| Rev |
Log message |
Author |
Age |
Path |
| 71 |
Well this is not going to be needed any more. |
jguarin2002 |
5382d 10h |
/jart/branches/ver0branch/ |
| 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 |
5384d 08h |
/jart/branches/ver0branch/ |
| 69 |
Sqrt Error : around 6 %.
Great! |
jguarin2002 |
5384d 23h |
/jart/branches/ver0branch/ |
| 68 |
A 4 pipe x 1 clock, square root of variable width from 4 to 4n.
SOOOOOO Beta. |
jguarin2002 |
5385d 00h |
/jart/branches/ver0branch/ |
| 67 |
mistypings... |
jguarin2002 |
5391d 08h |
/jart/branches/ver0branch/ |
| 66 |
mistypings... |
jguarin2002 |
5391d 08h |
/jart/branches/ver0branch/ |
| 65 |
The Sphere register block RTL's. |
jguarin2002 |
5391d 09h |
/jart/branches/ver0branch/ |
| 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 |
5391d 09h |
/jart/branches/ver0branch/ |
| 63 |
By default dont register the V output. |
jguarin2002 |
5391d 09h |
/jart/branches/ver0branch/ |
| 62 |
Minor corrections, cuts and additions. |
jguarin2002 |
5392d 12h |
/jart/branches/ver0branch/ |
| 61 |
Code corrections and few port additions. |
jguarin2002 |
5392d 12h |
/jart/branches/ver0branch/ |
| 60 |
Some K or VD bits are getting are inverted at the exit....
I check the rtl net viewer, and the circuit compiled is quite strange nor correspondant.... |
jguarin2002 |
5393d 03h |
/jart/branches/ver0branch/ |
| 59 |
scanFF syntax error. |
jguarin2002 |
5394d 08h |
/jart/branches/ver0branch/ |
| 58 |
Add the scanff component declaration. |
jguarin2002 |
5394d 08h |
/jart/branches/ver0branch/ |
| 57 |
RS232 Serial interface aimed to work at 460,8 kbps. |
jguarin2002 |
5394d 09h |
/jart/branches/ver0branch/ |
| 56 |
A Scan Out flip flop used by the dComparisonCell. |
jguarin2002 |
5394d 09h |
/jart/branches/ver0branch/ |
| 55 |
A grid composed by rows of cells:
- floor0Row: dot product cells row.
- floor1Row: V.D >= K comparison cells row.
- floor2Row: smallest V.D projection distance comparison cells row. |
jguarin2002 |
5394d 09h |
/jart/branches/ver0branch/ |
| 54 |
The package collection. |
jguarin2002 |
5394d 09h |
/jart/branches/ver0branch/ |
| 53 |
Parameterizable width adder. Used by the dot product cell. |
jguarin2002 |
5394d 09h |
/jart/branches/ver0branch/ |
| 52 |
Modulo 0 detector. Used by ray generator. |
jguarin2002 |
5394d 09h |
/jart/branches/ver0branch/ |
