Waypoint Controls: Difference between revisions

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<noinclude>{{SEO|description=The spectator camera in Medieval Engineers supports some pretty cool camera Waypoint Controls. This is primarily useful for people making video recordings or creating tours, and not directly usable in gameplay.}}
<noinclude>{{SEO|description=The spectator camera in Medieval Engineers supports some pretty cool camera Waypoint Controls. This is primarily useful for players making video recordings or creating tours, and not directly usable in gameplay.}}
The spectator camera in Medieval Engineers supports some pretty cool camera [[Waypoint Controls]]. This is primarily useful for people making video recordings or creating tours, and not directly usable in gameplay.
The spectator camera in Medieval Engineers supports some pretty cool camera [[Waypoint Controls]]. This is primarily useful for people making video recordings or creating tours, and not directly usable in gameplay.


Line 32: Line 32:
First, we will cover the static camera controls. These are the controls that do, basically, one thing: Change the spectator camera position.
First, we will cover the static camera controls. These are the controls that do, basically, one thing: Change the spectator camera position.


;Enable Spectator Camera: The ever familiar {{Key|f8}} key turns on spectator camera controls, if you are in creative, or have admin mode enabled.
:You can move it around with {{Key|w}}{{Key|a}}{{Key|s}}{{Key|d}}, {{Key|wheel}} controls its movement speed, and finally, {{Key|control}} + {{Key|wheel}} lets you control the rotation sensitivity. For more information see [[Spectator Controls]].


===Enable Spectator Camera===
;Copy Position: Pressing {{Key|alt}} + {{Key|c}} while in spectator camera mode it will copy the current position, orientation and field of view to your clipboard.
The ever familiar F8 key turns on spectator camera controls, if you are in creative, or have admin mode enabled.
:You can then go to any text editor and paste it there for future safe-keeping. This is great if you just want to get the exact same camera position between sessions.
You can move it around with WASD, mousewheel controls its movement speed, and finally, control + mousewheel lets you control the rotation sensitivity.
:Something like this is what will be in your clipboard:


:<code>0;70;{X:3391.24021766589 Y:3265.19593806485 Z:1805.85533371632};{X:0.479614496231079 Y:0.650396406650543 Z:-0.200805649161339 W:0.553743243217468}</code>


===Copy Position===
:The first value is time in seconds, in this case zero, the second number is the Field of View, in this case 70, and then there is a world coordinate and an orientation quaternion.
Pressing Alt+C while in spectator camera mode it will copy the current position, orientation and field of view to your clipboard.
:We don't expect you to edit the last two values by hand. :-)
You can then go to any text editor and paste it there for future safe-keeping. This is great if you just want to get the exact same camera position between sessions.
Something like this is what will be in your clipboard:


0;70;{X:3391.24021766589 Y:3265.19593806485 Z:1805.85533371632};{X:0.479614496231079 Y:0.650396406650543 Z:-0.200805649161339 W:0.553743243217468}
;Paste Position: Pressing {{Key|alt}} + {{Key|v}} with the waypoint info in the clipboard will put your spectator camera in the exact position and field of view as described by the line.


The first value is time in seconds, in this case zero, the second number is the Field of View, in this case 70, and then there is a world coordinate and an orientation quaternion.
We don't expect you to edit the last two values by hand. :-)
===Paste Position===
Pressing Alt+V with the waypoint info in the clipboard will put your spectator camera in the exact position and field of view as described by the line.


That's all for the static camera controls, there's only so much you can do with a non-moving camera.
That's all for the static camera controls, there's only so much you can do with a non-moving camera.
Line 56: Line 51:


==Dynamic Camera Controls==
==Dynamic Camera Controls==
We also provide some dynamic camera controls, in fact, you see them used a lot in the 0.6.4 release trailer, where we make great use of FoV and smooth movement curves.
We also provide some dynamic camera controls, in fact, you see them used a lot in the [https://www.youtube.com/watch?v=GrAhKYmyz7Y 0.6.4 release trailer], where we make great use of FoV and smooth movement curves.
 
 
===Shift+F12 -> Debug Draw===
Use the Shift+F12 debug screen to enable waypoint rendering; First, to make our lives easier, we can enable the debug drawing of the waypoints. This starts drawing the waypoints automatically as soon as there are waypoints in the spectator data. If you just turn it on now, you will see nothing yet.
 
 
===Add Waypoint===
Alt + Shift + A Add Waypoint
Adds a waypoint to the internal list of waypoints using the current camera position, orientation and field of view. If there are other waypoints present in the set, it will set its time to N, where N is the total number of waypoints in the list.
 


===Toggle Waypoint Following===
;Debug Draw: Use the {{Key|shift}} + {{Key|f12}} debug screen and check Debug Draw to enable waypoint rendering. This starts drawing the waypoints automatically as soon as there are waypoints in the spectator data. If you just turn it on now, you will see nothing yet but they will show after we create them.
Alt + Shift + Space Toggles the spectator camera to follow the list of waypoints in its internal data list.


;Add Waypoint: {{Key|alt}} + {{Key|shift}} + {{Key|a}} Adds a waypoint to the internal list of waypoints using the current camera position, orientation and field of view. If there are other waypoints present in the set, it will set its time to N, where N is the total number of waypoints in the list.


===Copy Waypoints===
;Toggle Waypoint Following: {{Key|alt}} + {{Key|shift}} + {{Key|space}} Toggles the spectator camera to follow the list of waypoints in its internal data list. Once you have a few waypoints defined give it a try to see how easy it is to set up a path.
Alt + Shift + C Copies all the waypoints in the internal list to the clipboard. You can then paste this into your text editor of choice.
For example, here is a short clip that flies around the safe area:


;Copy Waypoints: {{Key|alt}} + {{Key|shift}} + {{Key|c}} Copies all the waypoints in the internal list to the clipboard. You can then paste this into your text editor of choice.
:For example, here is a short clip that flies around the safe area:


<div style="margin-left: 1.6em;"><pre>
0;70;{X:3439.86140169491 Y:3239.13278567759 Z:1749.83360087308};{X:0.0859107822179794 Y:0.021029544994235 Z:-0.388925313949585 W:0.917013764381409}
0;70;{X:3439.86140169491 Y:3239.13278567759 Z:1749.83360087308};{X:0.0859107822179794 Y:0.021029544994235 Z:-0.388925313949585 W:0.917013764381409}
1;70;{X:3464.4226182281 Y:3219.44866660066 Z:1731.68298188405};{X:0.274177402257919 Y:0.453115344047546 Z:-0.202366605401039 W:0.823748111724854}
1;70;{X:3464.4226182281 Y:3219.44866660066 Z:1731.68298188405};{X:0.274177402257919 Y:0.453115344047546 Z:-0.202366605401039 W:0.823748111724854}
Line 83: Line 69:
4;70;{X:3429.04367602287 Y:3266.05046512388 Z:1747.55672165653};{X:-0.171517193317413 Y:-0.256870865821838 Z:-0.479175269603729 W:0.821577906608582}
4;70;{X:3429.04367602287 Y:3266.05046512388 Z:1747.55672165653};{X:-0.171517193317413 Y:-0.256870865821838 Z:-0.479175269603729 W:0.821577906608582}
5;70;{X:3439.86140169491 Y:3239.13278567759 Z:1749.83360087308};{X:0.0869224965572357 Y:0.0206004176288843 Z:-0.388948261737823 W:0.916918396949768}
5;70;{X:3439.86140169491 Y:3239.13278567759 Z:1749.83360087308};{X:0.0869224965572357 Y:0.0206004176288843 Z:-0.388948261737823 W:0.916918396949768}
</pre></div>


If you want to experiment with the numbers, you can change the timing. Right now, the waypoints are following each other every 1 second, but change it to different values and see how it affects the game.
:If you want to experiment with the numbers, you can change the timing. Right now, the waypoints are following each other every 1 second, but change it to different values and see how it affects the game. Or edit the field of view of 70 to different numbers on each line and see what happens.
Or edit the field of view of 70 to different numbers on each line and see what happens.
 
 
===Paste Waypoints===
Alt + Shift + V Clears the list of waypoints and adds all the waypoints in your clipboard to the waypoint list. Copy the list of waypoints from the copy waypoints section, and paste it into the game, then hit alt + shift + space and watch it work.


;Paste Waypoints: {{Key|alt}} + {{Key|shift}} + {{Key|v}} Clears the internal list of waypoints and adds all the waypoints in your clipboard to the waypoint list. Copy the list of waypoints from the copy waypoints section above, and paste it into the game, then press {{Key|alt}} + {{Key|shift}} + {{Key|space}} to watch it work.


===Clear Waypoints===
;Clear Waypoints: {{Key|alt}} + {{Key|shift}} + {{Key|e}} Clears the internal list of waypoints. Sometimes you just need to start over!
Alt + Shift + E Clears the list of waypoints.


;Cut Waypoints: {{Key|alt}} + {{Key|shift}} + {{Key|x}} Copies all the waypoints to clipboard, and then clears the list of waypoints. This is the same as pressing {{Key|alt}} + {{Key|shift}} + {{Key|c}} and {{Key|alt}} + {{Key|shift}} + {{Key|e}}.


===Cut Waypoints===
Alt + Shift + X Copies all the waypoints to clipboard, and then clears the list of waypoints.


And that's all for controlling the spectator camera. There are a few more tricks, but they are primarily reserved for the editing phase in the text editor.
And that's all for controlling spectator waypoints. There are a few more tricks, but they are primarily reserved for the editing phase in the text editor.




==Additional Functionality==
==Additional Functionality==
The spectator camera boasts one more feature, and that is the interpolation style. The system offers three styles: Smooth, SmoothStep, and Linear.
The spectator camera boasts one more feature, and that is the interpolation style. The system offers three styles: <code>Smooth</code>, <code>SmoothStep</code>, and <code>Linear</code>.
It doesn't allow multiple styles within one set, because we chose to keep it simple. :-)
It doesn't allow multiple styles within one set, because we chose to keep it simple. :-)


You can enable these by adding the word Smooth, SmoothStep or Linear to your set of waypoints.�
You can enable these by adding the word Smooth, SmoothStep or Linear to your set of waypoints.
 


===Smooth animation===
'''Smooth animation'''
<div style="margin-left: 1.6em;"><pre>
Smooth
Smooth
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
Line 119: Line 100:
10;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
10;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
11;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}
11;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}
</pre></div>


 
'''SmoothStep animation'''
===SmoothStep animation===
<div style="margin-left: 1.6em;"><pre>
SmoothStep
SmoothStep
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
Line 131: Line 113:
6;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
6;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
7;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}
7;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}
</pre></div>


 
'''Linear animation'''
 
<div style="margin-left: 1.6em;"><pre>
===Linear animation===
Linear
Linear
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
Line 144: Line 126:
6;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
6;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
7;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}
7;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}
</pre></div>


You can see the difference in the path, and it is up to you to determine which style fits your scene best. We find that Smooth generally provides the best results.
You can see the difference in the path, and it is up to you to determine which style fits your scene best. We find that Smooth generally provides the best results.

Latest revision as of 12:41, 15 September 2018

The spectator camera in Medieval Engineers supports some pretty cool camera Waypoint Controls. This is primarily useful for people making video recordings or creating tours, and not directly usable in gameplay.


Version: 0.6.4

Waypoint Controls

Default Key Action Description
Alt + Letter C Copy Position Copy the current spectator camera position into the clipboard.
Alt + Letter C Paste Position Set the spectator camera position and orientation to the position data from the clipboard.
Alt + Shift + Letter A Add Waypoint Adds a waypoint to the waypoint list.
Alt + Shift + Letter C Copy Waypoints Copy the entire waypoint list into the clipboard.
Alt + Shift + Letter V Paste Waypoints Paste the copied waypoints from the clipboard into the waypoint list.
Alt + Shift + Letter X Cut Waypoints Copy the entire waypoint list into the clipboard, then clear the list.
Alt + Shift + Letter E Clear Waypoints Clears the waypoint list.
Alt + Shift + Space Toggle Waypoint Following Toggles the spectator camera following the waypoints.


Static Camera Controls

First, we will cover the static camera controls. These are the controls that do, basically, one thing: Change the spectator camera position.

Enable Spectator Camera
The ever familiar Function 8 key turns on spectator camera controls, if you are in creative, or have admin mode enabled.
You can move it around with Letter WLetter ALetter SLetter D, Mouse Wheel controls its movement speed, and finally, Control + Mouse Wheel lets you control the rotation sensitivity. For more information see Spectator Controls.
Copy Position
Pressing Alt + Letter C while in spectator camera mode it will copy the current position, orientation and field of view to your clipboard.
You can then go to any text editor and paste it there for future safe-keeping. This is great if you just want to get the exact same camera position between sessions.
Something like this is what will be in your clipboard:
0;70;{X:3391.24021766589 Y:3265.19593806485 Z:1805.85533371632};{X:0.479614496231079 Y:0.650396406650543 Z:-0.200805649161339 W:0.553743243217468}
The first value is time in seconds, in this case zero, the second number is the Field of View, in this case 70, and then there is a world coordinate and an orientation quaternion.
We don't expect you to edit the last two values by hand. :-)
Paste Position
Pressing Alt + Letter V with the waypoint info in the clipboard will put your spectator camera in the exact position and field of view as described by the line.


That's all for the static camera controls, there's only so much you can do with a non-moving camera.


Dynamic Camera Controls

We also provide some dynamic camera controls, in fact, you see them used a lot in the 0.6.4 release trailer, where we make great use of FoV and smooth movement curves.

Debug Draw
Use the Shift + Function 12 debug screen and check Debug Draw to enable waypoint rendering. This starts drawing the waypoints automatically as soon as there are waypoints in the spectator data. If you just turn it on now, you will see nothing yet but they will show after we create them.
Add Waypoint
Alt + Shift + Letter A Adds a waypoint to the internal list of waypoints using the current camera position, orientation and field of view. If there are other waypoints present in the set, it will set its time to N, where N is the total number of waypoints in the list.
Toggle Waypoint Following
Alt + Shift + Space Toggles the spectator camera to follow the list of waypoints in its internal data list. Once you have a few waypoints defined give it a try to see how easy it is to set up a path.
Copy Waypoints
Alt + Shift + Letter C Copies all the waypoints in the internal list to the clipboard. You can then paste this into your text editor of choice.
For example, here is a short clip that flies around the safe area:
0;70;{X:3439.86140169491 Y:3239.13278567759 Z:1749.83360087308};{X:0.0859107822179794 Y:0.021029544994235 Z:-0.388925313949585 W:0.917013764381409}
1;70;{X:3464.4226182281 Y:3219.44866660066 Z:1731.68298188405};{X:0.274177402257919 Y:0.453115344047546 Z:-0.202366605401039 W:0.823748111724854}
2;70;{X:3463.23559921895 Y:3249.01979218997 Z:1693.55049210362};{X:0.355335980653763 Y:0.840311825275421 Z:0.280481278896332 W:0.298232465982437}
3;70;{X:3431.9492022056 Y:3277.2492814643 Z:1706.72307526967};{X:0.255064636468887 Y:0.755376040935516 Z:0.466835886240005 W:-0.382639914751053}
4;70;{X:3429.04367602287 Y:3266.05046512388 Z:1747.55672165653};{X:-0.171517193317413 Y:-0.256870865821838 Z:-0.479175269603729 W:0.821577906608582}
5;70;{X:3439.86140169491 Y:3239.13278567759 Z:1749.83360087308};{X:0.0869224965572357 Y:0.0206004176288843 Z:-0.388948261737823 W:0.916918396949768}
If you want to experiment with the numbers, you can change the timing. Right now, the waypoints are following each other every 1 second, but change it to different values and see how it affects the game. Or edit the field of view of 70 to different numbers on each line and see what happens.
Paste Waypoints
Alt + Shift + Letter V Clears the internal list of waypoints and adds all the waypoints in your clipboard to the waypoint list. Copy the list of waypoints from the copy waypoints section above, and paste it into the game, then press Alt + Shift + Space to watch it work.
Clear Waypoints
Alt + Shift + Letter E Clears the internal list of waypoints. Sometimes you just need to start over!
Cut Waypoints
Alt + Shift + Letter X Copies all the waypoints to clipboard, and then clears the list of waypoints. This is the same as pressing Alt + Shift + Letter C and Alt + Shift + Letter E.


And that's all for controlling spectator waypoints. There are a few more tricks, but they are primarily reserved for the editing phase in the text editor.


Additional Functionality

The spectator camera boasts one more feature, and that is the interpolation style. The system offers three styles: Smooth, SmoothStep, and Linear. It doesn't allow multiple styles within one set, because we chose to keep it simple. :-)

You can enable these by adding the word Smooth, SmoothStep or Linear to your set of waypoints.

Smooth animation 

Smooth
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
1;70;{X:3448.31647168926 Y:3237.21993882808 Z:1721.12369906937};{X:0.308746457099915 Y:0.392760634422302 Z:-0.251023024320602 W:0.829097151756287}
3;70;{X:3444.00344144442 Y:3232.84226280276 Z:1715.61581324075};{X:0.301728576421738 Y:0.296935349702835 Z:-0.295487880706787 W:0.856432259082794}
5;70;{X:3440.9055392568 Y:3239.31739827816 Z:1709.35056969628};{X:0.412100255489349 Y:0.827982187271118 Z:0.0381522998213768 W:0.378369241952896}
7;70;{X:3438.0619897605 Y:3240.4411852794 Z:1712.39691792812};{X:0.345308721065521 Y:0.903446316719055 Z:0.217590898275375 W:-0.131152033805847}
9;70;{X:3438.80634319783 Y:3237.44527774735 Z:1716.28351582913};{X:-0.463291615247726 Y:-0.161866679787636 Z:-0.615796804428101 W:0.616404354572296}
10;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
11;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}

SmoothStep animation 

SmoothStep
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
1;70;{X:3448.31647168926 Y:3237.21993882808 Z:1721.12369906937};{X:0.308746457099915 Y:0.392760634422302 Z:-0.251023024320602 W:0.829097151756287}
2;70;{X:3444.00344144442 Y:3232.84226280276 Z:1715.61581324075};{X:0.301728576421738 Y:0.296935349702835 Z:-0.295487880706787 W:0.856432259082794}
3;70;{X:3440.9055392568 Y:3239.31739827816 Z:1709.35056969628};{X:0.412100255489349 Y:0.827982187271118 Z:0.0381522998213768 W:0.378369241952896}
4;70;{X:3438.0619897605 Y:3240.4411852794 Z:1712.39691792812};{X:0.345308721065521 Y:0.903446316719055 Z:0.217590898275375 W:-0.131152033805847}
5;70;{X:3438.80634319783 Y:3237.44527774735 Z:1716.28351582913};{X:-0.463291615247726 Y:-0.161866679787636 Z:-0.615796804428101 W:0.616404354572296}
6;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
7;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}

Linear animation 

Linear
0;70;{X:3436.7799825383 Y:3245.52404296485 Z:1727.78180421085};{X:0.198698669672012 Y:0.0229045283049345 Z:-0.371597111225128 W:0.906592428684235}
1;70;{X:3448.31647168926 Y:3237.21993882808 Z:1721.12369906937};{X:0.308746457099915 Y:0.392760634422302 Z:-0.251023024320602 W:0.829097151756287}
2;70;{X:3444.00344144442 Y:3232.84226280276 Z:1715.61581324075};{X:0.301728576421738 Y:0.296935349702835 Z:-0.295487880706787 W:0.856432259082794}
3;70;{X:3440.9055392568 Y:3239.31739827816 Z:1709.35056969628};{X:0.412100255489349 Y:0.827982187271118 Z:0.0381522998213768 W:0.378369241952896}
4;70;{X:3438.0619897605 Y:3240.4411852794 Z:1712.39691792812};{X:0.345308721065521 Y:0.903446316719055 Z:0.217590898275375 W:-0.131152033805847}
5;70;{X:3438.80634319783 Y:3237.44527774735 Z:1716.28351582913};{X:-0.463291615247726 Y:-0.161866679787636 Z:-0.615796804428101 W:0.616404354572296}
6;70;{X:3441.22933892348 Y:3238.66448594548 Z:1719.89001703588};{X:-0.128119856119156 Y:0.224206730723381 Z:-0.291904777288437 W:0.920927941799164}
7;70;{X:3444.52070867643 Y:3236.32446625677 Z:1728.73553221812};{X:0.194621995091438 Y:0.155912205576897 Z:-0.336478441953659 W:0.908072650432587}


You can see the difference in the path, and it is up to you to determine which style fits your scene best. We find that Smooth generally provides the best results. But if you carefully manage your waypoints you can make great shots with SmoothStep and Linear too.

Adjusting the times of the waypoints affects Smooth style most of all, because it interpolates smoothly incoming velocity and exit velocity for each waypoint. Changing the time can greatly affect the path of the camera as it may be able to move steeply, or more carefully, navigate your waypoints.

The debug path rendering will be of great help here to figure out the path the camera will take, and there's really no other way than carefully editing the waypoints by hand and experience.


The Movement Controls and Spectator Controls also apply to creating waypoints.

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