In molecular modeling, visual clarity is crucial, especially when presenting or analyzing complex systems. One of the common challenges modelers face is emphasizing specific structures or regions within a molecular model, without permanently altering their appearance. This is where SAMSON’s Pulse animation effect comes in as a useful tool.
The Pulse animation offers a dynamic way to make selected molecular components, or nodes, visually stand out. It achieves this by progressively transitioning nodes between full transparency and full opacity. Whether you’re working with structural models, visual models, meshes, or labels, the Pulse animation can draw your audience’s focus effectively—perfect for presentations, tutorials, or research highlights.
How the Pulse Animation Works
The Pulse animation operates through a sequence of five keyframes, which control the transition of transparency over time:
- Keyframe 1 – Keyframe 2: The nodes are fully transparent.
- Keyframe 2 – Keyframe 3: The nodes gradually become visible with decreasing transparency.
- Keyframe 3: The nodes are fully opaque (no transparency).
- Keyframe 3 – Keyframe 4: The nodes start disappearing, with transparency increasing progressively.
- Keyframe 4 – Keyframe 5: The nodes return to full transparency.
Users are free to adjust these keyframes to match the timing and emphasis needed for their application. The customization options allow you to maintain precise control over how and when parts of your molecular models appear or disappear during an animation sequence.
How to Apply the Pulse Animation
Setting up the Pulse animation is straightforward:
- Select the nodes (i.e., the molecular components) you wish to animate. Remember, these nodes must support the transparency attribute.
- Next, head to the Animation panel in the Animator.
- Finally, double-click the Pulse effect to apply it to the selected nodes.
Check out the example below to see the pulse effect in action:
Taking Control with Easing Curves
For those seeking finer control, the Pulse animation lets you adjust how parameters change between keyframes via the Easing curve. By modifying the easing curve, you can achieve smooth or dramatic transitions, depending on the storytelling or analysis goals of your molecular design project.
Why Choose Pulse?
The Pulse animation effect is not just visually appealing—it serves a functional purpose. It enables modelers to:
- Highlight important molecular structures during presentations or simulations.
- Create dynamic visual narratives to explain molecular interactions and phenomena.
- Craft engaging tutorials with transitions that guide users through a step-by-step exploration of molecular systems.
To learn more about setting up and customizing the Pulse animation, visit the full documentation page at https://documentation.samson-connect.net/users/latest/animations/pulse/.
SAMSON and all SAMSON Extensions are free for non-commercial use. To download and start using SAMSON, visit https://www.samson-connect.net.