Ibm Error 00225
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Eurosoft/Mylex Faraday A-Tease HP IBM Landmark Microid Research/Mr NCR Olivetti Phillips Phoenix Quadtel Supersoft Tandon Zenith Intel Motherboards: CA810E CC820 SE440BX-2 D810E2CB D810EMO D815BN D815EEA D815EPEA D820LP SE440BX SR440BX JN440BX LB440GX/L440GX N440BX/NA440BX OR840 ibm error codes T440BX RC440BX VC820 For their PS/2 systems, IBM used a system of diagnostic
162 Configuration Error Ibm Server X3650
codes to diagnose trouble spots in a given computer. The problem was, these diagnostic codes were never really documented all
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that well. The codes that I am presenting here are from documents I have read through, found on the web, found in old books, documents and technical papers. As a computer technician, I
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rely on documentation to guide me through these types of messages. Therefore, I hope to provide this to all those other technicians out there who get the opportunity to work on one of these. And, yes, people still use them and some refuse to give them up. The method for reading these codes is pretty straight forward. The first part of the error code indicates the device ibm checkpoint codes that is causing the trouble. The second part gives the meaning of the error. You can think of the first part as the test code and the second part as the fault code. A fault code of 00 indicates that no problem was found. Thus 200 means the system memory was tested. The 00 means that no fault was found. 201 would mean a memory error. 202 would mean memory address error; lines 00-15. This page is rather extensive and will be updated on a regular basis. Like all the other codes out there. If you know of any error codes that I am displaying incorrectly or that aren't here. Let me know and I'll get it corrected as soon as I can. Thanks to Mike Rose for erors 129 and 229! System Board Errors: Code Description 101 System board interrupt failure (unexpected interrupt) 102 BIOS ROM checksum error (PC, XT); timer error (AT, MCA) 103 BASIC ROM checksum error (PC, XT); timer interrupt error (AT, MCA) 104 Interrupt controller error (PC, XT); protected mode error (AT, MCA) 105 Timer failure (PC, XT); 8042 keyboard controller failure (MCA) 106 System board converting logic test f
ERROR MESSAGE:' IMPOSSIBLE GEOMETRY ' AIX Subscribe You can track all active APARs for this component. APAR status Closed as Permanent restriction. Error ibm post error codes description No conic curve can be created on planar elements and an error what dos command do you use to erase a hard drive and make it bootable? message 'IMPOSSIBLE GEOMETRY' occurs. . Scenario: -------- 1- Read the customer's model 2- Use window VW-42 (one of 6 162 configuration change has occurred ibm server views) 3- Select CURVE2/CONIC 4- Select the green line (sel 1-42) 5- Select the green line again for tangency (sel 1-42) 6- Select the yellow line (sel 2-42) 7- Select the yellow http://www.bioscentral.com/misc/ibmdiag.htm line again for tangency (sel 2-42) ===> result: No conic curve is created 'IMPOSSIBLE GEOMETRY' displays. 8- Select ANALYSIS/RELATIVE/SINGLE/RELATIVE 9- Select the red point (chk pt 1-42) *PT89 10-Select the white point (chk pt 2-42) *PT96 11-Open the analyse window if you have not done. ====> result: You see an deviation of 0.0036 mm. This is unacceptable because there are two different tolerances in use: http://www.ibm.com/support/docview.wss?uid=swg1HC00225 one for selecting planar elements and another for generating conic curves. . Expected Result: There must be one tolerance only when selecting planar elements and generating conic curves. Local fix Problem summary INCIDENT DIAGNOSIS: No conic curve is created with CURVE2/CONIC and an error message occurs. . Problem conclusion THIS PROBLEM IS PERMANENT RESTRICTION. IF THE SUBMITTER WISHES TO SUBMIT THIS ENHANCEMENT FOR CONSIDERATION IN A FUTURE VERSION, HE SHOULD TRANSMIT IT VIA ENHANCEMENT REQUEST. . TECHNICAL EXPLANATION FOR THE RESTRICTION: To calculate a conic curve, you have to calculate the point T corresponding to the intersection of 2 tangents. As these lines are not exactly in the plane, this intersection does not exist: you can check with POINT/PROJ INT on these 2 lines. It is why the message "impossible geometry" occurs. as these lines are visualized in 2D, this makes you think that they are in the plane. Anyway, to use the switch 2D/3D helps to compare the angle between the directing vector of the line and the line normal to the plane (generated by the angular tolerance) and to deduct if the line is in the plane or not. This doe