I assume you want to split one horizontal or landscape format video into four vertical formats. If so, you could try video collage Resolve FX, but things get a bit tricky when you need to use differnt aspect ratios for working vs output timeline. I think there has been some adjustments made in Resolve 20, but if you are using earlier versions, while its possible to set up input and output sizing and all that, I would probably combine fusion for cropping and export for differnt videos. If you need for separate vertical videos that when combine re-assemble the original landscape format video.
So what I would probably do to make it easier, is I would bring in the horizontal video into vertical format timeline. Than open it in fusion page. Fusion will by default work with original file from media pool, giving you access to all the pixels. Ignoring timeline.
You can than use crop tool to make four crops in offset from each other and easily export the results on a vertical timeline from deliver page.
Since you need for crops, you can use value files in pixels in the crop tool in fusion, but you can easily control the height and width that you need by entering the values in pixels. This should match your timeline. And than you have two other slides for offset where you can easily offset the image inside the crop to cover all the video. Similar to panorama photography.
By the way in fusion you can use the fields for numbers also as calculator. So if you have 1920 that you want to split 4 times, you can simply enter 1920/4 = 480. So its easy to do math for your situation.
Here is my basic set up that I will post here so you can use and adjust to your needs.
I'm using standard FullHD 1920x1080px video cropped in four parts for reference, here, but if you work with UltraHD you can adjust the values for your needs.
Make a vertical format timeline that you need and drag your video onto it.
- sshot-1025.jpg (227.19 KiB) Viewed 482 times
Copy this code to your clipboard, and paste it into fusion node area. Fusion nodes are in lua programing language so they can be shared as text. All you have to do is paste this in node tree area of fusion.
- Code: Select all
{
Tools = ordered() {
GridWarp1 = GridWarp {
SrcDrawMode = 1,
DestDrawMode = 1,
Inputs = {
Show = Input { Value = 0, },
MagnetType = Input { Value = 0, },
SrcXGridSize = Input { Value = 4, },
SrcYGridSize = Input { Value = 1, },
SrcGridChange = Input {
Value = Mesh {
Count = 10,
Col = 5,
DeltaR = 1,
DeltaC = 0.25,
P1X = -0.5,
P1Y = -0.5,
Points = {
{ X = -0.5, Y = -0.5, L_CX = 0, T_CY = 0, },
{ X = -0.25, Y = -0.5, T_CY = 0, },
{ X = 0, Y = -0.5, T_CY = 0, },
{ X = 0.25, Y = -0.5, T_CY = 0, },
{ X = 0.5, Y = -0.5, T_CY = 0, R_CX = 0, },
{ X = -0.5, Y = 0.5, L_CX = 0, B_CY = 0, },
{ X = -0.25, Y = 0.5, B_CY = 0, },
{ X = 0, Y = 0.5, B_CY = 0, },
{ X = 0.25, Y = 0.5, B_CY = 0, },
{ X = 0.5, Y = 0.5, R_CX = 0, B_CY = 0, }
},
SavePoints = {
}
},
},
SrcPolyline = Input {
Value = Polyline {
},
},
DstGridChange = Input {
Value = Mesh {
Count = 81,
Col = 9,
DeltaR = 0.125,
DeltaC = 0.125,
P1X = -0.5,
P1Y = -0.5,
Points = {
{ X = -0.5, Y = -0.5, L_CX = 0, T_CY = 0, },
{ X = -0.375, Y = -0.5, T_CY = 0, },
{ X = -0.25, Y = -0.5, T_CY = 0, },
{ X = -0.125, Y = -0.5, T_CY = 0, },
{ X = 0, Y = -0.5, T_CY = 0, },
{ X = 0.125, Y = -0.5, T_CY = 0, },
{ X = 0.25, Y = -0.5, T_CY = 0, },
{ X = 0.375, Y = -0.5, T_CY = 0, },
{ X = 0.5, Y = -0.5, T_CY = 0, R_CX = 0, },
{ X = -0.5, Y = -0.375, L_CX = 0, },
{ X = -0.375, Y = -0.375, },
{ X = -0.25, Y = -0.375, },
{ X = -0.125, Y = -0.375, },
{ X = 0, Y = -0.375, },
{ X = 0.125, Y = -0.375, },
{ X = 0.25, Y = -0.375, },
{ X = 0.375, Y = -0.375, },
{ X = 0.5, Y = -0.375, R_CX = 0, },
{ X = -0.5, Y = -0.25, L_CX = 0, },
{ X = -0.375, Y = -0.25, },
{ X = -0.25, Y = -0.25, },
{ X = -0.125, Y = -0.25, },
{ X = 0, Y = -0.25, },
{ X = 0.125, Y = -0.25, },
{ X = 0.25, Y = -0.25, },
{ X = 0.375, Y = -0.25, },
{ X = 0.5, Y = -0.25, R_CX = 0, },
{ X = -0.5, Y = -0.125, L_CX = 0, },
{ X = -0.375, Y = -0.125, },
{ X = -0.25, Y = -0.125, },
{ X = -0.125, Y = -0.125, },
{ X = 0, Y = -0.125, },
{ X = 0.125, Y = -0.125, },
{ X = 0.25, Y = -0.125, },
{ X = 0.375, Y = -0.125, },
{ X = 0.5, Y = -0.125, R_CX = 0, },
{ X = -0.5, Y = 0, L_CX = 0, },
{ X = -0.375, Y = 0, },
{ X = -0.25, Y = 0, },
{ X = -0.125, Y = 0, },
{ X = 0, Y = 0, },
{ X = 0.125, Y = 0, },
{ X = 0.25, Y = 0, },
{ X = 0.375, Y = 0, },
{ X = 0.5, Y = 0, R_CX = 0, },
{ X = -0.5, Y = 0.125, L_CX = 0, },
{ X = -0.375, Y = 0.125, },
{ X = -0.25, Y = 0.125, },
{ X = -0.125, Y = 0.125, },
{ X = 0, Y = 0.125, },
{ X = 0.125, Y = 0.125, },
{ X = 0.25, Y = 0.125, },
{ X = 0.375, Y = 0.125, },
{ X = 0.5, Y = 0.125, R_CX = 0, },
{ X = -0.5, Y = 0.25, L_CX = 0, },
{ X = -0.375, Y = 0.25, },
{ X = -0.25, Y = 0.25, },
{ X = -0.125, Y = 0.25, },
{ X = 0, Y = 0.25, },
{ X = 0.125, Y = 0.25, },
{ X = 0.25, Y = 0.25, },
{ X = 0.375, Y = 0.25, },
{ X = 0.5, Y = 0.25, R_CX = 0, },
{ X = -0.5, Y = 0.375, L_CX = 0, },
{ X = -0.375, Y = 0.375, },
{ X = -0.25, Y = 0.375, },
{ X = -0.125, Y = 0.375, },
{ X = 0, Y = 0.375, },
{ X = 0.125, Y = 0.375, },
{ X = 0.25, Y = 0.375, },
{ X = 0.375, Y = 0.375, },
{ X = 0.5, Y = 0.375, R_CX = 0, },
{ X = -0.5, Y = 0.5, L_CX = 0, B_CY = 0, },
{ X = -0.375, Y = 0.5, B_CY = 0, },
{ X = -0.25, Y = 0.5, B_CY = 0, },
{ X = -0.125, Y = 0.5, B_CY = 0, },
{ X = 0, Y = 0.5, B_CY = 0, },
{ X = 0.125, Y = 0.5, B_CY = 0, },
{ X = 0.25, Y = 0.5, B_CY = 0, },
{ X = 0.375, Y = 0.5, B_CY = 0, },
{ X = 0.5, Y = 0.5, R_CX = 0, B_CY = 0, }
},
SavePoints = {
}
},
},
DstPolyline = Input {
Value = Polyline {
},
},
Input = Input {
SourceOp = "PipeRouter1",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 183.333, -49.606 } },
},
Crop1 = Crop {
Inputs = {
XSize = Input { Value = 480, },
YSize = Input { Value = 1080, },
Input = Input {
SourceOp = "PipeRouter1",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 192.667, 52.2121 } },
},
Underlay1 = Underlay {
Inputs = {
Comments = Input { Value = "GridWarp tool just for visual refernce where to crop the video\n", }
},
ViewInfo = UnderlayInfo {
Pos = { 186.667, -70.2121 },
Size = { 189.333, 102.97 }
},
},
Switch_Between_Crops = Switch {
NameSet = true,
Inputs = {
NumberOfInputs = Input { Value = 4, },
Source = Input { Value = 1, },
Name0 = Input { Value = "Crop1", },
Input0 = Input {
SourceOp = "Crop1",
Source = "Output",
},
Name1 = Input { Value = "Crop2", },
Input1 = Input {
SourceOp = "Crop2",
Source = "Output",
},
Name2 = Input { Value = "Crop3", },
Input2 = Input {
SourceOp = "Crop3",
Source = "Output",
},
Name3 = Input { Value = "Crop4", },
Input3 = Input {
SourceOp = "Crop4",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 495.333, 117.667 } },
Colors = { TileColor = { R = 0.474509803921569, G = 0.658823529411765, B = 0.815686274509804 }, }
},
Crop2 = Crop {
NameSet = true,
Inputs = {
XOffset = Input { Value = 480, },
XSize = Input { Value = 480, },
YSize = Input { Value = 1080, },
Input = Input {
SourceOp = "PipeRouter1",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 188.667, 117.667 } },
},
MediaIn1 = MediaIn {
ExtentSet = true,
CustomData = {
MediaProps = {
MEDIA_AUDIO_TRACKS_DESC = {
{
MEDIA_AUDIO_BIT_DEPTH = 32,
MEDIA_AUDIO_FRAME_RATE = 25,
MEDIA_AUDIO_NUM_CHANNELS = 2,
MEDIA_AUDIO_SAMPLE_RATE = 48000,
MEDIA_AUDIO_START_TIME = 0,
MEDIA_AUDIO_TRACK_ID = "Timeline Audio",
MEDIA_AUDIO_TRACK_NAME = "Timeline Audio [Timeline 139]"
}
},
MEDIA_AUDIO_TRACKS_NUM = 1,
MEDIA_FORMAT_TYPE = "QuickTime",
MEDIA_HAS_AUDIO = true,
MEDIA_HEIGHT = 1080,
MEDIA_IS_SOURCE_RES = true,
MEDIA_MARK_IN = 0,
MEDIA_MARK_OUT = 283,
MEDIA_NAME = "pexels-taryn-elliott-5433994 (1080p).mp4",
MEDIA_NUM_FRAMES = 398,
MEDIA_NUM_LAYERS = 1,
MEDIA_PAR = 1,
MEDIA_PATH = "E:\\Green Screen\\--- Pexels 2\\pexels-taryn-elliott-5433994 (1080p).mp4",
MEDIA_SRC_FRAME_RATE = 24,
MEDIA_START_FRAME = 0,
MEDIA_WIDTH = 1920
},
},
Inputs = {
GlobalOut = Input { Value = 397, },
AudioTrack = Input { Value = FuID { "Timeline Audio" }, },
Layer = Input { Value = "0", },
ClipTimeEnd = Input { Value = 397, },
["Gamut.SLogVersion"] = Input { Value = FuID { "SLog2" }, },
LeftAudio = Input {
SourceOp = "Left",
Source = "Data",
},
RightAudio = Input {
SourceOp = "Right",
Source = "Data",
}
},
ViewInfo = OperatorInfo { Pos = { -313, 117.667 } },
Version = 1
},
Left = AudioDisplay {
},
Right = AudioDisplay {
CtrlWZoom = false,
},
PipeRouter1 = PipeRouter {
CtrlWZoom = false,
Inputs = {
Input = Input {
SourceOp = "MediaIn1",
Source = "Output",
}
},
ViewInfo = PipeRouterInfo { Pos = { -164.99, 117.667 } },
},
Crop3 = Crop {
NameSet = true,
Inputs = {
XOffset = Input { Value = 960, },
XSize = Input { Value = 480, },
YSize = Input { Value = 1080, },
Input = Input {
SourceOp = "PipeRouter1",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 191.333, 179.485 } },
},
MediaOut1 = MediaOut {
Inputs = {
Index = Input { Value = "0", },
Input = Input {
SourceOp = "Switch_Between_Crops",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 641, 117.667 } },
},
Crop4 = Crop {
NameSet = true,
Inputs = {
XOffset = Input { Value = 1440, },
XSize = Input { Value = 480, },
YSize = Input { Value = 1080, },
Input = Input {
SourceOp = "PipeRouter1",
Source = "Output",
}
},
ViewInfo = OperatorInfo { Pos = { 191.333, 243.727 } },
}
}
}
You should get something like this....
- sshot-1030.jpg (93.72 KiB) Viewed 482 times
I set up the four crops so and hook them up to a switch node, which can be used to switch between them. As you switch between them you get a crop of same dimensions but of differnt section moving from left to right. As you apply each crop just export that video and repeat for other sections.
- sshot-1026.jpg (188.7 KiB) Viewed 482 times
Mon Apr 07, 2025 4:32 am
