///<summary>改变垂直平移【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="offset">位移值</param>
public static bool ChangeTranslateY(IntPtr oscilloscope, int offset)
{
if (s_IsX64)
{
return(Dll64.ChangeTranslateY(oscilloscope, offset));
}
else
{
return(Dll86.ChangeTranslateY(oscilloscope, offset));
}
}
///<summary>改变示波器刷新模式【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="refreshMode">刷新模式</param>
public static void ChangeRefreshMode(IntPtr oscilloscope, Enum_RefreshMode refreshMode)
{
if (s_IsX64)
{
Dll64.ChangeRefreshMode(oscilloscope, (uint)refreshMode);
}
else
{
Dll86.ChangeRefreshMode(oscilloscope, (uint)refreshMode);
}
}
///<summary>关闭示波器组</summary>
///<param name="ptr">由Initialize返回的指针</param>
public static void CloseOscilloscopes(IntPtr oscilloscopes)
{
if (s_IsX64)
{
Dll64.CloseOscilloscopes(oscilloscopes);
}
else
{
Dll86.CloseOscilloscopes(oscilloscopes);
}
}
///<summary>改变垂直缩放【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="offset">差值</param>
public static bool ChangeScaleY(IntPtr oscilloscope, float offset)
{
if (s_IsX64)
{
return(Dll64.ChangeScaleY(oscilloscope, offset));
}
else
{
return(Dll86.ChangeScaleY(oscilloscope, offset));
}
}
///<summary>改变垂直缩放极限值【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="value">值（>=1）</param>
public static bool ChangeScaleLimitY(IntPtr oscilloscope, uint value)
{
if (s_IsX64)
{
return(Dll64.ChangeScaleLimitY(oscilloscope, value));
}
else
{
return(Dll86.ChangeScaleLimitY(oscilloscope, value));
}
}
///<summary>改变基线类型【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="baselineType">基线类型</param>
public static void ChangeBaselineType(IntPtr oscilloscope, uint graphIndex, Enum_BaselineType baselineType)
{
if (s_IsX64)
{
Dll64.ChangeBaselineType(oscilloscope, graphIndex, (uint)baselineType);
}
else
{
Dll86.ChangeBaselineType(oscilloscope, graphIndex, (uint)baselineType);
}
}
///<summary>改变示波器背景色【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="background">背景色</param>
public static void ChangeBackgroundColor(IntPtr oscilloscope, uint background)
{
if (s_IsX64)
{
Dll64.ChangeBackgroundColor(oscilloscope, background);
}
else
{
Dll86.ChangeBackgroundColor(oscilloscope, background);
}
}
///<summary>水平缩放率极限值【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
public static float ScaleX_Limit(IntPtr oscilloscope)
{
if (s_IsX64)
{
return(Dll64.ScaleX_Limit(oscilloscope));
}
else
{
return(Dll86.ScaleX_Limit(oscilloscope));
}
}
///<summary>改变坐标轴颜色【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="axisColor">坐标轴颜色</param>
public static void ChangeAxisColor(IntPtr oscilloscope, uint axisColor)
{
if (s_IsX64)
{
Dll64.ChangeAxisColor(oscilloscope, axisColor);
}
else
{
Dll86.ChangeAxisColor(oscilloscope, axisColor);
}
}
///<summary>改变坐标轴线宽【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="axisLineWidth">坐标轴线宽</param>
public static void ChangeAxisLineWidth(IntPtr oscilloscope, uint axisLineWidth)
{
if (s_IsX64)
{
Dll64.ChangeAxisLineWidth(oscilloscope, axisLineWidth);
}
else
{
Dll86.ChangeAxisLineWidth(oscilloscope, axisLineWidth);
}
}
///<summary>改变基线偏移值【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="offset">基线偏移值</param>
public static void ChangeOffset(IntPtr oscilloscope, uint graphIndex, int offset)
{
if (s_IsX64)
{
Dll64.ChangeOffset(oscilloscope, graphIndex, offset);
}
else
{
Dll86.ChangeOffset(oscilloscope, graphIndex, offset);
}
}
///<summary>创建示波器组</summary>
///<param name="windowHwnd">窗口句柄</param>
///<param name="fps">帧率（最小值：30）</param>
public static IntPtr CreateOscilloscopes(IntPtr windowHwnd, byte fps)
{
if (s_IsX64)
{
return(Dll64.CreateOscilloscopes(windowHwnd, fps));
}
else
{
return(Dll86.CreateOscilloscopes(windowHwnd, fps));
}
}
///<summary>清空</summary>
///<param name="oscilloscope">示波器</param>
public static void Clear(IntPtr oscilloscope)
{
if (s_IsX64)
{
Dll64.Clear(oscilloscope);
}
else
{
Dll86.Clear(oscilloscope);
}
}
///<summary>刷新示波器</summary>
///<param name="oscilloscope">示波器</param>
public static void Refresh(IntPtr oscilloscope)
{
if (s_IsX64)
{
Dll64.Refresh(oscilloscope);
}
else
{
Dll86.Refresh(oscilloscope);
}
}
///<summary>存入数据</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="value">值</param>
public static void Push(IntPtr oscilloscope, uint graphIndex, float value)
{
if (s_IsX64)
{
Dll64.Push(oscilloscope, graphIndex, value);
}
else
{
Dll86.Push(oscilloscope, graphIndex, value);
}
}
///<summary>改变自动归零【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="autoTranslateOffset">自动归零偏移值（如果是非数值则不使用此功能，否则将最接近横轴的数值归零后加上此值。）</param>
public static void ChangeAutoTranslate(IntPtr oscilloscope, uint graphIndex, float autoTranslateOffset)
{
if (s_IsX64)
{
Dll64.ChangeAutoTranslate(oscilloscope, graphIndex, autoTranslateOffset);
}
else
{
Dll86.ChangeAutoTranslate(oscilloscope, graphIndex, autoTranslateOffset);
}
}
///<summary>示波器图形是否可用【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="isEnabled">是否可用</param>
public static void ChangeIsEnabled(IntPtr oscilloscope, uint graphIndex, bool isEnabled)
{
if (s_IsX64)
{
Dll64.ChangeIsEnabled(oscilloscope, graphIndex, isEnabled);
}
else
{
Dll86.ChangeIsEnabled(oscilloscope, graphIndex, isEnabled);
}
}
///<summary>改变示波器图形样式【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="graphStyle">图形样式</param>
public static void ChangeGraphStyle(IntPtr oscilloscope, uint graphIndex, Enum_GraphStyle graphStyle)
{
if (s_IsX64)
{
Dll64.ChangeGraphStyle(oscilloscope, graphIndex, (uint)graphStyle);
}
else
{
Dll86.ChangeGraphStyle(oscilloscope, graphIndex, (uint)graphStyle);
}
}
///<summary>改变是否自动归零【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="isAutoTranslate">是否自动归零</param>
public static void ChangeIsAutoTranslate(IntPtr oscilloscope, uint graphIndex, bool isAutoTranslate)
{
if (s_IsX64)
{
Dll64.ChangeIsAutoTranslate(oscilloscope, graphIndex, isAutoTranslate);
}
else
{
Dll86.ChangeIsAutoTranslate(oscilloscope, graphIndex, isAutoTranslate);
}
}
///<summary>改变线宽【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="lineWidth">线宽</param>
public static void ChangeLineWidth(IntPtr oscilloscope, uint graphIndex, byte lineWidth)
{
if (s_IsX64)
{
Dll64.ChangeLineWidth(oscilloscope, graphIndex, lineWidth);
}
else
{
Dll86.ChangeLineWidth(oscilloscope, graphIndex, lineWidth);
}
}
///<summary>改变示波器前景色【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="foreground">前景色</param>
public static void ChangeForegroundColor(IntPtr oscilloscope, uint graphIndex, uint foreground)
{
if (s_IsX64)
{
Dll64.ChangeForegroundColor(oscilloscope, graphIndex, foreground);
}
else
{
Dll86.ChangeForegroundColor(oscilloscope, graphIndex, foreground);
}
}
///<summary>垂直位移极限值【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
public static int TranslateY_Limit(IntPtr oscilloscope)
{
if (s_IsX64)
{
return(Dll64.TranslateY_Limit(oscilloscope));
}
else
{
return(Dll86.TranslateY_Limit(oscilloscope));
}
}
///<summary>改变示波器图形样式【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphStyle">图形样式数组</param>
public static void ChangeGraphStyle(IntPtr oscilloscope, Enum_GraphStyle[] graphStyle)
{
fixed(Enum_GraphStyle *array = graphStyle)
{
if (s_IsX64)
{
Dll64.ChangeGraphStyles(oscilloscope, new IntPtr(array));
}
else
{
Dll86.ChangeGraphStyles(oscilloscope, new IntPtr(array));
}
}
}
///<summary>改变示波器前景色【单线程调用】</summary>
///<param name="oscilloscope">示波器</param>
///<param name="foreground">前景色数组</param>
public static void ChangeForegroundColor(IntPtr oscilloscope, uint[] foreground)
{
fixed(uint *array = foreground)
{
if (s_IsX64)
{
Dll64.ChangeForegroundColors(oscilloscope, new IntPtr(array));
}
else
{
Dll86.ChangeForegroundColors(oscilloscope, new IntPtr(array));
}
}
}
///<summary>替换全部数据</summary>
///<param name="oscilloscope">示波器</param>
///<param name="graphIndex">图形序号</param>
///<param name="value">值</param>
public static void Replace(IntPtr oscilloscope, uint graphIndex, float[] value)
{
var length = (uint)value.Length;
if (length == 0u)
throw new ArgumentException();
fixed(float *array = value)
{
if (s_IsX64)
{
Dll64.Replace(oscilloscope, graphIndex, new IntPtr(array), length);
}
else
{
Dll86.Replace(oscilloscope, graphIndex, new IntPtr(array), length);
}
}
}
///<summary>创建示波器（多图形）</summary>
///<param name="arg">参数</param>
public static IntPtr CreateOscilloscope(ref ConstructionParameters arg)
{
var length = (uint)arg.GraphProperties.Length;
if (length == 0u)
throw new ArgumentException();
fixed(ConstructionArgs *args = &arg.Args)
{
fixed(GraphProperties *array = arg.GraphProperties)
{
if (s_IsX64)
{
return(Dll64.CreateOscilloscope(arg.Oscilloscopes, arg.ControlHwnd, new IntPtr(args), new IntPtr(array), length));
}
else
{
return(Dll86.CreateOscilloscope(arg.Oscilloscopes, arg.ControlHwnd, new IntPtr(args), new IntPtr(array), length));
}
}
}
}