// TODO It might be easier to just grab the h/w in the funciton
// TODO Find a way to hook this to an event
public void SetCharsAndLines()
{
double height = this.ActualHeight;
double width = this.ActualWidth;
FormattedText fixedFt = buildFormattedText("A", _fixedFont, true, null, null);
FormattedText propFt = buildFormattedText("A", _regularFont, true, null, null);
double w = fixedFt.Width;
double h = fixedFt.Height;
charHeight = Math.Max(fixedFt.Height, propFt.Height);
charWidth = fixedFt.Width;
// Account for the margin of the Rich Text Box
// TODO Find a way to determine what this should be, or to remove the margin
double screenWidth = width - 20;
double screenHeight = height - 20;
if (os_._blorbFile != null)
{
var standard = os_._blorbFile.StandardSize;
if (standard.Height > 0 && standard.Width > 0)
{
int maxW = (int)Math.Floor(width / os_._blorbFile.StandardSize.Width);
int maxH = (int)Math.Floor(height / os_._blorbFile.StandardSize.Height);
scale = Math.Min(maxW, maxH);
// scale = 2; // Ok, so the rest of things are at the right scale, but we've pulled back the images to 1x
screenWidth = os_._blorbFile.StandardSize.Width * scale;
screenHeight = os_._blorbFile.StandardSize.Height * scale;
}
}
else
{
scale = 1;
}
ActualCharSize = new Size(propFt.Width, propFt.Height);
chars = Convert.ToInt32(Math.Floor(screenWidth / charWidth)); // Determine chars based only on fixed width chars since proportional fonts are accounted for as they are written
lines = Convert.ToInt32(Math.Floor(screenHeight / charHeight)); // Use the largest character height
_metrics = new ScreenMetrics(
new ZSize(charHeight, charWidth), // new ZSize(h, w),
new ZSize(lines * charHeight, chars * charWidth), // The ZMachine wouldn't take screenHeight as round it down, so this takes care of that
lines, chars, scale);
Conversion.Metrics = _metrics;
_regularLines = new ScreenLines(_metrics.Rows, _metrics.Columns);
_fixedWidthLines = new ScreenLines(_metrics.Rows, _metrics.Columns);
_cursorCanvas.MinHeight = 2;
_cursorCanvas.MinWidth = charWidth;
ztc.SetMetrics(_metrics);
}
internal void SetMetrics(ScreenMetrics Metrics)
{
_metrics = Metrics;
_adorner.FontHeight = Metrics.FontSize.Height;
addLines();
}
public void Refresh(ScreenMetrics screenMetrics)
{
Orientation = screenMetrics.Orientation.ToString();
Rotation = screenMetrics.Rotation.ToString();
Width = screenMetrics.Width;
Height = screenMetrics.Height;
Density = screenMetrics.Density;
}
public MainPage()
{
InitializeComponent();
_metrics = DeviceDisplay.ScreenMetrics;
_formsWidth = Convert.ToInt32(_metrics.Width / _metrics.Density);
_formsHeight = Convert.ToInt32(_metrics.Height / _metrics.Density);
}
public ScreenMetrics GetScreenMetrics()
{
//FIXME: Find a way to get size of font
int font_w = 1;
int font_h = 1;
int screen_w = Console.WindowWidth;
int screen_h = Console.WindowHeight;
var sm = new ScreenMetrics(new ZSize(font_w, font_h), new ZSize(screen_w, screen_h), screen_h, screen_w, screen_w * screen_h);
return(sm);
}
public void DeviceDisplay_Comparison(
double width1,
double height1,
double density1,
ScreenOrientation orientation1,
ScreenRotation rotation1,
double width2,
double height2,
double density2,
ScreenOrientation orientation2,
ScreenRotation rotation2,
bool equals)
{
var device1 = new ScreenMetrics(
width: width1,
height: height1,
density: density1,
orientation: orientation1,
rotation: rotation1);
var device2 = new ScreenMetrics(
width: width2,
height: height2,
density: density2,
orientation: orientation2,
rotation: rotation2);
if (equals)
{
Assert.True(device1.Equals(device2));
Assert.True(device1 == device2);
Assert.False(device1 != device2);
Assert.Equal(device1, device2);
Assert.Equal(device1.GetHashCode(), device2.GetHashCode());
}
else
{
Assert.False(device1.Equals(device2));
Assert.True(device1 != device2);
Assert.False(device1 == device2);
Assert.NotEqual(device1, device2);
Assert.NotEqual(device1.GetHashCode(), device2.GetHashCode());
}
}
public void SetCharsAndLines()
{
double height = this.ActualHeight;
double width = this.ActualWidth;
FormattedText fixedFt = buildFormattedText("A", _fixedFont, _currentInfo, null);
FormattedText propFt = buildFormattedText("A", _regularFont, _currentInfo, null);
double w = fixedFt.Width;
double h = fixedFt.Height;
charHeight = Math.Max(fixedFt.Height, propFt.Height);
charWidth = fixedFt.Width;
double screenWidth = width - 20;
double screenHeight = height - 20;
if (os_._blorbFile != null)
{
var standard = os_._blorbFile.StandardSize;
if (standard.Height > 0 && standard.Width > 0)
{
int maxW = (int)Math.Floor(width / os_._blorbFile.StandardSize.Width);
int maxH = (int)Math.Floor(height / os_._blorbFile.StandardSize.Height);
scale = Math.Min(maxW, maxH);
screenWidth = os_._blorbFile.StandardSize.Width * scale;
screenHeight = os_._blorbFile.StandardSize.Height * scale;
double heightDiff = _parent.ActualHeight - this.ActualHeight;
double widthDiff = _parent.ActualWidth - this.ActualWidth;
_parent.Height = screenHeight + heightDiff;
_parent.Width = screenWidth + widthDiff;
}
else
{
scale = 1;
}
}
else
{
scale = 1;
}
ActualCharSize = new Size(propFt.Width, propFt.Height);
chars = Convert.ToInt32(Math.Floor(screenWidth / charWidth)); // Determine chars based only on fixed width chars since proportional fonts are accounted for as they are written
lines = Convert.ToInt32(Math.Floor(screenHeight / charHeight)); // Use the largest character height
_metrics = new ScreenMetrics(
new ZSize(charHeight, charWidth), // new ZSize(h, w),
new ZSize(lines * charHeight, chars * charWidth), // The ZMachine wouldn't take screenHeight as round it down, so this takes care of that
lines, chars, scale);
_regularLines = new ScreenLines(_metrics.Rows, _metrics.Columns);
_fixedWidthLines = new ScreenLines(_metrics.Rows, _metrics.Columns);
AfterSetCharsAndLines();
}
