ALPHA NUMERIC GRAPHIC TELEVISION PRODUCTION TITLER

Brand Owner (click to sort) Address Description
NANOLOG System Concepts, Inc. 9977 North 90th Street Suite 360 Scottsdale AZ 85258 Alpha-Numeric Graphic Television Production Titler for Use in the Cable, Closed Circuit, and Broadcast Television Industries. Such Goods Generate a Signal which, After Processing by Appropriate Broadcasting or Cable-Casting Equipment, Produces a Video Image of Numbers, Letters and/or Graphic Designs on a Television Screen;
QUANTAFONT VI System Concepts, Inc. 9977 North 90th Street Suite 360 Scottsdale AZ 85258 Alpha-Numeric Graphic Television Production Titler for Use in Cable, Closed Circuit and Broadcast Television Industries;6;
QV System Concepts, Inc. 9977 North 90th Street Suite 360 Scottsdale AZ 85258 Alpha-Numeric Graphic Television Production Titler for Use in the Cable Closed Circuit, and Broadcast Television Industries;Q5;
QVII System Concepts, Inc. 9977 North 90th Street Suite 360 Scottsdale AZ 85258 Alpha-Numeric Graphic Television Production Titler for Use in the Cable Closed Circuit, and Broadcast Television Industries;Q 7;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Methods and apparatus, including computer program products, for blending in the presence of different transparencies. In one aspect, the invention provides a computer implemented method for blending a first graphic element and a second graphic element in accordance with a transfer mode T, the first graphic element having a color A and an alpha a, the second graphic element having a color B and an alpha b. The method includes: calculating a resulting alpha as lerp(a, b, q), lerp being a linear interpolation function and q being a pseudo-opacity that varies between 1 and 0, inclusive; calculating a blended color as T(A, B, q); calculating an intermediate color as interpolate_color(A, blended color, min(b/resulting alpha, 1)), interpolate_color being a continuous function that interpolates its input colors and min being a function that selects the smaller of its input values; and calculating a result color as interpolate_color(B, intermediate color, min(a/resulting alpha, 1)).