设备故障率、设备去除故障时间利用率算法

Lius

2025-06-17 d0f024586f38a11662787c42b84e037a1c1be6cd

 lxzn-module-mdc/src/main/java/org/jeecg/modules/mdc/service/impl/MdcEfficiencyReportServiceImpl.java

@@ -196,6 +196,12 @@
                    mdcEfficiencyResultDto.setWaitLong(mdcEfficiencyResultDto.getWaitLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setCloseLong(mdcEfficiencyResultDto.getCloseLong());
                    mdcEfficiencyResultDto.setCloseLong(mdcEfficiencyResultDto.getCloseLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setFaultLong(mdcEfficiencyResultDto.getFaultLong());
                    mdcEfficiencyResultDto.setFaultLong(mdcEfficiencyResultDto.getFaultLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setFaultRate(mdcEfficiencyResultDto.getFaultRate());
                    mdcEfficiencyResultDto.setFaultRate(mdcEfficiencyResultDto.getFaultRate().divide(new BigDecimal(dates.size()), 4, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setRemoveFaultRunLong(mdcEfficiencyResultDto.getRemoveFaultRunLong());
                    mdcEfficiencyResultDto.setRemoveFaultRunLong(mdcEfficiencyResultDto.getRemoveFaultRunLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    long rate = mdcEfficiencyResultDto.getUtilizationRate().multiply(new BigDecimal("100")).longValue();
                    for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                        if (rate >= mdcUtilizationRate.getMinimumRange() && rate < mdcUtilizationRate.getMaximumRange()) {
@@ -284,6 +290,12 @@
                    mdcEfficiencyResultDto.setWaitLong(mdcEfficiencyResultDto.getWaitLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setCloseLong(mdcEfficiencyResultDto.getCloseLong());
                    mdcEfficiencyResultDto.setCloseLong(mdcEfficiencyResultDto.getCloseLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setFaultLong(mdcEfficiencyResultDto.getFaultLong());
                    mdcEfficiencyResultDto.setFaultLong(mdcEfficiencyResultDto.getFaultLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setFaultRate(mdcEfficiencyResultDto.getFaultRate());
                    mdcEfficiencyResultDto.setFaultRate(mdcEfficiencyResultDto.getFaultRate().divide(new BigDecimal(dates.size()), 4, RoundingMode.HALF_UP));
                    mdcEfficiencyResultDto1.setRemoveFaultRunLong(mdcEfficiencyResultDto.getRemoveFaultRunLong());
                    mdcEfficiencyResultDto.setRemoveFaultRunLong(mdcEfficiencyResultDto.getRemoveFaultRunLong().divide(new BigDecimal(dates.size()), 0, RoundingMode.HALF_UP));
                    long rate = mdcEfficiencyResultDto.getUtilizationRate().multiply(new BigDecimal("100")).longValue();
                    for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                        if (rate >= mdcUtilizationRate.getMinimumRange() && rate < mdcUtilizationRate.getMaximumRange()) {
@@ -349,7 +361,10 @@
                            a.getOpenRate().add(b.getOpenRate()),
                            a.getOpenLong().add(b.getOpenLong()),
                            a.getWaitLong().add(b.getWaitLong()),
                            a.getCloseLong().add(b.getCloseLong()))).ifPresent(result::add);
                            a.getCloseLong().add(b.getCloseLong()),
                            a.getFaultLong().add(b.getFaultLong()),
                            a.getFaultRate().add(b.getFaultRate()),
                            a.getRemoveFaultRunLong().add(b.getRemoveFaultRunLong()))).ifPresent(result::add);
                });
        for (MdcEfficiencyResultDto mdcEfficiencyResultDto : result) {
            mdcEfficiencyResultDto.setUtilizationRate(mdcEfficiencyResultDto.getUtilizationRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
@@ -392,7 +407,10 @@
                            a.getOpenRate().add(b.getOpenRate()),
                            a.getOpenLong().add(b.getOpenLong()),
                            a.getWaitLong().add(b.getWaitLong()),
                            a.getCloseLong().add(b.getCloseLong()))).ifPresent(result::add);
                            a.getCloseLong().add(b.getCloseLong()),
                            a.getFaultLong().add(b.getFaultLong()),
                            a.getFaultRate().add(b.getFaultRate()),
                            a.getRemoveFaultRunLong().add(b.getRemoveFaultRunLong()))).ifPresent(result::add);
                });
        for (MdcEfficiencyResultDto mdcEfficiencyResultDto : result) {
            mdcEfficiencyResultDto.setUtilizationRate(mdcEfficiencyResultDto.getUtilizationRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
@@ -696,7 +714,10 @@
                            a.getOpenRate().add(b.getOpenRate()),
                            a.getOpenLong().add(b.getOpenLong()),
                            a.getWaitLong().add(b.getWaitLong()),
                            a.getCloseLong().add(b.getCloseLong()))).ifPresent(result::add);
                            a.getCloseLong().add(b.getCloseLong()),
                            a.getFaultLong().add(b.getFaultLong()),
                            a.getFaultRate().add(b.getFaultRate()),
                            a.getRemoveFaultRunLong().add(b.getRemoveFaultRunLong()))).ifPresent(result::add);
                });
        for (MdcEfficiencyResultDto mdcEfficiencyResultDto : result) {
            mdcEfficiencyResultDto.setUtilizationRate(mdcEfficiencyResultDto.getUtilizationRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
@@ -706,6 +727,9 @@
            mdcEfficiencyResultDto.setWaitLong(mdcEfficiencyResultDto.getWaitLong().divide(new BigDecimal(mdcEfficiencyList.size()), 0, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setOpenLong(mdcEfficiencyResultDto.getOpenLong().divide(new BigDecimal(mdcEfficiencyList.size()), 0, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setProcessLong(mdcEfficiencyResultDto.getProcessLong().divide(new BigDecimal(mdcEfficiencyList.size()), 0, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setFaultLong(mdcEfficiencyResultDto.getFaultLong().divide(new BigDecimal(mdcEfficiencyList.size()), 0, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setFaultRate(mdcEfficiencyResultDto.getFaultRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setRemoveFaultRunLong(mdcEfficiencyResultDto.getRemoveFaultRunLong().divide(new BigDecimal(mdcEfficiencyList.size()), 0, RoundingMode.HALF_UP));
            long rate = mdcEfficiencyResultDto.getStartRate().multiply(new BigDecimal("100")).longValue();
            for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                if (rate >= mdcUtilizationRate.getMinimumRange() && rate < mdcUtilizationRate.getMaximumRange()) {
@@ -740,12 +764,16 @@
                            a.getOpenRate().add(b.getOpenRate()),
                            a.getOpenLong().add(b.getOpenLong()),
                            a.getWaitLong().add(b.getWaitLong()),
                            a.getCloseLong().add(b.getCloseLong()))).ifPresent(result::add);
                            a.getCloseLong().add(b.getCloseLong()),
                            a.getFaultLong().add(b.getFaultLong()),
                            a.getFaultRate().add(b.getFaultRate()),
                            a.getRemoveFaultRunLong().add(b.getRemoveFaultRunLong()))).ifPresent(result::add);
                });
        for (MdcEfficiencyResultDto mdcEfficiencyResultDto : result) {
            mdcEfficiencyResultDto.setUtilizationRate(mdcEfficiencyResultDto.getUtilizationRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setOpenRate(mdcEfficiencyResultDto.getOpenRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setStartRate(mdcEfficiencyResultDto.getStartRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
            mdcEfficiencyResultDto.setFaultRate(mdcEfficiencyResultDto.getFaultRate().divide(new BigDecimal(mdcEfficiencyList.size()), 4, RoundingMode.HALF_UP));
            long rate = mdcEfficiencyResultDto.getStartRate().multiply(new BigDecimal("100")).longValue();
            for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                if (rate >= mdcUtilizationRate.getMinimumRange() && rate < mdcUtilizationRate.getMaximumRange()) {
@@ -2146,6 +2174,9 @@
                    mdcEfficiencyResultDto.setOpenLong(efficiencyDto.getOpenLong());
                    mdcEfficiencyResultDto.setWaitLong(efficiencyDto.getWaitLong());
                    mdcEfficiencyResultDto.setCloseLong(efficiencyDto.getCloseLong());
                    mdcEfficiencyResultDto.setFaultLong(efficiencyDto.getFaultLong());
                    mdcEfficiencyResultDto.setFaultRate(efficiencyDto.getFaultRate());
                    mdcEfficiencyResultDto.setRemoveFaultRunLong(efficiencyDto.getRemoveFaultRunLong());
                    long rate = efficiencyDto.getUtilizationRate().multiply(new BigDecimal("100")).longValue();
                    for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                        if (rate >= mdcUtilizationRate.getMinimumRange() && rate < mdcUtilizationRate.getMaximumRange()) {
@@ -2163,6 +2194,9 @@
            mdcEfficiencyResultDto.setOpenLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setWaitLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setCloseLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setFaultLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setFaultRate(new BigDecimal("0"));
            mdcEfficiencyResultDto.setRemoveFaultRunLong(new BigDecimal("0"));
            for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                if (0 >= mdcUtilizationRate.getMinimumRange() && 0 < mdcUtilizationRate.getMaximumRange()) {
                    mdcEfficiencyResultDto.setColor(mdcUtilizationRate.getRateParameterColor());
@@ -2178,6 +2212,9 @@
            mdcEfficiencyResultDto.setOpenLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setWaitLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setCloseLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setFaultLong(new BigDecimal("0"));
            mdcEfficiencyResultDto.setFaultRate(new BigDecimal("0"));
            mdcEfficiencyResultDto.setRemoveFaultRunLong(new BigDecimal("0"));
            for (MdcUtilizationRate mdcUtilizationRate : mdcUtilizationRateList) {
                if (0 >= mdcUtilizationRate.getMinimumRange() && 0 < mdcUtilizationRate.getMaximumRange()) {
                    mdcEfficiencyResultDto.setColor(mdcUtilizationRate.getRateParameterColor());
@@ -2191,6 +2228,9 @@
        efficiencyResultDto.setOpenLong(efficiencyResultDto.getOpenLong().add(mdcEfficiencyResultDto.getOpenLong()));
        efficiencyResultDto.setWaitLong(efficiencyResultDto.getWaitLong().add(mdcEfficiencyResultDto.getWaitLong()));
        efficiencyResultDto.setCloseLong(efficiencyResultDto.getCloseLong().add(mdcEfficiencyResultDto.getCloseLong()));
        efficiencyResultDto.setFaultLong(efficiencyResultDto.getFaultLong().add(mdcEfficiencyResultDto.getFaultLong()));
        efficiencyResultDto.setFaultRate(efficiencyResultDto.getFaultRate().add(mdcEfficiencyResultDto.getFaultRate()));
        efficiencyResultDto.setRemoveFaultRunLong(efficiencyResultDto.getRemoveFaultRunLong().add(mdcEfficiencyResultDto.getRemoveFaultRunLong()));
        return mdcEfficiencyResultDto;
    }