// ************************************************************** // // PARAM.H // This file contains parameters required by the measurement // program. // // Seva // 12/14/99 // // Protection from multiple definitions #ifndef __PARAM_UFINT_HEADER #define __PARAM_UFINT_HEADER #include "param_xps.h" #include "param_pdi5025.h" #define RUN_PARAM_FOLDER "s:\\magdata" // "c:\\magdata" // "s:\\magdata" #define COPY_PARAM_FOLDER "s:\\magdata" // "c:\\magdata" // "s:\\magdata" //#define ROUGH_TUNING 0 //#define FINE 1 #define TUNING 0 //Kugler bench // GPIB addresses #define GPIB_PDI5025_BOARD 1 //ip 107 #define GPIB_PDI5025_ADDR 13 // 30 //10 #define UFINT_DIST_BTWN_ENC_PULSE 0.0001 // Measurement parameters #define INTEGRAL_TYPE I1Y_VS_X #define INTEGRAL_ORDER FIRST_INTEGRAL // Measurement parameters #define DESIRED_MEAS_TYPE I1Y_VS_X //BL2_VS_Y //BL1_VS_X #define SAMPLES_NUMBER 1000 //number of samples taken after both drifts and actual integral measurements #define SAMPLING_RATE 240 //Hz //X axis scan settings #define X_POS_INIT_OFFSET 0.0 //0.010 // m start offset set by moving both axes in group (no coil turn) #define X_MEAS_CENTER_POS 0.0 //0.084822// position of the first measurement. One axis will move for second integral #define MEAS_XINCREMENT 0.5E-03 //2.0E-03 // m scan increment #define MEAS_XLENGTH 0.5E-03 // 1.0E-03 // 0.8E-03 // 1.0E-03 // m scan length #define NUM_X_POS_VS_DIST 0 // 1 // 6 // 10 // 5 //in one direction, actual number of positions //will be = 2*NUM_X_POS_VS_DIST+1 = 3 //First integral modes #define AXIS_X_MODE MODE_1P2P //MODE_1P2P MODE_1N2N 1st integral #define AXIS_Y_MODE MODE_1P2P //MODE_1N2N //MODE_1P2P 1st integral //Second integral modes #define AXIS_X2_MODE MODE_1P2S // MODE_1S2P //Place to swap axes for second integral #define AXIS_Y2_MODE MODE_1P2S // MODE_1S2P //Place to swap axes for second integral //Y axis scan settings #define Y_POS_INIT_OFFSET 0.0 //-0.036 // -0.0433// m start offset set by moving both axes in group (no coil turn) #define Y_MEAS_CENTER_POS Y_POS_INIT_OFFSET // position of center of magnet. One axis will move for second integral #define MEAS_YINCREMENT 1.0E-03 // 0.5E-03 //0.5E-03 // m scan increment #define MEAS_YLENGTH 0.5E-03 //1.0E-03 // 0.5E-03 // m scan length #define NUM_Y_POS_VS_DIST 0 //3 // one direction, actual number of positions //will be = 2*NUM_$_POS_VS_DIST+1 = 3 //Place to change integral sign.Integral sign depends on direction of the coil move, and coil connection. //Set it to +1 or -1 by scaning known field (magnet) before doing actual measurements #define INTEGRAL_X_SIGN -1 // 1 // opposite sign for kugler7500 coil (new) #define INTEGRAL_Y_SIGN 1 // -1 // opposite sign for kugler7500 coil (new) //axes sign depends on motion controller settings and stages orientation, do not suppouse to change integral signs #define AXIS_X_SIGN 1 //-1 #define AXIS_Y_SIGN 1 ////////// #define UFINT_NTRIES 3 //Number of attemts to get read of bad measurement //****************************** GAP SETTINGS ************************************************* #define GAP_TUNING 1 // 0 // #define GAP0 7.2 // for shimming #define GAP1 8.0 #define GAP2 10.0 #define GAP3 22.0 //#define GAP1 7.4 //#define GAP2 7.5 //7.7 //#define GAP2 8.0 #define GAP3 10.0 ////#define GAP3 8.0 #define GAP4 13.0 //#define GAP4 9.0 // 8.5 // //#define GAP5 10.0 //9.0 // 12.0 // #define GAP5 16.0 //#define GAP6 11.0 // 14.0 // 12.0 #define GAP6 22.0 #define GAP7 12.0 // 16.0 // 15.0 #define GAP8 13.0 // 20.0 #define GAP9 14.0 // 24.0 // 25.0 #define GAP10 15.0 // 30.0 #define GAP11 16.0 // 50.0 #define GAP12 17.0 #define GAP13 18.0 #define GAP14 19.0 #define GAP15 20.0 #define GAP16 21.0 #define GAP17 22.0 //#define GAP18 80.0 //#define GAP19 90.0 //#define GAP20 100.0 //#define GAP21 110.0 //#define GAP22 120.0 //#define GAP23 130.0 //#define GAP24 140.0 //#define GAP25 150.0 //#define GAP26 160.0 //#define GAP27 170.0 //#define GAP28 180.0 #define MAX_GAP_SETTINGS 29 #define GAP_NUMBER 3 // 6 // 17 // 11 // #define MAX_OPERATING_GAP_NUMBER 12 #define MAX_NON_OPERATING_GAP_NUMBER 28 #define TUNING_GAP0 7.2 #define TUNING_GAP1 8.0 #define TUNING_GAP2 10.0 #define TUNING_GAP3 13.0 #define TUNING_GAP4 16.0 #define TUNING_GAP5 22.0 #define TUNING_GAP6 7.2 #define TUNING_GAP7 8.0 #define TUNING_GAP8 10.0 #define TUNING_GAP9 22.0 #define MAX_TUNING_GAP_SETTINGS 10 #define MAX_TUNING_GAP_NUMBER 6 //********************************************************************************************* #define NUM_WIRE_TURNS 150 // 90 // coil settings #define COIL_LENGTH 3.608 //3.615 //m //coil length #define NUM_MEAS_AVE 3 // Number of repetitive measurements at given position #define SMOOTH_PARAM 11 // smoothing parameter for raw data #define PD_SOURCE_LOCATION "dstp://134.79.74.8/labctrl" #define INI_FILE "c:\\cvi\\ufint\\param.ini" //default location at project folder //******************************* FINAL SETTINGS ********************************************** //--------------------------------------------------------------------------------------------- #define F_MEAS_XINCREMENT 0.25E-03 // 1.0E-03 //m scan increment #define F_MEAS_XLENGTH 0.5E-03 // m scan length #define F_NUM_X_POS_VS_DIST 2 //in one direction, actual number of positions //will be = 2*NUM_X_POS_VS_DIST+1 = 3 #define F_NUM_X_POS_EXTRA 0 // 6 // Number of extra positions in negative direction. #define F_MEAS_YINCREMENT 0.5E-03 //0.1E-03 // m scan increment #define F_MEAS_YLENGTH 0.5E-03 // m scan length #define F_NUM_Y_POS_VS_DIST 2 //one direction, actual number of positions is 5 #define F_NUM_MEAS_AVE 3 // Number of repetitive measurements at given position //********************************************************************************************** //ENTRY_SCALE ADJUSTMENT = (distance from pivot point to entry coil edge)/(distance from pivot point to exit coil handle) #define ENTRY_SCALE_ADJUSTMENT 1.0 //0.9397 // //ENTRY_SCALE ADJUSTMENT = (distance from pivot point to exit coil edge)/(distance from pivot point to exit coil handle) #define EXIT_SCALE_ADJUSTMENT 0.0 //0.0588 // //********************************************************************************************** // End protection #endif