The Next Wave in Digital 3D Projection ................. 9 Installation and Configuration ................10 4.1. Unpacking the MI-HORIZON3D .................. 10 4.2. Confirm Package Contents of MI-HORIZON3D ............11 Detailed Component Overview ................12 5.1. Three-Way Beam Optical Head Assembly ..............12 5.2.
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9.13. Factory Default via the Monitor Application ..............41 MI-HORIZON3D Troubleshooting ................ 42 10.1. Error Indication via LED Display .................. 42 Appendix A – Firmware Upgrade Process for MI-HORIZON3D ......43 11.1. Prerequisites for Upgrading Firmware ................. 43 11.2. Firmware Upgrade Procedure ..................43 Appendix B –...
3D picture of any available liquid crystal 3D system. This user manual provides all the information required for simple installations and the operation of the MI-HORIZON3D, with any DLP cinema projector and digital cinema server. 1.2.
2. Warnings and Cautions 2.1. Installation Consideration When planning installation of the MI-HORIZON3D, ensure that the image height entering the system is less than 55mm. The auditorium throw ratio should be greater than 1.5:1 for this version of the system.
MI-HORIZON3D provides an accurate synchronization function for both current format 72Hz, 24fps, triple flash and future HFR 3D formats. MI-HORIZON3D is perfectly matched to the high quality polarized 3D eyewear produced by MASTERIMAGE 3D. MI-HORIZON3D consists of the three-way beam optical head, actuator, control box, connection cables, and floor stand.
4. Installation and Configuration 4.1. Unpacking the MI-HORIZON3D Inspect the MI-HORIZON3D packaging box for any external damage. Report any damage to shipper and to MasterImage 3D. Floor Stand Outer Carton contains Floor Stand, Actuator, Control Box and Accessories LOW VIBRATION CASE (Vacuum Packaging &...
Installation & Operation Manual | MI-HORIZON3D 6. System Setup 6.1. Initial System Assembly 6.1.1. Attach Optical Head to Actuator Insert the optical head assembly into the front section of the actuator tilt stage whilst aligning with the two guide pins. Once located correctly secure with two hex screws provided.
Installation & Operation Manual | MI-HORIZON3D 6.1.2. Cable Connections Attach the LC Connector from the Actuator assembly to the Optical Head Assembly. LC Cable Connection Ensure the Actuator Cable is connected between the Control Box and Actuator and the LC Cable is connected to the rear of the Control Box.
Installation & Operation Manual | MI-HORIZON3D 6.1.3. Initial Height Adjustment Adjust the height of the optical head so the projected light beam coincides with the center of the optical head entrance window. Clockwise: UP Counter-Clockwise: DOWN ALLEN WRENCH (TYPE-T) 6mm Front: Height Locking Screw.
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Installation & Operation Manual | MI-HORIZON3D IMPORTANT The Optical Head Assembly must be installed perpendicular to the light path exiting the lens. The angle of this light may not be the same angle as the lens itself, so observe the light path from the side to make sure the head is exactly perpendicular.
Installation & Operation Manual | MI-HORIZON3D 6.1.4. Locking Feet Once the height and tilt adjustment has been made, lock down all four rolling wheels to prevent system movement. 6.1.5. GPIO Cable Connect the GPIO cable from the DLP Digital Cinema Projector.
Installation & Operation Manual | MI-HORIZON3D 6.2. Initial Test 6.2.1. Auto Power On To turn on the control box power automatically, connect the main cable from the DC power supply to a power outlet. With no sync signal present the LED display...
Installation & Operation Manual | MI-HORIZON3D 7. MI-HORIZON3D System Alignment & Configuration 7.1. Upper Beam Alignment 1, Open the two adjustment screw covers on the top side of the optical head assembly. 2, Load the standard cross-hair test pattern from the projector.
Installation & Operation Manual | MI-HORIZON3D 7.2. Lower Beam Alignment 1, Open the two adjustment screw covers on the bottom side of the optical head assembly. 2, Using the same standard cross-hair test pattern from the projector. 3, Using a 2mm or 5/64” hex key use the right hand screw to alter the vertical image position and the left hand screw for the horizontal image position.
Installation & Operation Manual | MI-HORIZON3D 7.3. 3D Phase Sync Polarity If necessary it is possible to change the sync polarity of the 3D phase by changing the position of DIP switch 2 on the Control Box next to the Ethernet RJ-45 Connector.
8.1. Projector 3D File Configuration The projector’s 3D control file must be configured to work with the MI-HORIZON3D. These procedures describe configuring the control files for Series II projectors. The Dark Time should be set to 350µS with the Delay being set to -100µS. These figures are applicable to all frame rates and projector flash configurations.
Installation & Operation Manual | MI-HORIZON3D Barco Series II projectors have a pre-installed 3D configuration file for the settings required by the MI-CLARITY3D system. It is possible to select this file rather than making fully manual entries, but editing of Dark Time and Output Reference Delay would be required.
9. System Setup Using the Monitor Application 9.1. Initial Configuration Connect your PC to the MI-HORIZON3D with an Ethernet cable and configure your network settings with Control Panel of Microsoft Windows. You can use a different IP address that is suitable to your network 9.2.
To prevent access to the MI-HORIZON3D from unauthorized persons it is possible to change the system password. Click the [New Password] link in the upper right corner of the MI-HORIZON3D Web Server and the ‘Change Password’ dialog box will be displayed.
Installation & Operation Manual | MI-HORIZON3D Input the current password. (mi) • Input a new password. • Input the new password for confirmation and click the [Save password] • button. 9.3. System Operation via the Monitor Application Click the [RUN] button to start the Liquid Crystal Panel operation.
Installation & Operation Manual | MI-HORIZON3D 9.4. Position Movement via the Monitor Application 9.4.1. 3D Position Click the [3D] button to move the actuator to the 3D position. The color of the [3D] button will change from black to green.
Installation & Operation Manual | MI-HORIZON3D 9.4.2. 2D Position Click the [2D] button to move the actuator to the 2D position. The color of the [3D] button will change from green to black. The color of the [2D] button will change from black to green.
Installation & Operation Manual | MI-HORIZON3D 9.5. Sync Polarity via the Monitor Application Check the current value of the Sync Polarity. Depending on the condition of 3D material on screen change the Sync Polarity as required from ‘True’ to ‘Invert’.
Installation & Operation Manual | MI-HORIZON3D 9.6. Setting 3D Position via the Monitor Application Check the current setting for the 3D position of the Actuator. If required by the installation requirements for the system the 3D Position can be changed from ‘Left’...
Installation & Operation Manual | MI-HORIZON3D 9.7. Automation Source via the Monitor Application Check the current setting for the Automation Source of the system, by default this is set to ‘Manual’. The options available for selection are: Manual – Control via front panel button ...
Installation & Operation Manual | MI-HORIZON3D 9.8. Sync Pulse Automation Reference Frequency via the Monitor Application Set the reference frequencies when the automation source is set to Sync Pulse. Once the Automation Source has been set to Sync Pulse click [Reference Sync] in the bottom left of the application.
Installation & Operation Manual | MI-HORIZON3D 9.9. 2D Delay Time via the Monitor Application When using the Sync Pulse Automation option with material of varying frequency or frame rate it may be necessary to apply 2D Delay Time to the system to prevent unwanted 2D transition.
Installation & Operation Manual | MI-HORIZON3D 9.10. Network Configuration via the Monitor Application Configure the network settings of the MI-HORIZON3D to operate on your network via ethernet communication. Click [Network Configuration] to access the settings window. Enter the IP Address, Gateway, Subnet Mask, Primary DNS and Secondary DNS of your network accordingly.
Installation & Operation Manual | MI-HORIZON3D 9.11. Sync Source via the Monitor Application Check the current setting for the Sync Source. The default is [GPIO]. Choose the option for [TTL] if the system is being used in a non-cinema application.
Installation & Operation Manual | MI-HORIZON3D 9.12. Log File via the Monitor Application The system contains a log function that stores the last 200 records of activity including any errors that occurred. In order to access the log file click [Log] at the top of the Monitor Application.
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Installation & Operation Manual | MI-HORIZON3D Description # POWER ON : v1.0.0 Power On : Firmware Version Number RUNNING RUNNING STOP STOP Current Position : 2D 2D MOVING Actuator Moving to 2D Position Current Position : 3D Status 3D MOVING...
Installation & Operation Manual | MI-HORIZON3D 9.13. Factory Default via the Monitor Application Should it be necessary for any reason to reset the system to Factory Default this can be achieved by clicking the [Default] button. This can be completed for operational settings or network configuration.
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Installation & Operation Manual | MI-HORIZON3D Device’s IP Address TFTP Port number 192.168.10.95) (Default: (Default: 69) Hex file name size Open Hex file Hex file Log message Updating progressive bar Upgrade button Exit button 3. Configure the utility to match your individual site network requirements.
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Installation & Operation Manual | MI-HORIZON3D 4. Click the [Open] button to select the firmware (.hex) file saved to your PC. 5. Select the file to be used and click [Open]. 6. Click the [Upgrade] button to start the upgrade of the selected file to the system.
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Installation & Operation Manual | MI-HORIZON3D 7. You will see the “Start Firmware Upgrade” message in the utility after pressing the [Upgrade] button. 8. You will see the “Success Firmware Upgrade” message in the utility after the progress bar reaches the end.
3. Select the Raw option to create MasterImage as a known device in the server’s listing. 4. Complete the fields as shown below. Ensure the settings entered match those of the MI-HORIZON3D for IP Address and Port Number. Check the Enabled box and save the entry.
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Installation & Operation Manual | MI-HORIZON3D The MI-HORIZON3D has now been successfully added into the server configuration. It is now possible to create the macro files to enable the server to control the MI-HORIZON3D. The files required are: MasterImage Start, MasterImage Stop, MasterImage 2D, MasterImage 3D and MasterImage Up/Down Stop.
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Installation & Operation Manual | MI-HORIZON3D 2. After the item has been created click OK return to the main Macro Editor screen. Repeat this process for the other four required macros, MasterImage Stop, MasterImage 2D, MasterImage 3D and MasterImage Up/Down Stop.
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Installation & Operation Manual | MI-HORIZON3D 4. Highlight the Input/Output option and Send Message, and then click the Add button. The following configuration window will appear: 5. In this window, choose the device MasterImage from the Device name dropdown list and type in the Message label of MasterImage Start.
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Installation & Operation Manual | MI-HORIZON3D In future versions of Doremi software updates, the MasterImage macros will be included in a file named MasterImage_cueslib. This will remove the requirement for the information to be entered manually as described in the above steps.
12.1.2. Qube Server To create automation macros for the MI-HORIZON3D in the Qube server it is necessary to edit two XML files within the server’s configuration. The files in question are located in the path C:/Program Files/Qube Cinema/XP and are named automationdevices.xml and automationcues.xml...
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Finally the automationcues.xml file can be edited so that the MI-HORIZON3D device is associated with the command names that have been created. This allows the cues to be seen in the Qube graphical interface.
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Installation & Operation Manual | MI-HORIZON3D 12.1.3. GDC Server The steps described below are specific to the GDC SX-2001 server. If information is required for different models, please contact GDC directly. 1. In the SMS Main Menu click the Control Panel button and log on as Maintenance Access.
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4. Name the new device MasterImage, and ensure the Type selection is set to NETWORKSOCKET, then click OK. 5. In the next screen, enter the configuration settings for the MI-HORIZON3D IP Address and Port Number. 6. In the Transport option select TCP and in the Linefeed Type select CR and ensure the Status is set to Enabled.
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Installation & Operation Manual | MI-HORIZON3D 9. Click the Add button to create a new event. In this case, name the event START. 10. Click the Enter button and enter the command value for the event. Again in this case, START.
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Installation & Operation Manual | MI-HORIZON3D 11. Click the Enter button to save this change, then go back and make entries for the remaining four macros that are required. Event Name STOP Enter Value STOP Event Name 2D POSITION Enter Value PFD DOWN...
Installation & Operation Manual | MI-HORIZON3D 13. Appendix C – Installation Record The form below is an example of the installation record form to be filled out once the MI- HORIZON3D has been set up and configured. For a copy of the form to be filled out, ‘contact your equipment provider or email a request to support@masterimage3d.com.
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