| 12345678910111213141516171819202122232425262728293031323334353637383940414243 | let JV = require('../jpc_value_define');let JpcCommonHelper = require('./jpc_helper_common');let JpcFlowTabHelper = {    getMaxRowsPerPage: function(bands, rptTpl) {        let me = this, rst = 1;        let tab = rptTpl[JV.NODE_FLOW_INFO][JV.NODE_FLOW_CONTENT];        let band = bands[tab[JV.PROP_BAND_NAME]];        if (band) {            let maxFieldMeasure = 1.0;            if (JV.CAL_TYPE_ABSTRACT == JpcCommonHelper.getPosCalculationType(tab[JV.PROP_CALCULATION])) {                let unitFactor = JpcCommonHelper.getUnitFactor(rptTpl);                maxFieldMeasure = 1.0 * rptTpl[JV.NODE_FLOW_INFO][JV.NODE_FLOW_CONTENT][JV.PROP_CMN_HEIGHT] * unitFactor;            } else {                maxFieldMeasure = (band.Bottom - band.Top) * rptTpl[JV.NODE_FLOW_INFO][JV.NODE_FLOW_CONTENT][JV.PROP_CMN_HEIGHT] / JV.HUNDRED_PERCENT;            }            rst = Math.floor((band.Bottom - band.Top) / maxFieldMeasure);        }        return rst;    },    chkSegEnd: function (bands, rptTpl, sortedSequence, segIdx, preRec, nextRec) {        let me = this, rst = true;        let remainAmt = preRec + nextRec - sortedSequence[segIdx].length;        rst = me.hasEnoughSpace(rptTpl, bands, remainAmt);        return rst;    },    hasEnoughSpace: function (rptTpl, bands, remainAmt) {        if (remainAmt < 0) return false;        let rst = true, measurement = 1.0, douDiffForCompare = 0.00001;        let unitFactor = JpcCommonHelper.getUnitFactor(rptTpl);        let tab = rptTpl[JV.NODE_FLOW_INFO][JV.NODE_FLOW_CONTENT];        let band = bands[tab[JV.PROP_BAND_NAME]];        if (band != null && band != undefined) {            measurement = 1.0 * tab[JV.PROP_CMN_HEIGHT] * unitFactor;            let spareHeight = measurement * remainAmt;            let douH = 1.0 * (band.Bottom - band.Top);            rst = (spareHeight >= douH) || (spareHeight - douH <= douDiffForCompare);        }        return rst;    }};module.exports = JpcFlowTabHelper;
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