Update for 03-10-22 18:45

tech/gradiant_vectors.wiki

@@ -1,4 +0,0 @@
-= Gradiant Vectors =
-
-A gradiant vector is an array with one cell corresponding to each pixel in an
-image, with each cell containing a [[vector]]

tech/gradient_vectors.wiki

@@ -0,0 +1,41 @@
+= Gradient Vectors =
+
+A gradiant vector is an array with one cell corresponding to each pixel in an
+image, with each cell containing a [[vector]] of the image's gradiant at that
+point.
+
+A Vector in this case has both direction and maginiute.
+
+A gradient in this case is the change in values along both the x and y around
+some pixel.
+
+An interesting and very important property of gradient vectors is their
+relationship to edges in an image. An edge is any sudden change in an image,
+including lines, boundaries between two objects, etc. A gradient vector will
+always be a normal to the edge in an image.
+
+== Example Algorithm ==
+
+{{{
+[X] [7] [X]
+[2] [C] [8]
+[X] [3] [X]
+  }}}
+
+Given the above pixel C, we only care about the values with numbers. We can
+find the gradient in the X and Y respectively using
+
+{{{
+Delta_x = 8 - 2 = 6
+Delta_y = 7 - 3 = 4
+  }}}
+
+Therefore our vector is the matrix consisting of 6 over 4. To find the
+direction of this vector we can take
+
+{{{
+arctan(6 / 4) = 56.309 degrees
+  }}}
+
+This of course was on a single pixel value but the same concept applies for [[RGB]]
+or [[CMYK]] colorspaces.

tech/graphics.wiki

@@ -4,7 +4,7 @@ Computer graphics is the field focusing on making a computer generate an image.
 
 == Image processing ==
 
-* [[gradiant_vectors]]
+* [[gradient_vectors]]
 
 == User interfaces ==