package com.dev.afeinverter;

import java.util.Date;

import com.intelligt.modbus.MyJlibModbus;
import com.intelligt.modbus.jlibmodbus.exception.IllegalDataAddressException;
import com.intelligt.modbus.jlibmodbus.exception.IllegalDataValueException;
import com.modbus.data.MyModbusMaster;
import com.modbus.data.MyModbusUtils;
import com.serotonin.modbus4j.BatchRead;
import com.serotonin.modbus4j.BatchResults;
import com.serotonin.modbus4j.code.DataType;

public class Afe_Inverter_State {

	public int dev_id;
	public Date record_time = new Date();
	
	public float torque_set;    		//'ת¾Ø¸ø¶¨',
	public float speed_set;    			//'Ëٶȸø¶¨',
	public float positive_speed_limit;  //'ÕýÏòתËÙÏÞ·ù',
	public float reverse_speed_limit;   //'·´ÏòתËÙÏÞ·ù',
	public float motor_speed;    		//'µç»úתËÙ',
	public float output_power;   		//'Êä³öÓй¦¹¦ÂÊ',
	public float output_curr;    		//'Êä³öµçÁ÷',
	public float output_vol;   			//'Êä³öµçѹ',
	public float model_tmp;    			//'Ä£¿éζÈ',
	
	
	public BatchRead<Integer> createBatchRead(MyModbusMaster master) {
		BatchRead<Integer> batch = new BatchRead<Integer>();		
		batch.addLocator(0,MyModbusUtils.createBaseLocator(0x85B6,DataType.TWO_BYTE_INT_SIGNED,master));		//
		batch.addLocator(1,MyModbusUtils.createBaseLocator(0x85B7,DataType.TWO_BYTE_INT_SIGNED,master));		//
		batch.addLocator(2,MyModbusUtils.createBaseLocator(0x85B8,DataType.TWO_BYTE_INT_SIGNED,master));		//
		batch.addLocator(3,MyModbusUtils.createBaseLocator(0x85B9,DataType.TWO_BYTE_INT_SIGNED,master));		//
		batch.addLocator(4,MyModbusUtils.createBaseLocator(0x8451,DataType.TWO_BYTE_INT_SIGNED,master));		//
		batch.addLocator(5,MyModbusUtils.createBaseLocator(0x8006,DataType.TWO_BYTE_INT_SIGNED,master));		//
		batch.addLocator(6,MyModbusUtils.createBaseLocator(0x8004,DataType.TWO_BYTE_INT_UNSIGNED,master));		//
		batch.addLocator(7,MyModbusUtils.createBaseLocator(0x8003,DataType.TWO_BYTE_INT_UNSIGNED,master));		//
		batch.addLocator(8,MyModbusUtils.createBaseLocator(0x8276,DataType.TWO_BYTE_INT_UNSIGNED,master));		//
		return batch;
	}

	public void putBatchResult(BatchResults<Integer> res) {
		if(null != res) {
			torque_set = MyModbusUtils.readShortToFloat(res.getValue(0));    			//'ת¾Ø¸ø¶¨',
			speed_set = MyModbusUtils.readShortToFloat(res.getValue(1));    			//'Ëٶȸø¶¨',
			positive_speed_limit = MyModbusUtils.readShortToFloat(res.getValue(2));  	//'ÕýÏòתËÙÏÞ·ù',
			reverse_speed_limit = MyModbusUtils.readShortToFloat(res.getValue(3));   	//'·´ÏòתËÙÏÞ·ù',
			motor_speed = MyModbusUtils.readShortToFloat(res.getValue(4));    			//'µç»úתËÙ',
			output_power = MyModbusUtils.readShortToFloat(res.getValue(5));   			//'Êä³öÓй¦¹¦ÂÊ',
			output_curr = MyModbusUtils.readIntergerToInt(res.getValue(6));    			//'Êä³öµçÁ÷',
			output_vol = MyModbusUtils.readIntergerToInt(res.getValue(7));    			//'Êä³öµçѹ',
			model_tmp = MyModbusUtils.readIntergerToInt(res.getValue(8));     			//'Ä£¿éζÈ',
		
			record_time = new Date();
		}
	}
	
	/**
	 * ¶ÁÈ¡Êý¾Ý
	 * @param mymodbus
	 */
	public void readMutliData(MyJlibModbus mymodbus) {
		try {
			torque_set = mymodbus.holdings_ser.get(0x85B6);    			//'ת¾Ø¸ø¶¨',
			speed_set = mymodbus.holdings_ser.get(0x85B7);    			//'Ëٶȸø¶¨',
			positive_speed_limit = mymodbus.holdings_ser.get(0x85B8);  	//'ÕýÏòתËÙÏÞ·ù',
			reverse_speed_limit = mymodbus.holdings_ser.get(0x85B9);   	//'·´ÏòתËÙÏÞ·ù',
			motor_speed = mymodbus.holdings_ser.get(0x8451);    		//'µç»úתËÙ',
			output_power = mymodbus.holdings_ser.get(0x8006);   		//'Êä³öÓй¦¹¦ÂÊ',
			output_curr = mymodbus.holdings_ser.get(0x8004);    			//'Êä³öµçÁ÷',
			output_vol = mymodbus.holdings_ser.get(0x8003);   			//'Êä³öµçѹ',
			model_tmp = mymodbus.holdings_ser.get(0x8276);    			//'Ä£¿éζÈ',
		} catch (IllegalDataAddressException e) {
			e.printStackTrace();
		}
	}
	
	/**
	 * 	Éú³ÉËæ»úÊý
	 */
	public void randomData() {
		
		torque_set = MyModbusUtils.CreateIntRanDom(0,65535);   			//'ת¾Ø¸ø¶¨',
		speed_set = MyModbusUtils.CreateIntRanDom(0,65535);    			//'Ëٶȸø¶¨',
		positive_speed_limit = MyModbusUtils.CreateIntRanDom(0,65535);  	//'ÕýÏòתËÙÏÞ·ù',
		reverse_speed_limit = MyModbusUtils.CreateIntRanDom(0,65535);   	//'·´ÏòתËÙÏÞ·ù',
		motor_speed = MyModbusUtils.CreateIntRanDom(0,65535);   			//'µç»úתËÙ',
		output_power = MyModbusUtils.CreateIntRanDom(0,65535);  			//'Êä³öÓй¦¹¦ÂÊ',
		output_curr = MyModbusUtils.CreateIntRanDom(0,65535);   				//'Êä³öµçÁ÷',
		output_vol = MyModbusUtils.CreateIntRanDom(0,65535);   					//'Êä³öµçѹ',
		model_tmp = MyModbusUtils.CreateIntRanDom(0,65535);   					//'Ä£¿éζÈ',
	}
	

	public void writeMutliData(MyJlibModbus mymodbus) {
		try {
			mymodbus.holdings_ser.set(0x85B6,(int)torque_set);
			mymodbus.holdings_ser.set(0x85B7,(int)speed_set);
			mymodbus.holdings_ser.set(0x85B8,(int)positive_speed_limit);
			mymodbus.holdings_ser.set(0x85B9,(int)reverse_speed_limit);
			mymodbus.holdings_ser.set(0x8451,(int)motor_speed);
			mymodbus.holdings_ser.set(0x8006,(int)output_power);
			mymodbus.holdings_ser.set(0x8004,(int)output_curr);
			mymodbus.holdings_ser.set(0x8003,(int)output_vol);
			mymodbus.holdings_ser.set(0x8276,(int)model_tmp);
		} catch (IllegalDataAddressException | IllegalDataValueException e) {
			e.printStackTrace();
		}
	}
	
	
	
	public Afe_Inverter_State(int dev_id) {
		this.dev_id = dev_id;
	}
	
	public Afe_Inverter_State() {
		
	}
	
	public int getDev_id() {
		return dev_id;
	}
	public void setDev_id(int dev_id) {
		this.dev_id = dev_id;
	}
	public Date getRecord_time() {
		return record_time;
	}
	public void setRecord_time(Date record_time) {
		this.record_time = record_time;
	}
	public float getTorque_set() {
		return torque_set;
	}
	public void setTorque_set(float torque_set) {
		this.torque_set = torque_set;
	}
	public float getSpeed_set() {
		return speed_set;
	}
	public void setSpeed_set(float speed_set) {
		this.speed_set = speed_set;
	}
	public float getPositive_speed_limit() {
		return positive_speed_limit;
	}
	public void setPositive_speed_limit(float positive_speed_limit) {
		this.positive_speed_limit = positive_speed_limit;
	}
	public float getReverse_speed_limit() {
		return reverse_speed_limit;
	}
	public void setReverse_speed_limit(float reverse_speed_limit) {
		this.reverse_speed_limit = reverse_speed_limit;
	}
	public float getMotor_speed() {
		return motor_speed;
	}
	public void setMotor_speed(float motor_speed) {
		this.motor_speed = motor_speed;
	}
	public float getOutput_power() {
		return output_power;
	}
	public void setOutput_power(float output_power) {
		this.output_power = output_power;
	}
	public float getOutput_curr() {
		return output_curr;
	}
	public void setOutput_curr(float output_curr) {
		this.output_curr = output_curr;
	}
	public float getOutput_vol() {
		return output_vol;
	}
	public void setOutput_vol(float output_vol) {
		this.output_vol = output_vol;
	}
	public float getModel_tmp() {
		return model_tmp;
	}
	public void setModel_tmp(float model_tmp) {
		this.model_tmp = model_tmp;
	}
	@Override
	public String toString() {
		return "Afe_Inverter_State [dev_id=" + dev_id + ", record_time=" + record_time + ", torque_set=" + torque_set
				+ ", speed_set=" + speed_set + ", positive_speed_limit=" + positive_speed_limit
				+ ", reverse_speed_limit=" + reverse_speed_limit + ", motor_speed=" + motor_speed + ", output_power="
				+ output_power + ", output_curr=" + output_curr + ", output_vol=" + output_vol + ", model_tmp="
				+ model_tmp + "]";
	}


	

}