Examples with MesureResult com.cas.circuit.util.MesureResult used on opensource projects

Example 1 with MesureResult

use of com.cas.circuit.util.MesureResult in project TeachingInSimulation by ScOrPiOzzy.

the class Inverter method onReceivedLocal.

@Override
protected void onReceivedLocal(Terminal terminal) {
    super.onReceivedLocal(terminal);
    if (_r == terminal || _s == terminal || _t == terminal) {
        // 分别测量uvw三者之间的电压情况
        MesureResult resultUV = R.matchRequiredVolt(Voltage.IS_AC, _r, _s, 380, 10);
        MesureResult resultVW = R.matchRequiredVolt(Voltage.IS_AC, _s, _t, 380, 10);
        MesureResult resultWU = R.matchRequiredVolt(Voltage.IS_AC, _t, _r, 380, 10);
        // 判断三者之间是否存在电势差
        boolean tmp = Util.notEmpty(resultUV) && Util.notEmpty(resultWU) && Util.notEmpty(resultVW);
        List<R> controlVoltPower = R.get3Phase(controlVoltEnv);
        if (tmp && !workable) {
            workable = true;
        // if (controlVoltPower == null) {
        // controlVoltPower = R.create3Phase(controlVoltEnv, _u, _v, _w, new Terminal(), 380);
        // }
        // R.set3PhaseFrequency(controlVoltEnv, frequency);
        // R.reversePhase(controlVoltEnv, dir == Dir.CW);
        // 
        // for (R r : controlVoltPower) {
        // r.shareVoltage();
        // }
        } else if (!tmp && workable) {
            if (controlVoltPower != null) {
                for (R r : controlVoltPower) {
                    r.shutPowerDown();
                }
            }
            workable = false;
        }
    } else if (!workable) {
        return;
    } else if (_rda == terminal || _rdb == terminal) {
        // 处理PLC侧发来的数据
        MesureResult result = R.matchRequiredVolt(Voltage.IS_DC, _rda, _rdb, 5, 1);
        if (result != null) {
            Map<String, String> data = R.getR(result.getEvn()).getVoltage().getData();
            assist.decode(data);
        }
        if (voltNeedChange) {
            List<R> controlVoltPower = R.get3Phase(controlVoltEnv);
            if (controlVoltPower != null) {
                // 断电
                for (R r : controlVoltPower) {
                    r.shutPowerDown();
                }
            }
            if (dir != null) {
                controlVoltPower = R.create3Phase(controlVoltEnv, _u, _v, _w, new Terminal(), 380);
                // 通电
                // System.err.println("Inverter.onReceivedLocal()" + frequency);
                R.set3PhaseFrequency(controlVoltEnv, frequency);
                R.reversePhase(controlVoltEnv, dir == Dir.CW);
                for (R r : controlVoltPower) {
                    r.shareVoltage();
                }
            }
        }
    } else {
    }
}

Example 2 with MesureResult

use of com.cas.circuit.util.MesureResult in project TeachingInSimulation by ScOrPiOzzy.

the class MMT_4QLogic method onReceivedLocal.

@Override
protected void onReceivedLocal(Terminal terminal) {
    MesureResult dcinResult = R.matchRequiredVolt(Voltage.IS_DC, dcin1, dcin2, 24, 2);
    R r1 = R.getR("MMT_4Q_OUT2-OUT1" + this.hashCode());
    R r2 = R.getR("MMT_4Q_OUT1-OUT2" + this.hashCode());
    if (dcinResult == null) {
        if (r1 != null) {
            r1.shutPowerDown();
        }
        if (r2 != null) {
            r2.shutPowerDown();
        }
        return;
    }
    MesureResult output = R.mesureVoltage(en, com1);
    // en--com1之间为24V则不输出，0V则输出
    if (output == null || Math.abs(output.getVolt() - 24) <= 2) {
        if (r1 != null) {
            r1.shutPowerDown();
        }
        if (r2 != null) {
            r2.shutPowerDown();
        }
        return;
    }
    MesureResult direction = R.mesureVoltage(dir, com2);
    // dir--com2之间为24V则正转，0V则反转
    if (direction == null) {
        if (r1 != null) {
            r1.shutPowerDown();
        }
        if (r2 != null) {
            r2.shutPowerDown();
        }
    } else if (Math.abs(direction.getVolt() - 24) <= 2) {
        if (r1 == null) {
            r1 = R.create("MMT_4Q_OUT2-OUT1" + this.hashCode(), Voltage.IS_DC, out2, out1, 24);
            r1.shareVoltage();
        }
        if (r2 != null) {
            r2.shutPowerDown();
        }
    } else if (Math.abs(direction.getVolt()) <= 2) {
        if (r2 == null) {
            r2 = R.create("MMT_4Q_OUT1-OUT2" + this.hashCode(), Voltage.IS_DC, out1, out2, 24);
            r2.shareVoltage();
        }
        if (r1 != null) {
            r1.shutPowerDown();
        }
    }
}

Example 3 with MesureResult

use of com.cas.circuit.util.MesureResult in project TeachingInSimulation by ScOrPiOzzy.

the class ServoDrive method speedControl.

private void speedControl() {
    MesureResult result = R.matchRequiredVolt(Voltage.IS_DC, _OPC1, _PULS2, 24, 2);
    boolean tmp = result != null;
    if (tmp && !receivedPulse) {
        LOG.info("伺服放大器收到脉冲信号");
        receivedPulse = true;
        Float f = MathUtil.parseFloat(result.getData("pulseFrequency"), 0f) / rate;
        if (f != frequency) {
            frequency = f;
        }
    } else if (!tmp && receivedPulse) {
        LOG.warn("伺服放大器脉冲信号停止");
        receivedPulse = false;
        if (frequency != 0) {
            frequency = 0;
        }
    }
    rotateChange();
}

Example 4 with MesureResult

use of com.cas.circuit.util.MesureResult in project TeachingInSimulation by ScOrPiOzzy.

the class ServoDrive method output.

private void output() {
    MesureResult resultuv = R.matchRequiredVolt(Voltage.IS_AC, _L1, _L2, 380, 10);
    MesureResult resultvw = R.matchRequiredVolt(Voltage.IS_AC, _L2, _L3, 380, 10);
    MesureResult resultwu = R.matchRequiredVolt(Voltage.IS_AC, _L3, _L1, 380, 10);
    boolean matchRequiredVolt = Util.notEmpty(resultuv) && Util.notEmpty(resultwu) && Util.notEmpty(resultvw);
    if (matchRequiredVolt && !outputEnable) {
        LOG.info("伺服放大器能够输出电压");
        outputEnable = true;
        rotateChange();
    } else if (!matchRequiredVolt && outputEnable) {
        LOG.info("伺服放大器无法输出电压");
        outputEnable = false;
        rotateChange();
    }
}

Example 5 with MesureResult

use of com.cas.circuit.util.MesureResult in project TeachingInSimulation by ScOrPiOzzy.

the class ElecCompDef method doMagnetism.

// 电生磁->磁生电或力3版
public final void doMagnetism() {
    if (magnetismList.size() == 0) {
        return;
    }
    // System.out.println(ref.getTagName());
    // if ("VC1".equals(ref.getTagName())) {
    // System.out.println(this + "@" + hashCode() + ref.getTagName() + " createdEnv=" + createdEnv);
    // }
    // ref.getCompState().getEquipmentState().getEquipment().getNumber() + ref.getTagName() + ref.hashCode();
    String env_prefix = "";
    for (Magnetism magnetism : magnetismList) {
        float bili = 0;
        VoltageIO effectVoltageIO = null;
        for (VoltageIO voltageIO : magnetism.getInputVoltageIOs()) {
            // String termIds = voltageIO.getTerm1Id() + "-" + voltageIO.getTerm2Id();
            // 需求电压值和类型
            float requireVolt = voltageIO.getRequireVolt();
            int requireType = voltageIO.getVoltage().getType();
            MesureResult realVolt = R.matchRequiredVolt(requireType, voltageIO.getTerm1(), voltageIO.getTerm2(), requireVolt, voltageIO.getDeviation(), ElecCompCPU.Power_Evn_Filter);
            // 电生磁成功-- 不是自己创建的点才符合接入条件
            if (realVolt != null && (createdEnv == null || !createdEnv.contains(realVolt.getEvn()))) {
                bili = realVolt.getVolt() / requireVolt;
                effectVoltageIO = voltageIO;
                if (!magnetism.isEffect() && voltageIO.getResisStateIds().size() == 2) {
                    voltageIO.doSwitch(1);
                }
                break;
            }
        }
        R r = null;
        if (bili > 0 && !magnetism.isEffect()) {
            // 磁生电 -- 找出output的VoltageIO
            List<VoltageIO> outputVoltIOs = new ArrayList<VoltageIO>();
            outputVoltIOs.addAll(magnetism.getOutputVoltageIOs());
            outputVoltIOs.remove(effectVoltageIO);
            for (VoltageIO outputVoltIO : outputVoltIOs) {
                MesureResult checkVolt = R.matchRequiredVolt(outputVoltIO.getVoltage().getType(), outputVoltIO.getTerm1(), outputVoltIO.getTerm2(), outputVoltIO.getRequireVolt() * bili, outputVoltIO.getDeviation(), ElecCompCPU.Power_Evn_Filter);
                if (checkVolt == null) {
                    String env = env_prefix + outputVoltIO.getTerm1Id() + "-" + outputVoltIO.getTerm2Id();
                    // System.out.println("ElecCompDef.doMagnetism()");
                    addCreatedEnv(env);
                    r = R.create(env, outputVoltIO.getVoltage().getType(), outputVoltIO.getTerm1(), outputVoltIO.getTerm2(), outputVoltIO.getRequireVolt() * bili);
                    r.shareVoltage();
                // }else{
                // if("VC1".equals(ref.getTagName())){
                // System.err.println(outputVoltIO.getVoltType() +":"+outputVoltIO.getTerm1().getResidualVolt() +","+ outputVoltIO.getTerm2().getResidualVolt() +" volt=" + outputVoltIO.getRequireVolt() * bili +"Deviation="+  outputVoltIO.getDeviation());
                // }
                }
            }
            // 磁生力
            for (final ControlIO outputControlIO : magnetism.getOutputControlIOs()) {
                if (ControlIO.INTERACT_PRESS.equals(outputControlIO.getInteract())) {
                    if (!magnetism.isEffect() && outputControlIO.getSwitchIndex() == 0) {
                        outputControlIO.switchStateChanged(null);
                    // FIXME outputControlIO.playMotion(Dispatcher.getIns().getMainApp().getAssetManager(), null);
                    }
                }
            }
            // 指示灯
            for (LightIO lightIO : magnetism.getLightIOList()) {
                lightIO.openLight();
            }
            magnetism.setEffect(true);
        } else if (bili == 0 && magnetism.isEffect()) {
            // System.err.println(ref.getTagName() + "上不满足输入条件");
            for (final ControlIO outputControlIO : magnetism.getOutputControlIOs()) {
                if (ControlIO.INTERACT_PRESS.equals(outputControlIO.getInteract())) {
                    if (magnetism.isEffect() && outputControlIO.getSwitchIndex() == 1) {
                        // outputControlIO.doSwitch(0);
                        outputControlIO.switchStateChanged(null);
                    // FIXME outputControlIO.playMotion(Dispatcher.getIns().getMainApp().getAssetManager(), null);
                    }
                }
            }
            if (magnetism.isEffect()) {
                for (VoltageIO inputVoltIO : magnetism.getInputVoltageIOs()) {
                    if (inputVoltIO.getResisStateIds().size() == 2) {
                        inputVoltIO.doSwitch(0);
                    }
                }
            }
            for (VoltageIO outputVoltIO : magnetism.getOutputVoltageIOs()) {
                String powerEnv = env_prefix + outputVoltIO.getTerm1Id() + "-" + outputVoltIO.getTerm2Id();
                // System.out.println(this + "@" + hashCode() + createdEnv);
                if (createdEnv != null && createdEnv.contains(powerEnv)) {
                    // if ("VC1".equals(ref.getTagName())) {
                    // System.out.println("清除电源 " + powerEnv + "上输出的电压" + powerEnv + System.nanoTime());
                    // }
                    r = R.getR(powerEnv);
                    if (r != null) {
                        r.shutPowerDown();
                        removeCreatedEvn(powerEnv);
                    }
                }
            }
            for (LightIO lightIO : magnetism.getLightIOList()) {
                lightIO.closeLight();
            }
            magnetism.setEffect(false);
        }
    }
}