What about creating a snapshot with project resolution and use that for attaching effects.
One more example.
What about creating a snapshot with project resolution and use that for attaching effects.
Impracticable. Because when we download an image from the internet it can have infinitely different proportions.
The solution is to have an option that does this automatically.
What about creating a snapshot with project resolution and use that for attaching effects.
Impracticable. Because when we download an image from the internet it can have infinitely different proportions.
The solution is to have an option that does this automatically.
Another reason to invest in Vegasaur as long as there isn't a solution to do this automatically.
Another reason to invest in Vegasaur as long as there isn't a solution to do this automatically.
Another reason for Magix to implement the feature.
And Vegasaur is not going to solve my problem. As I said, I make my own animations. Or does Vegasaur have an option that does this? Apply the Aspect Ratio of the project to the media without resizing it?
@jetdv
In this case solves the problem of @Yelandkeil
4,
My request: Match project aspect and remain size when thumbnails added to timeline.
In my case. When the image is taller than it is wide, it should be fit to frame height. And when the image is bigger in width it has to fit to the width of the frame.
3,
Your request: Match project aspect when still images added to timeline.
As the @lan-mLMC showed.
I know what you mean. What you want is something like this:
What does the script that I linked to do, or not do, that you're wanting to do? Show me what the script in that video is giving you and then show me what you are really wanting.
As I said.
@jetdv
In this case solves the problem of @Yelandkeil4,
My request: Match project aspect and remain size when thumbnails added to timeline.
In my case. When the image is taller than it is wide, it should be fit to frame height. And when the image is bigger in width it has to fit to the width of the frame.3,
Your request: Match project aspect when still images added to timeline.As the @lan-mLMC showed.
I know what you mean. What you want is something like this:
@jetdv What @m3lquixd wants is exactly what you get when you import an image with another AR as the project, normally Vegas automatically resizes the image to fill the height or the width of the screen, but @m3lquixd wants to have it the AR of the project. For me the quickest way to achieve that with the available tools in Vegas is to create a snapshot of the preview and use that snapshot as source. Maybe you could create a script that takes snapshots of the selected picture events and which replaces the picture events in the timeline with that snapshots.
original size and snapshot reimported
A little confusing is that it makes no difference in the preview but seems to make a difference when applying effects.
Maybe you could create a script that takes snapshots of the selected picture events and which replaces the picture events in the timeline with that snapshots.
Snapshots do not work for this, as it is not only images but also video that is needed.
but seems to make a difference when applying effects.
It makes a difference. As already shown.
One more example.
An example with a native plugin.
I really think my logo resize script should work (for instances where the image is TALLER like in most examples listed above). It would have to modified to handle WIDER as in the #3 wide image. It does a match aspect but then matches the height.
Original:
Simply using "Match Output Aspect":
Running this script on the image:
Is that not what you were wanting???
using System;
using System.Collections.Generic;
using System.Collections;
using System.IO;
using System.Text;
using System.Windows.Forms;
using System.Globalization;
using System.Drawing;
using System.Runtime;
using System.Xml;
using ScriptPortal.Vegas;
namespace Test_Script
{
public class Class1
{
public Vegas myVegas;
public void Main(Vegas vegas)
{
myVegas = vegas;
float scrWidth = myVegas.Project.Video.Width;
float scrHeight = myVegas.Project.Video.Height;
foreach (Track myTrack in myVegas.Project.Tracks)
{
foreach (VideoEvent evnt in myTrack.Events)
{
if (evnt.Selected)
{
MatchAspect(evnt);
VideoEvent videoEvent = evnt as VideoEvent;
VideoMotionKeyframes keyframes = videoEvent.VideoMotion.Keyframes;
int cKeyframes = keyframes.Count;
for (int jj = cKeyframes - 1; jj >= 0; jj--)
{
VideoMotionKeyframe thisKeyframe = keyframes[jj] as VideoMotionKeyframe;
float dWidth = Math.Abs(thisKeyframe.TopRight.X - thisKeyframe.TopLeft.X);
float dHeight = Math.Abs(thisKeyframe.BottomLeft.Y - thisKeyframe.TopLeft.Y); ;
MediaStream mediaStream = GetActiveMediaStream(videoEvent);
VideoStream videoStream = mediaStream as VideoStream;
float dFullHeight = videoStream.Height;
float pwid = 0.0F;
if (dFullHeight > scrHeight)
{
pwid = dFullHeight / dHeight * 100;
}
else
{
pwid = dHeight / scrHeight * 100;
}
ScaleKeyframe(thisKeyframe, pwid, 0);
}
}
}
}
}
public void MatchAspect(TrackEvent trackEvent)
{
float dWidthProject = myVegas.Project.Video.Width;
float dHeightProject = myVegas.Project.Video.Height;
double dPixelAspect = myVegas.Project.Video.PixelAspectRatio;
double dAspect = dPixelAspect * dWidthProject / dHeightProject;
MediaStream mediaStream = GetActiveMediaStream(trackEvent);
if (!(mediaStream == null))
{
VideoStream videoStream = mediaStream as VideoStream;
double dMediaPixelAspect = videoStream.PixelAspectRatio;
VideoEvent videoEvent = trackEvent as VideoEvent;
VideoMotionKeyframes keyframes = videoEvent.VideoMotion.Keyframes; ;
int cKeyframes = keyframes.Count;
for (int jj = cKeyframes - 1; jj >= 0; jj--)
{
VideoMotionKeyframe thisKeyframe = keyframes[jj] as VideoMotionKeyframe;
MatchOutputAspect(thisKeyframe, dMediaPixelAspect, dAspect);
}
}
myVegas.UpdateUI();
}
public MediaStream GetActiveMediaStream(TrackEvent trackEvent)
{
try
{
if (!(trackEvent.ActiveTake.IsValid()))
{
throw new ArgumentException("empty or invalid take");
}
Media media = myVegas.Project.MediaPool.Find(trackEvent.ActiveTake.MediaPath);
if (null == media)
{
MessageBox.Show("missing media");
throw new ArgumentException("missing media");
}
MediaStream mediaStream = media.Streams.GetItemByMediaType(MediaType.Video, trackEvent.ActiveTake.StreamIndex);
return mediaStream;
}
catch (Exception e)
{
MessageBox.Show("{0}", e.Message);
return null;
}
}
public void MatchOutputAspect(VideoMotionKeyframe keyframe, double dMediaPixelAspect, double dAspectOut)
{
VideoMotionKeyframe keyframeSave = keyframe;
try
{
double rotation = keyframe.Rotation;
keyframe.RotateBy(-rotation);
float dWidth = Math.Abs(keyframe.TopRight.X - keyframe.TopLeft.X);
float dHeight = Math.Abs(keyframe.BottomLeft.Y - keyframe.TopLeft.Y);
double dCurrentAspect = dMediaPixelAspect * dWidth / dHeight;
float centerY = keyframe.Center.Y;
float centerX = keyframe.Center.X;
double dFactor;
VideoMotionBounds bounds = new VideoMotionBounds(keyframe.TopLeft, keyframe.TopRight, keyframe.BottomRight, keyframe.BottomLeft);
if (dCurrentAspect < dAspectOut)
{
// alter y coords
dFactor = dCurrentAspect / dAspectOut;
bounds.TopLeft.Y = (bounds.TopLeft.Y - centerY) * (float)dFactor + centerY;
bounds.TopRight.Y = (bounds.TopRight.Y - centerY) * (float)dFactor + centerY;
bounds.BottomLeft.Y = (bounds.BottomLeft.Y - centerY) * (float)dFactor + centerY;
bounds.BottomRight.Y = (bounds.BottomRight.Y - centerY) * (float)dFactor + centerY;
}
else
{
// alter x coords
dFactor = dAspectOut / dCurrentAspect;
bounds.TopLeft.X = (bounds.TopLeft.X - centerX) * (float)dFactor + centerX;
bounds.TopRight.X = (bounds.TopRight.X - centerX) * (float)dFactor + centerX;
bounds.BottomLeft.X = (bounds.BottomLeft.X - centerX) * (float)dFactor + centerX;
bounds.BottomRight.X = (bounds.BottomRight.X - centerX) * (float)dFactor + centerX;
}
// set it to new bounds
keyframe.Bounds = bounds;
// restore rotation.
keyframe.RotateBy(rotation);
}
catch
{
// restore original settings on error
keyframe = keyframeSave;
}
}
public void ScaleKeyframe(VideoMotionKeyframe keyframe, float szChange, float rotAngle)
{
float cWidth = (1 / (szChange / 100));
float cHeight = (1 / (szChange / 100));
if (szChange > 100)
{
cWidth = (szChange / 100);
cHeight = (szChange / 100);
}
VideoMotionVertex bounds = new VideoMotionVertex(cWidth, cHeight);
keyframe.ScaleBy(bounds);
keyframe.RotateBy((rotAngle * (Math.PI / 180)));
}
}
}
public class EntryPoint
{
public void FromVegas(Vegas vegas)
{
Test_Script.Class1 test = new Test_Script.Class1();
test.Main(vegas);
}
}
@jetdv Resolved taller media but not wider ones. There would be a way to identify if the media is taller or wider and make the automatic adjustment.
In my case. When the image is taller than it is wide, it should be fit to frame height. And when the image is bigger in width it has to fit to the width of the frame.
3,
Your request: Match project aspect when still images added to timeline.
I tested the script, and it was perfect for taller objects. But the ideal is one that identifies taller or wider.
There must be some "if" arguments in the script. I do not know how it works.
Edward, unfortunately your script doesn't work, at least at my system, actually it does nothing.
I did notice it does not work correctly with rotated images in VEGAS as the width/height numbers are backwards. We can certainly compensate for that. This version properly handles images rotated in VEGAS.
using System;
using System.Collections.Generic;
using System.Collections;
using System.IO;
using System.Text;
using System.Windows.Forms;
using System.Globalization;
using System.Drawing;
using System.Runtime;
using System.Xml;
using ScriptPortal.Vegas;
namespace Test_Script
{
public class Class1
{
public Vegas myVegas;
public void Main(Vegas vegas)
{
myVegas = vegas;
float scrWidth = myVegas.Project.Video.Width;
float scrHeight = myVegas.Project.Video.Height;
foreach (Track myTrack in myVegas.Project.Tracks)
{
foreach (VideoEvent evnt in myTrack.Events)
{
if (evnt.Selected)
{
MatchAspect(evnt);
VideoEvent videoEvent = evnt as VideoEvent;
VideoMotionKeyframes keyframes = videoEvent.VideoMotion.Keyframes;
int cKeyframes = keyframes.Count;
for (int jj = cKeyframes - 1; jj >= 0; jj--)
{
VideoMotionKeyframe thisKeyframe = keyframes[jj] as VideoMotionKeyframe;
float dWidth = Math.Abs(thisKeyframe.TopRight.X - thisKeyframe.TopLeft.X);
float dHeight = Math.Abs(thisKeyframe.BottomLeft.Y - thisKeyframe.TopLeft.Y); ;
MediaStream mediaStream = GetActiveMediaStream(videoEvent);
VideoStream videoStream = mediaStream as VideoStream;
VideoOutputRotation vRotation = videoStream.Rotation;
float dFullHeight = videoStream.Height;
float dFullWidth = videoStream.Width;
if ((vRotation == VideoOutputRotation.QuarterTurnClockwise) || (vRotation == VideoOutputRotation.QuarterTurnCounterclockwise))
{
dFullHeight = videoStream.Width;
dFullWidth = videoStream.Height;
}
float pwid = 0.0F;
if (dFullHeight > scrHeight)
{
pwid = dFullHeight / dHeight * 100;
}
else
{
pwid = dHeight / scrHeight * 100;
}
ScaleKeyframe(thisKeyframe, pwid, 0);
}
}
}
}
}
public void MatchAspect(TrackEvent trackEvent)
{
float dWidthProject = myVegas.Project.Video.Width;
float dHeightProject = myVegas.Project.Video.Height;
double dPixelAspect = myVegas.Project.Video.PixelAspectRatio;
double dAspect = dPixelAspect * dWidthProject / dHeightProject;
MediaStream mediaStream = GetActiveMediaStream(trackEvent);
if (!(mediaStream == null))
{
VideoStream videoStream = mediaStream as VideoStream;
double dMediaPixelAspect = videoStream.PixelAspectRatio;
VideoEvent videoEvent = trackEvent as VideoEvent;
VideoMotionKeyframes keyframes = videoEvent.VideoMotion.Keyframes; ;
int cKeyframes = keyframes.Count;
for (int jj = cKeyframes - 1; jj >= 0; jj--)
{
VideoMotionKeyframe thisKeyframe = keyframes[jj] as VideoMotionKeyframe;
MatchOutputAspect(thisKeyframe, dMediaPixelAspect, dAspect);
}
}
myVegas.UpdateUI();
}
public MediaStream GetActiveMediaStream(TrackEvent trackEvent)
{
try
{
if (!(trackEvent.ActiveTake.IsValid()))
{
throw new ArgumentException("empty or invalid take");
}
Media media = myVegas.Project.MediaPool.Find(trackEvent.ActiveTake.MediaPath);
if (null == media)
{
MessageBox.Show("missing media");
throw new ArgumentException("missing media");
}
MediaStream mediaStream = media.Streams.GetItemByMediaType(MediaType.Video, trackEvent.ActiveTake.StreamIndex);
return mediaStream;
}
catch (Exception e)
{
MessageBox.Show("{0}", e.Message);
return null;
}
}
public void MatchOutputAspect(VideoMotionKeyframe keyframe, double dMediaPixelAspect, double dAspectOut)
{
VideoMotionKeyframe keyframeSave = keyframe;
try
{
double rotation = keyframe.Rotation;
keyframe.RotateBy(-rotation);
float dWidth = Math.Abs(keyframe.TopRight.X - keyframe.TopLeft.X);
float dHeight = Math.Abs(keyframe.BottomLeft.Y - keyframe.TopLeft.Y);
double dCurrentAspect = dMediaPixelAspect * dWidth / dHeight;
float centerY = keyframe.Center.Y;
float centerX = keyframe.Center.X;
double dFactor;
VideoMotionBounds bounds = new VideoMotionBounds(keyframe.TopLeft, keyframe.TopRight, keyframe.BottomRight, keyframe.BottomLeft);
if (dCurrentAspect < dAspectOut)
{
// alter y coords
dFactor = dCurrentAspect / dAspectOut;
bounds.TopLeft.Y = (bounds.TopLeft.Y - centerY) * (float)dFactor + centerY;
bounds.TopRight.Y = (bounds.TopRight.Y - centerY) * (float)dFactor + centerY;
bounds.BottomLeft.Y = (bounds.BottomLeft.Y - centerY) * (float)dFactor + centerY;
bounds.BottomRight.Y = (bounds.BottomRight.Y - centerY) * (float)dFactor + centerY;
}
else
{
// alter x coords
dFactor = dAspectOut / dCurrentAspect;
bounds.TopLeft.X = (bounds.TopLeft.X - centerX) * (float)dFactor + centerX;
bounds.TopRight.X = (bounds.TopRight.X - centerX) * (float)dFactor + centerX;
bounds.BottomLeft.X = (bounds.BottomLeft.X - centerX) * (float)dFactor + centerX;
bounds.BottomRight.X = (bounds.BottomRight.X - centerX) * (float)dFactor + centerX;
}
// set it to new bounds
keyframe.Bounds = bounds;
// restore rotation.
keyframe.RotateBy(rotation);
}
catch
{
// restore original settings on error
keyframe = keyframeSave;
}
}
public void ScaleKeyframe(VideoMotionKeyframe keyframe, float szChange, float rotAngle)
{
float cWidth = (1 / (szChange / 100));
float cHeight = (1 / (szChange / 100));
if (szChange > 100)
{
cWidth = (szChange / 100);
cHeight = (szChange / 100);
}
VideoMotionVertex bounds = new VideoMotionVertex(cWidth, cHeight);
keyframe.ScaleBy(bounds);
keyframe.RotateBy((rotAngle * (Math.PI / 180)));
}
}
}
public class EntryPoint
{
public void FromVegas(Vegas vegas)
{
Test_Script.Class1 test = new Test_Script.Class1();
test.Main(vegas);
}
}
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