private void setDefault(ref CFG_T cfg)
{
int i;
cfg.modelNum = 1;
//检测线型
WIRE_SETTING_T [] wire = cfg.wire;
for (i = 0; i < MAX_MODEL_NUM; i++)
{
wire[i].tol.analEN = (ANAL_TYPE)0xFFFF;
wire[i].tol.sealPosP = 2.0f; //mm
wire[i].tol.sealPosN = 2.0f; //mm
wire[i].tol.corePosP = 2.0f; //mm
wire[i].tol.corePosN = 2.0f; //mm
wire[i].tol.stripPosP = 2.0f; //mm
wire[i].tol.stripPosN = 2.0f; //mm
wire[i].tol.stripLenP = 2.0f; //mm
wire[i].tol.stripLenN = 2.0f; //mm
wire[i].tol.sealWidthP = 10.0f; //%
wire[i].tol.sealWidthN = 10.0f; //%
wire[i].tol.coreWidthP = 10.0f; //%
wire[i].tol.coreWidthN = 10.0f; //%
wire[i].tol.wireSplay = 50.0f; //%
wire[i].tol.variationFilter = 1.25f; //mm
wire[i].tol.sealRatio = 85.0f; //%
wire[i].tol.sealLimit = 5.0f; //%
wire[i].tol.stripLimit = 15.0f; //%
}
//输出
for (i = 0; i < OUTPUT_NUM; i++)
{
cfg.outputMode[i] = (TYPE_OUTPUT)((UInt32)TYPE_OUTPUT.OUTPUT_NO | (UInt32)TYPE_OUTPUT.OUTPUT_PASS);
cfg.outputWireIdx[i] = 1; //输出对应的线型序号
cfg.outputDelay[i] = 0; //输出延时ms
cfg.outputWidth[i] = 50; //输出脉宽
}
//输入
cfg.inputMode[0] = (TYPE_INPUT)((UInt32)TYPE_INPUT.INPUT_SETUP | (UInt32)TYPE_INPUT.INPUT_TRIG | (UInt32)TYPE_INPUT.INPUT_POS); //trigger:level function:Setup, polarity:Positive
cfg.inputMode[1] = (TYPE_INPUT)((UInt32)TYPE_INPUT.INPUT_LEARN | (UInt32)TYPE_INPUT.INPUT_POS | (UInt32)TYPE_INPUT.INPUT_NEG); //trigger:Pos Neg edge function:Learn
cfg.inputMode[2] = (TYPE_INPUT)((UInt32)TYPE_INPUT.INPUT_FIRING | (UInt32)TYPE_INPUT.INPUT_SETUP | (UInt32)TYPE_INPUT.INPUT_POS); //trigger:level function:Setup, polarity:Positive
cfg.inputMode[3] = TYPE_INPUT.INPUT_DISABLE; //trigger:Pos Neg edge function:Learn
cfg.firingTimeOut = 500; //触发信号超时设置
cfg.minSetupDuration = 4000; //进入setup模式前，输入信号有效的最小持续时间，用于在没有上位机时手动操作进入学习模式
cfg.senThresh = 10; //CCD sensor threshold %
cfg.learnNum = 1; //学习模式个数 1～16次 初值：1 设置在学习时以几根良品的波形平均值作为基准波形。
cfg.sn = 0; //产品序列号
cfg.downCnt = 0; //20180816 设备寿命计数器。默认为0，无限寿命。大于零时，每压接一条递减。递减到0时显示“设备计数异常！”
cfg.valid = CFG_VALID; //设置配置有效标识
}
//检查配置有效性
bool CfgCheck(ref CFG_T cfg)
{
int i;
if (CFG_VALID != cfg.valid)
{
return(false);
}
cfg.modelNum = CFG_CheckVal(cfg.modelNum, 1, 1, MAX_MODEL_NUM);
//检测线型
//WIRE_SETTING_T* pW = _cfg.wire;
for (i = 0; i < MAX_MODEL_NUM; i++)
{
cfg.wire[i].tol.sealPosP = CFG_CheckVal(cfg.wire[i].tol.sealPosP, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.sealPosN = CFG_CheckVal(cfg.wire[i].tol.sealPosN, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.corePosP = CFG_CheckVal(cfg.wire[i].tol.corePosP, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.corePosN = CFG_CheckVal(cfg.wire[i].tol.corePosN, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.stripPosP = CFG_CheckVal(cfg.wire[i].tol.stripPosP, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.stripPosN = CFG_CheckVal(cfg.wire[i].tol.stripPosN, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.stripLenP = CFG_CheckVal(cfg.wire[i].tol.stripLenP, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.stripLenN = CFG_CheckVal(cfg.wire[i].tol.stripLenN, (float)2.0, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.sealWidthP = CFG_CheckVal(cfg.wire[i].tol.sealWidthP, (float)10.0, (float)5.0, (float)100.0); //%
cfg.wire[i].tol.sealWidthN = CFG_CheckVal(cfg.wire[i].tol.sealWidthN, (float)10.0, (float)5.0, (float)100.0); //%
cfg.wire[i].tol.coreWidthP = CFG_CheckVal(cfg.wire[i].tol.coreWidthP, (float)10.0, (float)5.0, (float)100.0); //%
cfg.wire[i].tol.coreWidthN = CFG_CheckVal(cfg.wire[i].tol.coreWidthN, (float)10.0, (float)5.0, (float)100.0); //%
cfg.wire[i].tol.wireSplay = CFG_CheckVal(cfg.wire[i].tol.wireSplay, (float)50.0, (float)5.0, (float)1000.0); //%
cfg.wire[i].tol.variationFilter = CFG_CheckVal(cfg.wire[i].tol.variationFilter, (float)1.25, (float)0.0, (float)10.0); //mm
cfg.wire[i].tol.sealRatio = CFG_CheckVal(cfg.wire[i].tol.sealRatio, (float)85.0, (float)2.0, (float)200.0); //%
cfg.wire[i].tol.sealLimit = CFG_CheckVal(cfg.wire[i].tol.sealLimit, (float)5.0, (float)2.0, (float)100.0); //%
cfg.wire[i].tol.stripLimit = CFG_CheckVal(cfg.wire[i].tol.stripLimit, (float)15.0, (float)5.0, (float)100.0); //%
}
//输出
//TYPE_OUTPUT outputMode[OUTPUT_NUM]; //输出模式
for (i = 0; i < OUTPUT_NUM; i++)
{
cfg.outputWireIdx[i] = CFG_CheckVal(cfg.outputWireIdx[i], 1, 1, MAX_MODEL_NUM); //输出对应的线型序号
cfg.outputDelay[i] = CFG_CheckVal(cfg.outputDelay[i], 0, 0, 10000); //输出延时ms
cfg.outputWidth[i] = CFG_CheckVal(cfg.outputWidth[i], 50, 0, 60000); //输出脉宽
}
//输入
//TYPE_INPUT inputMode[INPUT_NUM];
cfg.firingTimeOut = CFG_CheckVal(cfg.firingTimeOut, 500, 10, 60000); //触发信号超时设置
cfg.minSetupDuration = CFG_CheckVal(cfg.minSetupDuration, 4000, 4000, 60000); //进入setup模式前，输入信号有效的最小持续时间，用于在没有上位机时手动操作进入学习模式
cfg.senThresh = CFG_CheckVal(cfg.senThresh, 10, 5, 95); //CCD sensor threshold %
cfg.learnNum = CFG_CheckVal(cfg.learnNum, 1, 1, 16); //学习模式个数 1～16次 初值：1 设置在学习时以几根良品的波形平均值作为基准波形。
return(true);
}
public CFG_T alloc_CFG_T()
{
CFG_T cfg = new CFG_T();
cfg.wire = new WIRE_SETTING_T[MAX_MODEL_NUM];
cfg.outputMode = new TYPE_OUTPUT[OUTPUT_NUM];
cfg.outputDelay = new int[OUTPUT_NUM];
cfg.outputWidth = new int[OUTPUT_NUM];
cfg.outputWireIdx = new int[OUTPUT_NUM];
cfg.inputMode = new TYPE_INPUT[INPUT_NUM];
return(cfg);
}
//解析串口数据帧，更新显示
public void CfgFreameDeal(COMM_FRAME_T frame)
{
CFG_T cfg = new CFG_T();
cfg = (CFG_T)BytesToStruct(frame.data, Marshal.SizeOf(typeof(CFG_T)), typeof(CFG_T));
if (CfgCheck(ref cfg))
{
hParent.devCfg = cfg;
UpdateShow(cfg);
}
}
public void updateShow(CFG_T cfg)
{
TYPE_OUTPUT outputs = cfg.outputMode[0];
if (tools.IS_OUTPUT_NO(outputs))
{
rBtnNO.Checked = true;
}
else
{
rBtnNC.Checked = true;
}
if (tools.IS_OUTPUT_PASS(outputs))
{
cBoxOutMode.Text = "合格品输出脉冲";
}
else if (tools.IS_OUTPUT_FAIL(outputs))
{
cBoxOutMode.Text = "不良品输出脉冲";
}
else if (tools.IS_OUTPUT_ANY(outputs))
{
cBoxOutMode.Text = "合格/不良品都输出脉冲";
}
if (tools.IS_OUTPUT_ING_FIRST(outputs))
{
rBtnIgnoreFirst.Checked = true;
}
else if (tools.IS_OUTPUT_ING_LEARN(outputs))
{
rBtnIgnoreLearn.Checked = true;
}
else
{
rBtnNormal.Checked = true;
}
tBoxOutDelay.Text = cfg.outputDelay[1].ToString();
tBoxDuration.Text = cfg.outputWidth[1].ToString();
}
private void btUpdateCfg_Click(object sender, EventArgs e)
{
CFG_T cfg = alloc_CFG_T();
setDefault(ref cfg); //先设置参数为默认状态，保证各参数有效
//通过控件参数更新配置信息
cfg.modelNum = Convert.ToInt32(GetNumber(cBoxModelNum.Text));
//WIRE_SETTING_T[] wire = cfg.wire;
cfg.learnNum = Convert.ToInt32(cBoxLearnNum.Text);
//线型设置
cfg.wire = new WIRE_SETTING_T[MAX_MODEL_NUM];
//wire[0]
//Analyse type
UInt32 type = 0;
if (true == ckBoxCorePos1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_CORE_POS;
}
if (true == ckBoxSealPos1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SEAL_POS;
}
if (true == ckBoxStripPos1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_STRIP_POS;
}
if (true == ckBoxCoreWidth1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_CORE_WIDTH;
}
if (true == ckBoxSealWidth1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SEAL_WIDTH;
}
if (true == ckBoxStripLen1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_STRIP_LEN;
}
if (true == ckBoxSplay1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SPLAY;
}
if (true == ckBoxSeal1.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SEAL;
}
cfg.wire[0].tol.analEN = (ANAL_TYPE)type;
cfg.wire[0].tol.sealPosP = Convert.ToSingle(GetNumber(tBoxSealPosP1.Text)); //mm
cfg.wire[0].tol.sealPosN = Convert.ToSingle(GetNumber(tBoxSealPosN1.Text)); //mm
cfg.wire[0].tol.corePosP = Convert.ToSingle(GetNumber(tBoxCorePosP1.Text)); //mm
cfg.wire[0].tol.corePosN = Convert.ToSingle(GetNumber(tBoxCorePosN1.Text)); //mm
cfg.wire[0].tol.stripPosP = Convert.ToSingle(GetNumber(tBoxStripPosP1.Text)); //mm
cfg.wire[0].tol.stripPosN = Convert.ToSingle(GetNumber(tBoxStripPosN1.Text)); //mm
cfg.wire[0].tol.stripLenP = Convert.ToSingle(GetNumber(tBoxStripLenP1.Text)); //mm
cfg.wire[0].tol.stripLenN = Convert.ToSingle(GetNumber(tBoxStripLenN1.Text)); //mm
cfg.wire[0].tol.sealWidthP = Convert.ToSingle(GetNumber(tBoxSealWidthP1.Text)); //%
cfg.wire[0].tol.sealWidthN = Convert.ToSingle(GetNumber(tBoxSealWidthN1.Text)); //%
cfg.wire[0].tol.coreWidthP = Convert.ToSingle(GetNumber(tBoxCoreWidthP1.Text)); //%
cfg.wire[0].tol.coreWidthN = Convert.ToSingle(GetNumber(tBoxCoreWidthN1.Text)); //%
cfg.wire[0].tol.wireSplay = Convert.ToSingle(GetNumber(tBoxSprayP1.Text)); //%
cfg.wire[0].tol.variationFilter = Convert.ToSingle(GetNumber(tBoxVariationFilter1.Text)); //mm
cfg.wire[0].tol.sealRatio = Convert.ToSingle(GetNumber(tBoxSealRatio1.Text)); //%
cfg.wire[0].tol.sealLimit = Convert.ToSingle(GetNumber(tBoxSealLimit1.Text)); //%
cfg.wire[0].tol.stripLimit = Convert.ToSingle(GetNumber(tBoxStripLimit1.Text)); //%
//wire[1] 能不能将控件做成数组？这样就可以用for循环，就不用以下拷贝代码
type = 0;
if (true == ckBoxCorePos2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_CORE_POS;
}
if (true == ckBoxSeal2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SEAL_POS;
}
if (true == ckBoxStripPos2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_STRIP_POS;
}
if (true == ckBoxCoreWidth2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_CORE_WIDTH;
}
if (true == ckBoxSealWidth2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SEAL_WIDTH;
}
if (true == ckBoxStripLen2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_STRIP_LEN;
}
if (true == ckBoxSplay2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SPLAY;
}
if (true == ckBoxSeal2.Checked)
{
type |= (UInt32)ANAL_TYPE.ANAL_SEAL;
}
cfg.wire[1].tol.analEN = (ANAL_TYPE)type;
cfg.wire[1].tol.sealPosP = Convert.ToSingle(GetNumber(tBoxSealPosP2.Text)); //mm
cfg.wire[1].tol.sealPosN = Convert.ToSingle(GetNumber(tBoxSealPosN2.Text)); //mm
cfg.wire[1].tol.corePosP = Convert.ToSingle(GetNumber(tBoxCorePosP2.Text)); //mm
cfg.wire[1].tol.corePosN = Convert.ToSingle(GetNumber(tBoxCorePosN2.Text)); //mm
cfg.wire[1].tol.stripPosP = Convert.ToSingle(GetNumber(tBoxStripPosP2.Text)); //mm
cfg.wire[1].tol.stripPosN = Convert.ToSingle(GetNumber(tBoxStripPosN2.Text)); //mm
cfg.wire[1].tol.stripLenP = Convert.ToSingle(GetNumber(tBoxStripLenP2.Text)); //mm
cfg.wire[1].tol.stripLenN = Convert.ToSingle(GetNumber(tBoxStripLenN2.Text)); //mm
cfg.wire[1].tol.sealWidthP = Convert.ToSingle(GetNumber(tBoxSealWidthP2.Text)); //%
cfg.wire[1].tol.sealWidthN = Convert.ToSingle(GetNumber(tBoxSealWidthN2.Text)); //%
cfg.wire[1].tol.coreWidthP = Convert.ToSingle(GetNumber(tBoxCoreWidthP2.Text)); //%
cfg.wire[1].tol.coreWidthN = Convert.ToSingle(GetNumber(tBoxCoreWidthN2.Text)); //%
cfg.wire[1].tol.wireSplay = Convert.ToSingle(GetNumber(tBoxSprayP2.Text)); //%
cfg.wire[1].tol.variationFilter = Convert.ToSingle(GetNumber(tBoxVariationFilter2.Text)); //mm
cfg.wire[1].tol.sealRatio = Convert.ToSingle(GetNumber(tBoxSealRatio2.Text)); //%
cfg.wire[1].tol.sealLimit = Convert.ToSingle(GetNumber(tBoxSealLimit2.Text)); //%
cfg.wire[1].tol.stripLimit = Convert.ToSingle(GetNumber(tBoxStripLimit2.Text)); //%
//输出
cfg.outputMode = new TYPE_OUTPUT[OUTPUT_NUM];
cfg.outputWireIdx = new int[OUTPUT_NUM];
cfg.outputDelay = new int[OUTPUT_NUM];
cfg.outputWidth = new int[OUTPUT_NUM];
//输出0
UInt32 output = 0;
if (rBtnNC1.Checked)
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_NC;
}
if (cBoxOutMode1.Text == "合格品输出脉冲")
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_PASS;
}
else if (cBoxOutMode1.Text == "不良品输出脉冲")
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_FAIL;
}
else if (cBoxOutMode1.Text == "合格/不良品都输出脉冲")
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_ANY;
}
if (rBtnIgnoreFirst1.Checked)
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_IGN_FIRST;
}
else if (rBtnIgnoreLearn1.Checked)
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_IGN_LEARN;
}
cfg.outputMode[0] = (TYPE_OUTPUT)output;
cfg.outputWireIdx[0] = Convert.ToInt32(GetNumber(cBoxOutWire1.Text)); //输出对应的线型序号
cfg.outputDelay[0] = Convert.ToInt32(GetNumber(tBoxOutDelay1.Text)); //输出延时ms
cfg.outputWidth[0] = Convert.ToInt32(GetNumber(tBoxDuration1.Text)); //输出脉宽
//输出1 能不能将控件做成数组？这样就可以用for循环，就不用以下拷贝代码
output = 0;
if (rBtnNC2.Checked)
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_NC;
}
if (cBoxOutMode2.Text == "合格品输出脉冲")
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_PASS;
}
else if (cBoxOutMode2.Text == "不良品输出脉冲")
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_FAIL;
}
else if (cBoxOutMode2.Text == "合格/不良品都输出脉冲")
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_ANY;
}
if (rBtnIgnoreFirst2.Checked)
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_IGN_FIRST;
}
else if (rBtnIgnoreLearn2.Checked)
{
output |= (UInt32)TYPE_OUTPUT.OUTPUT_IGN_LEARN;
}
cfg.outputMode[1] = (TYPE_OUTPUT)output;
cfg.outputWireIdx[1] = Convert.ToInt32(GetNumber(cBoxOutWire2.Text)); //输出对应的线型序号
cfg.outputDelay[1] = Convert.ToInt32(GetNumber(tBoxOutDelay2.Text)); //输出延时ms
cfg.outputWidth[1] = Convert.ToInt32(GetNumber(tBoxDuration2.Text)); //输出脉宽
//输入
cfg.inputMode = new TYPE_INPUT[INPUT_NUM];
//输入1 能不能将控件做成数组？这样就可以用for循环，就不用以下拷贝代码
UInt32 input = 0;
if (cBoxInputModeLvl1.Text == "进入学习模式")
{
input |= (UInt32 )TYPE_INPUT.INPUT_LEARN;
}
else if (cBoxInputModeLvl1.Text == "触发采样")
{
input |= (UInt32)TYPE_INPUT.INPUT_FIRING;
}
else if (cBoxInputModeLvl1.Text == "进入设置模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_SETUP;
}
if (cBoxInputPolLvl1.Text == " 上升沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_POS;
}
else if (cBoxInputPolLvl1.Text == "下降沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_NEG;
}
cfg.inputMode[0] = (TYPE_INPUT)input;
//输入2
input = 0;
if (cBoxInputModeLvl2.Text == "进入学习模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_LEARN;
}
else if (cBoxInputModeLvl2.Text == "触发采样")
{
input |= (UInt32)TYPE_INPUT.INPUT_FIRING;
}
else if (cBoxInputModeLvl2.Text == "进入设置模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_SETUP;
}
if (cBoxInputPolLvl2.Text == " 上升沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_POS;
}
else if (cBoxInputPolLvl2.Text == "下降沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_NEG;
}
cfg.inputMode[1] = (TYPE_INPUT)input;
//输入3
input = 0;
if (cBoxInputModeLvl3.Text == "进入学习模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_LEARN;
}
else if (cBoxInputModeLvl3.Text == "触发采样")
{
input |= (UInt32)TYPE_INPUT.INPUT_FIRING;
}
else if (cBoxInputModeLvl3.Text == "进入设置模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_SETUP;
}
if (cBoxInputPolLvl3.Text == " 上升沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_POS;
}
else if (cBoxInputPolLvl3.Text == "下降沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_NEG;
}
cfg.inputMode[2] = (TYPE_INPUT)input;
//输入4
input = 0;
if (cBoxInputModeLvl4.Text == "进入学习模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_LEARN;
}
else if (cBoxInputModeLvl4.Text == "触发采样")
{
input |= (UInt32)TYPE_INPUT.INPUT_FIRING;
}
else if (cBoxInputModeLvl4.Text == "进入设置模式")
{
input |= (UInt32)TYPE_INPUT.INPUT_SETUP;
}
if (cBoxInputPolLvl4.Text == " 上升沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_POS;
}
else if (cBoxInputPolLvl4.Text == "下降沿触发")
{
input |= (UInt32)TYPE_INPUT.INPUT_NEG;
}
cfg.inputMode[3] = (TYPE_INPUT)input;
cfg.firingTimeOut = Convert.ToInt32(GetNumber(tBoxFiringTimeOut.Text)); //触发信号超时设置
cfg.minSetupDuration = Convert.ToInt32(GetNumber(tBoxMinSetupDuration.Text)); //进入setup模式前，输入信号有效的最小持续时间，用于在没有上位机时手动操作进入学习模式
cfg.senThresh = Convert.ToInt32(GetNumber(tBoxSensorSensitivity.Text)); //CCD sensor threshold %
cfg.learnNum = Convert.ToInt32(GetNumber(cBoxLearnNum.Text)); //学习模式个数 1～16次 初值：1 设置在学习时以几根良品的波形平均值作为基准波形。
//速度补偿使能
if (ckBoxAutoAdjSpeed.Checked)
{
cfg.isSpeedAdj = 1;
}
else
{
cfg.isSpeedAdj = 0;
}
//输出有效期间忽略输入（忽略返程阶段）
if (checkBoxOutIgnoreWhileOutActive.Checked)
{
cfg.isIgnInWhenOut = 1;
}
else
{
cfg.isIgnInWhenOut = 0;
}
cfg.valid = CFG_VALID; //设置配置有效标识
if (CfgCheck(ref cfg))
{
//IMG128 hParent = (IMG128)this.Parent;
hParent.devCfg = cfg;
if (hParent.serialPort1.IsOpen)
//if (Main.serialPort1.IsOpen)
{
byte[] cfgBuf = StructToBytes(cfg); //将CFG_T转换为byte[]
byte[] frm = hParent.devProtocol.GetCmdFrm(Protocol.FRAME_TYPE_SC, cfgBuf, (ushort)cfgBuf.Length); //生成串口数据帧字符数组
hParent.serialPort1.Write(frm, 0, frm.Length); //发送串口数据
}
}
}
public void UpdateShow(CFG_T cfg)
{
//modelNum
cBoxModelNum.Text = cfg.modelNum.ToString();
//如果只有一个基准线型，则基准线型2相关设置灰化
if (cBoxModelNum.Text == "1")
{
gBoxModel2.Enabled = false;
gBoxAdvanceModel2.Enabled = false;
}
else
{
gBoxModel2.Enabled = true;
gBoxAdvanceModel2.Enabled = false;
}
ckBoxAutoAdjSpeed.Checked = (cfg.isSpeedAdj != 0); //速度补偿
cBoxLearnNum.Text = cfg.learnNum.ToString(); //学习数量
tBoxSensorSensitivity.Text = cfg.senThresh.ToString(); //传感器灵敏度%
//检测模式
ANAL_TYPE type = cfg.wire[0].tol.analEN;
ckBoxCorePos1.Checked = IS_ANAL_CORE_POS(type);
ckBoxCoreWidth1.Checked = IS_ANAL_CORE_WIDTH(type);
ckBoxSealPos1.Checked = IS_ANAL_SEAL_POS(type);
ckBoxSealWidth1.Checked = IS_ANAL_SEAL_WIDTH(type);
ckBoxStripPos1.Checked = IS_ANAL_STRIP_POS(type);
ckBoxStripLen1.Checked = IS_ANAL_STRIP_LEN(type);
ckBoxSplay1.Checked = IS_ANAL_SPLAY(type);
ckBoxSeal1.Checked = IS_ANAL_SEAL(type);
type = cfg.wire[1].tol.analEN;
ckBoxCorePos2.Checked = IS_ANAL_CORE_POS(type);
ckBoxCoreWidth2.Checked = IS_ANAL_CORE_WIDTH(type);
ckBoxSealPos2.Checked = IS_ANAL_SEAL_POS(type);
ckBoxSealWidth2.Checked = IS_ANAL_SEAL_WIDTH(type);
ckBoxStripPos2.Checked = IS_ANAL_STRIP_POS(type);
ckBoxStripLen2.Checked = IS_ANAL_STRIP_LEN(type);
ckBoxSplay2.Checked = IS_ANAL_SPLAY(type);
ckBoxSeal2.Checked = IS_ANAL_SEAL(type);
//检测参数设置
tBoxCorePosN1.Text = cfg.wire[0].tol.corePosN.ToString() + "mm";
tBoxCorePosN2.Text = cfg.wire[1].tol.corePosN.ToString() + "mm";
tBoxCorePosP1.Text = cfg.wire[0].tol.corePosP.ToString() + "mm";
tBoxCorePosP2.Text = cfg.wire[1].tol.corePosP.ToString() + "mm";
tBoxSealPosN1.Text = cfg.wire[0].tol.sealPosN.ToString() + "mm";
tBoxSealPosN2.Text = cfg.wire[1].tol.sealPosN.ToString() + "mm";
tBoxSealPosP1.Text = cfg.wire[0].tol.sealPosP.ToString() + "mm";
tBoxSealPosP2.Text = cfg.wire[1].tol.sealPosP.ToString() + "mm";
tBoxStripPosN1.Text = cfg.wire[0].tol.stripPosN.ToString() + "mm";
tBoxStripPosN2.Text = cfg.wire[1].tol.stripPosN.ToString() + "mm";
tBoxStripPosP1.Text = cfg.wire[0].tol.stripPosP.ToString() + "mm";
tBoxStripPosP2.Text = cfg.wire[1].tol.stripPosP.ToString() + "mm";
tBoxStripLenN1.Text = cfg.wire[0].tol.stripLenN.ToString() + "mm";
tBoxStripLenN2.Text = cfg.wire[1].tol.stripLenN.ToString() + "mm";
tBoxStripLenP1.Text = cfg.wire[0].tol.stripLenP.ToString() + "mm";
tBoxStripLenP2.Text = cfg.wire[1].tol.stripLenP.ToString() + "mm";
tBoxCoreWidthN1.Text = cfg.wire[0].tol.coreWidthN.ToString() + "%";
tBoxCoreWidthN2.Text = cfg.wire[1].tol.coreWidthN.ToString() + "%";
tBoxCoreWidthP1.Text = cfg.wire[0].tol.coreWidthP.ToString() + "%";
tBoxCoreWidthP2.Text = cfg.wire[1].tol.coreWidthP.ToString() + "%";
tBoxSealWidthN1.Text = cfg.wire[0].tol.sealWidthN.ToString() + "%";
tBoxSealWidthN2.Text = cfg.wire[1].tol.sealWidthN.ToString() + "%";
tBoxSealWidthP1.Text = cfg.wire[0].tol.sealWidthP.ToString() + "%";
tBoxSealWidthP2.Text = cfg.wire[1].tol.sealWidthP.ToString() + "%";
tBoxVariationFilter1.Text = cfg.wire[0].tol.variationFilter.ToString() + "mm";
tBoxVariationFilter2.Text = cfg.wire[1].tol.variationFilter.ToString() + "mm";
tBoxSealLimit1.Text = cfg.wire[0].tol.sealLimit.ToString() + "%";
tBoxSealLimit2.Text = cfg.wire[1].tol.sealLimit.ToString() + "%";
tBoxStripLimit1.Text = cfg.wire[0].tol.stripLimit.ToString() + "%";
tBoxStripLimit2.Text = cfg.wire[1].tol.stripLimit.ToString() + "%";
tBoxSealRatio1.Text = cfg.wire[0].tol.sealRatio.ToString() + "%";
tBoxSealRatio2.Text = cfg.wire[1].tol.sealRatio.ToString() + "%";
//输入 怎样使用控件数组防止代码拷贝？
TYPE_INPUT input = cfg.inputMode[0];
if (IS_INPUT_LEARN(input))
{
cBoxInputModeLvl1.Text = "进入学习模式";
}
else if (IS_INPUT_FIRING(input))
{
cBoxInputModeLvl1.Text = "触发采样";
}
else if (IS_INPUT_SETUP(input))
{
cBoxInputModeLvl1.Text = "进入设置模式";
}
if (IS_INPPUT_POS(input))
{
cBoxInputPolLvl1.Text = "上升沿触发";
}
else
{
cBoxInputPolLvl1.Text = "下降沿触发";
}
input = cfg.inputMode[1];
if (IS_INPUT_LEARN(input))
{
cBoxInputModeLvl2.Text = "进入学习模式";
}
else if (IS_INPUT_FIRING(input))
{
cBoxInputModeLvl2.Text = "触发采样";
}
else if (IS_INPUT_SETUP(input))
{
cBoxInputModeLvl2.Text = "进入设置模式";
}
if (IS_INPPUT_POS(input))
{
cBoxInputPolLvl2.Text = "上升沿触发";
}
else
{
cBoxInputPolLvl2.Text = "下降沿触发";
}
input = cfg.inputMode[2];
if (IS_INPUT_LEARN(input))
{
cBoxInputModeLvl3.Text = "进入学习模式";
}
else if (IS_INPUT_FIRING(input))
{
cBoxInputModeLvl3.Text = "触发采样";
}
else if (IS_INPUT_SETUP(input))
{
cBoxInputModeLvl3.Text = "进入设置模式";
}
if (IS_INPPUT_POS(input))
{
cBoxInputPolLvl3.Text = "上升沿触发";
}
else
{
cBoxInputPolLvl3.Text = "下降沿触发";
}
input = cfg.inputMode[3];
if (IS_INPUT_LEARN(input))
{
cBoxInputModeLvl4.Text = "进入学习模式";
}
else if (IS_INPUT_FIRING(input))
{
cBoxInputModeLvl4.Text = "触发采样";
}
else if (IS_INPUT_SETUP(input))
{
cBoxInputModeLvl4.Text = "进入设置模式";
}
if (IS_INPPUT_POS(input))
{
cBoxInputPolLvl4.Text = "上升沿触发";
}
else
{
cBoxInputPolLvl4.Text = "下降沿触发";
}
//输出
TYPE_OUTPUT output = cfg.outputMode[0];
if (IS_OUTPUT_NO(output))
{
rBtnNO1.Checked = true;
}
else
{
rBtnNC1.Checked = true;
}
if (IS_OUTPUT_ANY(output))
{
cBoxOutMode1.Text = "合格/不良品都输出脉冲";
}
else if (IS_OUTPUT_PASS(output))
{
cBoxOutMode1.Text = "合格品输出脉冲";
}
else if (IS_OUTPUT_FAIL(output))
{
cBoxOutMode1.Text = "不良品输出脉冲";
}
if (IS_OUTPUT_ING_FIRST(output))
{
rBtnIgnoreFirst1.Checked = true;
}
else if (IS_OUTPUT_ING_LEARN(output))
{
rBtnIgnoreLearn1.Checked = true;
}
else
{
rBtnNormal1.Checked = true;
}
tBoxOutDelay1.Text = cfg.outputDelay[0].ToString();
tBoxDuration1.Text = cfg.outputWidth[0].ToString();
output = cfg.outputMode[1];
if (IS_OUTPUT_NO(output))
{
rBtnNO2.Checked = true;
}
else
{
rBtnNC2.Checked = true;
}
if (IS_OUTPUT_PASS(output))
{
cBoxOutMode2.Text = "合格品输出脉冲";
}
else if (IS_OUTPUT_FAIL(output))
{
cBoxOutMode2.Text = "不良品输出脉冲";
}
else if (IS_OUTPUT_ANY(output))
{
cBoxOutMode2.Text = "合格/不良品都输出脉冲";
}
if (IS_OUTPUT_ING_FIRST(output))
{
rBtnIgnoreFirst2.Checked = true;
}
else if (IS_OUTPUT_ING_LEARN(output))
{
rBtnIgnoreLearn2.Checked = true;
}
else
{
rBtnNormal2.Checked = true;
}
tBoxOutDelay2.Text = cfg.outputDelay[1].ToString();
tBoxDuration2.Text = cfg.outputWidth[1].ToString();
//输出有效期间忽略输入（忽略返程阶段）
checkBoxOutIgnoreWhileOutActive.Checked = (cfg.isIgnInWhenOut != 0);
}
