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();
}
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);
}
public bool IS_OUTPUT_SEN_EN(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_SEN_EN == (TYPE_OUTPUT)((UInt32)outputMode & (UInt32)TYPE_OUTPUT.OUTPUT_SEN_EN));
}
public bool IS_OUTPUT_ING_LEARN(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_IGN_LEARN == (TYPE_OUTPUT)((UInt32)outputMode & (UInt32)TYPE_OUTPUT.OUTPUT_IGN_LEARN));
}
public bool IS_OUTPUT_ING_FIRST(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_IGN_FIRST == (TYPE_OUTPUT)((UInt32)outputMode & (UInt32)TYPE_OUTPUT.OUTPUT_IGN_FIRST));
}
public bool IS_OUTPUT_ANY(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_ANY == (TYPE_OUTPUT)((UInt32)outputMode & (UInt32)TYPE_OUTPUT.OUTPUT_ANY));
}
public bool IS_OUTPUT_FAIL(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_FAIL == (TYPE_OUTPUT)((UInt32)outputMode & (UInt32)TYPE_OUTPUT.OUTPUT_FAIL));
}
public bool IS_OUTPUT_PASS(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_PASS == (TYPE_OUTPUT)((UInt32)outputMode & (UInt32)TYPE_OUTPUT.OUTPUT_PASS));
}
public bool IS_OUTPUT_NC(TYPE_OUTPUT outputMode)
{
return(TYPE_OUTPUT.OUTPUT_NC == (TYPE_OUTPUT)((UInt32)outputMode & 0x0001));
}
