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83 The real credit. jguarin2002 5337d 03h /jart/
82 The real credit. jguarin2002 5337d 03h /jart/
81 Some credits....... jguarin2002 5337d 03h /jart/
80 The Unitary Ray Set generator.

It has a delay of 5 clocks to start pushing out rays. You can put the device on hold by setting 0 the ena input. A better documentation is yet to be written.		 jguarin2002 5339d 02h /jart/
79 urs : unitary ray set.

This is the rtl to synthesize the unitary vector set that represents the rays shot throughout the screen.		 jguarin2002 5339d 04h /jart/
78 Parameterized RTL. jguarin2002 5340d 01h /jart/
77 + The Unitary Ray Set, Y component synthesizing circuit. Produces the Y component curve. Using a 2Kybtes memory in order to store Y' derivate function, and using it to integrate and obtain the Y+Yo curve. jguarin2002 5340d 03h /jart/
76 Rom memory with the initial unitary ray set Y component jguarin2002 5341d 03h /jart/
75 + Optimized fitting values. jguarin2002 5343d 23h /jart/
74 stupid typo.... jguarin2002 5343d 23h /jart/
73 + GPL License Added..... jguarin2002 5343d 23h /jart/
72 + Optimized in size.
+ Added the GPL license (which is mandatory!)
+ Added a minimal explanation of how to use the RTL.		 jguarin2002 5343d 23h /jart/
71 Well this is not going to be needed any more. jguarin2002 5344d 01h /jart/
70 Ray Traversal Unitary Vector Component Z in A(7,10) fixed format. The output is the 10 bits of the decimal part.

ok.		 jguarin2002 5345d 23h /jart/
69 Sqrt Error : around 6 %.
Great!		 jguarin2002 5346d 14h /jart/
68 A 4 pipe x 1 clock, square root of variable width from 4 to 4n.

SOOOOOO Beta.		 jguarin2002 5346d 15h /jart/
67 mistypings... jguarin2002 5353d 00h /jart/
66 mistypings... jguarin2002 5353d 00h /jart/
65 The Sphere register block RTL's. jguarin2002 5353d 00h /jart/
64 Sphere Register Block now supported.

The sphere register block has 6 modes of operation:

1. OP1, SZALFA: In this mode we summon out from the register block ONE sphere tuple: Position X,Y,Z and sphere K, per enabled clock cycle. Size of the register allows 4096
spheres.

2. OP1, SZBETA: Same as the above but the allowed spheres are 2048.

3. OP2, SZALFA: In this mode we summon out from the register block TWO spheres tuples: Position X,Y,Z and sphere K, per enabled clock cycle. Size of the register allows 4096
spheres.

4. OP2, SZBETA: Same as the above but the allowed spheres are 2048.

5. OP4, SZALFA: In this mode we summon out from the register block FOUR sphere tuples: Position X,Y,Z and sphere K, per enabled clock cycle. Size of the register allows 4096
spheres.

6. OP4, SZBETA: Same as the above but the allowed spheres are 2048.		 jguarin2002 5353d 00h /jart/

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