Screen Marker And Recorder Free Download _BEST_
Venessa Serr
I'm wondering if there's a screen recording tool that is as easy to use as snip & sketch is to take screenshots, with features such as cropping, highlighting, marking etc. Just windows key+shift+s and there it opens up, pretty easy to take screenshots and save them right away. I'm just looking for a screen recording tool as easy as that or maybe something similar, which would allow me to record any part of my screen and save the video anywhere on my computer. Please let me know, any suggestions are welcomed, it doesn't have to be necessarily as good as snip & sketch. thank you!
Hey, Guys. I have a question about sliding markers/locators. If you have a few of them on a timeline, they are spaced out enough in the record window that you can alt drag them. But, if you have a long timeline littered with them, you can't get at them in the record window to drag them. This used to be a problem with me for keyframes, until I discovered that little slider that lets you zoom into your keyframes in the record monitor in effects mode. Is there no such thing when not in effects mode, to get at your locators? From what I've read in forums, the answer is no. But thought I'd try asking here. I have some locators on clips that I would love to move, but do not want to go in, copy the name, delete marker, make new marker, paste name, etc.
One thing that may help you, though; Whilst you can't zoom into the timeline of the Record window, you can zoom into the Timeline window. If you zoom into your Timeline so that you can see two points - being where you Marker exists and where you want your Marker to be - the blue line will update on the Timeline as you move the marker in the Record window.
If it's difficult to see (because of a complex or very long Sequence) you can move it once, close to where you want, then zoom in tighter for a more accurate move.
Thanks for the response. I'm on 2018.3, so it's pretty up to date. Unfortunately, I still can't grab the markers, because they're too small and there are too many of them to differentiate. I will try to put them on filler track as much as possible in future, but there are definitely benfits to putting them on the actual clips themselves. Most editor's wouldn't really bother editing markers on filler in their cutting process.
I was looking for the same thing - shame there's no easy way of doing this straight on the timeline but I have found a long way round that doesn't involve markers on filler tracks (i don't like doing that, too easy for all your markers to fall out of sync with the footage)
if the timeline is too long to see and move markers in the record monitor then temporarily copy the clip/clips you're working with into the source (alt+c). Move the marker in the source window, then re-edit the clip/clips back into your timeline...
The X-Y image recorder is designed to display a marker for channel versus channel value over an imported and scaled image. There is no direct time relation between channels and only a marker of the current value is shown, without a history line.
In the X-Y image recorder, you have to set X & Y axis Minimum and Maximum values to determine the range of the Edit range box. Using a scale or some reference lines in the background picture is advised.
Epic Pen is a screen marker and desktop annotation tool with a simple interface. There is a free version with limited features but are adequate and also a paid pro version offering more features. It also includes handy screenshot functionality and supports custom hotkeys which is very convenient during video recording. To upgrade to the pro version is $25, a worthy investment.
The image on the 4.3-inch screen stays crisp and clear, even when rapidly moving the Ruby across lines of text. View in full colour, black on white, white on black, yellow in blue or yellow on black. The image capture feature means you can freeze an image at arms-length and then bring the screen closer to read. Save up to 15 images for future reference.
Markers indicate single locations on the map. You can customize your markersby changing the default color, or replacing the marker icon with a customimage. Info windows can provide additional context to a marker.
Markers identify locations on the map. The default marker uses a standardicon, common to the Google Maps look and feel. It's possible to change theicon's color, image or anchor point via the API. Markers are objects of typeMarker, and are added to the map with theGoogleMap.addMarker(markerOptions) method.
Markers are designed to be interactive. They receive click events bydefault, and are often used with event listeners to bring up infowindows. Setting a marker's draggable property to trueallows the user to change the position of the marker. Use a long press toactivate the ability to move the marker.
By default, when a user taps a marker, the map toolbar appears at the bottomright of the map, giving the user quick access to the Google Maps mobile app.You can disable the toolbar. For more information, see theguide to controls.
The following example demonstrates how to add a marker to a map. The marker iscreated at coordinates -33.852,151.211 (Sydney, Australia), and displays thestring 'Marker in Sydney' in an info window when clicked.
Kotlin override fun onMapReady(googleMap: GoogleMap) // Add a marker in Sydney, Australia, // and move the map's camera to the same location. val sydney = LatLng(-33.852, 151.211) googleMap.addMarker( MarkerOptions() .position(sydney) .title("Marker in Sydney") ) googleMap.moveCamera(CameraUpdateFactory.newLatLng(sydney)) Java @Overridepublic void onMapReady(GoogleMap googleMap) // Add a marker in Sydney, Australia, // and move the map's camera to the same location. LatLng sydney = new LatLng(-33.852, 151.211); googleMap.addMarker(new MarkerOptions() .position(sydney) .title("Marker in Sydney")); googleMap.moveCamera(CameraUpdateFactory.newLatLng(sydney));
You can store an arbitrary data object with a marker using Marker.setTag(),and retrieve the data object using Marker.getTag(). The sample below shows howyou can count the number of times a marker has been clicked using tags:
You can reposition a marker once its been added to the map so long as itsdraggable property is set to true. Long press the marker to enabledragging. When you take your finger off the screen, the marker will remain inthat position.
Markers are not draggable by default. You must explicitly set the marker to bedraggable either with MarkerOptions.draggable(boolean) prior to adding it tothe map, or Marker.setDraggable(boolean) once it has been added to the map.You can listen for drag events on the marker, as described in Marker dragevents.
It's possible to customize the color of the default marker image by passing aBitmapDescriptor object to the icon() method. You can use a set ofpredefined colors in the BitmapDescriptorFactoryobject, or set a custom marker color with theBitmapDescriptorFactory.defaultMarker(float hue) method. The hue is a valuebetween 0 and 360, representing points on a color wheel.
You can replace the default marker image with a custom marker image, oftencalled an icon. Custom icons are always set as a BitmapDescriptor, anddefined using one of the methods in theBitmapDescriptorFactory class.
Marker icons are normally drawn with respect to the screen; rotating, tiltingor zooming the map will not change the orientation of the marker. You can setthe orientation of a marker to be flat against the earth. Markers that areoriented in this way will rotate when the map is rotated, and change perspectivewhen the map is tilted. Flat markers will retain their size when the map iszoomed in or out.
You can rotate a marker around its anchor point with theMarker.setRotation() method. The rotation is measured in degrees clockwisefrom the default position. When the marker is flat on the map, the defaultposition is North. When the marker is not flat, the default position is pointingup and the rotation is such that the marker is always facing the camera.
Markers are always drawn above tile layers and other non-marker overlays (groundoverlays, polylines, polygons, and other shapes) regardless of the z-index ofthe other overlays. Markers are effectively considered to be in a separatez-index group compared to other overlays.
The Maps API allows you to listen and respond to marker events. To listen tothese events, you must set the corresponding listener on the GoogleMapobject to which the markers belong. When the event occurs on one of themarkers on the map, the listener's callback will be invoked with thecorresponding Marker object passed through as a parameter. To compare thisMarker object with your own reference to a Marker object, you must useequals() and not ==.
You can use an OnMarkerClickListener to listenfor click events on the marker. To set this listener on the map, callGoogleMap.setOnMarkerClickListener(OnMarkerClickListener). When a userclicks on a marker, onMarkerClick(Marker) will be called and the marker willbe passed through as an argument. This method returns a boolean that indicateswhether you have consumed the event (i.e., you want to suppress the defaultbehavior). If it returns false, then the default behavior will occur inaddition to your custom behavior. The default behavior for a marker clickevent is to show its info window (if available) and move thecamera such that the marker is centered on the map.
You can use an OnMarkerDragListener to listen fordrag events on a marker. To set this listener on the map, callGoogleMap.setOnMarkerDragListener. To drag a marker, a user must long presson the marker. When the user takes their finger off the screen, the markerwill stay in that position. When a marker is dragged,onMarkerDragStart(Marker) is called initially. While the marker is beingdragged, onMarkerDrag(Marker) is called constantly. At the end of the dragonMarkerDragEnd(Marker) is called. You can get the position of the marker atany time by calling Marker.getPosition().
This is a well-rated screen drawing software that seems to take few resources and allows the user to freely draw whatever they need to explain or display. I have personally seen a software like this used in classes before and it is essential to any classroom looking to replace the chalk/whiteboard. Since this software doesn't have to be installed to the hard drive, it then becomes extremely portable so you can take this program along wherever you bring your presentation to, which means you're not locked down to one particular workstation which would be extremely useful for any student looking to borrow a professor/teacher's computer for a class presentation or for a working employee needing to borrow the projector during a business meeting. Honestly, the biggest selling point for me for this software is its portability. There are a lot of programs out there that allow you to draw on your screen, but the fact that this can be tossed on a flash drive and work on any workstation is a huge competitive advantage.
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