
Model a swivel chair in Cinema 4D for 3D motion graphics by extruding to thickness, beveling and refining subdivisions, and assembling a five-star base with capsule elements and precise duplication.
Build a desk with a lower cabinet and legs, duplicating components, and adjusting height, width, and radius. Use boolean subtraction to carve drawers from blocks and refine the surface.
Learn to model a clock in Cinema 4D by adjusting orientation to the z axis, scaling, rotating, duplicating parts, and applying glass and specular materials.
Design and refine a Cinema 4D monitor by shaping a rounded rectangle, extruding from the generator, duplicating components, and positioning a desk stand with controlled radius and subdivisions.
Create a keyboard and mouse rig in Cinema 4D using Kloner for arrays, adjust position and scale, and animate a wire connection with a circle generator.
Discover how to build a calendar scene in Cinema4D by extruding shapes, cloning paper components, rotating and positioning them, and preparing for octane materials.
Adjust materials to make the display panel more concave with soft selection and radius control, then apply and link diffuse colors across key objects.
Model luggage in Cinema 4D by adjusting X, Y, Z, radius, and subdivision; enable polygon mode, use loop selection, and manage visible versus all polygons.
Create a capsule-based luggage model in Cinema4D, rotate components along the y and x axes, duplicate parts, and assemble a spline rectangle handle using local and global coordinates.
Create a luggage model in Cinema4D for 3D motion graphics by scaling, rotating, and duplicating parts, refining cylinders and cubes, and adjusting local to global positions for a flexible band.
Fix luggage geometry in this Cinema 4D baggage module by removing unused points, sweeping NRPs, and zeroing rotation and x-axis position, then prepare for creating shirts in the next hour.
Create a 3d shirt in cinema 4d by modeling the collar, adjusting polygons and subdivisions, duplicating parts, applying materials, and placing the shirt into a luggage scene.
Learn to build a Walkman-inspired cube in Cinema 4D, bevel edges, add thickness with a subdivision surface, and model buttons, spindles, and a door using boolean and capsule shapes.
Explore Cinema 4D basics by building a kasit and solomont cassette assembly, using door rotation, duplication, booleans, and sublayers to refine cylinders, cubes, and edges.
Build a headphone in cinema 4d by duplicating parts, using symmetry and sweep nurbs with circle profiles; apply turquoise, red, orange, gray materials, group and rename.
Create diving glasses in cinema 4d by tracing a reference image into a path, adjust symmetry and points, and extrude parts to assemble the strap keeper and tubes.
Model a snorkel in Cinema 4D by creating cylinders, lines, and bends; set start angle minus 90 degrees, radius 35 cm, extrude for thickness, and apply materials in live viewer.
Create a dolphin morph in cinema 4d by turning a spline into a curved tube, refining with subdivisions, morphing toward a circle, and applying a gradient material.
Create a glass on a cylinder by adjusting radius and segments, apply a light-blue transmission glass, then copy the glass material from project 01 and render with path tracing.
Model and refine a bucket in Cinema 4D using vertex editing and extrusion, then simulate a liquid pour with spheres colliding with the bucket and adjust materials for rendering.
Learn to model a cinema 4d camera by building the body from cubes, beveling edges, optimizing vertices, adding lenses with cylinders, and finalizing with materials and booleans.
Create a glasses rig in Cinema 4D using an internet glasses model, split objects to isolate handles, and mirror copies for hinge rotation while cleaning up vertices.
In this final chapter, adjust sandal orientation, reduce polygons, clean up geometry and materials (turquoise and red), unify the model, and prepare for animation.
Animate a wire linked to the mouse in Cinema4D by adjusting perspective, amplitude, and frequency for smooth y-axis motion with RadNet noise.
Animate a calendar scene in Cinema 4D by moving papers, adjusting anchor points and scale, duplicating elements, keyframing rotation and timing across frames, and preparing the render workflow.
Learn to set up and animate a clock in Cinema 4D, adjusting rotation, keyframes, and scale, duplicating elements, and refining curves and render settings for a seven-second hd sequence.
Animate the chair by setting keyframes for rotation (15 degrees) and Y/Z positions, then refine frame-by-frame on the Cinema 4D timeline to place it on the floor.
Animate a desk scene in Cinema4D by keyframing desk and cabinet movements, rotation, and scale, with anchor points, cloners, and f-curve tweaks for timing.
Learn to build a desk folding luggage sequence in Cinema4D by turning a shirt into luggage, adjusting textures, anchor points, and a detailed keyframe animation across frames.
Animate shirts inside baggage in Cinema 4D, duplicating shirts, setting keyframes for drop and bounce, and adjusting balance along the X, Y, Z axes to sync with baggage.
Animate the left baggage by setting keyframes from frame 240 to 255 to open the door, then refine with smooth curves and adjust rotation to keep it above ground.
Animate a walkman-like Weichmann from baggage using subdivision, keyframes, and PSR constraints; adjust segments for smooth bending, synchronize the door, cassette motion, and visibility for a polished shot.
Animate the Weichmann head and cylinders on the floor using precise keyframes, squash and stretch, anchor points, and reverse motion to create a synchronized radio animation in Cinema4D.
Import and organize a diving glasses model in Cinema4D, parent it to the white mannequin, align anchor points, and animate glasses, snorkel, and tube with synchronized keyframes and bounce.
Import and position the diving glasses and apply morph tags. Animate multiple layers with keyframes for scale, rotation, and bounces, including visibility of the breathing tube.
Master 3d motion graphics in Cinema4D by building a dolphin animation with keyframes, camera movements, and motion around tubes, rings, and tourists.
Import and position the glass scene, adjust anchor and proportions, apply a boolean with the cube, and animate glass, water, and dolphin with keyframes.
Animate the glass moving to the ground, anchor it at the bottom, align with the glass edge, then use a spline to move it to the bucket handle with keyframes.
Set up keyframes for position, rotation, strength, and visibility to animate a bucket hitting the surface, then configure collisions, rigid bodies, and cloner dynamics, and optimize with polygon reduction.
Complete the bucket animation by morphing toward the camera, refining rotation and keyframes. Build front and back nulls with constraints for a smooth shake and accurate floor contact.
Learn to choreograph a ball smashing into a bucket in Cinema 4D, using keyframes, and refine with a bucket collider, squash, and bounce adjustments.
Learn to model and animate a bucket ribbon in Cinema 4D by adding a cylinder, aligning to the surface, enabling booleans, and keyframing visibility and growth for a camera morph.
Set up the camera in the scene, create a camera object, and animate its position and rotation with keyframes across frames to synchronize with the souvenirs.
Explore cinema 4d camera animation: set vertical plane, create and adjust keyframes along curves, extend and reverse timing, rotate the camera, and synchronize layer and door motions.
Animate a camera shot in Cinema 4D by placing glasses in front of the camera, parenting them to the camera, and keyframing visibility, rotation, and position across hundreds of frames.
Learn step-by-step Cinema 4D animation by copying keyframes to make sandal and glasses hit the ground, rise, and loop along an arc with parenting and visibility tweaks.
Copy and drag keyframes, group objects, and set anchors to animate the computer desk scene in Cinema4D, adjusting visibility and extrusion targets while refining timing and transitions.
Making 3D Motion Graphics in Cinema 4D is an exciting and comprehensive course designed to equip participants with the skills and knowledge needed to create stunning motion graphics using the powerful 3D software, Cinema 4D.
This course is hard and suitable for Professionals and will take them on a creative journey through the world of 3D motion graphics.
Course Overview:
Modeling in Cinema 4D:
Explore different modeling techniques to create 3D objects.
Master the art of creating complex shapes and structures.
Texturing and Materials:
Understand the texturing process and apply materials to your 3D models.
Discover the use of textures, shaders, and materials to enhance visual appeal.
Create smooth and dynamic motion for your 3D elements.
Camera and Lighting Techniques:
Discover camera settings to frame your shots effectively.
Master lighting techniques to add realism and atmosphere to your scenes.
Motion Graphics Techniques:
Dive into motion graphics-specific tools and techniques in Cinema 4D.
Create dynamic animations, titles, and lower thirds for various media projects.
Rendering and Output:
Understand the rendering process using Octane Render Engine in Cinema 4D.
Project-Based Learning:
Apply the concepts learned throughout the course to create a complete 3D motion graphics project.
Receive guidance and feedback from the instructor to improve your work.
By the end of this course, you will have developed a solid foundation in creating captivating 3D motion graphics using Cinema 4D.
With the skills acquired, you will be well-prepared to embark on a successful journey in the world of motion graphics, whether it's for advertising, social media content, video intros, or other creative projects.
Let your imagination come to life with "Making 3D Motion Graphics in Cinema 4D"!