public static int Measure_Word_Pixel_Length(SocialLinkerCommand sl_command, string input_word)
{
// Create an int to keep track of how many pixels a glyph is wide in.
int pixel_counter = 0;
// Create another int to count the number of times a character comes up null from the font sheet.
// We'll want to keep track of this number so we can ensure there's only one error message sent.
int error_counter = 0;
// Take the input string and turn it into a char array.
char[] char_array = input_word.ToCharArray();
// Now, let's iterate through the char array.
for (int i = 0; i < char_array.Length; i++)
{
// Retrieve glyph information for the current character from the JSON file.
var glyph = ParsingMethods.Get_P4G_Glyph(char_array[i]);
// Make sure that the glyph info doesn't return null.
if (glyph != null)
{
// Check if the current character is a line break.
// If it is, do nothing. Line breaks take up no pixel width space.
if (char_array[i] == '\u000a')
{
// Do nothing
}
else
{
// Check if the current iterated index is less than the number of indicies available.
if (i < char_array.Length - 1)
{
// If so, edit the position of the X coordinate according to specific kerning pairs.
if (char_array[i] == 'Y' && Char.IsLower(char_array[i + 1]))
{
pixel_counter += -6;
}
else if (char_array[i] == 'v' && Char.IsLower(char_array[i + 1]))
{
pixel_counter += -1;
}
else if (char_array[i] == 'T' && Char.IsLower(char_array[i + 1]) && (char_array[i + 1] != 'h'))
{
pixel_counter += -6;
}
}
// Set the pixel counter to the appropriate width of the string so far.
pixel_counter += glyph.RightCut - glyph.LeftCut;
}
}
// If the character returns null, it's not supported by the template's font set.
// Send a warning message to the user.
else
{
// Increase the error counter by one.
error_counter++;
// If the error counter is at exactly 1, send a warning message to the user.
if (error_counter == 1)
{
_ = ErrorHandling.Unsupported_Character(sl_command);
}
}
}
return(pixel_counter);
}
public static Bitmap Render_Name(BustupData bustup_data)
{
// Create a bitmap as large as the template.
Bitmap base_template = new Bitmap(1920, 1080);
// Establish an int for the width and height glyphs should be rendered at.
int multiplier = 64;
// Load the bitmap font.
string font_sheet = $@"{AssetDirectoryConfig.assetDirectory.assetFolderPath}//SceneMaker//Templates//P4G//Font//p4g_font_sheet.png";
// Create a variable to iterate through sections of the bitmap font.
Bitmap current_glyph;
// Specify X and Y coordinates for where the glyphs should start rendering on the template.
int render_position_x = 102;
int render_position_y = 748;
char[] charArr = bustup_data.Default_Name_EN.ToCharArray();
for (int i = 0; i < charArr.Length; i++)
{
// Retrieve glyph information from the JSON file.
var glyph = ParsingMethods.Get_P4G_Glyph(charArr[i]);
// Check if the character is a line break.
if (charArr[i] == '\u000a')
{
// Set the X coordinate to the start of the row.
render_position_x = 124;
// Move the Y coordinate down to the next line.
render_position_y += 68;
}
else
{
int x = multiplier * glyph.Column;
int y = multiplier * glyph.Row;
using (Graphics graphics = Graphics.FromImage(base_template))
{
using (var originalImage = new Bitmap(font_sheet))
{
// Copy the section of the bitmap font needed.
Rectangle crop = new Rectangle(x, y, multiplier, multiplier);
current_glyph = originalImage.Clone(crop, originalImage.PixelFormat);
// Draw the glyph to the base bitmap.
graphics.DrawImage(current_glyph, (render_position_x - glyph.LeftCut), render_position_y, multiplier, multiplier);
}
}
// Set the next X value at the end of the current glyph's right width.
render_position_x += (glyph.RightCut - glyph.LeftCut);
// Check if the current iterated index is less than the number of indicies available.
if (i < charArr.Length - 1)
{
// If so, edit the position of the X coordinate according to specific kerning pairs.
if (charArr[i] == 'Y' && Char.IsLower(charArr[i + 1]))
{
render_position_x += -6;
}
else if (charArr[i] == 'v' && Char.IsLower(charArr[i + 1]))
{
render_position_x += -1;
}
else if (charArr[i] == 'T' && Char.IsLower(charArr[i + 1]) && charArr[i + 1] != 'h')
{
render_position_x += -6;
}
}
}
}
return(base_template);
}
