parameters
{
    HR
    {
        symbol = color 0 192 0;
        symbol = polygon -6 0 0 -6 6 0 0 6;
        ordinate = hipress;
        option = median;
    }
//    PR
//    {
//        symbol = color 224 0 0;
//        symbol = polygon -6 0 0 -6 6 0 0 6;
//        ordinate = hipress;
//        option = median;
//    }
    PVC //VPC
    {
        symbol = color 128 128 128;
        symbol = line -8 -8 8 0 -8 8 -8 -8;
        ordinate = ecgmisc;
        option = median;
    }
    VPC
    {
        symbol = color 128 128 128;
        symbol = line -8 -8 8 0 -8 8 -8 -8;
        ordinate = ecgmisc;
        option = median;
    }
    NBP
    {
        systolic
        {
            symbol = color 192 0 0;
            symbol = polygon -12 -12 0 0 12 -12;
        }
        diastolic
        {
            symbol = color 192 0 0;
            symbol = polygon -12 12 0 0 12 12;
        }
        alternative_mean
        {
            symbol = color 192 0 0;
            symbol = polygon -10 -10 0 0 10 -10;
            symbol = polygon -10 10 0 0 10 10;
        }
        ordinate = hipress;
        option = median;
    }
    NIBP
    {
        systolic
        {
            symbol = color 192 0 0;
            symbol = polygon -12 -12 0 0 12 -12;
        }
        diastolic
        {
            symbol = color 192 0 0;
            symbol = polygon -12 12 0 0 12 12;
        }
        alternative_mean
        {
            symbol = color 192 0 0;
            symbol = polygon -10 -10 0 0 10 -10;
            symbol = polygon -10 10 0 0 10 10;
        }
        ordinate = hipress;
        option = median;
    }
    TBP // コーリンのトノメトリー血圧
    {
        systolic
        {
            symbol = color 192 0 0;
            symbol = line -12 -12 0 0 12 -12 -12 -12;
        }
        diastolic
        {
            symbol = color 192 0 0;
            symbol = line -12 12 0 0 12 12 -12 12;
        }
        alternative_mean
        {
            symbol = color 192 0 0;
            symbol = line -10 -10 0 0 10 -10 -10 -10;
            symbol = line -10 10 0 0 10 10 -10 10;
        }
        ordinate = hipress;
        option = median;
    }
    SpO<sub>2</sub>
    {
        symbol = color 0 144 255;
        symbol = line -12 0 12 0;
        symbol = line 0 -12 0 12;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2</sub>L
    {
        symbol = color 0 144 255;
        symbol = line -16 0 0 0;
        symbol = line 0 -12 0 12;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2LH</sub>
    {
        symbol = color 0 144 255;
        symbol = line -16 0 0 0 0 -16;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2LF</sub>
    {
        symbol = color 0 144 255;
        symbol = line -16 0 0 0 0 16;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2</sub>R
    {
        symbol = color 0 144 255;
        symbol = line 0 0 16 0;
        symbol = line 0 -12 0 12;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2RH</sub>
    {
        symbol = color 0 144 255;
        symbol = line 0 -16 0 0 16 0;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2RF</sub>
    {
        symbol = color 0 144 255;
        symbol = line 0 16 0 0 16 0;
        ordinate = spo2;
        option = minimun;
    }
    SpO<sub>2</sub>_2
    {
        symbol = color 0 144 255;
        symbol = line -9 -9 9 9;
        symbol = line -9 9 9 -9;
        ordinate = spo2;
        option = minimun;
    }
    STx //STindex
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STi
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STii
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STiii
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    ST1
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    ST2
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    ST3
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STaVR
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STaVL
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STaVF
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STmcl
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv1
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv2
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv3
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv4
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv5
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    STv6
    {
        symbol = color 128 128 128;
        symbol = line -9 -9 9 9;
        ordinate = ecgmisc;
        option = median;
    }
    p1 //nonspecific pressure
    {
        systolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    p2 //nonspecific pressure
    {
        systolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    p3 //nonspecific pressure
    {
        systolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    p4 //nonspecific pressure
    {
        systolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 128 128 128;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    ABP
    {
        systolic
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    ART
    {
        systolic
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    Ao
    {
        systolic
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 12;
        }
        diastolic
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
            symbol = line 0 0 0 -12;
        }
        alternative_mean
        {
            symbol = color 192 0 0;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    PAP
    {
        systolic
        {
            symbol = color 192 192 0;
            symbol = line -12 0 12 0;
            symbol = line 0 12 0 0;
        }
        diastolic
        {
            symbol = color 192 192 0;
            symbol = line -12 0 12 0;
            symbol = line 0 -12 0 0;
        }
        alternative_mean
        {
            symbol = color 192 192 0;
            symbol = line -12 0 12 0;
        }
        ordinate = hipress;
        option = median;
    }
    PAWP
    {
        symbol = color 0 192 0;
        symbol = line -12 -12 -6 12 0 -12 6 12 12 -12;
        ordinate = lopress;
        option = median;
    }
    PCWP
    {
        symbol = color 0 192 0;
        symbol = line -12 -12 -6 12 0 -12 6 12 12 -12;
        ordinate = lopress;
        option = median;
    }
    CVP
    {
        systolic
        {
            symbol = color 0 80 255;
            symbol = line -9 0 -9 -9 9 -9 9 0;
        }
        diastolic
        {
            symbol = color 0 80 255;
            symbol = line -9 0 -9 9 9 9 9 0;
        }
        mean
        {
            symbol = color 0 80 255;
            symbol = line -9 -9 9 -9 9 9 -9 9 -9 -9;
        }
        ordinate = lopress;
        option = median;
    }
    RAP
    {
        systolic
        {
            symbol = color 0 80 255;
            symbol = polygon -12 0 0 -12 12 0;
        }
        diastolic
        {
            symbol = color 0 80 255;
            symbol = polygon -12 0 0 12 12 0;
        }
        mean
        {
            symbol = color 0 80 255;
            symbol = polygon -12 0 0 12 12 0 0 -12;
        }
        ordinate = lopress;
        option = median;
    }
    LAP
    {
        systolic
        {
            symbol = color 0 192 0;
            symbol = polygon -12 0 0 -12 12 0;
        }
        diastolic
        {
            symbol = color 0 192 0;
            symbol = polygon -12 0 0 12 12 0;
        }
        mean
        {
            symbol = color 0 192 0;
            symbol = polygon -12 0 0 12 12 0 0 -12;
        }
        ordinate = lopress;
        option = median;
    }
    CCO
    {
        symbol = color 192 0 0;
        symbol = hcirc 12 12;
        ordinate = logas;
        option = median;
    }
    CCI
    {
        symbol = color 192 0 0;
        symbol = hcirc 12 12;
        symbol = line 0 12 0 -12;
        ordinate = logas;
        option = median;
    }
    SVV
    {
        symbol = color 192 0 0;
        symbol = line -8 -8 8 0 -8 8 -8 -8;
        ordinate = lopress;
        option = median;
    }
    imCO<sub>2</sub>
    {
        symbol = color 0 192 0;
        symbol = line -13 0 13 0;
        ordinate = higas;
        option = maximum;
    }
    etCO<sub>2</sub>
    {
        symbol = color 0 192 0;
        symbol = scirc 10 10;
        ordinate = higas;
        option = maximum;
    }
    fiO<sub>2</sub>
    {
        symbol = color 96 96 96;
        symbol = line -13 0 13 0;
        ordinate = higas;
        option = minimum;
    }
    imO<sub>2</sub>
    {
        symbol = color 96 96 96;
        symbol = line -13 0 13 0;
        ordinate = higas;
        option = minimum;
    }
    etO<sub>2</sub>
    {
        symbol = color 128 128 128;
        symbol = line -8 -8 -8 8 8 8 8 -8 -8 -8;
        ordinate = higas;
        option = minimum;
    }
    fiN<sub>2</sub>O
    {
        symbol = color 0 144 255;
        symbol = line -13 0 13 0;
        ordinate = higas;
        option = maximum;
    }
    inN<sub>2</sub>O
    {
        symbol = color 0 144 255;
        symbol = line -13 0 13 0;
        ordinate = higas;
        option = maximum;
    }
    etN<sub>2</sub>O
    {
        symbol = color 0 144 255;
        symbol = scirc 10 10;
        ordinate = higas;
        option = maximum;
    }
    inISO
    {
        symbol = color 255 0 255;
        symbol = line -13 0 13 0;
        ordinate = logas;
        option = maximum;
    }
    etISO
    {
        symbol = color 255 0 255;
        symbol = scirc 10 10;
        ordinate = logas;
        option = maximum;
    }
    inSEV
    {
        symbol = color 192 192 0;
        symbol = line -13 0 13 0;
        ordinate = logas;
        option = maximum;
    }
    etSEV
    {
        symbol = color 192 192 0;
        symbol = scirc 10 10;
        ordinate = logas;
        option = maximum;
    }
    inDES
    {
        symbol = color 0 96 255;
        symbol = line -13 0 13 0;
        ordinate = logas;
        option = maximum;
    }
    etDES
    {
        symbol = color 0 96 255;
        symbol = scirc 10 10;
        ordinate = logas;
        option = maximum;
    }
    RR
    {
        symbol = color 128 128 128;
        symbol = hcirc 10 10;
        ordinate = higas;
        option = median;
    }
    RRaw
    {
        symbol = color 128 128 128;
        symbol = hcirc 10 10;
        ordinate = higas;
        option = median;
    }
    RRspir
    {
        symbol = color 128 128 128;
        symbol = hcirc 10 10;
        ordinate = higas;
        option = median;
    }
    RR<sub>CO2</sub>
    {
        symbol = color 128 128 128;
        symbol = hcirc 10 10;
        ordinate = higas;
        option = median;
    }
    V<sub>T</sub>
    {
        symbol = color 128 128 128;
        symbol = line -12 -12 12 12;
        symbol = line -12 12 12 -12;
        ordinate = tidal;
        option = median;
    }
    TVex
    {
        symbol = color 128 128 128;
        symbol = line -12 -12 12 12;
        symbol = line -12 12 12 -12;
        ordinate = tidal;
        option = median;
    }
    P<sub>AW</sub>max
    {
        symbol = color 128 128 128;
        symbol = line -12 -6 -12 0 12 0 12 -6;
        ordinate = awpress;
        option = median;
    }
    P<sub>PIP</sub>
    {
        symbol = color 128 128 128;
        symbol = line -12 -6 -12 0 12 0 12 -6;
        ordinate = awpress;
        option = median;
    }
    P<sub>AW</sub>min
    {
        symbol = color 128 128 128;
        symbol = line -12 6 -12 0 12 0 12 6;
        ordinate = awpress;
        option = median;
    }
    P<sub>PEEP</sub>
    {
        symbol = color 128 128 128;
        symbol = line -12 6 -12 0 12 0 12 6;
        ordinate = awpress;
        option = median;
    }
    SE          // S/5のエントロピー用
    {
        symbol = color 255 144 0;
        symbol = line -12 -18 -12 0 6 0 -12 -18;
        ordinate = entro;
        option = median;
    }
    RE          // S/5のエントロピー用
    {
        symbol = color 128 128 128;
        symbol = line 12 -18 12 0 -6 0 12 -18;
        ordinate = entro;
        option = median;
    }
    BIS         // BIS値
    {
        symbol = color 160 0 255;
        symbol = hcirc 10 10;
        ordinate = entro;
        option = median;
    }
    AEP         // AEP値
    {
        symbol = color 160 0 255;
        symbol = hcirc 10 10;
        ordinate = entro;
        option = median;
    }
    SEF         // spectral edge frequency
    {
// plot しない．（チップ表示のみ）
        symbol = color 192 128 0;
        // symbol = line -12 -8 -12 8 12 0 -12 -8;
        ordinate = entro;
        option = median;
    }
    BSR         // burst suppression ratio
    {
// plot しない．（チップ表示のみ）
        symbol = color 0 144 144;
        // symbol = line -12 -7 -12 7 12 7 12 -7 -12 -7;
        ordinate = entro;
        option = median;
    }
    SQI         // signal quality index
    {
// plot しない．（チップ表示のみ）
        symbol = color 0 0 0;
        ordinate = entro;
        option = median;
    }
    totPOW      // total power of EEG
    {
// plot しない．（チップ表示のみ）
        symbol = color 0 0 0;
        ordinate = entro;
        option = median;
    }
    lowEMG      // low freq. part of EMG
    {
// plot しない．（チップ表示のみ）
        symbol = color 0 0 0;
        ordinate = entro;
        option = median;
    }
    T
    {
        symbol = color 128 128 128;
        symbol = line -12 -8 12 -8 0 16 -12 -8;
        ordinate = temp;
        option = median;
    }
    Trect
    {
        symbol = color 128 128 128;
        symbol = line -12 -8 12 -8 0 16 -12 -8;
        ordinate = temp;
        option = median;
    }
    Tesoph
    {
        symbol = color 128 128 128;
        symbol = line -12 8 12 8 0 -16 -12 8;
        ordinate = temp;
        option = median;
    }
    Tnaso
    {
        symbol = color 128 128 128;
        symbol = line -12 8 12 8 0 -16 -12 8;
        ordinate = temp;
        option = median;
    }
    Ttymp
    {
        symbol = color 128 128 128;
        symbol = line -12 8 12 8 0 -16 -12 8;
        ordinate = temp;
        option = median;
    }
    Tblood
    {
        symbol = color 128 128 128;
        symbol = line 16 0 -8 -12 -8 12 16 0;
        ordinate = temp;
        option = median;
    }
    T1
    {
        symbol = color 128 128 128;
        symbol = line -12 -8 12 -8 0 16 -12 -8;
        ordinate = temp;
        option = median;
    }
    T2
    {
        symbol = color 128 128 128;
        symbol = line -12 8 12 8 0 -16 -12 8;
        ordinate = temp;
        option = median;
    }
    time
    {
        literal = "ti\me  = H:MM";
        ordinate = labo;
        option = median;
    }
    pH
    {
        literal = "pH    =#.###";
        ordinate = labo;
        option = median;
    }
    pHa
    {
        literal = "pHa   =#.###";
        ordinate = labo;
        option = median;
    }
    pHv
    {
        literal = "pHv   =#.###";
        ordinate = labo;
        option = median;
    }
    PO<sub>2</sub>
    {
        literal = "PO<sub>2</sub>   =    #";
        ordinate = labo;
        option = median;
    }
    PaO<sub>2</sub>
    {
        literal = "PaO<sub>2</sub>  =    #";
        ordinate = labo;
        option = median;
    }
    PvO<sub>2</sub>
    {
        literal = "PvO<sub>2</sub>  =    #";
        ordinate = labo;
        option = median;
    }
    PCO<sub>2</sub>
    {
        literal = "PCO<sub>2</sub>  =  #.#";
        ordinate = labo;
        option = median;
    }
    PaCO<sub>2</sub>
    {
        literal = "PaCO<sub>2</sub> =  #.#";
        ordinate = labo;
        option = median;
    }
    PvCO<sub>2</sub>
    {
        literal = "PvCO<sub>2</sub> =  #.#";
        ordinate = labo;
        option = median;
    }
    BE
    {
        literal = "BE    = +#.#";
        ordinate = labo;
        option = median;
    }
    BEa
    {
        literal = "BEa   = +#.#";
        ordinate = labo;
        option = median;
    }
    BEv
    {
        literal = "BEv   = +#.#";
        ordinate = labo;
        option = median;
    }
    HCO3<sup>-</sup>
    {
        literal = "HCO3<sup>-</sup> =  #.#";
        ordinate = labo;
        option = median;
    }
    HCO3<sup>-</sup>a
    {
        literal = "HCO3<sup>-</sup>a=  #.#";
        ordinate = labo;
        option = median;
    }
    HCO3<sup>-</sup>v
    {
        literal = "HCO3<sup>-</sup>v=  #.#";
        ordinate = labo;
        option = median;
    }
    SO<sub>2</sub>
    {
        literal = "SO<sub>2</sub>   =  #.#";
        ordinate = labo;
        option = median;
    }
    SaO<sub>2</sub>
    {
        literal = "SaO<sub>2</sub>  =  #.#";
        ordinate = labo;
        option = median;
    }
    SvO<sub>2</sub>
    {
        literal = "SvO<sub>2</sub>  =  #.#";
        ordinate = labo;
        option = median;
    }
    Na<sup>+</sup>
    {
        literal = "Na<sup>+</sup>   =    #";
        ordinate = labo;
        option = median;
    }
    K<sup>+</sup>
    {
        literal = "K<sup>+</sup>    =  #.#";
        ordinate = labo;
        option = median;
    }
    Cl<sup>-</sup>
    {
        literal = "Cl<sup>-</sup>   =    #";
        ordinate = labo;
        option = median;
    }
    Ca<sup>++</sup>
    {
        literal = "Ca<sup>++</sup>  = #.##";
        ordinate = labo;
        option = median;
    }
    Glu
    {
        literal = "Glu   =    #";
        ordinate = labo;
        option = median;
    }
    BUN
    {
        literal = "BUN   =    #";
        ordinate = labo;
        option = median;
    }
    Lac
    {
        literal = "Lac   =  #.#";
        ordinate = labo;
        option = median;
    }
    Ht
    {
        literal = "Ht    =    #";
        ordinate = labo;
        option = median;
    }
    Hb
    {
        literal = "Hb    =  #.#";
        ordinate = labo;
        option = median;
    }
    O<sub>2</sub>Hb
    {
        literal = "O<sub>2</sub>Hb  =  #.#";
        ordinate = labo;
        option = median;
    }
    O<sub>2</sub>Hba
    {
        literal = "O<sub>2</sub>Hba =  #.#";
        ordinate = labo;
        option = median;
    }
    O<sub>2</sub>Hbv
    {
        literal = "O<sub>2</sub>Hbv =  #.#";
        ordinate = labo;
        option = median;
    }
    COHb
    {
        literal = "COHb  =  #.#";
        ordinate = labo;
        option = median;
    }
    MetHb
    {
        literal = "MetHb =  #.#";
        ordinate = labo;
        option = median;
    }
    RHb
    {
        literal = "RHb   =  #.#";
        ordinate = labo;
        option = median;
    }
    RHba
    {
        literal = "RHba  =  #.#";
        ordinate = labo;
        option = median;
    }
    RHbv
    {
        literal = "RHbv  =  #.#";
        ordinate = labo;
        option = median;
    }
    p50
    {
        literal = "p50   = #.##";
        ordinate = labo;
        option = median;
    }
    p50a
    {
        literal = "p50a  = #.##";
        ordinate = labo;
        option = median;
    }
    p50v
    {
        literal = "p50v  = #.##";
        ordinate = labo;
        option = median;
    }
}

abscissa
{
    span = 600; //10分ぶんを画面表示
    step = 120; //画面左端の時刻を2分刻みで整定
    tick = 30;  //縦罫線30秒間隔
    tip = 5;   //ﾃｨｯﾌﾟｳｨﾝﾄﾞｳ(数値表示)はマウスで指した時点のデータの
//前後5秒づつのデータの中央値
    period_duration
    {
// ここに書かれていないもの(HR,PVC,STなど)は
// default指定に従う
//  名前    = 周期  区間 ;
        default            = 5     5;

        time               = 15    15;
        pH                 = 15    15;
        pHa                = 15    15;
        pHv                = 15    15;
        PO<sub>2</sub>     = 15    15;
        PaO<sub>2</sub>    = 15    15;
        PvO<sub>2</sub>    = 15    15;
        PCO<sub>2</sub>    = 15    15;
        PaCO<sub>2</sub>   = 15    15;
        PvCO<sub>2</sub>   = 15    15;
        BE                 = 15    15;
        BEa                = 15    15;
        BEv                = 15    15;
        HCO3<sup>-</sup>   = 15    15;
        HCO3<sup>-</sup>a  = 15    15;
        HCO3<sup>-</sup>v  = 15    15;
        SO<sub>2</sub>     = 15    15;
        SaO<sub>2</sub>    = 15    15;
        SvO<sub>2</sub>    = 15    15;
        Na<sup>+</sup>     = 15    15;
        K<sup>+</sup>      = 15    15;
        Cl<sup>-</sup>     = 15    15;
        Ca<sup>++</sup>    = 15    15;
        Glu                = 15    15;
        BUN                = 15    15;
        Lac                = 15    15;
        Ht                 = 15    15;
        Hb                 = 15    15;
        O<sub>2</sub>Hb    = 15    15;
        O<sub>2</sub>Hba   = 15    15;
        O<sub>2</sub>Hbv   = 15    15;
        COHb               = 15    15;
        MetHb              = 15    15;
        RHb                = 15    15;
        RHba               = 15    15;
        RHbv               = 15    15;
        p50                = 15    15;
        p50a               = 15    15;
        p50v               = 15    15;
        imCO<sub>2</sub>   = 15    15;
        etCO<sub>2</sub>   = 15    15;
        fiO<sub>2</sub>    = 15    15;
        imO<sub>2</sub>    = 15    15;
        etO<sub>2</sub>    = 15    15;
        fiN<sub>2</sub>O   = 15    15;
        inN<sub>2</sub>O   = 15    15;
        etN<sub>2</sub>O   = 15    15;
        inSEV              = 15    15;
        etSEV              = 15    15;
        inISO              = 15    15;
        etISO              = 15    15;
        RRaw               = 15    15;
        RR                 = 15    15;
        RR<sub>CO2</sub>   = 15    15;
        V<sub>T</sub>      = 15    15;
        TVex               = 15    15;
        P<sub>AW</sub>max  = 15    15;
        P<sub>AW</sub>min  = 15    15;
        P<sub>PIP</sub>    = 15    15;
        P<sub>PEEP</sub>   = 15    15;
        BIS                = 15    15;
        AEP                = 15    15;
        SEF                = 15    15;
        SE                 = 15    15;
        RE                 = 15    15;
        BSR                = 15    15;
        CCO                = 15    15;
        CCI                = 15    15;
        SVV                = 15    15;
        T                  = 30    30;
        Trect              = 30    30;
        Tesoph             = 30    30;
        Tnaso              = 30    30;
        Ttymp              = 30    30;
        Tblood             = 30    30;
        T1                 = 30    30;
        T2                 = 30    30;
    }
}

abscissa
{
    span = 1800; //30分ぶんを画面表示
    step = 300; //画面左端の時刻を5分刻みで整定
    tick = 60;  //縦罫線1分間隔
    tip = 15;

    period_duration
    {
//  名前    = 周期  区間 ;
        NBP                = 5     5;
        NIBP               = 5     5;
        PAWP               = 5     5;

        default            = 15    15;

        imCO<sub>2</sub>   = 60    30;
        etCO<sub>2</sub>   = 60    30;
        fiO<sub>2</sub>    = 60    30;
        imO<sub>2</sub>    = 60    30;
        etO<sub>2</sub>    = 60    30;
        fiN<sub>2</sub>O   = 60    30;
        inN<sub>2</sub>O   = 60    30;
        etN<sub>2</sub>O   = 60    30;
        inSEV              = 60    30;
        etSEV              = 60    30;
        inISO              = 60    30;
        etISO              = 60    30;
        RRaw               = 60    30;
        RR                 = 60    30;
        RR<sub>CO2</sub>   = 60    30;
        V<sub>T</sub>      = 60    30;
        TVex               = 60    30;
        P<sub>AW</sub>max  = 60    30;
        P<sub>AW</sub>min  = 60    30;
        P<sub>PIP</sub>    = 60    30;
        P<sub>PEEP</sub>   = 60    30;
        BIS                = 60    30;
        AEP                = 60    30;
        SEF                = 60    30;
        SE                 = 60    30;
        RE                 = 60    30;
        BSR                = 60    30;
        CCO                = 60    30;
        CCI                = 60    30;
        SVV                = 60    30;
        T                  = 60    30;
        Trect              = 60    30;
        Tesoph             = 60    30;
        Tnaso              = 60    30;
        Ttymp              = 60    30;
        Tblood             = 60    30;
        T1                 = 60    30;
        T2                 = 60    30;
    }
}

abscissa
{
    span = 3600; //1時間ぶんを画面表示
    step = 600; //画面左端の時刻を10分刻みで整定
    tick = 120;  //縦罫線2分間隔
    tip = 30;

    period_duration
    {
//  名前    = 周期  区間 ;
        NBP                = 5     5;
        NIBP               = 5     5;
        PAWP               = 5     5;

        time               = 15    15;
        pH                 = 15    15;
        pHa                = 15    15;
        pHv                = 15    15;
        PO<sub>2</sub>     = 15    15;
        PaO<sub>2</sub>    = 15    15;
        PvO<sub>2</sub>    = 15    15;
        PCO<sub>2</sub>    = 15    15;
        PaCO<sub>2</sub>   = 15    15;
        PvCO<sub>2</sub>   = 15    15;
        BE                 = 15    15;
        BEa                = 15    15;
        BEv                = 15    15;
        HCO3<sup>-</sup>   = 15    15;
        HCO3<sup>-</sup>a  = 15    15;
        HCO3<sup>-</sup>v  = 15    15;
        SO<sub>2</sub>     = 15    15;
        SaO<sub>2</sub>    = 15    15;
        SvO<sub>2</sub>    = 15    15;
        Na<sup>+</sup>     = 15    15;
        K<sup>+</sup>      = 15    15;
        Cl<sup>-</sup>     = 15    15;
        Ca<sup>++</sup>    = 15    15;
        Glu                = 15    15;
        BUN                = 15    15;
        Lac                = 15    15;
        Ht                 = 15    15;
        Hb                 = 15    15;
        O<sub>2</sub>Hb    = 15    15;
        O<sub>2</sub>Hba   = 15    15;
        O<sub>2</sub>Hbv   = 15    15;
        COHb               = 15    15;
        MetHb              = 15    15;
        RHb                = 15    15;
        RHba               = 15    15;
        RHbv               = 15    15;
        p50                = 15    15;
        p50a               = 15    15;
        p50v               = 15    15;

        default            = 30    30;

        imCO<sub>2</sub>   = 60    30;
        etCO<sub>2</sub>   = 60    30;
        fiO<sub>2</sub>    = 60    30;
        imO<sub>2</sub>    = 60    30;
        etO<sub>2</sub>    = 60    30;
        fiN<sub>2</sub>O   = 60    30;
        inN<sub>2</sub>O   = 60    30;
        etN<sub>2</sub>O   = 60    30;
        inSEV              = 60    30;
        etSEV              = 60    30;
        inISO              = 60    30;
        etISO              = 60    30;
        RRaw               = 60    30;
        RR                 = 60    30;
        RR<sub>CO2</sub>   = 60    30;
        V<sub>T</sub>      = 60    30;
        TVex               = 60    30;
        P<sub>AW</sub>max  = 60    30;
        P<sub>AW</sub>min  = 60    30;
        P<sub>PIP</sub>    = 60    30;
        P<sub>PEEP</sub>   = 60    30;
        BIS                = 60    30;
        AEP                = 60    30;
        SEF                = 60    30;
        SE                 = 60    30;
        RE                 = 60    30;
        BSR                = 60    30;
        CCO                = 60    30;
        CCI                = 60    30;
        SVV                = 60    30;
        T                  = 120   30;
        Trect              = 120   30;
        Tesoph             = 120   30;
        Tnaso              = 120   30;
        Ttymp              = 120   30;
        Tblood             = 120   30;
        T1                 = 120   30;
        T2                 = 120   30;
    }
}

abscissa
{
    span = 7200; //2時間ぶんを画面表示
    step = 1800; //画面左端の時刻を30分刻みで整定
    tick = 300;  //縦罫線5分間隔
    tip = 60;

    period_duration
    {
//  名前    = 周期  区間 ;
        NBP                = 5     5;
        NIBP               = 5     5;
        PAWP               = 5     5;

        time               = 15    15;
        pH                 = 15    15;
        pHa                = 15    15;
        pHv                = 15    15;
        PO<sub>2</sub>     = 15    15;
        PaO<sub>2</sub>    = 15    15;
        PvO<sub>2</sub>    = 15    15;
        PCO<sub>2</sub>    = 15    15;
        PaCO<sub>2</sub>   = 15    15;
        PvCO<sub>2</sub>   = 15    15;
        BE                 = 15    15;
        BEa                = 15    15;
        BEv                = 15    15;
        HCO3<sup>-</sup>   = 15    15;
        HCO3<sup>-</sup>a  = 15    15;
        HCO3<sup>-</sup>v  = 15    15;
        SO<sub>2</sub>     = 15    15;
        SaO<sub>2</sub>    = 15    15;
        SvO<sub>2</sub>    = 15    15;
        Na<sup>+</sup>     = 15    15;
        K<sup>+</sup>      = 15    15;
        Cl<sup>-</sup>     = 15    15;
        Ca<sup>++</sup>    = 15    15;
        Glu                = 15    15;
        BUN                = 15    15;
        Lac                = 15    15;
        Ht                 = 15    15;
        Hb                 = 15    15;
        O<sub>2</sub>Hb    = 15    15;
        O<sub>2</sub>Hba   = 15    15;
        O<sub>2</sub>Hbv   = 15    15;
        COHb               = 15    15;
        MetHb              = 15    15;
        RHb                = 15    15;
        RHba               = 15    15;
        RHbv               = 15    15;
        p50                = 15    15;
        p50a               = 15    15;
        p50v               = 15    15;

        default            = 60    30;

        imCO<sub>2</sub>   = 150   30;
        etCO<sub>2</sub>   = 150   30;
        fiO<sub>2</sub>    = 150   30;
        imO<sub>2</sub>    = 150   30;
        etO<sub>2</sub>    = 150   30;
        fiN<sub>2</sub>O   = 150   30;
        inN<sub>2</sub>O   = 150   30;
        etN<sub>2</sub>O   = 150   30;
        inSEV              = 150   30;
        etSEV              = 150   30;
        inISO              = 150   30;
        etISO              = 150   30;
        RRaw               = 150   30;
        RR                 = 150   30;
        RR<sub>CO2</sub>   = 150   30;
        V<sub>T</sub>      = 150   30;
        TVex               = 150   30;
        P<sub>AW</sub>max  = 150   30;
        P<sub>AW</sub>min  = 150   30;
        P<sub>PIP</sub>    = 150   30;
        P<sub>PEEP</sub>   = 150   30;
        BIS                = 150   30;
        AEP                = 150   30;
        SEF                = 150   30;
        SE                 = 150   30;
        RE                 = 150   30;
        BSR                = 150   30;
        CCO                = 150   30;
        CCI                = 150   30;
        SVV                = 150   30;
        T                  = 300   30;
        Trect              = 300   30;
        Tesoph             = 300   30;
        Tnaso              = 300   30;
        Ttymp              = 300   30;
        Tblood             = 300   30;
        T1                 = 300   30;
        T2                 = 300   30;
    }
    set_default = yes; // 起動時にはこの縮尺で表示
}

abscissa
{
    span = 14400; //4時間ぶんを画面表示
    step = 1800; //画面左端の時刻を30分刻みで整定
    tick = 600;  //縦罫線10分間隔
    tip = 60;

    period_duration
    {
//  名前    = 周期  区間 ;
        NBP                = 5     5;
        NIBP               = 5     5;
        PAWP               = 5     5;

        time               = 15    15;
        pH                 = 15    15;
        pHa                = 15    15;
        pHv                = 15    15;
        PO<sub>2</sub>     = 15    15;
        PaO<sub>2</sub>    = 15    15;
        PvO<sub>2</sub>    = 15    15;
        PCO<sub>2</sub>    = 15    15;
        PaCO<sub>2</sub>   = 15    15;
        PvCO<sub>2</sub>   = 15    15;
        BE                 = 15    15;
        BEa                = 15    15;
        BEv                = 15    15;
        HCO3<sup>-</sup>   = 15    15;
        HCO3<sup>-</sup>a  = 15    15;
        HCO3<sup>-</sup>v  = 15    15;
        SO<sub>2</sub>     = 15    15;
        SaO<sub>2</sub>    = 15    15;
        SvO<sub>2</sub>    = 15    15;
        Na<sup>+</sup>     = 15    15;
        K<sup>+</sup>      = 15    15;
        Cl<sup>-</sup>     = 15    15;
        Ca<sup>++</sup>    = 15    15;
        Glu                = 15    15;
        BUN                = 15    15;
        Lac                = 15    15;
        Ht                 = 15    15;
        Hb                 = 15    15;
        O<sub>2</sub>Hb    = 15    15;
        O<sub>2</sub>Hba   = 15    15;
        O<sub>2</sub>Hbv   = 15    15;
        COHb               = 15    15;
        MetHb              = 15    15;
        RHb                = 15    15;
        RHba               = 15    15;
        RHbv               = 15    15;
        p50                = 15    15;
        p50a               = 15    15;
        p50v               = 15    15;

        default            = 150   30;

        imCO<sub>2</sub>   = 300   30;
        etCO<sub>2</sub>   = 300   30;
        fiO<sub>2</sub>    = 300   30;
        imO<sub>2</sub>    = 300   30;
        etO<sub>2</sub>    = 300   30;
        fiN<sub>2</sub>O   = 300   30;
        inN<sub>2</sub>O   = 300   30;
        etN<sub>2</sub>O   = 300   30;
        inSEV              = 300   30;
        etSEV              = 300   30;
        inISO              = 300   30;
        etISO              = 300   30;
        RRaw               = 300   30;
        RR                 = 300   30;
        RR<sub>CO2</sub>   = 300   30;
        V<sub>T</sub>      = 300   30;
        TVex               = 300   30;
        P<sub>AW</sub>max  = 300   30;
        P<sub>AW</sub>min  = 300   30;
        P<sub>PIP</sub>    = 300   30;
        P<sub>PEEP</sub>   = 300   30;
        BIS                = 300   30;
        AEP                = 300   30;
        SEF                = 300   30;
        SE                 = 300   30;
        RE                 = 300   30;
        BSR                = 300   30;
        CCO                = 300   30;
        CCI                = 300   30;
        SVV                = 300   30;
        T                  = 300   30;
        Trect              = 300   30;
        Tesoph             = 300   30;
        Tnaso              = 300   30;
        Ttymp              = 300   30;
        Tblood             = 300   30;
        T1                 = 300   30;
        T2                 = 300   30;
    }
}

calc
{
    入室時平均血圧秒 = leftMeanVitalTime ('NIBP,NBP', 記録開始秒, 記録開始秒 + 600);
    入室時平均血圧値 = meanVitalValue ('NIBP,NBP', 入室時平均血圧秒 - 10, 入室時平均血圧秒 + 10)
                       $ '  #' ;
    入室時収縮期血圧値 = systolicVitalValue ('NIBP,NBP', 入室時平均血圧秒 - 10, 入室時平均血圧秒 + 10)
                         $ '  #' ;
    入室時拡張期血圧値 = diastolicVitalValue ('NIBP,NBP', 入室時平均血圧秒 - 10, 入室時平均血圧秒 + 10)
                         $ '  #' ;
    入室時心拍数値 = meanVitalValue
                     ('HR', 入室時平均血圧秒, 入室時平均血圧秒 + 30)
                     $ '  #' ;
    入室時SpO2値 = vitalValue
                   ('SpO2', 入室時平均血圧秒, 入室時平均血圧秒 + 30)
                   $ ' #.#' ;

    退室時平均血圧秒 = rightVitalTime ('NIBP,NBP', 記録終了秒 - 1200, 記録終了秒) ;
    退室時平均血圧値 = meanVitalValue ('NIBP,NBP', 退室時平均血圧秒 - 10, 退室時平均血圧秒 + 10)
                       $ '  #' ;
    退室時収縮期血圧値 = systolicVitalValue ('NIBP,NBP', 退室時平均血圧秒 - 10, 退室時平均血圧秒 + 10)
                         $ '  #' ;
    退室時拡張期血圧値 = diastolicVitalValue ('NIBP,NBP', 退室時平均血圧秒 - 10, 退室時平均血圧秒 + 10)
                         $ '  #' ;
    退室時心拍数値 = vitalValue
                     ('HR', 退室時平均血圧秒 - 30, 退室時平均血圧秒)
                     $ '  #' ;
    退室時SpO2値 = vitalValue
                   ('SpO2', 退室時平均血圧秒 - 30, 退室時平均血圧秒)
                   $ ' #.#' ;
//    退室時体温値 = vitalValue
//                   ('Trect,Tesoph,Ttymp,Tnaso,T,T1,T2',退室時平均血圧秒 - 30, 退室時平均血圧秒)
//                   $ '##.#' ;

    部分体外循環終了時平均血圧秒      ////////////////// partial終了後10分の値
        = rightVitalTime ('ABP,ART', 部分体外循環終了秒, 部分体外循環終了秒 + 600) ;
    部分体外循環終了時中心静脈圧値
        = vitalValue
          ('CVP', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;
    部分体外循環終了時平均血圧値
        = meanVitalValue
          ('ABP,ART', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;
    部分体外循環終了時収縮期血圧値
        = systolicVitalValue
          ('ABP,ART', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;
    部分体外循環終了時拡張期血圧値
        = diastolicVitalValue
          ('ABP,ART', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;

    部分体外循環終了時平均肺動脈圧値
        = meanVitalValue
          ('PAP', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;
    部分体外循環終了時収縮期肺動脈圧値
        = systolicVitalValue
          ('PAP', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;
    部分体外循環終了時拡張期肺動脈圧値
        = diastolicVitalValue
          ('PAP', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;

    部分体外循環終了時心拍数値
        = vitalValue
          ('HR', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ '  #' ;
    部分体外循環終了時SpO2値
        = vitalValue
          ('SpO2', 部分体外循環終了時平均血圧秒 - 15, 部分体外循環終了時平均血圧秒 + 15)
          $ ' #.#' ;

    記録中最低収縮期NBP値
        = minimumSystolicVitalValue ('NIBP,NBP', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最低平均NBP値
        = minimumMeanVitalValue ('NIBP,NBP', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最低拡張期NBP値
        = minimumDiastolicVitalValue ('NIBP,NBP', 記録開始秒, 記録終了秒) $ '#' ;

    記録中最低収縮期ABP値
        = minimumSystolicVitalValue ('ABP,ART', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最低平均ABP値
        = minimumMeanVitalValue ('ABP,ART', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最低拡張期ABP値
        = minimumDiastolicVitalValue ('ABP,ART', 記録開始秒, 記録終了秒) $ '#' ;

    記録中最高収縮期NBP値
        = maximumSystolicVitalValue ('NIBP,NBP', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最高平均NBP値
        = maximumMeanVitalValue ('NIBP,NBP', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最高拡張期NBP値
        = maximumDiastolicVitalValue ('NIBP,NBP', 記録開始秒, 記録終了秒) $ '#' ;

    記録中最高収縮期ABP値
        = maximumSystolicVitalValue ('ABP,ART', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最高平均ABP値
        = maximumMeanVitalValue ('ABP,ART', 記録開始秒, 記録終了秒) $ '#' ;
    記録中最高拡張期ABP値
        = maximumDiastolicVitalValue ('ABP,ART', 記録開始秒, 記録終了秒) $ '#' ;

    記録中最低SpO2値
        = minimumVitalValue ('SpO2',  記録開始秒, 記録終了秒) $ '#' ;
    記録中平均SpO2値
        = vitalValue ('SpO2',  記録開始秒, 記録終了秒) $ '#.#' ;
    記録中最高SpO2値
        = maximumVitalValue ('SpO2',  記録開始秒, 記録終了秒) $ '#' ;

    記録中最低心拍数値
        = minimumVitalValue ('HR',  記録開始秒, 記録終了秒) $ '#' ;
    記録中平均心拍数値
        = vitalValue ('HR',  記録開始秒, 記録終了秒) $ '#.#' ;
    記録中最高心拍数値
        = maximumVitalValue ('HR',  記録開始秒, 記録終了秒) $ '#' ;

    麻酔中最低収縮期NBP値
        = minimumSystolicVitalValue ('NIBP,NBP',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最低平均NBP値
        = minimumMeanVitalValue ('NIBP,NBP',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最低拡張期NBP値
        = minimumDiastolicVitalValue ('NIBP,NBP',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;

    麻酔中最低収縮期ABP値
        = minimumSystolicVitalValue ('ABP,ART',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最低平均ABP値
        = minimumMeanVitalValue ('ABP,ART',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最低拡張期ABP値
        = minimumDiastolicVitalValue ('ABP,ART',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;

    麻酔中最高収縮期NBP値
        = maximumSystolicVitalValue ('NIBP,NBP',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最高平均NBP値
        = maximumMeanVitalValue ('NIBP,NBP',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最高拡張期NBP値
        = maximumDiastolicVitalValue ('NIBP,NBP',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;

    麻酔中最高収縮期ABP値
        = maximumSystolicVitalValue ('ABP,ART',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最高平均ABP値
        = maximumMeanVitalValue ('ABP,ART',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最高拡張期ABP値
        = maximumDiastolicVitalValue ('ABP,ART',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;

    麻酔中最低SpO2値
        = minimumVitalValue ('SpO2',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中平均SpO2値
        = vitalValue ('SpO2',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最高SpO2値
        = maximumVitalValue ('SpO2',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;

    麻酔中最低心拍数値
        = minimumVitalValue ('HR',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中平均心拍数値
        = vitalValue ('HR',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;
    麻酔中最高心拍数値
        = maximumVitalValue ('HR',
          麻酔開始秒 ? 麻酔開始秒 : 記録開始秒,
          麻酔終了秒 ? 麻酔終了秒 : 記録終了秒) $ '#' ;

    麻酔導入時最低SpO2値
        = minimumVitalValue ('SpO2', 記録開始秒, 手術開始秒) $ '#' ;
    麻酔導入時平均SpO2値
        = vitalValue ('SpO2', 記録開始秒, 手術開始秒) $ '#.#' ;
    麻酔導入時最高SpO2値
        = maximumVitalValue ('SpO2', 記録開始秒, 手術開始秒) $ '#' ;

    手術中最低SpO2値
        = minimumVitalValue ('SpO2', 手術開始秒, 手術終了秒) $ '#' ;
    手術中平均SpO2値
        = vitalValue ('SpO2', 手術開始秒, 手術終了秒) $ '#.#' ;
    手術中最高SpO2値
        = maximumVitalValue ('SpO2', 手術開始秒, 手術終了秒) $ '#' ;

    麻酔終了時最低SpO2値
        = minimumVitalValue ('SpO2', 手術終了秒, 記録終了秒) $ '#' ;
    麻酔終了時平均SpO2値
        = vitalValue ('SpO2', 手術終了秒, 記録終了秒) $ '#.#' ;
    麻酔終了時最高SpO2値
        = maximumVitalValue ('SpO2', 手術終了秒, 記録終了秒) $ '#' ;

    麻酔導入時最低心拍数値
        = minimumVitalValue ('HR', 記録開始秒, 手術開始秒) $ '#' ;
    麻酔導入時平均心拍数値
        = vitalValue ('HR', 記録開始秒, 手術開始秒) $ '#.#' ;
    麻酔導入時最高心拍数値
        = maximumVitalValue ('HR', 記録開始秒, 手術開始秒) $ '#' ;

    手術中最低心拍数値
        = minimumVitalValue ('HR', 手術開始秒, 手術終了秒) $ '#' ;
    手術中平均心拍数値
        = vitalValue ('HR', 手術開始秒, 手術終了秒) $ '#.#' ;
    手術中最高心拍数値
        = maximumVitalValue ('HR', 手術開始秒, 手術終了秒) $ '#' ;

    麻酔終了時最低心拍数値
        = minimumVitalValue ('HR', 手術終了秒, 記録終了秒) $ '#' ;
    麻酔終了時平均心拍数値
        = vitalValue ('HR', 手術終了秒, 記録終了秒) $ '#.#' ;
    麻酔終了時最高心拍数値
        = maximumVitalValue ('HR', 手術終了秒, 記録終了秒) $ '#' ;
}

alarms
{
    colors
    {
        high = 255 0 0;
        med = 208 208 0;
        low = 192 192 255;
        min = 192 192 192;
    }

    remarks
    {
        criteria = none; // high med low min;
        reload_time = 600;
        name_and_label = 警報 ﾒｯｾｰｼﾞ;
    }
}
