Томск
«Goodwin Синема»
Другие кинотеатры сети

Maxon Cinema 4d Studio 20242 Redshift 3524

The update combination of Maxon Cinema 4D 2024.2 and Redshift 3.5.24 focuses on major performance jumps, architectural stability, and refined simulation workflows. Cinema 4D 2024.2 Highlights

The Cinema 4D 2024.2 release primarily targeted simulation and animation efficiency:

Unified Simulation Enhancements: Added new deactivation parameters for Rigid Bodies and damping overrides for simulation tags like Cloth, Rope, and Balloon.

Animation Workflow: Introduced a Key Reducer that streamlines dense motion capture data while keeping the original animation curve's shape.

New Procedural Nodes: Includes Thicken, Symmetry, and Resample Spline nodes to simplify geometry and spline modification.

Asset Management: Improved detection for missing assets upon loading or saving, with new icons in the Object Manager and Project Asset Inspector. Redshift 3.5.24 Enhancements maxon cinema 4d studio 20242 redshift 3524

The Redshift 3.5.24 update focuses on stability and expanded hardware support:

Apple M3 Hardware Support: A major highlight is native hardware ray tracing support for Apple M3 chips, which can significantly speed up render times.

Viewport Performance: Improved the responsiveness of Redshift Lights (RSLights) and particle system extraction directly in the C4D viewport.

Integration Fixes: Addressed bugs where certain polygon selections were lost with motion blur and fixed rare crashes during material preview rendering.

New "EZ" Render Settings: Added a simplified render settings interface specifically for Blender users, alongside broader fixes for Metal and RT (Ray Tracing) engines. Essential Technical Notes The update combination of Maxon Cinema 4D 2024

AVX2 Requirement: These versions require CPUs with AVX2 instruction set support (generally Intel Haswell/AMD Excavator or newer). If your CPU is older than ~10 years, these versions will not run.

Installation: By default, version 2024.2 replaces previous 2024.x installations to reduce disk usage and simplify plugin migration. Cinema 4D 2024.2 - Knowledge Base

Synthesis of Precision: Exploring Cinema 4D 2024.2 and Redshift 3.5.24

The release of Maxon Cinema 4D 2024.2 and Redshift 3.5.24 represents a critical juncture for the 3D industry, marking a move toward a more unified, simulation-heavy, and hardware-agnostic workflow. While individual updates might appear incremental, together they refine the bridge between artistic intent and technical execution. The Simulation Revolution in Cinema 4D 2024.2

The hallmark of version 2024.2 is the deepening of the Unified Simulation System. Key enhancements include: Modeling Guides: Using the Solid Chamfer to create

Art-Directable Damping: Artists now have granular control with individual damping overrides for cloth, ropes, balloons, and rigid bodies, allowing for more stylized or physically accurate energy dissipation.

Advanced Rigid Body Dynamics: New "Deactivation" parameters allow objects to "sleep" based on linear and angular velocity thresholds, significantly optimizing performance in complex scenes by pausing calculations for idle objects.

Pyro Enhancements: The addition of "Dynamic Surface" emission and dual rest grids allows for highly detailed combustion simulations that can be post-processed with noise patterns for extra grit and realism. Redshift 3.5.24: Turbocharged Rendering

As the now-default renderer for Cinema 4D, Redshift 3.5.24 focuses on stability and hardware optimization.

  1. Modeling Guides: Using the Solid Chamfer to create hard-surface edges (often used for "Solid Modeling").
  2. Rendering/Physics Guides: Creating a visual wireframe or "clay" render to show geometry structure.

Below are the steps for the most common interpretation: Creating Hard-Surface Guides using Solid Chamfer, followed by a guide for Rendering a Wireframe overlay.

Step 2: Create the Wireframe (The "Guide")

  1. Create a second RS Material.
  2. In the Node Editor (double-click the material):
    • Find the Wireframe node (Search for "Wireframe").
    • Connect the Output of the Wireframe node to the Input of the Material node (usually connecting to Surface > Base Color or using a Color Correct node to mix it).
  3. Configuration:
    • Color: Change the wireframe color to Black or a dark distinct color.
    • Background: If you want only lines on a transparent background, ensure the material alpha is handled correctly, but usually, we mix it with the clay color using a Mix node.

Alternative "One-Material" Method (Redshift 3.5.24):

  1. Create one RS Material.
  2. In the Node Editor, create a Wireframe node and a Mix node.
  3. Connect the Wireframe to the Mix > Source A (Black lines).
  4. Create a Color node (Gray) and connect to Mix > Source B.
  5. Connect the Mix node to the Material Output > Base Color.

Step 1: Prepare the Geometry

  1. Create a basic object (e.g., a Cube).
  2. Make it editable (C on keyboard).
  3. Ensure your object has enough base subdivisions to support deformation if you plan to bend it later.

2. Key Workflows for Great Content