/* 辅助函数-初始化六个子面板及各个面板上的内容 */
void initChildPanels(void){
/* 循环创建六个Panel */
CPanels[0] = createChildPanel("xAxls-Accelerator", 0);
CPanels[1] = createChildPanel("yAxls-Accelerator", 1);
CPanels[2] = createChildPanel("zAxls-Accelerator", 2);
CPanels[3] = createChildPanel("xAxls-Gyro", 3);
CPanels[4] = createChildPanel("yAxls-Gyro", 4);
CPanels[5] = createChildPanel("zAxls-Gyro", 5);
for(int i = 0; i<validMonNum; i++){
DisplayPanel (CPanels[i]);
}
//在子Panel上创建图表，设置Graph属性，准备显示数据
for(int i=0; i<validMonNum; i++){
PGraphs[i] = NewCtrl(CPanels[i], CTRL_STRIP_CHART, 0, 0,0);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_WIDTH, cWidth);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_HEIGHT, cHeight);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_PLOT_BGCOLOR, plotBakgColor);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_GRID_COLOR, plotGridColor);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_EDGE_STYLE, VAL_FLAT_EDGE);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_SCROLL_MODE, VAL_CONTINUOUS);
SetAxisScalingMode(CPanels[i], PGraphs[i], VAL_LEFT_YAXIS, graphScaleMode, yAxisRange[0], yAxisRange[1]);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_POINTS_PER_SCREEN, 50);
//SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_YFORMAT,VAL_FLOATING_PT_FORMAT);
SetTraceAttribute(CPanels[i],PGraphs[i], 1, ATTR_TRACE_COLOR, plotLineColor);
//SetTraceAttribute(CPanels[i],PGraphs[i], 1, ATTR_PLOT_STYLE, VAL_CONNECTED_POINTS);
SetCtrlAttribute(CPanels[i], PGraphs[i], ATTR_ANTI_ALIASED_PLOTS, 1);
}
manageGraphCallbackFunc();
}
STD_ERROR DLLEXPORT GRAPH_Plot( void *Data , int iYAxisPrecision )
{
STD_ERROR StdError = {0};
int panel = 0;
int numberOfPoints = 0,
numberOfTraces = 0,
maxNumberOfPoints = 0;
int index = 0,
tempIndex = 0,
totalIndex = 0,
PlotIndex = 0;
int *pPointCounter = NULL;
double *pSinglePlot = NULL;
double lfCurrentX = 0.0,
lfStepX = 0.0;
double lfY_axis_min = 0.0,
lfY_axis_max = 0.0;
tsPlotGraphData *pData = NULL;
IF ( (Data == NULL) , "Pointer passed NULL");
pData = (tsPlotGraphData*)Data;
IF( ( pData->TraceList == NULL ) , "No traces added.");
IF( ( pData->numberOfTraces == 0 ) , "No traces added.");
panel = pData->panel;
numberOfTraces = pData->numberOfTraces;
lfCurrentX = pData->start_x;
if ( pData->numberOfPoints )
lfStepX = ( pData->stop_x - pData->start_x ) / (double)(pData->numberOfPoints-1);
else
lfStepX = pData->stop_x - pData->start_x;
ProcessDrawEvents();
numberOfPoints = pData->numberOfPoints;
if ( numberOfPoints == 0 )
{
for ( index = 0 ; index < numberOfTraces ; index++ )
if ( pData->TraceList[index].numberOfPoints > numberOfPoints )
numberOfPoints = pData->TraceList[index].numberOfPoints;
}
maxNumberOfPoints = numberOfPoints * numberOfTraces;
CALLOC_ERR( pSinglePlot , maxNumberOfPoints+128 , sizeof(double));
CALLOC_ERR( pPointCounter , numberOfTraces+1 , sizeof(int));
IF (( pSinglePlot == NULL ), "Can't allocate Memory.");
IF (( pPointCounter == NULL ), "Can't allocate Memory.");
SetCtrlAttribute ( panel , pData->control , ATTR_NUM_TRACES , numberOfTraces );
SetCtrlAttribute ( panel , pData->control , ATTR_SCROLL_MODE , VAL_CONTINUOUS );
SetCtrlAttribute (panel, pData->control, ATTR_GRID_COLOR, VAL_BLACK);
SetCtrlAttribute ( panel , pData->control , ATTR_POINTS_PER_SCREEN , numberOfPoints );
lfY_axis_min = pData->y_axis_min;
lfY_axis_max = pData->y_axis_max;
if (( IsNotANumber (lfY_axis_min) == 0 ) && ( IsNotANumber (lfY_axis_max) == 0 ) && ( fabs( lfY_axis_min ) > 1E-20 ) && ( fabs( lfY_axis_max ) > 1E-20 ))
{
SetAxisScalingMode (panel, pData->control, VAL_LEFT_YAXIS,VAL_MANUAL, lfY_axis_min , lfY_axis_max);
}
SetAxisScalingMode (panel, pData->control, VAL_BOTTOM_XAXIS ,VAL_MANUAL, pData->start_x , lfStepX );
SetCtrlAttribute (panel, pData->control, ATTR_YPRECISION , iYAxisPrecision );
if ( pData->szY_AxisName )
SetCtrlAttribute ( panel , pData->control , ATTR_YNAME , pData->szY_AxisName );
if ( pData->szX_AxisName )
SetCtrlAttribute (panel, pData->control , ATTR_XNAME , pData->szX_AxisName );
SetCtrlAttribute ( panel , pData->control , ATTR_LEGEND_NUM_VISIBLE_ITEMS , numberOfTraces );
for ( index = 0 ; index < numberOfTraces ; index++ )
{
SetTraceAttribute ( panel , pData->control , index+1 , ATTR_TRACE_COLOR , pData->TraceList[index].trace_color );
SetTraceAttributeEx ( panel , pData->control , index+1 , ATTR_TRACE_LG_TEXT , pData->TraceList[index].szTraceName );
SetTraceAttribute ( panel , pData->control , index+1 , ATTR_TRACE_LG_TEXT_COLOR , VAL_BLACK );
SetTraceAttribute ( panel , pData->control , index+1 , ATTR_TRACE_LG_VISIBLE , 1 );
if ( pData->TraceList[index].iThickness > 0 )
SetTraceAttribute (panel, pData->control, index+1 ,ATTR_TRACE_THICKNESS, pData->TraceList[index].iThickness );
SetTraceAttribute ( panel , pData->control , index+1 , ATTR_TRACE_VISIBLE , 1 );
}
for ( PlotIndex = 0 ; PlotIndex < numberOfPoints ; PlotIndex++ )
{
for ( index = 0 ; index < numberOfTraces ; index++ )
{
if ( ( lfCurrentX >= pData->TraceList[index].start_x ) && ( pPointCounter[index] < pData->TraceList[index].numberOfPoints ) && ( pPointCounter[index] < numberOfPoints ))
{
tempIndex = pPointCounter[index] + pData->TraceList[index].startTraceFromIndex;
pSinglePlot[totalIndex++] = pData->TraceList[index].Trace[tempIndex];
pPointCounter[index]++;
}
else
{
tempIndex = pData->TraceList[index].startTraceFromIndex;
pSinglePlot[totalIndex++] = pData->TraceList[index].Trace[tempIndex];
pPointCounter[index]++;
}
}
lfCurrentX += lfStepX;
}
PlotStripChart ( panel , pData->control , pSinglePlot , totalIndex , 0 , 0 , VAL_DOUBLE );
Error:
if ( pSinglePlot )
free(pSinglePlot);
if ( pPointCounter )
free( pPointCounter );
ProcessDrawEvents();
return StdError;
}
