Tips and tricks for mapping linear decorations
This article refers to Twinkly Generation I & II devices
What types of LED installations can I use this 3D mapping procedure for?
This mapping guide is suitable for various types of linear LED installations, such as Festoon, Permanent, Bulb-like (C9 and S14), and simple String lights. It’s designed specifically to optimize the layout of LEDs in a linear setup and help ensure accurate mapping.
Why is the 3D Shape strategy recommended for linear LED installations?
The 3D Shape strategy helps users capture the most accurate spatial layout for linear LED installations, ensuring all lights appear in the correct order and location within the mapped area. This method is especially helpful when dealing with installations in unique or stretched-out areas, making the mapping process more intuitive and reliable.
What are the basic steps to follow for 3D mapping in a linear installation?
To achieve the best results, follow these steps carefully:
Begin Mapping from One End:
Start mapping at one end of the installation, focusing on the first LED.
Frame the first LED or set of LEDs with the camera, positioning yourself directly in front.
First Step – Initial Mapping:
Begin the mapping procedure, and as you map, the LEDs should turn orange to indicate the start.
Switch Angles for Better Detection:
Change your angle to the opposite side, framing the same initial portion of LEDs.
If they turn green, you can proceed. If they appear yellow, adjust the angle until they turn green.
Continue Alternating Angles:
Keep mapping while moving down the row of LEDs, framing both green and red LEDs.
Repeat the process of alternating angles and mapping to cover the entire installation, ensuring that LEDs turn green progressively.
Finish with Opposite-Angle Mapping:
Once all LEDs are green, do one final step from a new angle, opposite to the last one.
Frame the LEDs, starting from the last LED in the installation, to ensure complete mapping.
What should I do if the LEDs don’t turn green during mapping?
If the LEDs remain yellow instead of turning green, it’s likely due to the angle. Try adjusting your position slightly to the side or front of the lights, and capture the section again. LEDs turning green signifies a successful mapping of that area.
Why is it important to adjust angles throughout the mapping process?
Varying angles help capture the depth and spatial orientation of the LEDs accurately. This is especially useful if different focal lengths of the camera are recognized or the installation has complex angles. Moving to an opposite angle ensures the mapping software recognizes each LED's exact location.
How do I know if my mapping was successful?
The mapping is complete when all LEDs display green. A final check at a new angle, starting from the last LED in the installation, will confirm an accurate layout.
Any final tips for getting the best 3D layout?
Yes! Following this structured approach and adjusting angles as described will ensure the LEDs are correctly mapped. Patience and precise alignment with each step will provide the most accurate layout, especially for long or complex installations.