//D1Mic.d -- layout defs for microcomputer status block // Last editted: 18 July 1979 //Microcomputer storage can be viewed as 1-byte items ($ABSOLUTE) or //2-byte items ($ABS); in addition, UPTIME, and TGLITCH are Midas //registers; VOLTS through MAXTEMP2 are the Midas MSTAT memory //Environment template: //VOLTS VDD byte .0619*VDD = 12v supply voltage // VCC byte .0262*VCC = 5v supply voltage // VTT byte -.0101*VTT = -2v supply voltage // VEE byte -.0259*VEE = -5v supply voltage //AMPS IDD byte .971*IDD = 12v supply amperage // ICC byte .971*ICC = 5v supply amperage // ITT byte .971*ITT = -2v supply amperage // IEE byte 4.29*IEE = -5v supply amperage //All temperature bytes converted to degrees K when multiplied by 1.96 //TEMP0 Base byte // ContB // ContA // ProcL //TEMP1 ProcH // IFU // MemC // MemX //TEMP2 MemD // DskEth // Display structure Mic: [ mZVERSION byte mOUTOFSPEC byte //VDD, VCC, VTT, VEE, IDD, ICC, ITT, IEE mVOLTS word 2 //$ABSOLUTE 2 mAMPS word 2 mTEMP0 word 2 mTEMP1 word 2 mTEMP2 word 2 mFVOLTS word 2 //#26 mFAMPS word 2 mFTEMP0 word 2 mFTEMP1 word 2 mFTEMP2 word 2 mMINVOLTS word 2 //#52 mMINAMPS word 2 mMINTEMP0 word 2 mMINTEMP1 word 2 mMINTEMP2 word 2 mMAXVOLTS word 2 //#76 mMAXAMPS word 2 mMAXTEMP0 word 2 mMAXTEMP1 word 2 mMAXTEMP2 word 2 mUPTIME word 3 //bytes reversed * 102.4 ms = uptime mTGLITCH word 3 //uptime at worst power glitch mZPTR word 1 //#136 mZPC word 1 //#140 mZS byte mZP byte mZA byte mZX byte mZY byte //#146 mBADSUPPLYSPEC byte //Like OUTOFSPEC saved at time when supply //was last bad mPROBLEMS byte //bit 0 (1 flash) = normal wait //bit 1 (2 flashes) = couldn't boot //bit 2 (3 flashes) = transient power problem //bit 3 (4 flashes) = current power problem //bit 4 (5 flashes) = normal shut down //bit 5 (6 flashes) = over temp shut down //bit 6 (7 flashes) = Midas hogging CPbus //bit 7 -- g0 byte mZSUBPC word //#152 mZSUBS byte //#154 mZSUBP byte mZSUBA byte mZSUBX byte mZSUBY byte g1 byte mZSIMBLK word 4 ] manifest [ MicStatLength = size Mic/16 //Address offsets in MSTAT memory mVOLTS = 0 mAMPS = 1 mTEMP0 = 2 mTEMP1 = 3 mTEMP2 = 4 mFVOLTS = 5 mFAMPS = 6 mFTEMP0 = 7 mFTEMP1 = #10 mFTEMP2 = #11 mMINVOLTS = #12 mMINAMPS = #13 mMINTEMP0 = #14 mMINTEMP1 = #15 mMINTEMP2 = #16 mMAXVOLTS = #17 mMAXAMPS = #20 mMAXTEMP0 = #21 mMAXTEMP1 = #22 mMAXTEMP2 = #23 ]