/// <summary>
/// 转换类型---shorot--list<int>根据需要读取个数返回泛型表--西门子专用
/// </summary>
/// <param name="Name"></param>
/// <param name="format"></param>
/// <returns></returns>
public List <int> Mitsubishi_to_Index_numerical(string Name, int id, numerical_format format, int Index, IPLC_interface pLC_Interface, int DB) //转换类型---shorot--string
{
List <int> data = new List <int>(); //初始化数据表
for (int i = 0; i < Index + 1; i++)
{
switch (format)
{
case numerical_format.BCD_16_Bit:
case numerical_format.Binary_16_Bit:
case numerical_format.Hex_16_Bit:
case numerical_format.Signed_16_Bit:
case numerical_format.Unsigned_16_Bit:
data.Add(pLC_Interface.PLC_read_D_register(Name, (id + (i * 2)).ToString(), format).ToInt32()); //获取读取到的数据添加到泛型表
break;
case numerical_format.Binary_32_Bit:
case numerical_format.Float_32_Bit:
case numerical_format.Hex_32_Bit:
case numerical_format.Signed_32_Bit:
case numerical_format.Unsigned_32_Bit:
case numerical_format.BCD_32_Bit:
data.Add(pLC_Interface.PLC_read_D_register(Name, (id + (i * 4)).ToString(), format).ToInt32()); //获取读取到的数据添加到泛型表
break;
}
}
return(data);//返回数据
}
private void Button_write_select(string Name, IPLC_interface pLC_Interface, Button_base Button)//按照按钮模式写入
{
//string[] Data = Button_Class(Button);
switch (Name)
{
case "Set_as_on": //设置常ON
if (Button.Command)
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.ON); //写入常ON
}
else
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.ON); //写入常ON
}
break;
case "Set_as_off": //设置常OFF
if (Button.Command)
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.Off); //写入常Off
}
else
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.Off); //写入常Off
}
break;
case "selector_witch":
if (Button.Command)
{
List <bool> data = pLC_Interface.PLC_read_M_bit(Button.PLC_Contact, Button.PLC_Address); //先读取要写入的状态
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, data[0] == true ? Button_state.Off : Button_state.ON); //根据要写入的状态进行取反
}
else
{
List <bool> data = pLC_Interface.PLC_read_M_bit(Button.PLC_Contact, Button.PLC_Address); //先读取要写入的状态
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, data[0] == true ? Button_state.Off : Button_state.ON); //根据要写入的状态进行取反
}
break;
case "Regression":
if (Button.Command)
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.ON); //先写入ON--后用事件复位-off
}
else
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.ON); //先写入ON--后用事件复位-off
}
state = true; //标志位
break;
case "复归型_Off":
if (Button.Command)
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.Off); //先写入ON--后用事件复位-off
}
else
{
pLC_Interface.PLC_write_M_bit(Button.PLC_Contact, Button.PLC_Address, Button_state.Off); //先写入ON--后用事件复位-off
}
state = false; //标志位
break;
}
}
