//------------- Start of function VgaBuf::indicator --------------//
//
// <int> x1, y1, x2, y2 = coordination of the indicator
// <float> curValue = the value of the bar
// <float> maxValue = max value, the bar width = maxBarWidth * curValue / maxValue
// <int> indiColor = color of the indicator
// [int] backColor = background color
// (default : vga.color_down)
// (-2 if don't paint background color)
//
void VgaBuf::indicator(int x1, int y1, int x2, int y2, float curValue,
float maxValue, int indiColor, int backColor)
{
if( backColor == -1 )
backColor = color_down;
int cutPoint;
if( curValue <= 0.0f )
cutPoint = x1;
else if( curValue >= maxValue )
cutPoint = x2 + 1;
else
cutPoint = x1 + int(float(x2 - x1 + 1) * curValue / maxValue);
if( cutPoint > x1 )
{
int cutHeight = (y1 * 5 + y2 * 3) / 8; // cut at 3/8 of between y1 and y2
err_when( y2 - y1 - 1 < 4 );
LinearCounter brightness;
brightness.init( y1, 0, cutHeight, MAX_BRIGHTNESS_ADJUST_DEGREE-2 ); // glowing
int y;
for( y=y1; y <= cutHeight; y++, brightness.inc() )
{
barW_fast( x1, y, cutPoint, y, vga.vga_color_table->get_table(brightness.y)[indiColor]);
}
brightness.init( cutHeight, MAX_BRIGHTNESS_ADJUST_DEGREE-2, y2, -MAX_BRIGHTNESS_ADJUST_DEGREE/2 ); //
for( ; y<=y2; ++y, brightness.inc() )
{
barW_fast( x1, y, cutPoint, y, vga.vga_color_table->get_table(brightness.y)[indiColor]);
}
}
if( cutPoint <= x2 )
{
bar( cutPoint, y1, x2, y2, backColor );
}
}
//------------- Start of function VgaBuf::indicator --------------//
//
// <int> x1, y1, x2, y2 = coordination of the indicator
// <float> curValue = the value of the bar
// <float> maxValue = max value, the bar width = maxBarWidth * curValue / maxValue
// <int> indiColor = color of the indicator
// [int] backColor = background color
// (default : vga.color_down)
// (-2 if don't paint background color)
//
void VgaBuf::indicator(int x1, int y1, int x2, int y2, float curValue,
float maxValue, int indiColor, int backColor)
{
if( backColor == -1 )
backColor = color_down;
/*
if( curValue > maxValue )
curValue = maxValue;
if( curValue > 0 )
{
int barWidth = (int) ((float)(x2-x1) * curValue / maxValue);
int halfHeight = (y2-y1+1)/2-1;
int tx2 = x1+barWidth;
int y;
indiColor+=halfHeight;
for( y=y1 ; y<y1+halfHeight ; y++, indiColor-- )
bar( x1, y, tx2, y, indiColor );
for( ; y<=y2 ; y++, indiColor++ )
bar( x1, y, tx2, y, indiColor );
if( backColor != -2 ) // -2 if don't paint background color
{
if( x1+barWidth < x2 )
bar( x1+barWidth+1, y1, x2, y2, backColor );
}
}
else
{
if( backColor != -2 ) // -2 if don't paint background color
bar( x1, y1, x2, y2, backColor );
}
*/
int cutPoint;
if( curValue <= 0.0f )
cutPoint = x1;
else if( curValue >= maxValue )
cutPoint = x2 + 1;
else
cutPoint = x1 + int(float(x2 - x1 + 1) * curValue / maxValue);
if( cutPoint > x1 )
{
if( is_front )
mouse.hide_area( x1, y1, cutPoint, y2 );
int cutHeight = (y1 * 5 + y2 * 3) / 8; // cut at 3/8 of between y1 and y2
err_when( y2 - y1 - 1 < 4 );
LinearCounter brightness;
brightness.init( y1, 0, cutHeight, MAX_BRIGHTNESS_ADJUST_DEGREE-2 ); // glowing
int y;
for( y=y1; y <= cutHeight; y++, brightness.inc() )
{
barW_fast( x1, y, cutPoint, y, vga.vga_color_table->get_table(brightness.y)[indiColor]);
}
brightness.init( cutHeight, MAX_BRIGHTNESS_ADJUST_DEGREE-2, y2, -MAX_BRIGHTNESS_ADJUST_DEGREE/2 ); //
for( ; y<=y2; ++y, brightness.inc() )
{
barW_fast( x1, y, cutPoint, y, vga.vga_color_table->get_table(brightness.y)[indiColor]);
}
if( is_front )
mouse.show_area();
}
if( cutPoint <= x2 )
{
bar( cutPoint, y1, x2, y2, backColor );
}
}
