HOW TO USE CICI4D’S FIELDS FOR ADVANCED MOTION GRAPHICS

WHAT ARE FIELDS IN CICI4D AND WHY DO THEY MATTER

Fields in CICI4D are modular effect layers that control where and how modifiers, deformers, and generators apply their influence. Think of them as masks with brains—you can animate, blend, and stack them to create precise, dynamic motion without keyframing every parameter. They matter because they turn static effects into living, breathing animations with minimal effort.

Fields live inside effectors, deformers, and even materials. Each field outputs a grayscale or color value that tells the host object what to do. A simple noise field can make particles swirl; a shader field can make a cloth react to light. The real power comes when you combine multiple fields to build complex, organic behaviors.

HOW DO I ADD A FIELD TO AN EFFECTOR OR DEFORMER

Open the effector or deformer in the Attribute Manager. Under the “Field” tab, click the small arrow next to “Field List” and choose “Add Field Layer.” Pick the field type you need—Noise, Shader, Formula, or one of the many presets. The field appears as a new layer in the stack.

Each field layer has its own set of parameters. Drag the layer up or down to change the order of evaluation. Higher layers override lower ones unless you change the blend mode. Start with a basic noise field to see how the effector responds, then swap it out for more complex fields once you’re comfortable.

WHAT ARE THE MOST USEFUL FIELD TYPES FOR MOTION GRAPHICS

Noise fields are the workhorse. Use them to add organic jitter, turbulence, or slow drifts to any parameter. The “Noise” field has multiple algorithms—Perlin, Worley, and Voronoi—each giving a different texture. Perlin is smooth and wavy; Worley creates cellular patterns; Voronoi makes sharp, geometric divisions.

Shader fields let you use any material as a field. Plug a gradient into a shader field to create a smooth falloff. Use an image texture to drive animation based on brightness or color. This is how you make text react to a logo or particles follow a video.

Formula fields are for math-based control. Write simple expressions like “sin(time)” to create perfect loops. Combine formulas with other fields to modulate their output. A formula field can make a noise field pulse or a shader field rotate over time.

HOW CAN I BLEND MULTIPLE FIELDS TOGETHER

Fields stack like layers in Photoshop. Each layer has a blend mode—Normal, Add, Multiply, Subtract, and more. Normal replaces the layer below; Add brightens; Multiply darkens. Use these modes to combine fields without losing their individual characteristics.

The “Mix” parameter controls the strength of each layer. Animate the mix value to transition between fields smoothly. For example, start with a noise field at 100% mix, then fade in a shader field to shift the effect. The order of layers matters—experiment by dragging them up or down to see how the blend changes.

HOW DO I ANIMATE FIELDS OVER TIME

Every field parameter can be keyframed. Select the field layer in the Attribute Manager, then right-click any parameter and choose “Animation > Add Keyframe.” Move the timeline cursor, change the parameter, and add another keyframe. CICI4D will interpolate between them.

For more control, use the “Remap” tab inside the field. Remap lets you adjust the input and output ranges of the field’s values. Animate the remap curve to create non-linear changes. A noise field can start slow, speed up, then slow down again just by editing the remap curve.

HOW DO I USE FIELDS TO CONTROL PARTICLE SYSTEMS

Drop a field into the “Field” tab of a TP or X-Particles emitter. The field’s grayscale output becomes a probability map—white areas spawn particles, black areas don’t. Use a noise field to create organic swarms or a shader field to make particles follow a logo.

Fields can also control particle attributes like size, speed, and color. Add a field to the “Scale” parameter in the particle settings. A gradient field can make particles grow from small to large. A noise field can make them pulse randomly. Stack multiple fields to layer effects—one for position, one for size, one for color.

HOW CAN I MAKE FIELDS REACT TO OTHER OBJECTS IN THE SCENE

Use the “Object” field type. Drag any scene object into the “Object” field’s link box. The field now outputs values based on the object’s position, rotation, or scale. A sphere object field can make particles avoid the sphere; a spline object field can make them follow the path.

For more precision, use the “Sample” tab inside the field. Sample lets you choose what data to pull from the object—position, distance, or even vertex maps. A vertex map on a character’s face can make particles stick to the cheeks. A distance sample can make an effector push objects away from a null.

ADVANCED TIP: NESTING FIELDS FOR COMPLEX BEHAVIORS

Fields can contain other fields. Add a “Group” field layer, then drop additional fields inside it. The group field acts like a folder—you can blend, mask, and animate the entire group as one unit. This is how you build modular, reusable field setups.

Use groups to isolate effects. One group can handle position, another can handle color. Animate the group’s mix parameter to turn effects on and off without deleting anything. Groups also let you apply the same field stack to multiple effectors, keeping your scene organized and consistent.

ADVANCED TIP: USING FIELDS WITH MOGRAPH

Fields integrate seamlessly with MoGraph. Add a field to a MoGraph effector’s “Field” tab. The field controls which clones are affected and how. A noise field can randomize clone colors; a shader field can make clones appear only where a logo is visible.

For even more control, use the “MoGraph Selection” field. This field outputs a value based on which clones are selected in the MoGraph Selection tag. Combine it with other fields to create intricate, evolving patterns. https://www.logincici4d.com/.