MODO | Introduction to Falloffs

This collection of videos introduces the Falloff options in MODO.

| Show Falloffs

This video is a quick introduction to the Show Falloff display option in MODO, which enables you to better visualize the effect a falloff has over a selection.

This video is a quick introduction to the Show Falloff display option in MODO, which enables you to better visualize the effect a falloff has over a selection.

| Falloffs: Linear and Radial

This video is a quick introduction to using Linear and Radial Falloffs in MODO, which are two common ways to gradually decrease the intensity of a tool across a defined range.

This video is a quick introduction to using Linear and Radial Falloffs in MODO, which are two common ways to gradually decrease the intensity of a tool across a defined range. Here is another look at the Symmetric Option for Linear Falloff: https://www.pixelfondue.com/blog/2017/8/16/modo-linear-falloff-symmetric-options

Here is another look at the Symmetric Option for Linear Falloff:

This video is a quick introduction to the Symmetric options when working with Linear Falloff in MODO, which enables you to mirror the influence area of the falloff across either the start or end position of the falloff handles.

 | Cylinder Falloff

This video is a quick introduction to the Cylinder Falloff option in MODO, which uses a circular falloff that extends across the length of a virtual cylinder.

 | Airbrush

The Airbrush falloff option is a powerful, yet often overlooked feature in MODO that allows you to paint a tools influence onto a mesh. This quick video introduces the Airbrush Falloff option showing it used with multiple tools.

The Airbrush falloff option is a powerful, yet often overlooked feature in MODO that allows you to paint a tools influence onto a mesh. This quick video introduces the Airbrush Falloff option showing it use with multiple tools.

| Screen Falloff

This video is a quick introduction to the Screen Falloff option in MODO, which defines the falloff using a disc drawn in screen space.

| Element Falloff

Element Falloff is an amazingly powerful feature that can become even more powerful when you understand and use the Connected Elements options. This video takes a quick look at the Connected Elements Options when working with Element Falloff in MODO.

Element Falloff is an amazingly powerful feature that can become even more powerful when you understand and use the Connected Elements options. This video takes a quick look at the Connected Elements Options when working with Element Falloff in MODO.

| Noise Falloff

This video is a quick introduction to the Noise Falloff in MODO, which uses a three-dimensional noise pattern to modulate the influence of a tool on the selected geometry.

This video is a quick introduction to the Noise Falloff in MODO, which uses a three-dimensional noise pattern to modulate the influence of a tool on the selected geometry.

| Curvature Falloff

This video is a quick introduction to the Curvature Falloff in MODO, which generates a falloff that attenuates across changes in surface topology.

This video is a quick introduction to the Curvature Falloff in MODO, which generates a falloff that attenuates across changes in surface topology.

| Vertex Map Falloff

This video is a quick introduction to the Vertex Map Falloff option in MODO, which converts values of the currently selected Vertex Map to values representing falloff strength.

This video is a quick introduction to the Vertex Map Falloff option in MODO, which converts values of the currently selected Vertex Map to values representing falloff strength.

 | Path Falloff

This video is a quick introduction to Path Falloff in MODO, which uses a curve to determine the area of influence of a tool.

This video is a quick introduction to Path Falloff in MODO, which uses a curve to determine the area of influence of a tool.

| Lasso Falloff

This video is a quick introduction to the Lasso Falloff option in MODO, which uses lasso selections drawn in screen space to determine the area of influence of a tool.

This video is a quick introduction to the Lasso Falloff option in MODO, which uses lasso selections drawn in screen space to determine the area of influence of a tool.

 | Image Falloff

This video is a quick introduction to the Image Falloff option in MODO, which uses the brightness of an image to determine the area of influence of a tool. 

| Selection and Soft Selection Falloffs

This video is a quick look at the Selection and Soft Selection Falloffs in MODO, which allow you to gradually decrease the intensity of a tool based on a selection area.

This video is a quick look at the Selection and Soft Selection Falloffs in MODO, which allow you to gradually decrease the intensity of a tool based on a selection area.

| Coplanar Falloff

This video is a quick introduction to the Coplanar Falloff option in MODO, which attenuates the falloff based on the angle between the selected polygon’s normals.

This video is a quick introduction to the Coplanar Falloff option in MODO, which attenuates the falloff based on the angle between the selected polygon's normals.

| Falloffs: Using Multiple Falloffs

This video is a quick introduction to using multiple Falloffs in MODO.

This video is a quick introduction to using multiple Falloffs in MODO.

| Convert Falloff Cache

This video is a quick introduction to the Convert Falloff Cache command in MODO. Convert Falloff Cache is a powerful command that transfers internal falloff weight data generated by Falloff options such as Element, Selection, Screen and Air Brush into a regular weight map.

This video is a quick introduction to the Convert Falloff Cache command in MODO. Convert Falloff Cache is a powerful command that transfers internal falloff weight data generated by Falloff options such as Element, Selection, Screen and Air Brush into a regular weight map.