loop you are currently cutting. New Cut E Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm Reference 編輯模式 Curve ‣ Separate P Mode: 選單: Shortcut: Curve objects that are made of multiple distinct curves can be separated into their own objects by selecting the desired segments and pressing P

loop you are currently cutting. New Cut E Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm curve. Separate Reference Edit Mode Curve ‣ Separate P Curve objects that are made of multiple distinct curves can be separated into their own objects by selecting the desired segments and pressing P

loop you are currently cutting. New Cut E Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm curve. Separate Reference Edit Mode Curve ‣ Separate P Curve objects that are made of multiple distinct curves can be separated into their own objects by selecting the desired segments and pressing P

loop you are currently cutting. New Cut E Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm curve. Separate Reference Edit Mode Curve ‣ Separate P Curve objects that are made of multiple distinct curves can be separated into their own objects by selecting the desired segments and pressing P

fitting the original strip’s timing and length. Hard Like Soft Blade, it cuts a strip in two distinct strips; but you will not be able to drag the endpoints to show the frames past the cut of each resulting loop you are currently cutting. New Cut RMB Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm

fitting the original strip's timing and length. Hard Like Soft Blade, it cuts a strip in two distinct strips; but you will not be able to drag the endpoints to show the frames past the cut of each resulting loop you are currently cutting. New Cut RMB Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm

loop you are currently cutting. New Cut RMB Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm Reference 編輯模式 Curve ‣ Separate P Mode: 選單: Shortcut: Curve objects that are made of multiple distinct curves can be separated into their own objects by selecting the desired segments and pressing P

loop you are currently cutting. New Cut RMB Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm curve. Separate Reference Edit Mode Curve ‣ Separate P Curve objects that are made of multiple distinct curves can be separated into their own objects by selecting the desired segments and pressing P

fitting the original strip's timing and length. Hard Like Soft Blade, it cuts a strip in two distinct strips; but you will not be able to drag the endpoints to show the frames past the cut of each resulting loop you are currently cutting. New Cut RMB Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm

fitting the original strip's timing and length. Hard Like Soft Blade, it cuts a strip in two distinct strips; but you will not be able to drag the endpoints to show the frames past the cut of each resulting loop you are currently cutting. New Cut RMB Begins a new cut. This allows you to define multiple distinct cut lines. If multiple cuts have been defined, they are recognized as new snapping points. Creating shape of the curve and can be transformed by altering its Control Points. Splines come in three distinct types, which are described in Spline Types. Each spline type has a slightly different algorithm