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Flash Tutorial 3: The Timeline & Basic Animation

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Index- 0:35 – Layers 3:33 – Drawing with layers 5:30 – Frames 6:59 – Using Onion Skin to animate 9:08 – Previewing your animation 9:37 – Drawing a background to your animation 11:18 – Review…
Video Rating: 4 / 5

40th anniversary of the moon mission.
Video Rating: 4 / 5

50 thoughts on “Flash Tutorial 3: The Timeline & Basic Animation”

  28. does anybody know why does the CSM need to rotate 180 degrees to dock in
    outer space? (1:20)
    why didn’t they dock it initially since this extra maneuver would increase
    risk?

  29. Good animation, serious technical errors:
    * During flight, the command module engines are firing. In space, vehicles
    coast without running their engines. The only times that engine would be
    fired are when entering lunar orbit, and when breaking orbit to return to
    earth
    * No gravity turn during launch. Most of the energy in a launch goes into
    pushing the vehicle /sideways/ so it’s going fast enough to orbit the
    planet – NOT into pushing up.
    * Reentry looks to be almost strait down. The reentry had to be done at a
    /very/ shallow angle, to avoid burning up from the heat.
    Really, don’t you play KSP~??

  34. Great work Danoz, I’ve wanted a ‘simple’ full Apollo mission animation for
    ages of how all the stages worked ever since seeing the movie ‘Apollo 13’ –
    The Moon landings having ALWAYS fascinated me since I was 10 years old
    (living in England the time of the Apollo 11/Eagle landing) which in due
    cause made me want to to because a pilot (which I did, but only to civilian
    commercial level of 2300 hours, but had to quit due to health issues) and
    wanted to be an Astronaut, but alas, never reached that dream. Thank GOD at
    least ONE Australian has done so – so far!!?

  35. It just proves how great the technology was even back then when even the
    new SpaceX Dragon V2 does most of the landing the same, except uses rockets
    for a controlled landing instead of using parachutes?

  36. Good Work. when I was a kid, I listened fascinated to this music that my
    father used to play into our car, then played by Paul Muriat. So this video
    has brought two good memories to mind: the moon landing and the music I
    listened to then. Thx for that.?

  37. @ 1:40 After the Command Module (CM) docks with the Lunar Module (LM), it
    shows the CSM burning its engines again! The lower stages already provided
    the thrust needed for the moonshot, once you’re on your way, you don’t want
    to waste more fuel, in fact you could overshoot and go drifting off into
    space! Other than that very nice animation.?

  39. Lol! They got wrong trajectory coarse as they headed on the moon Using Burn
    Thrust would have definitely led them to a flyby direction at 1:46 and 1:53
    .?

  41. Very nicely done, but there is a small technical error with the LEM
    landing. The ground contact sensors are missing. These were 3 long “poles”
    that “hung down” from the 3 LEM legs. (The ones without a letter). When
    these touched the ground the LEM pilot knew he was 1.6 metres above the
    lunar surface. At this point he’d shut off the descent engine and the LEM
    would drop 1.6 metres (in 1/6G) to the lunar surface. The engine didn’t run
    during or after touchdown.?

  42. Not bad, but lots of things here aren’t right. The ones that stand out the
    most other than the errors already pointed out are when it shows the CSM+LM
    flying towards the moon, and when the CSM is on its way back to earth. In
    both scenes, the engine is firing, which is wrong. At these points in
    flight, the ship would be coasting towards the perigee and pericynthion,
    and any firing of the engines would be a course correction which would not
    be aimed directly prograde.?

  44. Apollo 11 was the spaceflight that landed the first humans on the Moon,
    Americans Neil Armstrong and Buzz Aldrin, on July 20, 1969, at 20:18 UTC.
    Armstrong became the first to step onto the lunar surface six hours later
    on July 21 at 02:56 UTC. Armstrong spent about two and a half hours outside
    the spacecraft, Aldrin slightly less, and together they collected 47.5
    pounds (21.5 kg) of lunar material for return to Earth. A third member of
    the mission, Michael Collins, piloted the command spacecraft alone in lunar
    orbit until Armstrong and Aldrin returned to it just under a day later for
    the trip back to Earth.?

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