In this step you will finally install the HLDS server for Counter Strike 1. Open up the command prompt again. Start Run type cmd enter 2. Type or. Getting Started. Mentor Graphics Pads 9 5 Efast. This guide will lead you through a basic workflow using Pupil hardware and software. Once you have a Pupil Headset all you need to do is install the. If you are an experienced UNIX user who misses a powerful commandline environment, you will enjoy Cygwin. Note that there are some workarounds that cause Cygwin to. Technology Time Kyocera MitaTaskalfaCopystar Error Codes Kyocera MitaTaskalfaCopystar Copiers and printers are equipped with a self diagnostic function. When a problem is detected, copying is disabled. C and a number between 0. Kyocera errors are of three types. Some of them can be reset by turning the machine power switch off and back on while some others activate partial operation control disabling the defective partarea of the machine paper feed cassette, stapler, document processor etc. If a specific unit is not working, perform U9. Fixing error codes C6xxx series must be reset by a technician after clearing the cause of trouble. Reseting a fixing code without proper repair may result in fire or damage. See how to reset fixing errors. A general purpose error code list is given below. Use Ctrl F to easily find your desired error explanation. Error Code. Description. C0. 03. 0Fax PWB Problem. Processing with fax software is disabled due to software or hardware issues. C0. 06. 0Main PWB Type Mismatch Error. C0. 07. 0Fax PWB Incompatability Detection Problem. Fax software is not compatible with main PWB software. C0. 13. 0Main PWB EEPROM Backup Memory Device Problem. EEPROM can not be written or read. C0. 14. 0Main PWB EEPROM Backup Memory Data Problem. Abnormal reading data from EEPROM. C0. 15. 0Engine PWB EEPROM Backup Memory Device Problem. EEPROM cannot be written or read. C0. 16. 0Engine PWB EEPROM Backup Memory Data Problem. Abnormal reading data from EEPROM. Read write data do not match five times consecutively. C0. 17. 0Copy Counts Problem. A checksum error is detected in the main and engine backup memories for copy counters. Design and Deployment Guide for Flexpod Datacenter with Docker Enterprise Edition for Container Management. Examples of using the Linux perf command, aka perfevents, for performance analysis and debugging. Lua Unofficial FAQ uFAQ 1 Language. Where to start 1. Suitability as a first programming language 1. Suitability as a second programming languageC0. Machine Number Mismatch Error. Machine number does not match on main and engine PWBs. C0. 60. 0Main PWB DIMM Installed Incorrectly. Counter-strike-1.6-Folder-containing-server-file-and-game-file.png' alt='How To Install Cs 1 6 Config Sys Command' title='How To Install Cs 1 6 Config Sys Command' />C0. Main PWB DIMM error. C0. 63. 0DMA transmission of compressed, decompressed, rotated, relocated, or blanked out image data does not complete within a specified period of time. C0. 64. 0Hard Disk Drive cannot be accessed. C0. 70. 0Optional CF backup is not suitable. C0. 80. 0Image processing problem. JAM0. 5 is detected twice. C0. 83. 0Fax Flash ROM program area checksum error. C0. 87. 0Fax PWB to Main PWB high capacity data transfer problem. C0. 88. 0Fax PWB program archive problem. C0. 92. 0Fax backup data is not retained. C1. 01. 0Cassette 1 Lift Motor error. Exceeds 1. 2 seconds of operation or 5. C1. 02. 0Cassette 2 Lift Motor error. Exceeds 1. 2 seconds of operation or 5. C1. 03. 0PF 7. 00 optional cassette 3 lift motor error. C1. 04. 0PF 7. 00 optional cassette 4 lift motor error. C1. 10. 0PF 7. 50 Left Lift Motor 1 error. Exceeds 1 second overcurrent. C1. 11. 0PF 7. 50 Right Lift Motor 2 error. Exceeds 1 second overcurrent. C1. 12. 0PF 7. 50 Left Lift Motor 1 position problem. PF switch 2 remains off after 3. C1. 13. 0PF 7. 50 Right Lift Motor 2 position problem. PF switch 1 remains off after 3. C1. 80. 0PF 7. 00PF 7. Communication Problem. C1. 90. 0PF 7. 00 EEPROM error. Write data Read data are not in agreement three times consecutively. C2. 00. 0Drive Motor Problem. Stable Off is detected exceeding 1 sec after motor stability. Stabilization is not detected with 6 sec of activation. C2. 25. 0Main Charge Cleaner Motor error. Lock error is detected three times in a row during cleaner motor operation. C2. 50. 0Paper Feed Motor error. Stable Off is detected exceeding 1 sec after motor stability. Stabilization is not detected within 6 seconds of activation. C2. 60. 0PF 7. 00 Drive Motor error. Lock signal exceeds 5. C2. 60. 0PF 7. 50 Paper Conveying Motor error. Lock signal exceeds 4. C3. 10. 0Scanner Carriage Problem. Scanner home position is not detected at initialization or start of copying from contact glass. C3. 20. 0Exposure Lamp Problem. Exposure lamp does not reach the input value threshold within 5 sec of commencing reading. C3. 21. 0Exposure Lamp Problem. Exposure lamp does not exceed the input threshold value within 5 sec of commencing reading. C3. 30. 0CCD AGC Problem. After AGC correct input is not obtained at the CCD. C3. 31. 0CIS AGC Problem. After AGC correct input is not obtained at the CIS. C3. 50. 0Communication Error Between Scanner and SHD. C3. 90. 0Scanner PWB Backup Memory ReadWrite Problem. Read Write data does not match. C3. 91. 0Scanner PWB Backup Memory Data Problem. Data in a specified area of the backup memory does not match the specified values. C4. 00. 0Polygon Motor Synchronization Problem. Polygon motor does not stabilize speed within 2. C4. 01. 0Polygon Motor Steady State Problem. Stable Off is detected for 2. C4. 20. 0BD Steady State Problem. ASIC detects a Beam Detect error A for 2 sec after polygon motor stabilization. C5. 30. 0Cleaning Lamp Broken Wire. While the cleaning lamp is On, the broken wire detection signal is detected for 2 sec continuously. C6. 00. 0Fuser Heater Break. Thermistor. 1 detected less than 7. C1. 58. F for 1. Thermistor. C1. 04. F for 1. Temp at thermistor 1or 2 does not rise by at least 1. C1. 8. F within 5 sec. C6. 02. 0Abnormally High Thermistor Temperature. Thermistor 1 or 2 is detected 2. C4. 82. F for 4. C6. Fixing Thermistor Break Error. Thermistor break signal is detected for 1 sec. C6. 05. 0Abnormally Low Thermistor Temperature. Thermistor 1 is detected 8. C1. 76. F or less for 1 sec continuously during copying. C6. 40. 0Zero Cross Signal Error. While fuser heater OnOff control is performed, the zero cross signal is not input within 3 sec. C6. 41. 0Fuser Unit Connection Insertion Problem. Absence of fuser unit is detected. C6. 42. 0Fuser Unit Fuse Cut Problem. The fuse has been cut 3. C7. 30. 0Toner Container Problem. Toner level is not detected when toner empty is detected. C7. 40. 0Developing Unit Connection Insertion Problem. Absence of the developing unit is detected. C7. 41. 0Drum Unit Connection Insertion Problem. Absence of the drum unit is detected. C7. 80. 0Broken External Thermistor Wire. Thermistor on the environmental sensor outputs 4. C7. 81. 0Short Circuited External Thermistor. Thermistor input value is 0. C7. 90. 0Drum EEPROM Error. Reading or writing to the EEPROM cannot be performed. C7. 91. 0Developing EEPROM Error. Reading or writing to the EEPROM cannot be performed. C8. 02. 0DF 7. 10 Punch Motor Problem. Punch motor lock signal is detected for 5. C8. 03. 0DF 7. 30 Tray Upper Limit Detection Problem. When tray elevation motor raises a tray, the upper limit switch detects On condition. C8. 05. 0DF 7. 10 Paper Conveying Belt Motor 1 Error. Paper conveying belt home position sensor 1 does not turn Off within 1. Paper conveying belt home position sensor 1 does not turn On within 2. Jam 8. 8. C8. 06. DF 7. 10 Paper Conveying Belt Motor 2 Error. Paper conveying belt home position sensor 2 does not turn Off within 1. Paper conveying belt home position sensor 2 does not turn On within 2. C8. 07. 0DF 7. 10 Internal Tray Communication Error. The connection is detected, but communication is not possible with the internal tray. C8. 14. 0DF 7. 10 Main Tray Problem. Main tray is not detected in not detected by main tray top limit detection sensor or main tray capacity detection sensor within 2. Main tray upper limit detection sensor or main tray load detection sensor is not detected as Off within 2. Main tray lower limit detection sensor is not detected as On within 2. Main tray upper limit detection sensor or main tray load detection sensor remain on for 2 sec or more during main tray ascent. C8. 14. 0DF 7. 30 Tray Elevation Motor Problem. Tray lower limit sensor or surface view sensor cannot be detected within 1. C8. 17. 0DF 7. 10 Side Registration Motor 1 Problem. During initial rotations home position is not detected within 3 sec. Jam 8. 8. C8. 17. DF 7. 20 Front Side Registration Motor Problem. During initial rotations home position is not detected within 1. When the front side home position sensor is turned off during initialization, the sensor did not turn on within 3 sec. C8. 17. 0DF 7. 30 Adjustment Motor Problem. Pupil Docs v. 0. Introduction. Welcome to Pupil the open source head mounted mobile eye tracking platform. If this is the first time hearing about the Pupil project we recommend you visit the Pupil Labs website. This wiki is the main source of documentation for the Pupil users getting started with their Pupil headset and developers contributing to code. Getting Started. This guide will lead you through a basic workflow using Pupil hardware and software. Once you have a Pupil Headset all you need to do is install the Pupil apps on a computer running Linux, Mac. OS, or Windows. Download Pupil Apps. We are always working on new features, fixing bugs, and making improvements. Make sure to visit the release page frequently to download the latest version and follow the Pupil Labs blog for updates. Capture Workflow. Go through the following steps to get familiar with the Pupil workflow. You can also check out video tutorials at the end of the guide. Put on Pupil. Put on the Pupil headset and plug it in to your computer. Make sure there is space between the headset frame and your forehead. Headsets are adjustable and shipped with additional parts. For more information head over to the Pupil Hardware guide. Start Pupil Capture. Check pupil detection. Take a look at the Eye window. If the pupil is detected you will see a red circle around the edge of your pupil and a red dot at the center of your pupil. If the algorithms detection confidence is high, the red circle will be opaque. If confidence diminishes the circle will become more transparent. Try moving your head around a bit while looking at your eye to see that the pupil is robustly detected in various orientations. Good and bad eye video. Before calibrating, be sure to check that your eyes are well positioned for a robust eye tracking performance. For more details check out. Pupil Headset Adjustments. Do The eye is in focus and all range of the eye movements are visible. Dont The camera arm here is too far away from the eye. Dont The eye is not centered in the frame and eyebrow in the frame. Dont The eye is out of focus. Calibrate. In order to know what someone is looking at, we must to establish a mapping between pupil and gaze positions. This is what we call calibration. The calibration process establishes a mapping from pupil to gaze coordinates. Screen Marker Calibration Method. Click c on the world screen or press c on the keyboard to start calibrate. Follow the marker on the screen with your eyes and try to keep your head stationary. There are other calibration methods and lots more information how calibration works in the user guide. Record. Start capturing data Pupil Capture will save the world video stream and all corresponding gaze data in a folder in your user directory named recordings. Start recording Press the r key on your keyboard or press the circular R button in the left hand side of the world window. The elapsed recording time will appear next to the R button. Stop recording Press the r key on your keyboard or press the circular R button in the left hand side of the world window. See a video demonstration of how to set recordings path, session name, and start recording here. Where is the recording saved By default, each recording will live in its own unique data folder contained in the recordings folder. You can make as many recordings as you like. The default recordings directory will have the following hierarchy. How recordings are saved Pupil capture saves the video frames in a fixed frame rate container. This means that the raw output video world. This information can be found in worldtimestamps. However, if you export using Pupil Player, the video will be made such that the frames will show at the exact right time. The output video will not miss any frame of the raw video, instead, output frames are spaced out exactly as they were initially captured. Note The real FPS during recordings may fluctuate due variations on light intensity LUX, lumens and other issues it cannot be forced to be constant. Player Workflow. Use Pupil Player to visualize data recorded with Pupil Capture and export videos of visualization and datasets for further analysis. Open Pupil Player. Now that you have recorded some data, you can play back the video and visualize gaze data, marker data, and more. Visualize. Player comes with a number of plugins. Plugins are classified by their use case. Visualization plugins can be additive. This means that you can add multiple instances of a plugin to build up a visualization. Where are Pupil Player exports saved Exports are saved within a dedicated folder named exports within the original recording folder. Each export is contained within a folder within the exports folder. The numbers of the export correlate to the trim marks frame start and frame end for the export. Pupil Capture Demo Video. The video below demonstrates how to setup, calibrate, and make a recording with Pupil Capture. Turn on closed captions CC to read annotations in the video. Pupil Player Demo Video. The video below demonstrates how to view a dataset recorded with Pupil Capture, make and export visualizations. Turn on closed captions CC to read annotations in the video. Pupil Hardware. Pupil Labs is based in Berlin and ships Pupil eye tracking headsets and VRAR eye tracking add ons to individuals, universities, and corporate enterprises worldwideGo to the Pupil store for prices, versions, and specs. Pupil Mobile Eye Tracking Headset. You wear Pupil like a pair of glasses. Pupil connects to a computing device via a USBA or USBC cable. The headset is designed to be lightweight and adjustable in order to accommodate a wide range of users. To the right is an illustration of a monocular Pupil Headset, depending on your configuration your headset might look different, but working principles are the same. Pupil ships with a number of additional parts. The below sections provide an overview of their use and a guide to adjusting the Pupil headset. Additional parts. World Camera. The world camera comes with two lenses. FOV lens shown on the left and a wide angle 1. FOV lens shown on the right. The world camera lens are interchangeable, so you can swap between the two lenses provided for normal or wide angle FOV. Nose Pads. All Pupil headsets come with 2 sets of nose pads. You can swap the nose pads to customize the fit. Depending on your configuration, some additional parts may be included with your Pupil headset. Pupil Headset Adjustments. A lot of design and engineering thought has gone into getting the ergonomics of the headset just right. It is designed to fit snugly, securely, and comfortably. The headset and cameras can be adjusted to accommodate a wide range of users. To ensure a robust eye tracking performance, make sure all the cameras are in focus with a good field of view of your eyes. Slide Eye Camera. The eye camera arm slides in and out of the headset frame. You can slide the eye camera arm along the track. Rotate World Camera. You can rotate the world camera up and down to align with your FOV. Rotate Eye Camera. The eye camera arm is connected to the eye camera via the ball joint. You can rotate about its ball joint. Ball Joint Set Screw. You can adjust the set screw to control the movement of the eye camera about the ball joint. We recommend setting the set screw so that you can still move the eye camera by hand but not so loose that the eye camera moves when moving the head. You can also tighten the set screw to fix the eye camera in place. Before you calibrate, make sure to properly adjust the headset to get optimal eye detection and world camera FOV. Focus Cameras. Focus Eye Camera. Make sure the eye camera is in focus. Twist the lens focus ring of the eye camera with your fingers or lens adjuster tool to bring the eye camera into focus. Focus World Camera. Set the focus for the distance at which you will be calibrating by rotating the camera lens. It is very important that your eye cameras are in focus.