Creating custom gobo gigbar moves is within reach, unlocking endless possibilities to enhance your lighting designs with unique and captivating visuals! Follow these simple steps and discover how to transform your gigbar into a mesmerizing beacon of creativity.
To embark on this creative journey, you’ll need a gobo gigbar, Gobo Editor software, a USB flash drive, and an artistic vision. Begin by conceiving the visuals you desire, whether abstract patterns, logos, or dynamic animations. The Gobo Editor software provides an intuitive interface, empowering you to unleash your imagination and bring your designs to life.
Once your designs are complete, save them onto a USB flash drive and connect it to the gigbar. The gigbar will recognize the new gobos and display them in its library. From there, you can mix and match your custom designs with pre-loaded gobos, creating unique combinations that perfectly complement your event’s ambiance. With this newfound creative freedom, you can elevate your lighting performances and leave a lasting impression on your audience.
Designing the Gobo Pattern
Customizing a gobo pattern involves designing a unique image that will be projected onto a surface. This design process requires careful consideration of several factors to ensure optimal results.
Shape and Size
The shape and size of the gobo pattern must be carefully determined based on the intended projection area and the desired effect. Consider the aspect ratio, proportions, and overall dimensions to ensure that the pattern fits seamlessly within the projection frame.
Image Resolution
The image resolution of the gobo pattern is crucial for achieving sharp and detailed projections. A higher resolution results in finer lines and more intricate details, while a lower resolution may lead to pixelated or blurry images. Determine the optimal resolution based on the projection distance and the size of the gobo pattern.
Contrast and Color
The contrast and color of the gobo pattern play a significant role in its visibility and impact. Ensure that the design features a clear contrast between light and dark areas to create a visually appealing image. Consider the colors used in the pattern and their compatibility with the projection surface.
Selecting the Gobo Material
The choice of gobo material influences the overall quality, durability, and performance of your custom gobo. Consider the following factors when making your selection:
Glass: Glass gobos offer unparalleled image sharpness and longevity. They are ideal for complex designs and applications that demand precise projection. However, glass gobos are more fragile and expensive than other materials.
Metal: Metal gobos are sturdy and affordable. They are suitable for simple designs that do not require intricate details. Metal gobos are less susceptible to damage compared to glass gobos, making them a practical choice for frequent usage.
Film: Film gobos are lightweight and inexpensive. They are easily customizable and can be used for one-time events or short-term applications. However, film gobos lack the durability and image quality of glass or metal options.
Comparison of Gobo Materials:
| Material | Image Quality | Durability | Cost |
|---|---|---|---|
| Glass | Excellent | High | High |
| Metal | Good | Medium | Low |
| Film | Fair | Low | Very low |
Creating the Gobo Mask
The gobo mask is the foundation of any custom gobo rig movement. It is a physical object that blocks light in specific areas, creating the desired pattern. The mask can be made from a variety of materials, such as metal, plastic, or glass. The thickness and opacity of the material will affect the overall appearance of the gobo.
Creating a gobo mask can be a complex process, but with the right tools and techniques, it can be relatively simple. The first step is to design the pattern. This can be done using a variety of software programs, such as Adobe Illustrator or Photoshop. Once the design is complete, it must be translated into a physical mask.
Cutting the Mask
The most common method for cutting a gobo mask is to use a laser cutter. Laser cutters are precise and can cut complex shapes with ease. However, they can be expensive to purchase and operate. A more affordable option is to use a CNC router. CNC routers are less precise than laser cutters, but they are still capable of cutting most designs.
If you do not have access to a laser cutter or CNC router, you can also cut a gobo mask by hand. This is a more time-consuming process, but it can be done with a sharp knife and a steady hand.
Once the mask is cut, it must be cleaned and polished. This will remove any burrs or debris that could affect the performance of the gobo.
| Material | Thickness | Opacity |
|---|---|---|
| Metal | 0.005″-0.010″ | 90%-100% |
| Plastic | 0.010″-0.020″ | 80%-95% |
| Glass | 0.020″-0.030″ | 70%-90% |
Etching the Gobo
The first step is to etch the gobo. This can be done using a variety of methods, but the most common is to use a laser engraver. A laser engraver uses a laser to etch a design into the gobo, which creates a pattern of light that will be projected onto the surface.
When etching a gobo, it is important to consider the following factors:
- The type of gobo material. Gobos can be made from a variety of materials, including glass, metal, and plastic. The type of material will affect the way the gobo is etched.
- The size of the gobo. The size of the gobo will determine the size of the pattern that is projected. It is important to choose a gobo size that is appropriate for the application.
- The design of the gobo. The design of the gobo will determine the pattern of light that is projected. It is important to choose a design that is effective and visually appealing.
- The etching depth. The etching depth will determine the amount of light that is transmitted through the gobo. A deeper etching will result in a brighter pattern, while a shallower etching will result in a dimmer pattern.
| Parameter | Description |
|---|---|
| Material | Glass, metal, or plastic |
| Size | Appropriate for the application |
| Design | Effective and visually appealing |
| Etching depth | Determines light transmission |
Once the gobo has been etched, it is ready to be used in a gigbar.
Mounting the Gobo
Once you have your gobo, you need to mount it onto the Gigbar Move. To do this, follow these steps:
1. Remove the front cover of the Gigbar Move.
2. Locate the two screws on the front of the gobo holder.
3. Loosen the screws and insert the gobo into the holder.
4. Tighten the screws to secure the gobo in place.
5. Reattach the front cover of the Gigbar Move.
Below is a step-by-step guide on how to mount the gobo in more detail:
Positioning the Gobo
Once you have your gobo and gigbar, it’s time to position the gobo. There are a few things you’ll need to consider when doing this:
1. The size of the gobo
The size of the gobo will determine how large the projected image will be. If you’re using a small gobo, you’ll need to place it closer to the gigbar in order to get a larger image. Conversely, if you’re using a large gobo, you’ll need to place it further away from the gigbar.
2. The distance from the gigbar to the surface you want to project the image on
The distance from the gigbar to the surface you want to project the image on will also affect the size of the projected image. The further away the gigbar is from the surface, the larger the projected image will be. Conversely, the closer the gigbar is to the surface, the smaller the projected image will be.
3. The angle of the gigbar
The angle of the gigbar will also affect the size and shape of the projected image. If the gigbar is tilted up or down, the projected image will be distorted. To get a clean, undistorted image, keep the gigbar level.
4. The focus of the gigbar
The focus of the gigbar will also affect the sharpness of the projected image. To get a sharp image, make sure that the gigbar is properly focused. You can do this by adjusting the focus knob on the back of the gigbar.
5. The gobo holder
The gobo holder is what holds the gobo in place in front of the gigbar. Make sure that the gobo holder is securely fastened to the gigbar.
6. Testing the projection
Once you’ve positioned the gobo, it’s a good idea to test the projection before using it in a live setting. This will help you to ensure that the image is properly focused and positioned. To test the projection, simply point the gigbar at a wall or other surface and turn it on. You should see the projected image on the surface.
Calibrating the Gibbar Mover
Gibbar movers are high-performance moving heads that can create stunning effects. To ensure optimal performance, it’s crucial to calibrate the mover properly. Here’s a detailed guide to help you achieve precise calibration for your Gibbar mover:
Step 1: Setting the Home Position
Set the mover to its home position by aligning the beam to the center of the stage and adjusting the pan and tilt angles to zero.
Step 2: Mounting the Calibration Fixture
Mount the calibration fixture to the moving head’s base, ensuring it’s perfectly perpendicular to the pan axis.
Step 3: Aligning the Scanner
Turn on the mover and adjust the pan alignment screw until the scanner’s mirror is perfectly centered in the calibration fixture’s aperture.
Step 4: Calibrating the Tilt
Rotate the mover 180 degrees in pan, and adjust the tilt calibration screw until the beam hits the center of the calibration fixture’s aperture at both the 0-degree and 180-degree pan positions.
Step 5: Measuring the Pan Range
Measure the pan range by moving the mover from its full clockwise to counterclockwise position. The total range should be close to the manufacturer’s specifications.
Step 6: Adjusting the Speed
Adjust the speed settings to ensure the mover responds smoothly and accurately to control commands.
Step 7: Fine-Tuning the Calibration
Perform test patterns and make small adjustments to the calibration screws until the beam movement is precise and consistent throughout the entire range of motion. Use the following table to troubleshoot common calibration issues:
| Issue | Solution |
|---|---|
| Beam not centered at home position | Adjust pan and tilt home position settings |
| Scanner not aligned | Adjust pan alignment screw |
| Tilt not aligned | Adjust tilt calibration screw |
Programming the Gibbar Move
The Gibbar Move is a powerful tool for creating custom effects with gobos. By following these steps, you can program your own Gibbar Move and unlock the full potential of your lighting rig.
1. Choose a Gobo
The first step is to choose the gobo you want to use. Any gobo can be used, but some will work better than others. For example, a gobo with a lot of detail may be more difficult to move smoothly than a gobo with a simpler design.
2. Create a Timeline
Once you have chosen a gobo, you need to create a timeline for your Gibbar Move. The timeline will determine how the gobo moves and what effects it creates.
3. Add Keyframes
Keyframes are the points in the timeline where the gobo will change position or rotation. You can add keyframes by clicking on the timeline and dragging the playhead to the desired location.
4. Set the Movement Parameters
For each keyframe, you can set the movement parameters for the gobo. This includes the position, rotation, scale, and opacity of the gobo.
5. Create a Path
You can create a path for the gobo to follow by connecting the keyframes with lines. The path can be straight, curved, or any other shape you desire.
6. Set the Speed and Timing
You can set the speed and timing of the Gibbar Move by adjusting thekeyframes. The speed determines how fast the gobo moves, and the timing determines how long the gobo spends at each keyframe.
7. Add Effects
You can add effects to the Gibbar Move by using the built-in effects engine. The effects engine allows you to add effects such as color correction, warping, and motion blur.
8. Preview and Save
Once you are finished programming your Gibbar Move, you can preview it and save it. You can preview the move by clicking on the play button. You can save the move by clicking on the save button.
| Step | Description |
|---|---|
| 1 | Choose a Gobo |
| 2 | Create a Timeline |
| 3 | Add Keyframes |
| 4 | Set the Movement Parameters |
| 5 | Create a Path |
| 6 | Set the Speed and Timing |
| 7 | Add Effects |
| 8 | Preview and Save |
Integrating the Gobo into the Lighting Setup
Once you have your custom gobo, it’s time to integrate it into your lighting setup. Here’s how to do it:
Step 1: Choose a Light Source
Select a light source that supports gobos, such as a gobo projector or a LED spotlight. Ensure the light source has the necessary gobo slot or holder.
Step 2: Insert the Gobo
Carefully insert the custom gobo into the gobo slot or holder of the light source. The gobo should fit snugly and be oriented correctly for the desired projection.
Step 3: Position the Light
Position the light source appropriately to project the gobo onto the desired surface. Consider the distance, angle, and focus of the light to achieve the desired effect.
Step 4: Adjust the Lens
Adjust the lens of the light source to fine-tune the projection. The lens can be focused to sharpen the image and adjust the gobo’s size and coverage.
Step 5: Orient the Gobo
If necessary, rotate the gobo to orient the projection correctly. This can be achieved by manually adjusting the gobo slot or using a rotating gobo holder.
Step 6: Dim the Light
Dim the light source as needed to control the brightness of the gobo projection. This can be particularly useful when creating subtle effects.
Step 7: Create Multiple Projections
Use multiple light sources with custom gobos to create dynamic and layered projections. Experiment with different gobo designs, colors, and positions to achieve unique effects.
Step 8: Use a Focus Mask
Consider using a focus mask to create a sharp and crisp gobo projection. A focus mask helps eliminate edge distortion and improves the overall clarity of the image.
Step 9: Go Beyond the Basics
Explore advanced techniques such as gobo rotation, color mixing, and animation to add depth and movement to your custom gobo projections. These advanced features can enhance the impact and interest of the lighting display.
Troubleshooting Common Issues
If you’re having trouble getting your Gobo Gigbar Move ILs to work properly, there are a few things you can check:
- Make sure that the Gobo Gigbar Move ILs are properly connected. The Gobo Gigbar Move ILs should be connected to a power source using the included power adapter. The Gobo Gigbar Move ILs should also be connected to a DMX controller using a DMX cable.
- Check the DMX settings on your DMX controller. The DMX settings on your DMX controller should be set to match the DMX settings on the Gobo Gigbar Move ILs. The DMX address of the Gobo Gigbar Move ILs can be found on the back of the unit.
- Make sure that the Gobo Gigbar Move ILs are not in DMX mode. The Gobo Gigbar Move ILs should be in standalone mode in order to be controlled by the included remote control.
- Try resetting the Gobo Gigbar Move ILs. Resetting the Gobo Gigbar Move ILs will restore the unit to its factory default settings. To reset the Gobo Gigbar Move ILs, press and hold the reset button on the back of the unit for 10 seconds.
- Check the Gobo Gigbar Move ILs for damage. If the Gobo Gigbar Move ILs are damaged, they may not work properly. Inspect the Gobo Gigbar Move ILs for any signs of damage, such as cracks or dents.
- Contact Chauvet customer support. If you’re still having trouble getting your Gobo Gigbar Move ILs to work properly, you can contact Chauvet customer support for help.
- Check the Gobo Gigbar Move ILs’ power supply. The Gobo Gigbar Move ILs may not be getting enough power. Try using a different power adapter or plugging the Gobo Gigbar Move ILs into a different outlet.
- Check the Gobo Gigbar Move ILs’ DMX cable. The DMX cable may be damaged. Try using a different DMX cable.
- Check the Gobo Gigbar Move ILs’ firmware. The Gobo Gigbar Move ILs’ firmware may be out of date. Try updating the Gobo Gigbar Move ILs’ firmware.
- Make sure that your DMX controller is compatible with the Gobo Gigbar Move ILs. Some DMX controllers are not compatible with the Gobo Gigbar Move ILs.
How To Make A Custom Gobo Gigbar Move Ils
A gobo is a metal or glass template that is placed in front of a light source to create a pattern of light. Gobos can be used to create a variety of effects, including spotlights, patterns, and logos. To make a custom gobo for a Gigbar Move IL, you will need the following materials:
- A piece of metal or glass
- A design for your gobo
- A laser cutter or etching machine
- A Gigbar Move IL
Once you have gathered your materials, you can follow these steps to create your custom gobo:
- Create a design for your gobo. You can use a computer program to create your design, or you can draw it by hand.
- Transfer your design to the metal or glass. You can do this by using a laser cutter or etching machine.
- Insert your gobo into the Gigbar Move IL. The gobo should be placed in the slot that is located on the front of the light.
- Turn on the Gigbar Move IL and adjust the settings to your liking.
You can now use your custom gobo to create a variety of effects. Experiment with different designs and settings to create the perfect look for your event.
People Also Ask About How To Make A Custom Gobo Gigbar Move Ils
How do I create a design for my gobo?
You can use a computer program to create your design, or you can draw it by hand. If you are using a computer program, there are a number of templates available online that you can use to get started. Once you have created your design, you will need to save it in a file format that is compatible with your laser cutter or etching machine.
What type of metal or glass should I use for my gobo?
You can use any type of metal or glass that is thin enough to be cut or etched. Some popular materials include aluminum, steel, and glass. The type of material that you choose will depend on the desired effect. For example, aluminum is a lightweight material that is easy to cut, while steel is a more durable material that can withstand higher temperatures.
How do I insert my gobo into the Gigbar Move IL?
The gobo should be inserted into the slot that is located on the front of the light. The gobo should be placed in the slot with the design facing towards the light source. Once the gobo is in place, you can tighten the screws to secure it.
