Setup 8. The available protocols are: RF Protocol Receiver AFHDS R9B,R6B,R6C,GR3E,GR3F AFHDS 2A A3, A6,X6, iA4B, iA6, iA6B, iA10, iA10B Switching Between AFHDS 2A and AFHDS: 1.

Page Sensors List Use the "UP" and "DOWN" to choose a channel and press "OK" to enter its failsafe settings. Use the "UP" and "DOWN" to turn the failsafe on or off.

Move the channels control surface to the desired position and hold the "CANCEL" key to confirm and exit. Page Asl Pressure FS-l6 Digital Proportional Radio Control System 8.

When an altitude sensor is connected, change the [Air pressure] setting until the altitude is at 0m. Page System Customization 9.

System Customization The FS-i6X's switches and knobs can be moved to other channels. Or if using receivers with more channels, the system can be expanded with extra switches or knobs.

By default, from left to right, the switches and knobs are channels 5, 6, 7, 8, 9 and On the circuit board each channel is labled, making it easy to find the correct channel.

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With SkySafari Plus, you can leave Earth's surface behind. Tap the Orbit button to fly into orbit around other objects in the Solar System, and beyond it.

Follow eclipses, occultations, and transits in Earth's sky - and beyond! View the planets and their moons as only NASA space probes have - even label every crater on them.

SkySafari Plus adds wired or wireless control for Celestron, Meade, Orion, SkyWatcher, and many other computerized telescopes.

Plan observing sessions with Observing Lists, log your observations into them, and share them with friends. More astronomers use SkySafari for telescope control than any other app!

SkySafari Pro has the largest database of any astronomy app, period. It contains everything in SkySafari Plus, and adds over 1.

It simulates the view from anywhere in the solar system - or beyond it - at up to a million years in the past or future.

SkySafari Pro includes NASA's latest Moon and Mars maps, with 8x the resolution of any other SkySafari version.

It's an astronomical encyclopedia, with over encyclopedic descriptions of the constellations, stars, and planets written by professionals.

And it includes images from NASA space missions, the Hubble Space Telescope, and the world's foremost astro-photographers - now in breathtaking high definition on your iPad!

SkySafari Pro will revolutionize your astronomical viewing experience, and replace desktop astronomy software costing ten times more.

If you're serious about astronomy, it's a deal you can't afford to miss. The Sky Chart view is the primary screen of SkySafari.

It consists of the Time and Location bar at the top, the main Sky Chart in the middle, and a Menu bar along the bottom. The first time your run SkySafari, the program will ask if you want to retrieve your current location using the GPS or network location capabilities built into your iOS or Android device.

You can always change these settings later, using the main Settings view. The status bar at the top of the screen displays the current date, time and location used by the application to depict the night sky.

These values may be changed using the Settings view. After you tap on an object, the status bar also shows an object's common name, catalog number, magnitude, type, and constellation for a few seconds.

You can get this information back by tapping the status bar again. You can still get more detailed information on the object by tapping the "Info" button in the toolbar, or by double-tapping on the object itself.

The menu bar contains buttons to bring up commonly-used functions and other secondary views used by SkySafari.

These include Search , Object Info , Center , Orbit , Settings , Time Flow , Compass , Night Vision , SkyWeek , Scope Control , and Help.

Android users can toggle the menu bar by tapping the hardware Menu button on their device. Tip: On the iPhone, iPod touch, and Android phones with small screens, you can swipe the menu bar left or right to access more items.

A small arrow by the left- or right-most icon indicates there are more items in that direction.

Users of SkySafari on iOS can also change the icon order using the Appearance panel in the Settings. The sky chart shows an accurate depiction of the sky.

The information displayed is highly configurable, and may be changed in the SkySafari Settings views. The sky chart shows the location of the stars, planets, and deep sky objects star clusters, nebulae, and galaxies as seen from your date, time, and location.

Tap an object on the sky chart to select it. If there are multiple objects next to each other and the first tap selects the wrong object, tap again and SkySafari will select an alternate object nearby.

Once you have selected an object, double-tap it or tap the Info button in the menu bar to bring up the Object Info view. The Object Info view shows numerical data for the object, as well as English-language descriptions and images for many of the brighter objects in the sky.

The cardinal directions east, northeast, north, etc. In SkySafari Plus and Pro, you can double-tap the screen to measure the distance between objects.

Double-tapping shows a line between your selected object and the object where you double-tapped. The angular distance in the sky between the objects is shown at the end of the line, as well as the physical distance between those objects in space if known.

You can drag the end of the line to measure from your selected object to other objects on the screen.

Touch the chart and drag to change the direction you are looking in the sky. You can pinch with two fingers to change the field of view shown in the chart.

You can zoom the field of view from degrees, showing you the whole sky at once, down to 0. This is much easier than pinching and zooming, especially when you're trying to zoom in or out by a factor of x or more!

The coordinates of the chart's center, and the width and height of the field of view, are displayed at the top of the chart.

Popup Control Panels: In SkySafari Plus and Pro, tap the coordinates or field of view at the top of the sky chart to display a popup control panel which quickly lets you change these items.

Tap the field of view at the top right corner of the sky chart to quickly change the field of view from 1 to degrees, show field-of-view indicator rings, and flip the chart horizontally or vertically to match the view seen through your telescope's eyepiece.

The search view lets you search for objects, by typing their names, or by choosing them from lists. In SkySafari Plus and Pro, the Search view also lets you manage observing lists, which are lists of objects that you can create and edit yourself.

Observing lists help you plan your observing sessions, and record logs of your observations. At the top of the list view is a search field.

Enter all or the first part of an object's name; then tap the Search button to display a list of matching objects. For example, if you search for "Saturn", SkySafari will find both the planet Saturn and the Saturn Nebula.

You can search for an object using any of its catalog designations. For example, the Andromeda Galaxy can be found as M31, NGC , UGC , PGC , MCG or CGCG Likewise, the double star Porrima can be found as Gamma Virginis, 29 Vir, HR , SAO , BD , HIP , STF , ADS or WDS You can find all objects in a particular catalog by entering just the catalog name or its standard abbreviation For example, you can find all the Caldwell objects by searching for just "Caldwell" or "C" without a specific object number.

All of the objects matching your search will be displayed in the list of results. Objects below the horizon are dimmed, but still selectable.

Choose a specific object from that list to bring up the Object Info view for that object. If there is only one object which matches the name you entered, the Object Info will be shown immediately, without a list of search results since that list would contain only one item!

In SkySafari Plus or Pro, you can search for objects based on properties other than their name s or catalog number s.

For example, you could search for all galaxies in Virgo brighter than magnitude 10, or all asteroids more than 45 degrees above the horizon.

Please Note: this feature is not available in the basic version of SkySafari. To search for objects this way, tap the Advanced Search item below the text entry field.

Then select the following:. Object Types: the kind s of objects you want to find - for example, Stars, Open Clusters,.

Bright Nebulae, Galaxies, Planets, or Comets. You can choose more than one object type.. Range Restrictions: the limits for properties of objects you want to find.

Enter the minimum value in the left, and the maximum on the right. For example, to find objects with a magnitude between 4 and 5, enter "4" on the left and "5" on the right under Magnitude.

If you leave any field blank, no limit will be applied to that value. For example, you can search for all objects closer than 10 light years by leaving the left side blank no minimum distance , and entering 10 on the right side maximum distance 10 light years under Distance.

Constellation: the constellation where you want to find objects. For example, to find only objects in Orion, choose Orion from the constellation list.

If you want to find objects in any constellation, turn the wheel to "All Constellations" the default. Finally, tap Search at the bottom of the view.

Your results will be displayed in an object list, just as if you'd searched for them by name. This section contains lists of the most commonly-known objects in the sky e.

Choose a list to display the most commonly-known objects in that category. For example, the Planets list shows the major planets in our solar system; the Brightest Stars list shows the brightest stars in the sky; the Messier Objects list shows the most famous star clusters, nebulae, and galaxies, etc.

Objects currently above the horizon are listed with a brighter text color. Objects below the horizon are dimmed, but you can still select them.

Choose a specific object from this list to bring up the Object Info view. This view displays basic information about the object, and contains buttons to center it in the sky chart or in your telescope's field of view.

Tonight's Best is a list of the best objects that will be visible between tonight's dusk and tomorrow's dawn. The objects in this list change depending on your location, and on the date.

An object must reach at least six degrees above the horizon between astronomical dusk and dawn to be included in this list.

In SkySafari's basic version, Tonight's Best list includes only brightest stars and planets visible to the naked eye, and the brightest and best-known deep sky objects that can be seen with a pair of binoculars.

SkySafari Plus and Pro add the best double and variable stars, star clusters, nebulae, and galaxies visible in small backyard telescopes.

A few objects of extreme astrophysical or historical importance are also in the list, even if they're difficult or impossible to see in a backyard telescope - like Barnard's Star, Halley's Comet at least until , and Eris - the "dwarf planet" which dethroned Pluto as the solar system's outermost planet.

Objects in the list are sorted by their transit times, giving you a natural order in which to observe them. If you are viewing Tonight's Best list during daylight hours, many objects toward the end of the list may not have risen yet, and so are dimmed in the list.

Similarly, if you are viewing Tonight's Best list in the early hours before dawn, objects near the start of the list may have already set, and so are also dimmed.

In SkySafari Plus and Pro, a button labelled Make Observing List appears below the list of search results, below all common objects lists, including Tonight's Best.

You can tap this button to convert your list of search results, or the common object list, or the Tonight's Best list, into a custom observing list.

Custom observing lists keep track of objects you want to observe, and record logs of your observations. By default, SkySafari comes with a single, empty observing list called "My Favorites".

To create additional lists, tap the Create New Observing List button at the bottom of the Search view. Please Note: this feature is only available in SkySafari Plus and Pro.

For more information on observing lists, see the Observing Lists Help section. On iOS, tap the Edit button at the top of the screen. Then tap and drag the "grip" icon on the right side of the list to move it around the screen.

Tap and drag the - minus icon on the left side of the list to delete it. Tap the End Edit button at the top of the screen when you're finished. On Android, tap the Edit link at the top of the screen.

Then tap the observing list you want to move or delete. When finished, tap the End Edit link at the top of the screen. To move or delete items inside an observing list, use the same techniques after you've tapped on an individual list to view the items within it.

In SkySafari Plus and Pro, you can change the way objects in a list are sorted. You can do this both with common object lists, and custom observing lists.

To change the way a list is sorted, first tap the Settings at the top of the list. Then choose the value to sort the objects by. You can highlight objects in a list, to show their distribution in the sky.

To highlight a list of objects, first tap the Settings at the top of the list. Then turn on the Highlight Objects switch at the top of the settings.

Objects in that list will then be highlighted with blue circles in the sky chart. The objects will be highlighted even if they are fainter than the sky chart's current magnitude limit, so you can easily find them.

Only one object list can be highlighted at a time. If you turn on the Highlight Objects switch for one list, SkySafari will turn it off for all other object lists.

When the Highlight Objects switch is turned on, a small list icon appears in the sky chart, right above the middle of the toolbar.

Tapping this icon gives you the following choices:. Show List: Returns you to the currently-highlighted object list, right at the point you last viewed the list.

Select Next Object: Selects and pans to the next object in the list following the currently selected object. Surprise Me: Selects and pans to a random object in the list that is currently above the horizon.

The Object Info view shows a variety of information about the selected object. It also contains English-language description and images of several hundred of the brightest and best-known objects in the sky.

Swipe the Object Info view left to see the description; swipe right to return to the object data. On iPads and other tablets, images are displayed in-line with object descriptions.

On phones or other devices with smaller screens, you can tap on image links embedded in the descriptions to show full-screen images. Buttons at the bottom of the view let you center the object in the sky chart, slew or align your telescope to the object, or - in SkySafari Plus and Pro - go into orbit around the object!

The exact information displayed depends upon the type of object you have selected e. At a minimum, SkySafari displays the following information for the object you selected:.

Catalog Numbers - the object's numerical designation s in the catalogs of stars and deep sky objects most commonly used by astronomers.

The object's best-known catalog numbers are listed first. Apparent Size or Separation - how large the object appears in the sky, or the component separation for double stars; measured in arcminutes ' or arcseconds ".

The full moon appears about 30 arcminutes across. Double stars are typically separated by a few arcseconds.

Visual Magnitude - how bright the object appears in the sky; smaller numbers imply a brighter object. Sirius, the brightest star in the sky, is magnitude Distance - the distance to the object, if it is known.

For solar system objects, the distance is displayed in miles, kilometers, or Astronomical Units; 1 AU is the distance from the Earth to the Sun, or about For stars and deep sky objects, the distance is given in light years or parsecs.

One light year, the distance light travels in a year, is about 63, AU. One parsec is the distance from which the Earth's orbit appears 1 arcsecond in radius, and equals about 3.

RA and Dec - the object's Right Ascension and Declination describe its position in the Equatorial coordinate system used with printed star atlases.

The Equatorial coordinate system rotates with the Earth, so the object's RA and Dec do not change unless the object itself is moving! Azimuth and Altitude - the object's coordinates in the local Horizon coordinate system describe its current position in the sky.

As the Earth turns, the object appears to move across the sky, so these coordinates change even if the object itself is not moving. Rise and Set Times - when the object appears on the horizon for the current local day.

Depending on your current latitude, and the object's declination, the object may not set e. Polaris seen from the northern hemisphere ; or it may not rise e.

Transit Time - if the object is visible from your location on the current date, the transit time is when the object crosses the meridian and appears highest in the sky.

Angular Separation - SkySafari Plus and Pro show the object's angular separation and position angle from the Sun, from the last object you selected, and from the chart center.

In SkySafari Plus and Pro, when you're in orbit around another solar system object, the Object Info view provides all information about an object as it is seen from your perspective in orbit.

For example, it gives the constellation in which the object appears, and the object's visual magnitude and distance, as seen from your simulated location in space - not as seen from Earth.

Events with a specific time have a small clock icon on the right. Tapping the clock will take you to that time and center the selected object, allow you to see the simulated event in the sky chart.

Along the bottom of the Object Info view are other buttons which let you center the object in the sky chart, go into orbit around it, slew your telescope to the object, or align the scope on the object.

Center - this button centers the object in the sky chart. See the Center button Help for more information.

Instead, an arrow appears, leading you toward the selected object. Move your phone in the direction of the arrow to center the object in the field of view.

When the object is centered, the arrow disappears, and your phone will be pointing toward the object's position in the sky.

Orbit - this button lets you leave Earth and orbit the object, if it's a solar system object. See the Orbit button Help for more information.

Please Note: this button is only present in SkySafari Plus on Pro! GoTo and Align - If you have connected with a GoTo telescope using your mobile device's Wi-Fi or bluetooth capability, or with SkyWire, additional buttons appear.

These let you slew GoTo the object with your telescope, or to Align your telescope on the object. See the Scope Control view for more information about this.

Observe - Tap this button to add the object to an observing list, log a new observation of the object, view all your logged observations of the object or to download a Deep Sky Survey DSS image of the object.

If you are adding an object to an observing list you only have one list, the object will be added to that list. If you have more than one list, SkySafari will let you choose which list you want to add the object to.

See the Observing Lists Help for more information. Galaxy View helps you visualize the 3-D location of stars and deep sky objects. The face-on image is an artist's rendition based on recent data from the Spitzer Space Telescope looking down from above the north galactic pole.

Objects in the left, face-on view are always drawn overlaid on the galactic disk so they will be visible. This does not imply the object is actually in the northern galactic hemisphere.

You should consult the right, edge-on view to see which hemisphere the object is actually in. If Galaxy View is shown from the Object Info, the current object's location in the Galaxy is shown.

You can also show the Galaxy view from the highlighted list's icon along the bottom of the chart. In this case, all objects in the highlighted list are show in the view.

In either case, if an object is outside the current field of view, a blue line is drawn in the direction it will be found. Share: Takes a snapshot of the view that may then be shared with others through Email, Facebook, iCloud Photo Sharing, etc.

Auto Zoom: If the selected object is outside the viewable area, this will will zoom out to make the object visible. If the selected object is very close to the Sun at the current zoom level, the command will zoom in to display the object better in relation to the Sun.

Show Constellation Sectors: Divides the Milky Way galaxy in the neighborhood of the Sun into sectors, where each sector corresponds to the Milky Way constellation you would see when looking in that direction.

Showing the constellation sectors allows you to better understand which part of the Milky Way galaxy you are looking at when observing within a particular Milky Way constellation.

This spiral arm is appropriately called the Sagittarius Arm. This is looking in the direction toward which the Galaxy is rotating.

When viewing the Milky Way in Auriga and Orion you are looking directly away from the galactic center, back through our own spiral arm.

Center On Selected Object: Centers the view on the selected object's location in the Galaxy. The Center button centers the selected object in the sky chart.

Use this button if the selected object has moved off screen, and you want to re-center it in the field of view.

The selected object will stay centered if you zoom in or out, or animate the sky chart using the Time Flow controls.

If turned off, the chart jumps instantly to objects when you center them. Please Note: this feature is only available in the SkySafari Plus and Pro.

The Time button in the main Sky Chart toolbar displays a set controls which let you flow the date and time dynamically, or adjust it step-by-step.

Tap the Time button to show these controls; tap it again to hide them. When visible, the time flow controls contain the following items:.

Current Time Label: The chart's current date and time is shown at the top of the panel. If there is an underlined segment, this indicates the time unit that will be used for flowing or stepping time e.

Time Flow Arrows: In the middle of the panel is a set of VCR controls lets you start and stop the flow of time.

Tap the rightmost arrow to start the flow of time continuously forward; tap the leftmost arrow to flow time continuously backward.

Tap either of these arrows to stop the flow of time. Time Step Arrows: The central arrows adjust the time by a single step, equal to the time unit you have selected underneath.

For example, if you selected 1 day as the time unit, tapping the center right arrow will move the time forward by 1 day - but it will not continuously run the time by one day.

Now Button: Stops the flow of time, and returns to the current date and time indicated by your device's internal clock. Time Units Button: The button in the lower left shows the time unit you will change time by when stepping or flowing time.

Tapping the button brings up a panel where you can change the time unit. The unit can also be quickly changed by tapping the corresponding part of the time label at the top of the panel.

For example you would tap the day part of the time and date to change the unit to days. In SkySafari Plus and Pro, the number in the time unit button is a multiplier applied to the time unit.

You can tap the button to enter a new multiplier with the numeric keypad - for example: 10 minutes, 7 days, seconds one sidereal day , or Please Note: in the basic version of SkySafari, you can only use time steps of exactly one minute, one day, etc.

You'll find that different astronomical phenomena are best simulated using different time units. For example:.

Day - best for showing the motion of the planets against the background stars, as they and we! Year - best for showing the orbital motion of binary star systems like Sirius and Alpha Centauri.

Time flow is temporarily paused when another view like Search, Object Info, or Settings is present. You can also use the Settings to change the simulated date and time.

If you are using SkySafari to control a telescope, we do not recommend using Time Flow while the telescope is connected - simulating a view other than the current date and time may result in pointing the telescope at the wrong place in the sky!

The Scope Control view lets you connect to your telescope and control it. Before connecting, select your telescope type and communication options in the Settings, under Scope Setup.

By default, SkySafari's uses a "Demo" telescope. This is a dummy virtual telescope that lets you to use the controls without having a real scope connected.

To connect to a real telescope, choose the telescope type and communication parameters in the Settings. Please note: you can't use SkySafari's telescope controls when you are orbiting another object in the solar system.

To use them, first return home to Earth. After setting up your telescope in the Settings, tap the Scope button in the toolbar to show the Scope Control view at the bottom of the screen.

The Scope Control view contains a button which lets you connect or disconnect from the scope. Connect: This button opens a connection to your telescope.

If you're using an iPhone, iPad, or iPad touch with our SkyWire serial accessory, then SkySafari will use SkyWire for telescope communication.

If you are using an Android device with a paired bluetooth serial adapter, then SkySafari will use bluetooth for telescope communication.

Otherwise, SkySafari will use Wi-Fi for wireless telescope communication. Connect and Align: This button only shows when connecting to a Celestron WiFi telescope.

Tapping it will connect and then guide you though an alignment process. Once you've connected, this button's title will change to Disconnect.

Tapping it will end your telescope control session. Before tapping the Connect button, make sure you've selected the correct telescope type and communication options in the Settings.

Make sure the scope is powered on, and any necessary alignment procedures are completed. Consult your telescope manual for details on the scope's alignment procedure.

After connecting, the sky chart is centered where SkySafari thinks the scope is pointing, as reported by your telescope. If this is wrong, your telescope is probably not star-aligned correctly.

While you're connected to a telescope, the Compass or Gyro button in the toolbar will be turned off. The sky chart cannot be centered on the telescope, and centered on the compass, at the same time.

Once your telescope is connected, arrow buttons appear on the sides of the screen. The status bar expands to show the scope's coordinates and target object.

The arrow buttons let you move the scope directionally. A motion rate slider appears, to ket you control how fast the directional motion occurs. To select an object in the sky chart, tap on it, or use the Search view.

While a GoTo is in progress, this button's title changes to "Stop", and pressing it will issue a command to stop the currently-in-progress GoTo.

You can use this as an "emergency stop" if the telescope is in danger of hitting something, or if you have accidentally slewed to the wrong object.

Note that not all telescopes support GoTo commands, and that you cannot GoTo an object which is below the horizon. Align: This synchronizes the scope to coordinates of the selected object.

The bullseye indicator in the sky chart shows where the telescope thinks it is pointing. If that appears incorrect, the scope and the software must be synchronized.

To do this:. Physically point the scope at a real star in the sky, using SkySafari's arrow buttons or the scope control panel.

Center the object in the eyepiece. Select that same object in SkySafari to make it the current target object. Do this by tapping the object in the sky chart, or by searching for it by name.

Moving the telescope will cause the sky chart to move, following the telescope's motion. It subtracts that offset from the telescope's reported position whenever the telescope is within 10 degrees of the object you Aligned on.

In other words, SkySafari performs a "local sync" around the alignment target. If you move the telescope to a very different part of the sky, you may want to Align on a target in that part of the sky.

Note: for encoder-based "Push-To" systems, like the Tangent Instruments BBox, Celestron Astro-Master, JMI NGC-MAX, and Orion Intelliscope, SkySafari now lets you perform a 2-star alignment.

This eliminates the need to level your telescope mount base. Simply set up your telescope, point it at the first alignment star, select that star in SkySafari, and tap "Align".

Repeat the process with a second alignment star, choosing "Align" rather than "Restart Alignment" when asked. Your encoders should now be aligned to the sky.

You can continue to align on additional second stars; but SkySafari only uses the two you most recently aligned on. If you want to forget the pervious alignment stars and align as your first star, choose "Restart Alignment".

Make sure your two alignment stars are at least 10 degrees apart; 90 degrees apart is ideal. SkySafari will warn you if your alignment stars are too close together, or if their positions don't match - for example, if you've accidentally selected the wrong alignment star in SkySafari, or you're not really pointing the telescope at that star in the sky.

SkySafari remembers the telescope's alignment until you quit the app, so you should not have to realign if you disconnect or are accidentally disconnected from the encoder control box.

However, if you accidentally kick the telescope mount, or otherwise destroy your alignment, you can realign without having to quit SkySafari.

To start over, point the telescope at a star, select the same star in SkySafari, and tap Align. When given the option, align on the star as the "First Star".

That will reset SkySafari's alignment process and start it over with the star you just selected. Normally GoTo will take you to the coordinates of the selected object.

Fill in the RA and Dec you want and tap GoTo in the panel. The coordinates may be entered using either decimal format or as HH MM SS.

S for RA and DD MM SS. S for Dec. The Orbit button lets you leave Earth behind, and orbit the Sun, other Solar System objects, and even nearby stars.

Please Note: this feature is only available in SkySafari Plus and Pro! In the basic version of SkySafari for iOS, you can unlock the Orbit feature with a one-time in-app purchase.

To orbit a solar system object or another star, first select one by tapping on it in the sky chart, or by searching for one with the Search view.

Then tap the Orbit button. In a few seconds, you'll fly through millions of miles of space into orbit near the object you selected.

If you select the Sun and then tap the Orbit button, you'll fly to a location Astronomical Units above the Sun, where you can see the entire solar system as a whole.

From there, you can select any other solar system object and fly into orbit around it. When you want to go home to Earth, tap the small Earth icon at the bottom of the sky chart.

SkySafari will fly you back to same Earthly location you left earlier. When you're orbiting a solar system object or nearby star, that object stays locked at the center of the sky chart.

Swiping the chart moves you around the object. Two new buttons at the bottom of the sky chart let you fly toward or away from the object you're orbiting.

The status bar above the sky chart indicates your distance from the object. You can magnify the field of view by pinching and zooming, just as you can when viewing from Earth.

Zooming will not move you toward or away from the object you're orbiting; it simply changes the sky chart's field of view. A planet can appear very large in the sky chart because you're far away from it but highly zoomed in, or because you're zoomed out but very close to the planet.

Usually the distinction is obvious, but this is one thing to note in case you become confused. While you're orbiting another star or solar system object, you can center the sky chart on a different object by tapping it and tapping the "Center" button, or by searching for it and tapping the "Center" button in the Object Info window.

If you do this, swiping the chart will no longer move you around the object you're orbiting; it will simply pan the field of view.

To resume orbiting the object, tap it to select it again, then tap either the "Center" or "Orbit" button. When you're orbiting another star or solar system object, certain SkySafari features are not available.

For example, you cannot use the compass or gyroscope, and you cannot use any telescope control features. These features are only designed to work when you're observing from the Earth's surface!

SkySafari also adjusts some display settings when you leave Earth and enter "orbit mode". For example, planet and moon orbits are automatically displayed, and constellation lines are hidden.

The maximum field of view width is restricted to 90 degrees. SkySafari does these things to provide a clearer display. When you return home to Earth, your previous display settings are restored.

When you're in orbit around another star or solar system object, the Object Info view provides all information about an object as it is seen from your perspective in orbit.

When you are orbiting another star, SkySafari only displays stars in the Hipparcos catalog, and nearby stars whose distances are well known.

SkySafari does not display faint Tycho or Guide Star Catalog stars, because their positions in three-dimensional space are unknown. Therefore their apparent positions when seen from outside our Solar System cannot be accurately depicted.

If turned off, you will jump instantly into orbit around objects when tapping the Orbit button instead of experiencing a few seconds of animated "flight".

If you have an iOS or Android device with a compass, SkySafari can show you the sky in same the direction that you're holding your phone.

As you move the phone around, the view on the sky chart follows your motion. You can identify stars and planets by holding your phone up next to them, and you can find any object in the sky by following an arrow that points in its direction.

Please note: some devices, like the iPod Touch and Kindle Fire, have a gyroscope but no compass. The toolbar icon for Compass will say Gyro instead.

Tap the Compass or Gyro button again, or touch any part of the sky chart, to turn the compass or gyroscope off. You can turn off "Tilt to Use" if you find that you're accidentally activating the compass too often, or if you prefer to activate it from the main toolbar.

Please note: in SkySafari Plus and Pro, the compass and gyroscope cannot be used when you are orbiting another object in the solar system.

You can only use the compass when you are viewing from Earth. SkySafari uses the compass to center the sky chart on the direction you're holding your phone.

You can also use it to find objects in the sky.

If this setting is turned off, the toolbar will disappear in Landscape mode, giving you a "full screen" sky chart view. This option is turned off by default, since deep sky objects Safecracker only be seen through binoculars or telescopes, Belshina have very small fields of view. Tap the "Save User-Defined Location" to store a manually-entered location for retrieval later.
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Dieser Beitrag hat 2 Kommentare

  1. Mimuro

    Ich denke, dass Sie sich irren.

  2. Fekasa

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