Générateur de mickey
Description
petite tête de mickey qui tourne...
4 sphere une lumiere et beaucoup de calcul pour une tete de mickey.
4 sphere une lumiere et beaucoup de calcul pour une tete de mickey.
Source / Exemple :
Comment#
Asmik.Asm
94/95
Comment#
;Jumps
.586P
;.387
;Locals @@
Vrais Equ 0
Faux Equ 255
Vector Struc ; 12 Octets de Vecteur;
Vector_1 DD ? ;
Vector_2 DD ? ;
Vector_3 DD ? ;
Vector EndS
Matrice Struc ; 48 Octets de Matrice
Matrice1_1 DD ?
Matrice1_2 DD ?
Matrice1_3 DD ?
Matrice2_1 DD ?
Matrice2_2 DD ?
Matrice2_3 DD ?
Matrice3_1 DD ?
Matrice3_2 DD ?
Matrice3_3 DD ?
Matrice EndS
; Quelque Structure Lourde
V3t Struc ; definition d'une coordonnee 12 Octets
X DD 0
Y DD 0
Z DD 0
V3t Ends
; ; Definition d'un Pigment
Ct Struc ; 12 Octets de pigment;
R DD 0 ; 0.0 -> 1.0
G DD 0
B DD 0
Ct Ends
RayT Struc ; Definition d'un rayon 24 Octets
RP V3t <0,0,0>
RN V3t <0,0,0>
RayT EndS
SphereT Struc ; definition d'une sphere
M V3t <0,0,0> ; coordonnee centre
Sqrr DD 0 ; Rayon Single
SphereT EndS
; Definition d'une Surface
SurfT Struc
SOd Ct <0,0,0>
SOe DD 0 ; Single
SN DD 0 ; Single
SRefl Dw 0 ; Boolean ; reflection
STrans Dw 0 ; Boolean ; Transparence
SSpecC Ct <0,0,0>;
STransC Ct <0,0,0>;
SColProc DW 0 ; Offset Procedure de Couleur
STypProc DW 0 ; Offset Procedure de Typage
SurfT Ends
StartC Segment Para Public Use16 'CODE'
Assume CS:StartC,DS:StartC,SS:StartC
Org 100h
StartHere:
Jmp Demarre
Db ' Pov2Com V1.0 '
Db ' B.Y.O 1995 Pigment '
;Include Pigment.asm ; Liste des Pigments de pov pr?traduite
; Pigment
Gray05 Dd 03D4CCCCDh,03D4CCCCDh,03D4CCCCDh;
Gray10 Dd 03DCCCCCDh,03DCCCCCDh,03DCCCCCDh;
Gray15 Dd 03E19999Ah,03E19999Ah,03E19999Ah;
Gray20 Dd 03E4CCCCDh,03E4CCCCDh,03E4CCCCDh;
Gray25 Dd 03E800000h,03E800000h,03E800000h;
Gray30 Dd 03E99999Ah,03E99999Ah,03E99999Ah;
Gray35 Dd 03EB33333h,03EB33333h,03EB33333h;
Gray40 Dd 03ECCCCCDh,03ECCCCCDh,03ECCCCCDh;
Gray45 Dd 03EE66666h,03EE66666h,03EE66666h;
Gray50 Dd 03F000000h,03F000000h,03F000000h;
Gray55 Dd 03F0CCCCDh,03F0CCCCDh,03F0CCCCDh;
Gray60 Dd 03F19999Ah,03F19999Ah,03F19999Ah;
Gray65 Dd 03F266666h,03F266666h,03F266666h;
Gray70 Dd 03F333333h,03F333333h,03F333333h;
Gray75 Dd 03F400000h,03F400000h,03F400000h;
Gray80 Dd 03F4CCCCDh,03F4CCCCDh,03F4CCCCDh;
Gray85 Dd 03F59999Ah,03F59999Ah,03F59999Ah;
Gray90 Dd 03F666666h,03F666666h,03F666666h;
Gray95 Dd 03F733333h,03F733333h,03F733333h;
DimGray Dd 03EA8A8B1h,03EA8A8B1h,03EA8A8B1h;
DimGrey Dd 03EA8A8B1h,03EA8A8B1h,03EA8A8B1h;
Gray Dd 03F40C0BEh,03F40C0BEh,03F40C0BEh;
Grey Dd 03F40C0BEh,03F40C0BEh,03F40C0BEh;
LightGray Dd 03F28A8B1h,03F28A8B1h,03F28A8B1h;
LightGrey Dd 03F28A8B1h,03F28A8B1h,03F28A8B1h;
VLightGrey Dd 03F4CCCCDh,03F4CCCCDh,03F4CCCCDh;
White Dd 03F800000h,03F800000h,03F800000h;
Red Dd 03F800000h,000000000h,000000000h;
Green Dd 000000000h,03F800000h,000000000h;
Blue Dd 000000000h,000000000h,03F800000h;
Yellow Dd 03F800000h,03F800000h,000000000h;
Cyan Dd 000000000h,03F800000h,03F800000h;
Magenta Dd 03F800000h,03F800000h,03F800000h;
Black Dd 000000000h,000000000h,000000000h;
Aquamarine Dd 03EE0E0EBh,03F5BDBE4h,03F13939Ah;
BlueViolet Dd 03F1F9F02h,03EBEBEBEh,03F1F9F99h;
Brown Dd 03F25A5A9h,03E28A8B1h,03E28A8B1h;
CadetBlue Dd 03EBEBEBEh,03F1F9F99h,03F1F9F99h;
Coral Dd 03F800000h,03EFEFEF8h,000000000h;
CornflowerBlue Dd 03E848494h,03E848494h,03EDEDEDBh;
DarkGreen Dd 03E3CBCCFh,03E9E9EA1h,03E3CBCCFh;
DarkOliveGreen Dd 03E9E9EA1h,03E9E9EA1h,03E3CBCCFh;
DarkOrchid Dd 03F19999Ah,03E48C8ACh,03F4CCCCDh;
DarkSlateBlue Dd 03ED6D6DCh,03E0C8C93h,03F0E8E93h;
DarkSlateGray Dd 03E3CBCCFh,03E9E9EA1h,03E9E9EA1h;
DarkSlateGrey Dd 03E3CBCCFh,03E9E9EA1h,03E9E9EA1h;
DarkTurquoise Dd 03EE0E0EBh,03F13939Ah,03F5BDBE4h;
Firebrick Dd 03F0E8E93h,03E0C8C93h,03E0C8C93h;
ForestGreen Dd 03E0C8C93h,03F0E8E93h,03E0C8C93h;
Gold Dd 03F4CCCCDh,03EFEFEF8h,03E48C8ACh;
Goldenrod Dd 03F5BDBE4h,03F5BDBE4h,03EE0E0EBh;
GreenYellow Dd 03F13939Ah,03F5BDBE4h,03EE0E0EBh;
IndianRed Dd 03E9E9EA1h,03E3CBCCFh,03E3CBCCFh;
Khaki Dd 03F1F9F99h,03F1F9F99h,03EBEBEBEh;
LightBlue Dd 03F3FBFC6h,03F58D8DCh,03F58D8DCh;
LightSteelBlue Dd 03F0F8F8Ah,03F0F8F8Ah,03F3CBCBEh;
LimeGreen Dd 03E48C8ACh,03F4CCCCDh,03E48C8ACh;
Maroon Dd 03F0E8E93h,03E0C8C93h,03ED6D6DCh;
MediumAquamarine Dd 03E48C8ACh,03F4CCCCDh,03F19999Ah;
MediumBlue Dd 03E48C8ACh,03E48C8ACh,03F4CCCCDh;
MediumForestGreen Dd 03ED6D6DCh,03F0E8E93h,03E0C8C93h;
MediumGoldenrod Dd 03F6AEAEAh,03F6AEAEAh,03F2DADA7h;
MediumOrchid Dd 03F13939Ah,03EE0E0EBh,03F5BDBE4h;
MediumSeaGreen Dd 03E848494h,03EDEDEDBh,03E848494h;
MediumSlateBlue Dd 03EFEFEF8h,03F800000h,000000000h;
MediumSpringGreen Dd 03EFEFEF8h,03F800000h,000000000h;
MediumTurquoise Dd 03EE0E0EBh,03F5BDBE4h,03F5BDBE4h;
MediumVioletRed Dd 03F5BDBE4h,03EE0E0EBh,03F13939Ah;
MidnightBlue Dd 03E3CBCCFh,03E3CBCCFh,03E9E9EA1h;
Navy Dd 03E0C8C93h,03E0C8C93h,03F0E8E93h;
NavyBlue Dd 03E0C8C93h,03E0C8C93h,03F0E8E93h;
Orange Dd 03F800000h,03F000000h,000000000h;
OrangeRed Dd 03F800000h,03EFEFEF8h,000000000h;
Orchid Dd 03F5BDBE4h,03EE0E0EBh,03F5BDBE4h;
PaleGreen Dd 03F0F8F8Ah,03F3CBCBEh,03F0F8F8Ah;
Pink Dd 03F3CBCBEh,03F0F8F8Ah,03F0F8F8Ah;
Plum Dd 03F6AEAEAh,03F2DADA7h,03F6AEAEAh;
Salmon Dd 03EDEDEDBh,03E848494h,03E848494h;
SeaGreen Dd 03E0C8C93h,03F0E8E93h,03ED6D6DCh;
Sienna Dd 03F0E8E93h,03ED6D6DCh,03E0C8C93h;
SkyBlue Dd 03E48C8ACh,03F19999Ah,03F4CCCCDh;
SlateBlue Dd 000000000h,03EFEFEF8h,03F800000h;
SpringGreen Dd 000000000h,03F800000h,03EFEFEF8h;
SteelBlue Dd 03E0C8C93h,03ED6D6DCh,03F0E8E93h;
Tan Dd 03F5BDBE4h,03F13939Ah,03EE0E0EBh;
Thistle Dd 03F58D8DCh,03F3FBFC6h,03F58D8DCh;
Turquoise Dd 03F2DADA7h,03F6AEAEAh,03F6AEAEAh;
Violet Dd 03E9E9EA1h,03E3CBCCFh,03E9E9EA1h;
VioletRed Dd 03F4CCCCDh,03E48C8ACh,03F19999Ah;
Wheat Dd 03F58D8DCh,03F58D8DCh,03F3FBFC6h;
YellowGreen Dd 03F19999Ah,03F4CCCCDh,03E48C8ACh;
SummerSky Dd 03E6147AEh,03F30A3D7h,03F5EB852h;
RichBlue Dd 03EB33333h,03EB33333h,03F2B851Fh;
Brass Dd 03F35C28Fh,03F266666h,03E851EB8h;
Copper Dd 03F3851ECh,03EE66666h,03E4CCCCDh;
Bronze Dd 03F0CCCCDh,03EF0A3D7h,03E0F5C29h;
Bronze2 Dd 03F266666h,03EFAE148h,03E75C28Fh;
Silver Dd 03F666666h,03F68F5C3h,03F7AE148h;
BrightGold Dd 03F59999Ah,03F59999Ah,03DCCCCCDh;
OldGold Dd 03F4F5C29h,03F35C28Fh,03E6B851Fh;
Feldspar Dd 03F51EB85h,03F11EB85h,03EEB851Fh;
Quartz Dd 03F59999Ah,03F59999Ah,03F733333h;
NeonPink Dd 03F800000h,03EDC28F6h,03F47AE14h;
DarkPurple Dd 03F07AE14h,03DF5C28Fh,03EF0A3D7h;
NeonBlue Dd 03E99999Ah,03E99999Ah,03F800000h;
CoolCopper Dd 03F59999Ah,03F07AE14h,03DCCCCCDh;
MandarinOrange Dd 03F63D70Ah,03EF0A3D7h,03E4CCCCDh;
LightWood Dd 03F68F5C3h,03F428F5Ch,03F266666h;
MediumWood Dd 03F266666h,03F000000h,03EC7AE14h;
DarkWood Dd 03F051EB8h,03EBD70A4h,03E851EB8h;
SpicyPink Dd 03F800000h,03DE147AEh,03F2E147Bh;
SemiSweetChoc Dd 03ED70A3Dh,03E851EB8h,03E19999Ah;
BakersChoc Dd 03EB851ECh,03E4CCCCDh,03DB851ECh;
Flesh Dd 03F75C28Fh,03F4CCCCDh,03F30A3D7h;
NewTan Dd 03F6B851Fh,03F47AE14h,03F1EB852h;
NewMidnightBlue Dd 000000000h,000000000h,03F1C28F6h;
VeryDarkBrown Dd 03EB33333h,03E23D70Ah,03E0F5C29h;
DarkBrown Dd 03EB851ECh,03E800000h,03E4CCCCDh;
DarkTan Dd 03F170A3Dh,03ED1EB85h,03E9EB852h;
GreenCopper Dd 03EA3D70Ah,03EFAE148h,03EEB851Fh;
DkGreenCopper Dd 03E947AE1h,03EEB851Fh,03EDC28F6h;
DustyRose Dd 03F051EB8h,03EC7AE14h,03EC7AE14h;
HuntersGreen Dd 03E051EB8h,03EBD70A4h,03E9EB852h;
Scarlet Dd 03F0CCCCDh,03DB851ECh,03DB851ECh;
; Nom Associe au pigment
_Gray05 Db 'Gray05',0
_Gray10 Db 'Gray10',0
_Gray15 Db 'Gray15',0
_Gray20 Db 'Gray20',0
_Gray25 Db 'Gray25',0
_Gray30 Db 'Gray30',0
_Gray35 Db 'Gray35',0
_Gray40 Db 'Gray40',0
_Gray45 Db 'Gray45',0
_Gray50 Db 'Gray50',0
_Gray55 Db 'Gray55',0
_Gray60 Db 'Gray60',0
_Gray65 Db 'Gray65',0
_Gray70 Db 'Gray70',0
_Gray75 Db 'Gray75',0
_Gray80 Db 'Gray80',0
_Gray85 Db 'Gray85',0
_Gray90 Db 'Gray90',0
_Gray95 Db 'Gray95',0
_DimGray Db 'DimGray',0
_DimGrey Db 'DimGrey',0
_Gray Db 'Gray',0
_Grey Db 'Grey',0
_LightGray Db 'LightGray',0
_LightGrey Db 'LightGrey',0
_VLightGrey Db 'VLightGrey',0
_White Db 'White',0
_Red Db 'Red',0
_Green Db 'Green',0
_Blue Db 'Blue',0
_Yellow Db 'Yellow',0
_Cyan Db 'Cyan',0
_Magenta Db 'Magenta',0
_Black Db 'Black',0
_Aquamarine Db 'Aquamarine',0
_BlueViolet Db 'BlueViolet',0
_Brown Db 'Brown',0
_CadetBlue Db 'CadetBlue',0
_Coral Db 'Coral',0
_CornflowerBlue Db 'CornflowerBlue',0
_DarkGreen Db 'DarkGreen',0
_DarkOliveGreen Db 'DarkOliveGreen',0
_DarkOrchid Db 'DarkOrchid',0
_DarkSlateBlue Db 'DarkSlateBlue',0
_DarkSlateGray Db 'DarkSlateGray',0
_DarkSlateGrey Db 'DarkSlateGrey',0
_DarkTurquoise Db 'DarkTurquoise',0
_Firebrick Db 'Firebrick',0
_ForestGreen Db 'ForestGreen',0
_Gold Db 'Gold',0
_Goldenrod Db 'Goldenrod',0
_GreenYellow Db 'GreenYellow',0
_IndianRed Db 'IndianRed',0
_Khaki Db 'Khaki',0
_LightBlue Db 'LightBlue',0
_LightSteelBlue Db 'LightSteelBlue',0
_LimeGreen Db 'LimeGreen',0
_Maroon Db 'Maroon',0
_MediumAquamarine Db 'MediumAquamarine',0
_MediumBlue Db 'MediumBlue',0
_MediumForestGreen Db 'MediumForestGreen',0
_MediumGoldenrod Db 'MediumGoldenrod',0
_MediumOrchid Db 'MediumOrchid',0
_MediumSeaGreen Db 'MediumSeaGreen',0
_MediumSlateBlue Db 'MediumSlateBlue',0
_MediumSpringGreen Db 'MediumSpringGreen',0
_MediumTurquoise Db 'MediumTurquoise',0
_MediumVioletRed Db 'MediumVioletRed',0
_MidnightBlue Db 'MidnightBlue',0
_Navy Db 'Navy',0
_NavyBlue Db 'NavyBlue',0
_Orange Db 'Orange',0
_OrangeRed Db 'OrangeRed',0
_Orchid Db 'Orchid',0
_PaleGreen Db 'PaleGreen',0
_Pink Db 'Pink',0
_Plum Db 'Plum',0
_Salmon Db 'Salmon',0
_SeaGreen Db 'SeaGreen',0
_Sienna Db 'Sienna',0
_SkyBlue Db 'SkyBlue',0
_SlateBlue Db 'SlateBlue',0
_SpringGreen Db 'SpringGreen',0
_SteelBlue Db 'SteelBlue',0
_Tan Db 'Tan',0
_Thistle Db 'Thistle',0
_Turquoise Db 'Turquoise',0
_Violet Db 'Violet',0
_VioletRed Db 'VioletRed',0
_Wheat Db 'Wheat',0
_YellowGreen Db 'YellowGreen',0
_SummerSky Db 'SummerSky',0
_RichBlue Db 'RichBlue',0
_Brass Db 'Brass',0
_Copper Db 'Copper',0
_Bronze Db 'Bronze',0
_Bronze2 Db 'Bronze2',0
_Silver Db 'Silver',0
_BrightGold Db 'BrightGold',0
_OldGold Db 'OldGold',0
_Feldspar Db 'Feldspar',0
_Quartz Db 'Quartz',0
_NeonPink Db 'NeonPink',0
_DarkPurple Db 'DarkPurple',0
_NeonBlue Db 'NeonBlue',0
_CoolCopper Db 'CoolCopper',0
_MandarinOrange Db 'MandarinOrange',0
_LightWood Db 'LightWood',0
_MediumWood Db 'MediumWood',0
_DarkWood Db 'DarkWood',0
_SpicyPink Db 'SpicyPink',0
_SemiSweetChoc Db 'SemiSweetChoc',0
_BakersChoc Db 'BakersChoc',0
_Flesh Db 'Flesh',0
_NewTan Db 'NewTan',0
_NewMidnightBlue Db 'NewMidnightBlue',0
_VeryDarkBrown Db 'VeryDarkBrown',0
_DarkBrown Db 'DarkBrown',0
_DarkTan Db 'DarkTan',0
_GreenCopper Db 'GreenCopper',0
_DkGreenCopper Db 'DkGreenCopper',0
_DustyRose Db 'DustyRose',0
_HuntersGreen Db 'HuntersGreen',0
_Scarlet Db 'Scarlet',0
; Table des Couleurs
PigmentTab:
Dw Offset Gray05 , Offset _Gray05
Dw Offset Gray10 , Offset _Gray10
Dw Offset Gray15 , Offset _Gray15
Dw Offset Gray20 , Offset _Gray20
Dw Offset Gray25 , Offset _Gray25
Dw Offset Gray30 , Offset _Gray30
Dw Offset Gray35 , Offset _Gray35
Dw Offset Gray40 , Offset _Gray40
Dw Offset Gray45 , Offset _Gray45
Dw Offset Gray50 , Offset _Gray50
Dw Offset Gray55 , Offset _Gray55
Dw Offset Gray60 , Offset _Gray60
Dw Offset Gray65 , Offset _Gray65
Dw Offset Gray70 , Offset _Gray70
Dw Offset Gray75 , Offset _Gray75
Dw Offset Gray80 , Offset _Gray80
Dw Offset Gray85 , Offset _Gray85
Dw Offset Gray90 , Offset _Gray90
Dw Offset Gray95 , Offset _Gray95
Dw Offset DimGray , Offset _DimGray
Dw Offset DimGrey , Offset _DimGrey
Dw Offset Gray , Offset _Gray
Dw Offset Grey , Offset _Grey
Dw Offset LightGray , Offset _LightGray
Dw Offset LightGrey , Offset _LightGrey
Dw Offset VLightGrey , Offset _VLightGrey
Dw Offset White , Offset _White
Dw Offset Red , Offset _Red
Dw Offset Green , Offset _Green
Dw Offset Blue , Offset _Blue
Dw Offset Yellow , Offset _Yellow
Dw Offset Cyan , Offset _Cyan
Dw Offset Magenta , Offset _Magenta
Dw Offset Black , Offset _Black
Dw Offset Aquamarine , Offset _Aquamarine
Dw Offset BlueViolet , Offset _BlueViolet
Dw Offset Brown , Offset _Brown
Dw Offset CadetBlue , Offset _CadetBlue
Dw Offset Coral , Offset _Coral
Dw Offset CornflowerBlue , Offset _CornflowerBlue
Dw Offset DarkGreen , Offset _DarkGreen
Dw Offset DarkOliveGreen , Offset _DarkOliveGreen
Dw Offset DarkOrchid , Offset _DarkOrchid
Dw Offset DarkSlateBlue , Offset _DarkSlateBlue
Dw Offset DarkSlateGray , Offset _DarkSlateGray
Dw Offset DarkSlateGrey , Offset _DarkSlateGrey
Dw Offset DarkTurquoise , Offset _DarkTurquoise
Dw Offset Firebrick , Offset _Firebrick
Dw Offset ForestGreen , Offset _ForestGreen
Dw Offset Gold , Offset _Gold
Dw Offset Goldenrod , Offset _Goldenrod
Dw Offset GreenYellow , Offset _GreenYellow
Dw Offset IndianRed , Offset _IndianRed
Dw Offset Khaki , Offset _Khaki
Dw Offset LightBlue , Offset _LightBlue
Dw Offset LightSteelBlue , Offset _LightSteelBlue
Dw Offset LimeGreen , Offset _LimeGreen
Dw Offset Maroon , Offset _Maroon
Dw Offset MediumAquamarine , Offset _MediumAquamarine
Dw Offset MediumBlue , Offset _MediumBlue
Dw Offset MediumForestGreen, Offset _MediumForestGreen
Dw Offset MediumGoldenrod , Offset _MediumGoldenrod
Dw Offset MediumOrchid , Offset _MediumOrchid
Dw Offset MediumSeaGreen , Offset _MediumSeaGreen
Dw Offset MediumSlateBlue , Offset _MediumSlateBlue
Dw Offset MediumSpringGreen, Offset _MediumSpringGreen
Dw Offset MediumTurquoise , Offset _MediumTurquoise
Dw Offset MediumVioletRed , Offset _MediumVioletRed
Dw Offset MidnightBlue , Offset _MidnightBlue
Dw Offset Navy , Offset _Navy
Dw Offset NavyBlue , Offset _NavyBlue
Dw Offset Orange , Offset _Orange
Dw Offset OrangeRed , Offset _OrangeRed
Dw Offset Orchid , Offset _Orchid
Dw Offset PaleGreen , Offset _PaleGreen
Dw Offset Pink , Offset _Pink
Dw Offset Plum , Offset _Plum
Dw Offset Salmon , Offset _Salmon
Dw Offset SeaGreen , Offset _SeaGreen
Dw Offset Sienna , Offset _Sienna
Dw Offset SkyBlue , Offset _SkyBlue
Dw Offset SlateBlue , Offset _SlateBlue
Dw Offset SpringGreen , Offset _SpringGreen
Dw Offset SteelBlue , Offset _SteelBlue
Dw Offset Tan , Offset _Tan
Dw Offset Thistle , Offset _Thistle
Dw Offset Turquoise , Offset _Turquoise
Dw Offset Violet , Offset _Violet
Dw Offset VioletRed , Offset _VioletRed
Dw Offset Wheat , Offset _Wheat
Dw Offset YellowGreen , Offset _YellowGreen
Dw Offset SummerSky , Offset _SummerSky
Dw Offset RichBlue , Offset _RichBlue
Dw Offset Brass , Offset _Brass
Dw Offset Copper , Offset _Copper
Dw Offset Bronze , Offset _Bronze
Dw Offset Bronze2 , Offset _Bronze2
Dw Offset Silver , Offset _Silver
Dw Offset BrightGold , Offset _BrightGold
Dw Offset OldGold , Offset _OldGold
Dw Offset Feldspar , Offset _Feldspar
Dw Offset Quartz , Offset _Quartz
Dw Offset NeonPink , Offset _NeonPink
Dw Offset DarkPurple , Offset _DarkPurple
Dw Offset NeonBlue , Offset _NeonBlue
Dw Offset CoolCopper , Offset _CoolCopper
Dw Offset MandarinOrange , Offset _MandarinOrange
Dw Offset LightWood , Offset _LightWood
Dw Offset MediumWood , Offset _MediumWood
Dw Offset DarkWood , Offset _DarkWood
Dw Offset SpicyPink , Offset _SpicyPink
Dw Offset SemiSweetChoc , Offset _SemiSweetChoc
Dw Offset BakersChoc , Offset _BakersChoc
Dw Offset Flesh , Offset _Flesh
Dw Offset NewTan , Offset _NewTan
Dw Offset NewMidnightBlue , Offset _NewMidnightBlue
Dw Offset VeryDarkBrown , Offset _VeryDarkBrown
Dw Offset DarkBrown , Offset _DarkBrown
Dw Offset DarkTan , Offset _DarkTan
Dw Offset GreenCopper , Offset _GreenCopper
Dw Offset DkGreenCopper , Offset _DkGreenCopper
Dw Offset DustyRose , Offset _DustyRose
Dw Offset HuntersGreen , Offset _HuntersGreen
Dw Offset Scarlet , Offset _Scarlet
Dw -1 , -1
Align 16
; les constantes de Mik.Pas
GradBase DD 90
Xmax DD 159 ;319
Ymax DD 119 ;239
Xmax2 DD 159 ;319
Ymax2 DD 119 ;239
PicSizeWc DD 10.0
PixRat DD 1.0
Half1 DD 0.5
Quater DD 0.25
aQuater DD -2
Is1 DD 1.0
IsZero DD 0.0
Mul255 DD 255
Infinity DD 060AD78ECh ; 10E20
Epsilon DD 02EDBE6FFh ; 10E-10
Pow10S DD -10.0
MaxRekDep Equ 5
AttenEps DD 0.01
Abank_R DW 0
DestSeg DW 0A000h
Xrotate DD 0.0 ; Rotation sur l'axe des z !!
DD 0.0
DD 1.0
Eye DD 0.0 ; V3t.X
DD -20.0 ; V3t.Y
DD 0.1 ; V3t.Z
LightV DD -20.0 ; V3t.X
DD -20.0 ; V3t.Y
DD 10.0 ; V3t.Z
LightC DD 1.0 ; Ct.R
DD 1.0 ; Ct.G
DD 1.0 ; Ct.B
AmbC DD 0.15 ; Ct.R
DD 0.15 ; Ct.G
DD 0.15 ; Ct.B
; Base a y = -1.0 pour rotation visuelle autour du point 0,0,0
; Les Trois Spheres representant le Mickey
K1 DD 0.0 ; SphereT.m.X
DD -1.0 ; SphereT.m.Y
DD 0.0 ; SphereT.m.Z
DD 4.0 ; SphereT.Sqrr
K2 DD -1.50 ; SphereT.m.X
DD -1.00 ; SphereT.m.Y
DD 1.50 ; SphereT.m.Z
DD 1.00 ; SphereT.Sqrr
K3 DD +1.50 ; SphereT.m.X
DD -1.00 ; SphereT.m.Y
DD 1.50 ; SphereT.m.Z
DD 1.00 ; SphereT.Sqrr
K4 DD 0.0 ; SphereT.m.X
DD -2.625; SphereT.m.Y
DD 0.0 ; SphereT.m.Z
DD 0.25 ; SphereT.Sqrr
ObnrMax Dw 4
ObnrIs Dw Offset K1 ; Equ 1 ; Quatre Sphere = un Mickey
Dw Offset K2 ; Equ 2 ;
Dw Offset K3 ; Equ 3 ;
Dw Offset K4 ; Equ 4 ;
K1Surf DD 1.0 ;Ct <1.0,1.0,1.0>
DD 0.5
DD 1.0
DD 100.0
DD 1.0
Dw Faux
Dw Faux
DD 0.5 ;Ct < 0.5,0.5,0.5 >
DD 0.5
DD 0.5
DD 1.0 ;Ct < 1.0,1.0,1.0 >
DD 1.0
DD 1.0
Dw Offset EqOdProc
Dw Offset EqNrmProc
K2Surf DD 0.5 ;Ct <0.5,0.6,0.7>
DD 0.6
DD 0.7
DD 100.0
DD 1.0
Dw Faux
Dw Faux
DD 0.5 ;Ct < 0.5,0.5,0.5 >
DD 0.5
DD 0.5
DD 1.0 ;Ct < 1.0,1.0,1.0 >
DD 1.0
DD 1.0
Dw Offset EqOdProc
Dw Offset EqNrmProc
K3Surf: ;Ct <0,0,0>
DD 0.2
DD 0.3
DD 0.4
DD 100.0
DD 1.0
Dw Faux
Dw Faux
DD 0.5 ;Ct < 0.5,0.5,0.5 >
DD 0.5
DD 0.5
DD 1.0 ;Ct < 1.0,1.0,1.0 >
DD 1.0
DD 1.0
Dw Offset EqOdProc
Dw Offset EqNrmProc
K4Surf: ;Ct <1.0,1.0,1.0>
DD 0.9
DD 0.8
DD 0.7
DD 100.0
DD 1.0
Dw Faux
Dw Faux
DD 0.5 ;Ct < 0.5,0.5,0.5 >
DD 0.5
DD 0.5
DD 1.0 ;Ct < 1.0,1.0,1.0 >
DD 1.0
DD 1.0
Dw Offset EqOdProc
Dw Offset EqNrmProc
SurfIs Dw Offset K1Surf
Dw Offset K2Surf
Dw Offset K3Surf
Dw Offset K4Surf
; Les Data en valorisations au demarrage
Ra RayT <>
Vh V3t <>
Vr V3t <>
Hv V3t <>
Nh V3t <>
Cct Ct <>
KeyStop Dw Faux
; Quelque Macros debilisante
CoordCopy Macro De,Vers
Mov Eax,Dword Ptr Cs:[De.X]
Mov Dword Ptr Cs:[Vers.X],Eax
Mov Eax,Dword Ptr Cs:[De.Y]
Mov Dword Ptr Cs:[Vers.Y],Eax
Mov Eax,Dword Ptr Cs:[De.Z]
Mov Dword Ptr Cs:[Vers.Z],Eax
EndM
ColorCopy Macro De,Vers
Mov Eax,Dword Ptr Cs:[De.R]
Mov Dword Ptr Cs:[Vers.R],Eax
Mov Eax,Dword Ptr Cs:[De.G]
Mov Dword Ptr Cs:[Vers.G],Eax
Mov Eax,Dword Ptr Cs:[De.B]
Mov Dword Ptr Cs:[Vers.B],Eax
EndM
; Additif pour avoir un rotation de vecteur !
; Variable Rattache a DefineMatrix
MatriceE Matrice <>
Grad DD 0
GradSin DD 0
GradCos DD 0
GradCosNeg DD 0
Theta DD 0
DefineMatrix Proc Near
Mov Dword Ptr Theta,Eax
; Calcul le Sinus & le Cosinus de Grad
Finit
Nop
FLD Dword Ptr Theta
FSinCos
Fwait
Nop
FSTP DWORD Ptr GradCos ; Depile St(0) Dans GradCos
FSTP DWORD Ptr GradSin ; Depile St(0) Dans GradSin
; Calcul 1-GradCos
FLD Dword Ptr GradCos
FLD1
FSub St(0),St(1)
FST Dword Ptr GradCosNeg ; Stoque St(0)
Fwait
Nop
FLD (Vector Ptr ES:[SI]).Vector_1 ; Charge Vecteur X
FSQRT ; Calcul Racine Carre de Vecteur X
FMUL St(0),ST(1) ; Multiplie sqrt(VecteurX) * 1-GradCos
FLD Dword Ptr GradCos ; Charge GradCos
FADD St(0),St(1) ; Addition St(0),St(1);
FSTP (Matrice Ptr DS:[DI]).Matrice1_1
Fwait
Nop
Fld Dword Ptr GradCosNeg
Fld (Vector Ptr ES:[SI]).Vector_2
FSQRT ; Calcul Racine Carre de Vecteur X
FMUL St(0),ST(1) ; Multiplie sqrt(VecteurX) * 1-GradCos
FLD Dword Ptr GradCos ; Charge GradCos
FADD St(0),St(1) ; Addition St(0),St(1);
FSTP (Matrice Ptr DS:[DI]).Matrice2_2
Fwait
Nop
Fld Dword Ptr GradCosNeg
Fld (Vector Ptr ES:[SI]).Vector_3
FSQRT ; Calcul Racine Carre de Vecteur X
FMUL St(0),ST(1) ; Multiplie sqrt(VecteurX) * 1-GradCos
FLD Dword Ptr GradCos ; Charge GradCos
FADD St(0),St(1) ; Addition St(0),St(1);
FSTP (Matrice Ptr DS:[DI]).Matrice3_3
Fwait
Nop
Finit
Nop
FLD Dword Ptr GradSin
FLD (Vector Ptr ES:[SI]).Vector_3
FMul St(0),St(1)
FSTP (Matrice Ptr DS:[DI]).Matrice1_2
FLD (Vector Ptr ES:[SI]).Vector_2
FMul St(0),St(1)
Fstp (Matrice Ptr DS:[DI]).Matrice1_3
FLD (Vector Ptr ES:[SI]).Vector_1
FMul St(0),St(1)
Fstp (Matrice Ptr DS:[DI]).Matrice2_3
Fwait
Nop
Finit
Nop
FLD Dword Ptr GradCosNeg
FLD (Vector Ptr ES:[SI]).Vector_1
Fmul St(0),St(1)
FLD (Vector Ptr ES:[SI]).Vector_2
Fmul st(0),St(1)
FLD (Matrice Ptr DS:[DI]).Matrice1_2
FLDZ
FADD St(0),St(2)
FSUB St(0),St(1)
FSTP (Matrice Ptr DS:[DI]).Matrice2_1
FXCH St(1)
FADD St(0),St(1)
FSTP (Matrice Ptr DS:[DI]).Matrice1_2
FLD (Vector Ptr ES:[SI]).Vector_3
Fmul St(0),St(2)
FldZ
Fadd St(0),St(1)
Fld (Matrice Ptr DS:[DI]).Matrice2_3
FXCH St(1)
Fsub St(0),St(1)
FSTP (Matrice Ptr DS:[DI]).Matrice3_1 ;
Fadd St(0),St(1)
FSTP (Matrice Ptr DS:[DI]).Matrice1_3
FLD (Matrice Ptr DS:[DI]).Matrice2_3
FLD (Vector Ptr ES:[SI]).Vector_2
Fmul St(0),St(5)
Fld (Vector Ptr ES:[SI]).Vector_3
Fmul St(0),St(1)
FldZ
Fadd St(0),St(1)
Fsub St(0),St(3)
FSTP (Matrice Ptr DS:[DI]).Matrice3_2 ;
Fadd St(0),St(2)
FSTP (Matrice Ptr DS:[DI]).Matrice2_3 ;
Finit
Fwait
Nop
RetN
DefineMatrix EndP
NouvRot Vector <?>
Rotation Proc Near
Finit
Nop
FLD (Matrice Ptr DS:[DI]).Matrice1_1
FLD (Vector Ptr ES:[SI]).Vector_1
Fmul St(0),St(1)
Fld (Matrice Ptr DS:[DI]).Matrice1_2
Fld (Vector Ptr ES:[SI]).Vector_2
Fmul St(0),St(1)
Fadd St(0),St(2);
Fld (Matrice Ptr DS:[DI]).Matrice1_3
Fld (Vector Ptr ES:[SI]).Vector_3
Fmul St(0),St(1)
Fadd St(0),St(2);
Fstp Dword Ptr NouvRot.Vector_1
Finit
Nop
FLD (Matrice Ptr DS:[DI]).Matrice2_1
FLD (Vector Ptr ES:[SI]).Vector_1
Fmul St(0),St(1)
Fld (Matrice Ptr DS:[DI]).Matrice2_2
Fld (Vector Ptr ES:[SI]).Vector_2
Fmul St(0),St(1)
Fadd St(0),St(2);
Fld (Matrice Ptr DS:[DI]).Matrice2_3
Fld (Vector Ptr ES:[SI]).Vector_3
Fmul St(0),St(1)
Fadd St(0),St(2);
Fstp Dword Ptr NouvRot.Vector_2
Finit
Nop
FLD (Matrice Ptr DS:[DI]).Matrice3_1
FLD (Vector Ptr ES:[SI]).Vector_1
Fmul St(0),St(1)
Fld (Matrice Ptr DS:[DI]).Matrice3_2
Fld (Vector Ptr ES:[SI]).Vector_2
Fmul St(0),St(1)
Fadd St(0),St(2);
Fld (Matrice Ptr DS:[DI]).Matrice3_3
Fld (Vector Ptr ES:[SI]).Vector_3
Fmul St(0),St(1)
Fadd St(0),St(2);
Fstp Dword Ptr NouvRot.Vector_3
Mov Eax,Dword Ptr NouvRot.Vector_1
Mov (Vector Ptr ES:[SI]).Vector_1,Eax
Mov Eax,Dword Ptr NouvRot.Vector_2
Mov (Vector Ptr ES:[SI]).Vector_2,Eax
Mov Eax,Dword Ptr NouvRot.Vector_3
Mov (Vector Ptr ES:[SI]).Vector_3,Eax
RetN
Rotation EndP
CopyColor Proc Near
Mov Cx,3
enHaut:
Mov Eax,Dword Ptr Cs:[Si]
Mov Dword Ptr Cs:[Di],Eax
Add Di,4
Add Si,4
Dec Cx
Jnz enHaut
RetN
CopyColor EndP
;þþ
EqOdProc proc Near
RetN
EqOdProc Endp
EqNrmProc proc Near
Retn
EqNrmProc Endp
;þþ Validation
Align 16
Norm Proc ; DS:DI pointe sur V V3t ; ES:BX Pointe sur Single en Sortie
FLD (V3t Ptr DS:[DI]).X ; û(xý+yý+zý)
FMul St,St(0) ;
FLD (V3t Ptr DS:[DI]).Y ;
FMul St,St(0) ;
FADD ;
FLD (V3t Ptr DS:[DI]).Z ;
FMul St,St(0) ;
FADD
FSQRT
FSTP Dword Ptr CS:[BX]
RetN
Norm EndP
;þþ Validation
Align 16
NormSphere Proc ; DS:DI pointe sur V V3t ; ES:BX Pointe sur Single en Sortie
FLD (V3t Ptr DS:[DI]).X ; (xý+yý+zý)
FMul St,St(0) ;
FLD (V3t Ptr DS:[DI]).Y ;
FMul St,St(0) ;
FAdd ;
FLD (V3t Ptr DS:[DI]).Z ;
FMul St,St(0) ;
FAdd ;
FSTP Dword Ptr CS:[BX] ;
RetN
NormSphere EndP
;þþ Validation
Align 16
NormCylY Proc ; DS:DI pointe sur V V3t ; ES:BX Pointe sur Single en Sortie
FLD (V3t Ptr DS:[DI]).X ; (xý+zý)
FMul St,St(0) ;
FLD (V3t Ptr DS:[DI]).Z ;
FMul St,St(0) ;
FADD
FSTP Dword Ptr CS:[BX]
RetN
NormCylY EndP
;þþ Validation
Align 16
Norm_ Proc ; DS:DI pointe sur V V3t ; St(0) = Resultat
FLD (V3t Ptr DS:[DI]).X ; û(xý+yý+zý)
FMul St,St(0) ;
FLD (V3t Ptr DS:[DI]).Y ;
FMul St,St(0)
FADD
FLD (V3t Ptr DS:[DI]).Z
FMul St,St(0)
FADD
FSQRT
RetN
Norm_ EndP
;þþ Validation
Align 16
NormSphere_ Proc ; DS:DI pointe sur V V3t ; St(0) = Resultat
FLD (V3t Ptr DS:[DI]).X ; û(xý+yý+zý)
FMul St,St(0) ;
FLD (V3t Ptr DS:[DI]).Y ;
FMul St,St(0)
FADD
FLD (V3t Ptr DS:[DI]).Z
FMul St,St(0)
FADD
FSQRT
RetN
NormSphere_ EndP
;þþ Validation
Align 16
Normalize Proc ; Assume DS:[DI] Pointe sur V3t
Enter 4,0
Call Norm_
FST Dword Ptr Cs:[Bp-4]
Call ErrEps
FLD (V3t Ptr CS:[DI]).X
FLD Dword Ptr Cs:[Bp-4]
FDIV
FSTP (V3t Ptr CS:[DI]).X
FLD (V3t Ptr CS:[DI]).Y
FLD Dword Ptr Cs:[Bp-4]
FDIV
FSTP (V3t Ptr CS:[DI]).Y
FLD (V3t Ptr CS:[DI]).Z
FLD Dword Ptr Cs:[Bp-4]
FDIV
FSTP (V3t Ptr CS:[DI]).Z
Leave
RetN
Normalize EndP
Even
Vsum Proc Near ; Assume ES:[SI] Valeur en Sortie
; DS:DI a:V3t Ds:Bx b:V3t
FLD (V3t Ptr CS:[DI]).X ; ( a+b )
FLD (V3t Ptr CS:[BX]).X ;
FAdd ;
Fstp (V3t Ptr CS:[SI]).X ;
FLD (V3t Ptr CS:[DI]).Y
FLD (V3t Ptr CS:[BX]).Y
FAdd
Fstp (V3t Ptr CS:[SI]).Y
FLD (V3t Ptr CS:[DI]).Z
FLD (V3t Ptr CS:[BX]).Z
FAdd
Fstp (V3t Ptr CS:[SI]).Z
RetN
Vsum EndP
; Retour de Procedure copro status normal
Vdif Proc Near ; Assume ES:[SI] Valeur en Sortie
; DS:DI a:V3t Ds:Bx b:V3t
FLD (V3t Ptr CS:[DI]).X ; ( a-b )
FLD (V3t Ptr CS:[BX]).X ;
FSub ;
Fstp (V3t Ptr CS:[SI]).X ;
FLD (V3t Ptr CS:[DI]).Y
FLD (V3t Ptr CS:[BX]).Y
FSub
Fstp (V3t Ptr CS:[SI]).Y
FLD (V3t Ptr CS:[DI]).Z
FLD (V3t Ptr CS:[BX]).Z
FSub
Fstp (V3t Ptr CS:[SI]).Z
RetN
Vdif EndP
Comment#
TraceVdif Proc Near
FLD Dword Ptr Cs:[Eye].X ; ( a-b )
FLD Dword Ptr Cs:[Trace_p].X ;
FSub ;
Fstp Dword Ptr Cs:[Trace_Ve].X ;
FLD Dword Ptr Cs:[Eye].Y
FLD Dword Ptr Cs:[Trace_P].Y
FSub
Fstp Dword Ptr Cs:[Trace_Ve].Y
FLD Dword Ptr Ds:[Eye].Z
FLD (V3t Ptr DS:[Trace_p]).Z
FSub
Fstp Dword Ptr Es:[Trace_ve].Z
RetN
TraceVdif EndP
Comment#
GetNrmVdif Proc Near
FLD (V3t Ptr DS:[DI]).X ;
FLD (V3t Ptr DS:)[Trace_p].X ; ( a-b )
FSub ;
Fstp (V3t Ptr ES:[Trace_n]).X ;
FLD (V3t Ptr DS:[DI]).Y
FLD (V3t Ptr DS:[Trace_p]).Y
FSub
Fstp (V3t Ptr ES:[Trace_n]).Y
FLD (V3t Ptr DS:[DI]).Z
FLD (V3t Ptr DS:[Trace_p]).Z
FSub
Fstp (V3t Ptr ES:[Trace_n]).Z
RetN
GetNrmVdif EndP
Kmul Proc Near; Es:[Si] V3t En Modification ; Cs:Bx Offset Single
; DS:[Di] V3t En Multiplication
FLD Dword Ptr Cs:[Bx]
FLD (V3t Ptr DS:[DI]).X
Fmul
FSTP Dword Ptr Es:[Si].X
FLD Dword Ptr Cs:[Bx]
FLD (V3t Ptr DS:[DI]).Y
Fmul
FSTP Dword Ptr Es:[Si].Y
FLD Dword Ptr Cs:[Bx]
FLD (V3t Ptr DS:[DI]).Z
Fmul
FSTP Dword Ptr Es:[Si].Z
RetN
Kmul EndP
Smul Proc Near; Assume Ds:[DI] Equ A [Bx] Equ B result Es:[Si]
FLD (V3t Ptr DS:[DI]).X
FLD (V3t Ptr DS:[BX]).X
Fmul
FLD (V3t Ptr DS:[DI]).Y
FLD (V3t Ptr DS:[BX]).Y
Fmul
Fadd
FLD (V3t Ptr DS:[DI]).Z
FLD (V3t Ptr DS:[BX]).Z
Fmul
Fadd
FSTP Dword Ptr ES:[SI]
RetN
Smul EndP
Smul_ Proc Near; Assume Ds:[DI] Equ A [Bx] Equ B result St(0)
FLD (V3t Ptr DS:[DI]).X
FLD (V3t Ptr DS:[BX]).X
Fmul
FLD (V3t Ptr DS:[DI]).Y
FLD (V3t Ptr DS:[BX]).Y
Fmul
Fadd
FLD (V3t Ptr DS:[DI]).Z
FLD (V3t Ptr DS:[BX]).Z
Fmul
Fadd
RetN
Smul_ EndP
Smulxz_ Proc Near; Assume Ds:[DI] Equ A [Bx] Equ B result St(0)
FLD (V3t Ptr DS:[DI]).X
FLD (V3t Ptr DS:[BX]).X
Fmul
FLD (V3t Ptr DS:[DI]).Z
FLD (V3t Ptr DS:[BX]).Z
Fmul
Fadd
RetN
Smulxz_ EndP
ErrEps Proc Near ; Assume St(0) = single s
Fabs
Fld Dword Ptr Epsilon
Fxch
Fcompp
Fwait
Fstsw Ax
Test Ah,1
Jne @@RunErrEps
Clc
RetN
@@RunErrEps:
Mov Sp,0FFFEh
Mov Ax,03h ; Fin de Programme Erreur Epsilon
Int 10h
Int 20h
ErrEps EndP
OldCw DW 0
NewCw DW 0
; utilise par Pow
ExpX Proc Near ; St(0) = X
Enter 4,0
fldl2e ; load log2(10)
fmulp st(1),st(0) ; log2(10) * argument
fld st(0) ; duplicate product
fstcw Word Ptr Cs:[Bp-4] ;oldcw; get old control word
fwait ; wait till it arrives
mov ax,Word Ptr Cs:[Bp-4];oldcw; change rounding mode
and ax,0f3ffh ; field to "round down"
or ax,0400h
mov Word Ptr Cs:[Bp-2],Ax ;newcw,ax
fldcw Word Ptr Cs:[Bp-2];newcw; force rounding mode
frndint ; get int part of product
fldcw Word Ptr Cs:[Bp-4];oldcw; restore old rounding mode
fld st(0) ; duplicate integer part
fxch st(2) ; get original product
fsubrp st(1),st(0) ; find fractional part
fld1
fchs
fxch st(1) ; scale fractional part
fscale
fstp st(1) ; discard coprocessor junk
f2xm1 ; raise 2 to power-1
fld1
faddp st(1),st(0) ; correct for the -1
fmul st(0),st(0) ; square result
fscale ; scale by int part
fstp st(1) ; discard coprocessor junk
Leave
RetN
ExpX EndP
Pow Proc Near ; x = St(0) y= St(1) retour st(0)
FldlN2
Fxch
Fyl2X
Fmul st(0),st(1)
FSTP St(1)
Fld Dword Ptr Pow10S
FCOMP
FWAIT
FSTSW AX
Test AH,1
Jne @@Suite
Fstp St(0)
FldZ
RetN
@@Suite:
Call ExpX ; St(0) = X
RetN
Pow EndP
SqrSolve3 Proc Near
Fld St(0)
Fmul St,St(0) ; sqr(p)
Fild Dword Ptr Cs:[aQuater]
Fxch
Fscale
Fstp St(1)
; Fmulp ;st(0) sqr(p)*0.25
; Fxch st(2)
Fsub St,St(2)
Fstp St(2) ; q elimin? !
Fchs ; Ici on change le signe de p
Fxch
Ftst
FSTSW AX
SAHF
JB @@LamInfinity
; St(0) = d
; st(1) = p
Fsqrt ; st(0) = ûd
Fld Dword Ptr Cs:[Half1]
Fmul st(1) st(2)
;
FTST ; On teste h et 0
FSTSW AX
SAHF
JB @@TryL1
FLD St(1)
FLD St(1)
Fsub
Fld Dword Ptr Cs:[Epsilon]
@@SolveEpsilonL2:
FUCOM
FSTSW AX
SAHF
JA @@TurnToL1 ; Epsilon le plus grand
Fstp St(0);
Fstp St(2);
Fstp St(0);
Jmp @@RealChoice
@@TurnToL1:
FSTP St(0)
FSTP St(0)
; Jmp @@TryL1
@@TryL1:
Fadd
Fld Dword Ptr Cs:[Epsilon]
; Jmp @@SolveEpsilonL1
; @@SolveEpsilonL1:
FUCOM
FSTSW AX
SAHF
JA @@LamInfinity ; Epsilon le plus grand
Fstp St(0);
Jmp @@RealChoice
@@LamInfinity:
Fstp St(0)
Fstp St(0)
FLD Dword Ptr Cs:[Infinity]
@@RealChoice:
Retn
SqrSolve3 EndP
Comment#
; Modifier pour ne pas avoir de passage de paramettre !
TraceRayToPoint Proc Near ;DI,r BX,l SI,p
FLD Dword Ptr Cs:[Trace_RA.RN.X]
Fmul Dword Ptr Cs:[Trace_Lmin]
Fadd Dword Ptr Cs:[Trace_RA.RP.X]
FSTP DWord Ptr Cs:[Trace_P.X]
FLD Dword Ptr Cs:[Trace_RA.RN.Y]
Fmul Dword Ptr Cs:[Trace_Lmin]
Fadd Dword Ptr Cs:[Trace_RA.RP.Y]
FSTP DWord Ptr Cs:[Trace_P.Y]
FLD Dword Ptr Cs:[Trace_RA.RN.Z]
Fmul Dword Ptr Cs:[Trace_Lmin]
Fadd Dword Ptr Cs:[Trace_RA.RP.Z]
FSTP DWord Ptr Cs:[Trace_P.Z]
RetN
TraceRayToPoint EndP
Comment#
ReflV_W DD 0
Reflv_V DD 0,0,0 ; Equ V3t
ReflV Proc Near
Xchg Bx,Di
; Mov Bx, ; ve ; Valorise a l'inverse
; Mov Di, ; n ;
Call Smul_
Fadd St,St(0)
Xchg Bx,Di
; St(0) = W
FSTP Dword Ptr Cs:[ReflV_W]
Mov Ax,Di ; Ax = Ve
Mov Cx,Si ; Cx = Vr
Mov Di,Bx ; Ici di = n
Mov Bx,Offset ReflV_W
; Mov Di,n
Mov Si,Offset ReflV_V
Call Kmul
; Mov Bx,Offset ReflV_V
; Mov Di,Ax ;ve
Mov Bx,Ax
Mov Di,Offset ReflV_V
Mov Si,Cx ;vr
Call Vdif
Retn
ReflV EndP
Comment#
TransV_P DD ?
TransV_Q DD ?
Proc TransV ; Ve = Di, n = Bx , Dx pos d1,d2 , Si : Vt
FLD (V3t Ptr DS:[DI]).X
FLD (V3t Ptr DS:[BX]).X
Fmul
FLD (V3t Ptr DS:[DI]).Y
FLD (V3t Ptr DS:[BX]).Y
Fmul
Fadd
FLD (V3t Ptr DS:[DI]).Z
FLD (V3t Ptr DS:[BX]).Z
Fmul
Fadd
Fabs
Fld
Fmul St,St(0)
Fld1
Fsub St(0),St(1)
Push Bx ; Car Modifie
Mov Bx,Dx
FLD Dword Ptr Ds:[Bx]
Add Bx,4
FLD Dword Ptr Ds:[Bx]
FDIV
Pop Bx
Fld
Fmul St,St(0)
Fmul st(0),st(2)
Fld1
Fsub St(0),St(1)
FTST
FSTSW AX
SAHF
JP @@Erreur1
JA @@D_P0 ;> P.Z > 0.0
JB @@Suite ;> P.Z < 0.0
@@Erreur1:
@@D_P0:
FSQRT
Fld St(1)
Fmul st(0),St(3)
Fsub st(0),st(1)
FSTP Dword Ptr Cs:TransV_Q
FSTP Dword Ptr Cs:TransV_P
Mov Dx,Si
Mov Si,Di
Mov Cx,Bx
Mov Bx,Offset TransV_P
Call Kmul
Mov Bx,Offset TransV_Q
Xchg Si,CX
Mov Di,Si
Call Kmul
Mov Di,Cx
Mov BX,Si
Mov Si,Dx
Call Vsum
; Plus Rien en Pile Normalement
Clc
RetN
@@Suite:
Fstp St(0)
Fstp St(0)
Fstp St(0)
STC
RetN
TransV EndP
Comment#
Align 16
LnX Proc Near ; St(0) = X
FldlN2
Fxch
Fyl2X ; St(0) = Ln(X)
RetN
LnX EndP
Align 16
SphereInter Proc Near
; Pile Interne a SphereInter
@@Si_SavDx Equ [Bp-2]
@@Si_P Equ [Bp-6]
@@Si_Q Equ [Bp-10]
@@Si_L Equ [Bp-14]
@@Si_PMmNrm Equ [Bp-18]
@@Si_pMm Equ [Bp-30]
; Pile Externe a SphereInter
@@Si_Obrn Equ [Bp+8];Bx = Trace.Obnr ; Pas le Mettre Ici En Fait !
@@Si_Lmin Equ [Bp+4];Si = Trace.Lmin ;
@@Si_R Equ [Bp+6];Di = Trace.r ;
Enter 36,0
Mov Word Ptr Cs:@@Si_SavDx,Dx
Dec Dx
Shl Dx,1
Add Dx,Offset ObnrIs
; vdif(r.p,Sphe.m,pMm);
Mov Si,Bp
Sub Si,30 ; Si Devient Si_pMm
Mov Bx,Dx
Mov Bx,Word Ptr Cs:[Bx] ; Bx Devient Sphere K1 ou autre
Mov Di,Word Ptr Cs:@@Si_R.RP
Call Vdif
; pMmNrm := Norm (pMm);
Mov Bx,Bp
Sub Bx,18 ; Bx devient pMmNrm
Mov Di,Bp
Sub Di,30 ; Di Devient pMm
Call NormSphere
; p := 2* smul(pMm,r.n);
Mov Di,Bp
Sub Di,30 ; pMp
Mov Bx,Word Ptr Cs:@@Si_R
Add Bx,Rn
Call Smul_
Fld St(0)
Fadd
Fstp Dword Ptr Cs:@@Si_P
; q := sqr(pMmNrm)-Sphe.sqrr;
Fld Dword Ptr Cs:@@Si_pMmNrm
;Fmul st,st(0)
Mov Bx,Dx
Mov Bx,Word Ptr Cs:[Bx]
Fld Dword Ptr Cs:[Bx.Sqrr]
Fsub
;Fstp Dword Ptr Cs:@@Si_Q
; sqrSolve ( p,q,l);
;Fld Dword Ptr Cs:@@Si_Q
Fld Dword Ptr Cs:@@Si_P
Call SqrSolve3
Fst Dword Ptr Cs:@@Si_L
Mov Di,Word Ptr Cs:@@Si_Lmin
Fld Dword Ptr Cs:[Di]
FUCOMPP
FSTSW AX
SAHF
; if l < lmin then
JBE @@NoChange
; lmin := l;
Mov Dx,Word Ptr Cs:@@Si_SavDx
Mov Bx,Word Ptr Cs:@@Si_Obrn
Mov Ax,Word Ptr Cs:[Bx]
;Test Ax,0
;Je @@Normal
;Fld1
;Fchs
;Fld Dword Ptr Cs:@@Si_L
;Fld Dword Ptr Cs:[Di]
;Faddp
;Fscale
;Fstp Dword Ptr Cs:[Di]
;Fstp St(0)
;Mov Word Ptr Cs:[Bx],Dx
;Jmp @@NoChange
;;Leave
;RetN
@@Normal:
Mov Eax,Dword Ptr Cs:@@Si_L
Mov Dword Ptr Cs:[Di],Eax
; Obnr := test;
Mov Dx,Word Ptr Cs:@@Si_SavDx
Mov Bx,Word Ptr Cs:@@Si_Obrn
Mov Word Ptr Cs:[Bx],Dx
@@NoChange:
Leave
RetN
SphereInter EndP
Align 16
InterSect Proc Near ; Bx = Trace.Obnr
; Di = Trace.r
; Si = Trace.Lmin
Enter 6,0
Mov Word Ptr Cs:[Bp-2],Bx
Mov Word Ptr Cs:[Bp-4],Di
Mov Word Ptr Cs:[Bp-6],Si
; Normalize(r.n); ;
Add Di,12 ;
Call Normalize ; ;
Mov Si,Word Ptr Cs:[Bp-6]
Mov Di,Word Ptr Cs:[Bp-4]
Fld Dword Ptr Cs:[Infinity]
Fstp Dword Ptr Cs:[Si]
Mov Word Ptr Cs:[Bx],0
Comment#
; If r.n.y > 0 then
FLD Dword Ptr Cs:[Di.Rn.Y]
FTST
FSTSW AX
FSTP St(0)
SAHF
JA @@C1True
Jmp @@C1False
; Begin
@@C1True:
; if r.p.y > 0 then
Fld Dword Ptr Cs:[Di.Rp.Y]
FTST
FSTSW AX
FSTP St(0)
SAHF
JA @@C11True
Jmp @@C11False
@@C11True:
; Obnr := 5
Mov Word Ptr Cs:[Bx],5
; Jmp @@AfterC
Jmp @@IsObnr5
@@C11False:
; Obnr:=0;
Mov Word Ptr Cs:[Bx],0
; Jmp @@AfterC
Jmp @@Continue5
; End
; Else
; Begin
@@C1False:
; If r.p.y < 0 then
FLD Dword Ptr Cs:[Di.Rp.Y]
FTST
FSTSW AX
FSTP St(0)
SAHF
JB @@C12True
Jmp @@C12False
@@C12True:
; Obnr := 0
Mov Word Ptr Cs:[Bx],0
; Jmp @@AfterC
Jmp @@Continue5
@@C12False:
; Obnr := 5;
Mov Word Ptr Cs:[Bx],5
; Jmp @@AfterC
Jmp @@IsObnr5
@@AfterC:
Cmp Word Ptr Cs:[Bx],5
Jne @@Continue5
; if Obnr = 5 Then
; begin
@@IsObnr5:
; lmin:=-r.p.y/r.n.y;
FLD Dword Ptr Cs:[DI.Rp.Y]
FCHS
FLD Dword Ptr Cs:[Di.Rn.Y]
FDIVP
FST Dword Ptr Cs:[Si] ; Sauvegarde de Lmin
FTST
FSTSW AX
FSTP St(0)
SAHF
; if lmin<0 then
JB @@Continue5
Jmp @@OkLmin
@@Continue5:
; lmin:=Infinity;
Mov Eax,Dword Ptr Cs:[Infinity]
Mov Dword Ptr Cs:[Si],Eax
@@OkLmin:
Comment#
; Bp Contient les Parametres deja passe a Intersect
Push Bx
Push Di
Push Si
Mov Dx,4 ; Numero de Sphere a tester !
Call SphereInter
Mov Dx,2
Call SphereInter
Mov Dx,3
Call SphereInter
Mov Dx,1
Call SphereInter
Pop Si
Pop Di
Pop Bx
; Mov Bx,Ax
Leave
RetN ; Elimine 6 Octets de La Pile
InterSect EndP
; ToRefl:=GetNrm(ObNr,p,ve,n);
Align 16
GetMnrTable Dw Offset CaseK0 ; Fond
Dw Offset CaseK1 ; Boule
Dw Offset CaseK2 ;
Dw Offset CaseK3 ;
Dw Offset CaseK4 ;
Dw Offset CaseK5 ; Sol
Align 16
GetNrm Proc Near
Mov Bx,Word Ptr Cs:[Trace_Obnr]
Shl Bx,1
Add Bx,Offset GetMnrTable
Mov Bx,Word Ptr Cs:[Bx]
Call Bx
Jmp AfterCaseK0
CaseK1:
Mov Di,Offset K1
Call GetNrmVdif
Mov Di,Bp
Sub Di,42
Call Normalize
RetN
CaseK2:
Mov Di,Offset K2
Call GetNrmVdif
Mov Di,Bp
Sub Di,42
Call Normalize
RetN
CaseK3:
Mov Di,Offset K3
Call GetNrmVdif
Mov Di,Bp
Sub Di,42
Call Normalize
RetN
CaseK4:
Mov Di,Offset K4
Call GetNrmVdif
Mov Di,Bp
Sub Di,42
Call Normalize
RetN
CaseK5:
FLDZ
FST Dword Ptr Cs:[Trace_N.X]
FSTP Dword Ptr Cs:[Trace_N.Z]
FLD1
FSTP Dword Ptr Cs:[Trace_N.Y]
RetN
CaseK0:
RetN
AfterCaseK0:
; Effectue Smul Ve,n resultat St(0)
FLD Dword Ptr Cs:[Trace_Ve].X
FLD Dword Ptr Cs:[Trace_n].X
Fmul
FLD Dword Ptr Cs:[Trace_Ve].Y
FLD Dword Ptr Cs:[Trace_n].Y
Fmul
Fadd
FLD Dword Ptr Cs:[Trace_ve].Z
FLD Dword Ptr Cs:[Trace_n].Z
Fmul
Fadd
Ftst
FSTSW AX
Fstp St(0)
SAHF
JP @@GetNrmC1 ;Erreur1
; If Smul(ve,n) < 0 Then
JAE @@GetNrmC1 ;>= 0.0
@@Erreur1:
; kmul(-1,n,n); { remplace par un Changement de signe ca }
Fld Dword Ptr Cs:[Trace_n].x
Fchs
Fstp Dword Ptr Cs:[Trace_n].x
Fld Dword Ptr Cs:[Trace_n].y
Fchs
Fstp Dword Ptr Cs:[Trace_n].y
Fld Dword Ptr Cs:[Trace_n].z
Fchs
Fstp Dword Ptr Cs:[Trace_n].z
Jmp @@GetNrmC2
@@GetNrmC1:
; Fstp St(0)
@@GetNrmC2:
; nn:=n; Copy simple ; Elimine pas de reflextion
; appel de NrmProc paramettre p et n
Mov Di,Bp ; Normalize(n)
Sub Di,42 ;
Call Normalize ;
; ?limine car pas de gestion reflexion !
;Ax = Vrais si
; (sMul(ve,n)>0) and (smul(nn,n)>0);
;Ax = Faux sinon
;
Retn
GetNrm EndP
Ins_Obnr Dw 0
Even
Ins_R DD 0,0,0,0,0,0
Ins_Lmin DD 0.001
Ins_Dummy DD 0
Even
Comment#
Function InShadow(p:v3T):boolean;
var r:rayT; ShdNr:integer; dummy:single;
begin
r.p:=p; r.n:=LightV; RayToPoint(r,0.001,r.p);
intersect(r,Shdnr,dummy); InShadow:=Shdnr>1;
end;
Comment#
InShadow Proc Near
; Mov Si,Offset Ins_R.RP
; Mov Cx,3
; @@InS_Mov1:
; Mov Eax,Dword Ptr Cs:[Di]
; Mov Dword Ptr Cs:[Si],Eax
; Add Di,4
; Add Si,4
; Dec Cx
; Jnz @@InS_Mov1 ; Delocalise dans le specifique RayToPoint
Mov Bx,Offset LightV
Mov Si,Offset Ins_R.RN
Mov Cx,3
@@InS_Mov2:
Mov Eax,Dword Ptr Cs:[Bx]
Mov Dword Ptr Cs:[Si],Eax
Add Bx,4
Add Si,4
Dec Cx
Jnz @@InS_Mov2
; Equ RayToPoint Specifique
FLD Dword Ptr Cs:[Ins_R.RN.X]
Fmul Dword Ptr Cs:[Ins_LMin]
; Fadd Dword Ptr Cs:[Ins_R.RP.X]
Fadd Dword Ptr Cs:[DI.X]
FSTP DWord Ptr Cs:[Ins_R.RP.X]
FLD Dword Ptr Cs:[Ins_R.RN.Y]
Fmul Dword Ptr Cs:[Ins_Lmin]
; Fadd Dword Ptr Cs:[Ins_R.RP.Y]
Fadd Dword Ptr Cs:[DI.Y]
FSTP DWord Ptr Cs:[Ins_R.RP.Y]
FLD Dword Ptr Cs:[Ins_R.RN.Z]
Fmul Dword Ptr Cs:[Ins_Lmin]
; Fadd Dword Ptr Cs:[Ins_R.RP.Z]
Fadd Dword Ptr Cs:[DI.Z]
FSTP DWord Ptr Cs:[Ins_R.RP.Z]
; Faire Intersect(r,Shdnr,Dummy);
Mov Word Ptr Cs:[Ins_Obnr],0
Mov Di,Offset Ins_R
Mov Bx,Offset Ins_Obnr
Mov Si,Offset Ins_Dummy
Call InterSect
Mov Bx,Offset Ins_Obnr
RetN
InShadow EndP
; Attention Ici Pour Beneficier de L'appel Direct au paramettre contenue
; dans Trace il Faut Recalcul l'ajout sur BP
; Apres Introduction dans la routine
Light_Cd Equ [Bp-2] ; Position
Light_Cs Equ [Bp-14] ; Position
Light_W2 Equ [Bp-18] ; Position
Light_Spec Equ [Bp-22] ; Position
Light_W1 Equ [Bp-26] ; Position
Align 16
Light Proc Near
Enter 26,0 ; Ajout pour variable de Trace !
Mov Bx,Word Ptr Cs:[Trace_Obnr][134]; A voir !
Dec Bx
Shl Bx,1
Add Bx,Offset SurfIs
Mov Bx,Word Ptr Cs:[Bx]
Mov Word Ptr Cs:[Light_Cd],Bx ; Position sur Surface!
; w1:=smul(Lightv,n);
Mov Di,Offset LightV
Mov Bx,Bp
Add Bx,92;(-42)+134
Call Smul_
; St(0) Equ W1
; If (w1>0)
FTST
FSTSW AX
FSTP Dword Ptr CS:[Light_W1]
SAHF
JP @@Erreur1
JB @@LightEndCase
@@Erreur1:
; Call InShadow p sur pile !! ; Elimine sans Consequence !
; And (not InShadow(p)) Then
; ; test (Not InShadow(p)) Vrais
; Begin
Mov Di,Bp
Add Di,-30+134
Call InShadow
Cmp Bx,1
Jl @@LightEndCase
Mov Di,Word Ptr Cs:[Light_Cd]
;c.r:=(LightC.r*w1+AmbC.r)*cd.r;
FLD Dword Ptr Cs:[LightC.R]
Fmul Dword Ptr Cs:[Light_W1]
Fadd Dword Ptr Cs:[AmbC.R]
Fmul Dword Ptr Cs:[Di.R]
Fstp Dword Ptr Cs:[Cct.R]
;c.g:=(LightC.g*w1+AmbC.g)*cd.g;
FLD Dword Ptr Cs:[LightC.G]
Fmul Dword Ptr Cs:[Light_W1]
Fadd Dword Ptr Cs:[AmbC.G]
Fmul Dword Ptr Cs:[Di.G]
Fstp Dword Ptr Cs:[Cct.G]
;c.b:=(LightC.b*w1+AmbC.b)*cd.b;
FLD Dword Ptr Cs:[LightC.B]
Fmul Dword Ptr Cs:[Light_W1]
Fadd Dword Ptr Cs:[AmbC.B]
Fmul Dword Ptr Cs:[Di.B]
Fstp Dword Ptr Cs:[Cct.B]
; w2:=smul(Vr,Lightv);
Mov Bx,Bp
Add Bx,68;(-66)+134 ; Vr
Mov Di,Offset Lightv
Call Smul_
FTST
FSTSW AX
FSTP Dword Ptr CS:[Light_W2]
SAHF
; JP @@LightEnd;Erreur2
; If w2>0 Then
JB @@LightEnd
@@Erreur2:
; Pow Comment Ca Marche Huhu
; spec:=pow(w2,ObArr[ObNr].Oe);
Mov Di,Word Ptr Cs:[Light_Cd]
Fld Dword Ptr Cs:[Di].SurfT.SOe
Fld Dword Ptr Cs:[Light_W2]
Call Pow
Fst Dword Ptr Cs:[Light_Spec]
Ftst
FSTSW AX
FSTP St(0)
SAHF
JZ @@NoSpec ; si Spec = 0 pas besoin de calcul
; cs:=ObArr[ObNr].specC;
Mov Di,Word Ptr Cs:[Light_Cd]
; c.r:=c.r+spec*cs.r;
Fld Dword Ptr Cs:[Di].SurfT.SSpecC.R
Fmul Dword Ptr Cs:[Light_Spec]
Fadd Dword Ptr Cs:[Cct.R]
Fstp Dword Ptr Cs:[Cct.R]
; c.g:=c.g+spec*cs.g;
Fld Dword Ptr Cs:[Di].SurfT.SSpecC.G
Fmul Dword Ptr Cs:[Light_Spec]
Fadd Dword Ptr Cs:[Cct.G]
Fstp Dword Ptr Cs:[Cct.G]
; c.b:=c.b+spec*cs.b;
Fld Dword Ptr Cs:[Di].SurfT.SSpecC.B
Fmul Dword Ptr Cs:[Light_Spec]
Fadd Dword Ptr Cs:[Cct.B]
Fstp Dword Ptr Cs:[Cct.B]
@@NoSpec:
Jmp @@LightEnd
@@LightEndCase:
Mov Di,Word Ptr Cs:[Light_Cd]
; c.r:=AmbC.r*cd.r;
FLD Dword Ptr Cs:[AmbC.r]
Fmul Dword Ptr Cs:[DI.r]
Fstp Dword Ptr Cs:[Cct.R]
; c.g:=AmbC.g*cd.g;
FLD Dword Ptr Cs:[AmbC.g]
Fmul Dword Ptr Cs:[DI.g]
Fstp Dword Ptr Cs:[Cct.G]
; c.b:=AmbC.b*cd.b;
FLD Dword Ptr Cs:[AmbC.b]
Fmul Dword Ptr Cs:[DI.b]
Fstp Dword Ptr Cs:[Cct.b]
@@LightEnd:
Leave
RetN
Light EndP
Align 16
Trace Proc Near
; Les Variables Transmise a Trace
Trace_RekDep Equ [Bp+16] ; Word ; Correspond!
Trace_R Equ [Bp+14] ; Word addresse de ra
Trace_c Equ [Bp+12] ; Word
Trace_N1 Equ [Bp+08] ; Dword
Trace_Atten Equ [Bp+04] ; Dword
; Les Variables Interne a
Trace_Obnr Equ [BP-2]
Trace_Lmin Equ [BP-6]
Trace_N2 Equ [BP-10]
Trace_As Equ [BP-14]
Trace_At Equ [BP-18]
Trace_P Equ [BP-30]
Trace_N Equ [BP-42]
Trace_VE Equ [BP-54]
Trace_VR Equ [BP-66]
Trace_VT Equ [BP-78]
Trace_CI Equ [BP-90]
Trace_CS Equ [BP-102]
Trace_ToRefl Equ [BP-104]
Trace_ToTrans Equ [BP-106]
Trace_Ra Equ [Bp-130] ; Zone de stockage Ra
Enter 130,0 ; Une Zone de Data de 130 Octets
Mov Si,Word Ptr Cs:[Trace_R]; Chargement d'un Rayon passe en paramettre
Mov Di,Bp ; sur la pile interne a Proc_Trace
Sub Di,130 ;
Mov Cx,6 ; 6 Dword en Copie !
@@Duplique:
Mov Eax,Dword Ptr Cs:[Si]
Mov Dword Ptr Cs:[Di],Eax
Add Si,4
Add Di,4
Dec Cx
Jnz @@Duplique
Mov Ax,Word Ptr Cs:[Trace_RekDep]
Cmp Ax,Word Ptr Cs:[MaxRekDep]
Jg @@TestAtten
@@SetC:
Mov Bx,Word Ptr Cs:[Trace_c]
Mov Eax,Dword Ptr Cs:[IsZero]
Mov Dword Ptr Cs:[Bx.R],Eax
Mov Dword Ptr Cs:[Bx.G],Eax
Mov Dword Ptr Cs:[Bx.B],Eax
Jmp @@OutOfTrace
@@TestAtten:
FLD Dword Ptr Cs:Trace_Atten
FLD Dword Ptr Cs:AttenEps
FUCOMPP
FSTSW AX
SAHF
JA @@SetC
; Subterfuge
; On Peu Elimine la passation de parametre vers Intersect
; A Condition de Permettre a Intersect de Taper dans la structure
; de pile de Trace !!!
;intersect(r,obNr,lMin);
Mov Di,Bp
Sub Di,130 ;Mov Di, Trace_Ra
Mov Bx,Bp
Sub Bx,2 ;Mov Bx, Trace_Obnr
Mov Si,Bp
Sub Si,6 ;Mov Si, Trace_Lmin
Call Intersect
Mov Bx,Cs:[Trace_Obnr] ; Recupere Bx Valorise par Intersect
Cmp Bx,0
Je @@K0
; Fld Dword Ptr Cs:[Trace_Lmin]
; Fstp St(0);
; RayToPoint(r,lMin,p);
; Call TraceRayToPoint ; Specifique
; remplace en Dur ; Les Parametres Sont Acquis !!
FLD Dword Ptr Cs:[Trace_RA.RN.X]
Fmul Dword Ptr Cs:[Trace_Lmin]
Fadd Dword Ptr Cs:[Trace_RA.RP.X]
FSTP DWord Ptr Cs:[Trace_P.X]
FLD Dword Ptr Cs:[Trace_RA.RN.Y]
Fmul Dword Ptr Cs:[Trace_Lmin]
Fadd Dword Ptr Cs:[Trace_RA.RP.Y]
FSTP DWord Ptr Cs:[Trace_P.Y]
FLD Dword Ptr Cs:[Trace_RA.RN.Z]
Fmul Dword Ptr Cs:[Trace_Lmin]
Fadd Dword Ptr Cs:[Trace_RA.RP.Z]
FSTP DWord Ptr Cs:[Trace_P.Z]
; vDif(eye,p,ve);
; Call TraceVdif ; Specifique
; Remplace en Dur ; Les Parametres Sont Acquis !!
FLD Dword Ptr Cs:[Eye].X ; ( a-b )
FLD Dword Ptr Cs:[Trace_p].X ;
FSub ;
Fstp Dword Ptr Cs:[Trace_Ve].X ;
FLD Dword Ptr Cs:[Eye].Y
FLD Dword Ptr Cs:[Trace_P].Y
FSub
Fstp Dword Ptr Cs:[Trace_Ve].Y
FLD Dword Ptr Ds:[Eye].Z
FLD (V3t Ptr DS:[Trace_p]).Z
FSub
Fstp Dword Ptr Es:[Trace_ve].Z
; normalize(ve);
Mov Di,Bp
Sub Di,54
Call Normalize
Mov Di,Bp
Sub Di,30
; ToRefl:=GetNrm(ObNr,p,ve,n);
Call GetNrm
; ReflV(ve,n,vr);
Mov Di,Bp ; ve;n
Sub Di,54
Mov Bx,Bp ; n;Ve
Sub Bx,42
Mov Si,Bp ; Vr
Sub Si,66
Call ReflV
; Light(Obnr,p,n,ve,vr,c);
Call Light
Jmp @@OutOfTrace
@@K0:
Mov Si,Offset Black;MediumVioletRed
Mov Di,Offset Cct
Call CopyColor
Jmp @@OutOfTrace
@@LastChoice:
@@OutOfTrace:
Leave
RetN 14
Trace EndP
; ce Pset Correspond a 16m couleur pour ma Tseng !
Even
PsetX DD ?
PsetY DD ?
Bu DD 0
Gr DD 0
Rd DD 0
Even
Pset Proc Near
Push Es
Push Word Ptr Cs:[DestSeg]
Pop Es
Mov Dword Ptr Cs:[PsetX],Ecx
Mov Dword Ptr Cs:[PsetY],Ebx
Mov Eax,Ecx
Shl Ecx,1
Add Ecx,Eax
Mov Eax,Ebx
Mov Ebx,640*3
Mul Bx
Add Ax,Cx
Adc Dx,0
Mov Di,Ax
Mov Ax,Dx
Cmp Dx,Word Ptr Cs:[ABank_R]
Je @@NextB
Mov Word Ptr Cs:[Abank_R],Dx
Mov Ah,Al
Shl Ah,4
Or Al,Ah
Mov Dx,3CDh
Out Dx,Al
@@NextB:
Mov Al,Byte Ptr Cs:[Bu]
StoSb
Mov Ecx,Dword Ptr Cs:[PsetX]
Mov Eax,Ecx
Shl Ecx,1
Add Ecx,Eax
Inc Ecx
Mov Eax,Dword Ptr Cs:[PsetY]
Mov Ebx,640*3
Mul Bx
Add Ax,Cx
Adc Dx,0
Mov Di,Ax
Mov Ax,Dx
Cmp Dx,Word Ptr Cs:[ABank_R]
Je @@NextG
Mov Word Ptr Cs:[Abank_R],Dx
Mov Ah,Al
Shl Ah,4
Or Al,Ah
Mov Dx,3CDh
Out Dx,Al
@@NextG:
Mov Al,Byte Ptr Cs:[Gr]
StoSb
Mov Ecx,Dword Ptr Cs:[PsetX]
Mov Eax,Ecx
Shl Ecx,1
Add Ecx,Eax
Add Ecx,2
Mov Eax,Dword Ptr Cs:[PsetY]
Mov Ebx,640*3
Mul Bx
Add Ax,Cx
Adc Dx,0
Mov Di,Ax
Mov Ax,Dx
Cmp Dx,Word Ptr Cs:[ABank_R]
Je @@NextR
Mov Word Ptr Cs:[Abank_R],Dx
Mov Ah,Al
Shl Ah,4
Or Al,Ah
Mov Dx,3CDh
Out Dx,Al
@@NextR:
Mov Al,Byte Ptr Cs:[Rd]
StoSb
Pop Es
RetN
Pset EndP
Even
Pset64K Proc Near
Push Es
Push Word Ptr Cs:[DestSeg]
Pop Es
Mov Dword Ptr Cs:[PsetX],Ecx
Mov Dword Ptr Cs:[PsetY],Ebx
Mov Eax,Ecx
Add Ecx,Eax
Mov Eax,Ebx
Mov Ebx,640*2
Mul Bx
Add Ax,Cx
Adc Dx,0
Mov Di,Ax
Mov Ax,Dx
Cmp Dx,Word Ptr Cs:[ABank_R]
Je @@NextB
Mov Word Ptr Cs:[Abank_R],Dx
; Xor Dx,Dx
; Mov Ah,Al
; Shl Ah,4
; Or Al,Ah
; Mov Dl,Al
Mov Ax,4F05h
Xor Bx,Bx
Int 10h
; Mov Dx,3CDh
; Out Dx,Al
@@NextB:
Xor Ax,Ax
Mov Al,Byte Ptr Cs:[Rd]
Shr Al,3
Shl Ax,11
Mov Al,Byte Ptr Cs:[Bu]
Shr Al,3
Xor Bx,Bx
Mov Bl,Byte Ptr Cs:[Gr]
Shr Bl,2
Shl Bx,5
Add Ax,Bx
StoSw
Pop Es
RetN
Pset64K EndP
AddX DD 0
AddY DD 0
BaseX DD 0
BaseY DD 0
RunM_X DD 0
RunM_Y DD 0
H DD 0
V DD 0
HelpCompute1 DD 0
RunMickey1 Proc Near
Fld Dword Ptr Cs:[PicSizeWc] ; Aide au calcul de h
Fld Dword Ptr Cs:[PixRat] ;
Fmul ;
Fild Dword Ptr Cs:[Ymax] ;
Fild Dword Ptr Cs:[Xmax] ; Valorisation de HelpCompute
Fdiv ;
Fmul
Fstp Dword Ptr Cs:[HelpCompute1]
Mov Eax,DWord Ptr Cs:[BaseY]
Mov DWord Ptr Cs:[RunM_Y],Eax
;While ((Y <= Ymax) And (KeyStop=False)) Do
@@W1Test:
Mov Eax,DWord Ptr Cs:[Ymax2]
Cmp Dword Ptr Cs:[RunM_Y],Eax
Jle @@W1C0Vrais
Jmp @@W1False
@@W1C0Vrais:
Cmp Word Ptr Cs:[KeyStop],Faux
Je @@W1C1Vrais
Jmp @@W1False
@@W1C1Vrais:
; Remettre Ici Equ 0.21
; h:=(-y/ymax+0.5)*ymax/xmax*PicSiZeWC*PixRat;
FiLD Dword Ptr Cs:[RunM_Y]
FCHS
Fild Dword Ptr Cs:[Ymax]
Fdiv
Fld Dword Ptr Cs:Half1
Fadd
Fld Dword Ptr Cs:HelpCompute1
Fmul
Fstp Dword Ptr Cs:[h]
; kMUl(h,Vh,hv);
Mov Bx,Offset h
Mov Di,Offset Vh
Mov Si,Offset Hv
Call Kmul
; X:=BaseX;
Mov Eax,Dword Ptr Cs:[BaseX]
Mov Dword Ptr Cs:[RunM_X],EaX
;While ((X <= Xmax) And (KeyStop=False))Do
@@W2Test:
Mov Eax,Dword Ptr Cs:[Xmax2]
Cmp Dword Ptr Cs:[RunM_X],Eax
Jle @@W2C0Vrais
Jmp @@W2False
@@W2C0Vrais:
Cmp Word Ptr Cs:[KeyStop],Faux
Je @@W2C1Vrais
Jmp @@W2False
@@W2C1Vrais:
; v:=(x/xmax-0.5)*PicSizeWC;
Fild Dword Ptr Cs:[RunM_X]
Fild Dword Ptr Cs:[Xmax]
FdivP St(1),St(0)
Fld Dword Ptr Cs:[Half1]
Fsubr
Fld Dword Ptr Cs:[PicSizeWc]
Fmul
Fstp Dword Ptr Cs:[V]
; kMul(v,vr,nh);
Mov Bx,Offset v
Mov Di,Offset Vr
Mov Si,Offset Nh
Call Kmul
; vSum(hv,nh,nh);
Mov Di,Offset Hv
Mov Bx,Offset Nh
Mov Si,Offset Nh
Call Vsum
; Vdif(nh,eye,r.n);
Mov Di,Offset Nh
Mov Bx,Offset Eye
Mov Si,Offset Ra.Rn
Call Vdif
; Trace(r,0,1,1,c);
Push Word Ptr 0000 ; Correspond a RekDep !!
Push Offset Ra ; Trace doit faire une copie en pile
Push Offset Cct ;
Push Dword Ptr Cs:Is1 ;
Push Dword Ptr Cs:Is1 ;
Call Trace
;
FLD Dword Ptr Cs:[Cct.R] ; þþþþþþ
FLD1 ; þþþþ
FUCOMPP ; þþ
FSTSW AX ; þþ
SAHF ; þþ La Chromatique Rouge est
JA @@NoRChg ; þþ compare a 1.0 et est mise a 1.0
Mov Byte Ptr Cs:[Rd],255 ; þþ Arrondit Automatique
Jmp @@DoGreen ; þþ
Even ; þþ
@@NoRChg: ; þþ
FLD Dword Ptr Cs:[Cct.R] ; þþ
Fild Dword Ptr Cs:[Mul255] ; þþ
Fmul ; þþ Ici On Arrondie les Couleurs
Fistp Dword Ptr Cs:[Rd] ; þþ Avant Mise en place du point
@@DoGreen: ; þþ
FLD Dword Ptr Cs:[Cct.G] ; þþ
FLD1 ; þþ
FUCOMPP ; þþ
FSTSW AX ; þþ
SAHF ; þþ La Chromatique Verte est
JA @@NoGChg ; þþ compare a 1.0 et est mise a 1.0
Mov Byte Ptr Cs:[Gr],255 ; þþ
Jmp @@DoBlue ; þþ
Even ; þþ
@@NoGChg: ; þþ
FLD Dword Ptr Cs:[Cct.G] ; þþ
Fild Dword Ptr Cs:[Mul255] ; þþ
Fmul ; þþ
Fistp Dword Ptr Cs:[Gr] ; þþ
@@DoBlue: ; þþ
FLD Dword Ptr Cs:[Cct.B] ; þþ
FLD1 ; þþ
FUCOMPP ; þþ
FSTSW AX ; þþ La Chromatique Bleu est
SAHF ; þþ compare a 1.0 et est mise a 1.0
JA @@NoBChg ; þþ Si et Seulement Si la Chromatique
; Mov Eax,Dword Ptr Cs:[Is1] ; þþ de d?part est superieure a 1.0
; Mov Dword Ptr Cs:[C.B],Eax ; þþþþ
Mov Byte Ptr Cs:[Bu],255 ; þþ
Jmp @@DoPset ; þþ
Even ; þþ
@@NoBChg: ; þþ
FLD Dword Ptr Cs:[Cct.B] ; þþ
Fild Dword Ptr Cs:[Mul255] ; þþ
Fmul ; þþþþ
Fistp Dword Ptr Cs:[Bu] ; þþþþþþ
@@DoPset:
; setzePixel(AddX+x,AddY+y,round(c.r*255),round(c.g*255) ,round(c.b*255) );
Mov Ecx,Dword Ptr Cs:[Addx] ; Positionnement du Demarrage
Add Ecx,Dword Ptr Cs:[RunM_X] ; Premier Point Haut Gauche
Mov Ebx,Dword Ptr Cs:[Addy] ;
Add Ebx,Dword Ptr Cs:[RunM_Y] ;
Call Pset64K
In Al,60h ; Test Clavier pour
Dec Al ; Interruption
Jz @@StopIt ; et sortie dans l'espace
Inc Dword Ptr Cs:[RunM_X] ; Ajoute 2 au tramage X
Jmp @@W2Test
@@W2False:
Inc Dword Ptr Cs:[RunM_Y] ; Ajoute 2 au tramage Y
Jmp @@W1Test
@@W1False:; Fin du While
@@StopIt:
RetN
RunMickey1 EndP
Mov Word Ptr Cs:[Abank_R],65535 ; Generation d'un Mickey en
Call RunMickey1 ; Lancement du remap en Question
Demarre: ; Ici D?marre le programme
; Juste Pour Etre Tranquille
Mov Ax,Cs
Mov Ds,Ax
Mov Es,Ax
Finit ; Necessaire
; þþþþþþ
; þþþþþþþþþþþþ Valorisation de Demarrage
; þþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþ
; R.p := Eye; ; þþþþþþþ
CoordCopy Eye Ra.Rp ; þþþþþ
; ErrEps(Eye.z); ; þþþ
FLD Dword Ptr Cs:Ra.RP.z ; þþþ
Call ErrEps ; þþþ
; Normalize(LightV) ; þþþ
Mov Ax,Cs ; þþþ
Mov Ds,Ax ; þþþ
Mov Di,Offset LightV ; þþþ
Call Normalize ; þþþ
;vh.x:=-x; ; þþþ
FLD Dword Ptr Cs:[Eye.x] ; þþþ
FCHS ; þþþ
FSTP Dword Ptr Cs:[Vh.x] ; þþþ
;vh.y:=-y; ; þþþ
FLD Dword Ptr Cs:[Eye.y] ; þþþ
FCHS ; þþþ
FSTP Dword Ptr Cs:[Vh.y] ; þþþ
;vh.z:=(sqr(x)+sqr(y)+sqr(z))/z; ; þþþ
FLD Dword Ptr Cs:[Eye.x] ; þþþ
FMul st,St(0) ; þþþ
Fld Dword Ptr Cs:[Eye.y] ; þþþ
FMul st,St(0) ; þþþ
Fadd ; þþþ
Fld Dword Ptr Cs:[Eye.z] ; þþþ
FMul st,St(0) ; þþþ
Fadd ; þþþ
Fld Dword Ptr Cs:[Eye.z] ; þþþ
Fdiv ; þþþ
Fstp Dword Ptr Cs:[Vh.z] ; þþþ
;normalize(vh); ; þþþ
Mov Ax,Cs ; þþþ
Mov Ds,Ax ; þþþ
Mov Di,Offset Vh ; þþþ
Call Normalize ; þþþ
;if z<0 then ; þþþ
Fld Dword Ptr Cs:[Eye.z] ; þþþ
FTST ; Test St(0) & 0.0 ; þþþ
FSTSW AX ; þþþ
SAHF ; Valorise Flags ; þþþ
JAE @@NoMul ; þþþ
;kMUl(-1,vh,vh); ; þþþ
Int 20; ; þþþ
Fld Dword Ptr Cs:[Vh.X] ; þþþ
Fchs ; þþþ
Fstp Dword Ptr Cs:[Vh.X] ; þþþ
Fld Dword Ptr Cs:[Vh.Y] ; þþþ
Fchs ; þþþ
Fstp Dword Ptr Cs:[Vh.Y] ; þþþ
Fld Dword Ptr Cs:[Vh.Z] ; þþþ
Fchs ; þþþ
Fstp Dword Ptr Cs:[Vh.Z] ; þþþ
@@NoMul: ; þþþ
;vr.x:=vh.y*z-vh.z*y; ; þþþ
Fld Dword Ptr Cs:[Vh.z] ; þþþ
Fld Dword Ptr Cs:[Eye.y] ; þþþ
Fmul ; þþþ
Fld Dword Ptr Cs:[Vh.y] ; þþþ
Fld Dword Ptr Cs:[Eye.z] ; þþþ
Fmul ; þþþ
Fsub ; þþþ
Fstp Dword Ptr Cs:[Vr.x] ; þþþ
;vr.y:=vh.z*x-vh.x*z; ; þþþ
Fld Dword Ptr Cs:[Vh.x] ; þþþ
Fld Dword Ptr Cs:[Eye.z] ; þþþ
Fmul ; þþþ
Fld Dword Ptr Cs:[Vh.z] ; þþþ
Fld Dword Ptr Cs:[Eye.x] ; þþþ
Fmul ; þþþ
Fsub ; þþþ
Fstp Dword Ptr Cs:[Vr.y] ; þþþ
;vr.z:=vh.x*y-vh.y*x; ; þþþ
Fld Dword Ptr Cs:[Vh.y] ; þþþ
Fld Dword Ptr Cs:[Eye.x] ; þþþ
Fmul ; þþþ
Fld Dword Ptr Cs:[Vh.x] ; þþþ
Fld Dword Ptr Cs:[Eye.y] ; þþþ
Fmul ; þþþ
Fsub ; þþþ
Fstp Dword Ptr Cs:[Vr.z] ; þþþ
Fstp St(0) ; þþþ
;normalize(vr); ; þþþ
Mov Ax,Cs ; þþþ
Mov Ds,Ax ; þþþ
Mov Di,Offset Vr ; þþþþþ
Call Normalize ; þþþþþþþ
; þþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþþ
; þþþþþþþþþþþþ Valorisation de Demarrage Termine
; þþþþþþ
; Fabrication d'un degre
FLDPI
FILD Dword Ptr GradBase
Fdiv
Fstp Dword Ptr Grad
Mov Eax,Dword Ptr Grad ; Eax Definit le degre de modif
Mov Si,Offset Xrotate ; le vecteur applique
Mov Di,Offset MatriceE ; la Matrice genere
Call DefineMatrix ;
Mov Sp,16384;+1024;+512 ; Permet un Gain de Temps !
Mov Ax,4F02h ;þþþ Changement de mode video
Mov Bx,0111h ;þþ 112 Mode 640*480 16m Pset <- Et4000W32p
Int 10h ;þþþ 111 Mode 640*480 64k Pset64K <- Vesa
Mov Si,Offset PaleGreen ; þþþþþþ
Mov Di,Offset K1Surf ; þþþþ
Call CopyColor ; þþ Valorisation des pigments
Mov Si,Offset MediumVioletRed ; þþ pour chacune des spheres
Mov Di,Offset K2Surf ; þþ composant le Mickey
Call CopyColor ; þþ
Mov Si,Offset MediumVioletRed ; þþ
Mov Di,Offset K3Surf ; þþ
Call CopyColor ; þþ
Mov Si,Offset Red;MediumVioletRed ; þþ
Mov Di,Offset K4Surf ; þþþþ
Call CopyColor ; þþþþþþ
Mov Dword Ptr Cs:[AddX] , 0 ; Centrage sur ecran
Mov Dword Ptr Cs:[AddY] , 0 ; 640*480
Xor Ecx,Ecx
Again: ; Attente touche escape
Push Ecx
Mov Dword Ptr Cs:[BaseX], 0 ; Base de Remap d'un Mickey
Mov Dword Ptr Cs:[BaseY], 0
Mov Word Ptr Cs:[Abank_R],65535 ; Generation d'un Mickey en
Call RunMickey1 ; Lancement du remap en Question
Mov Di,Offset MatriceE ; On Effectue la rotation de chacun des points
Mov Si,Offset K4 ;
Call Rotation ;
; Mov Di,Offset MatriceE ;
Mov Si,Offset K1 ;
Call Rotation ;
; Mov Di,Offset MatriceE ;
Mov Si,Offset K3 ;
Call Rotation ;
; Mov Di,Offset MatriceE ;
Mov Si,Offset K2 ;
Call Rotation ;
Add Word Ptr Cs:[AddX], 160
Cmp Word Ptr Cs:[AddX],640
Jl @@NoIncBase
Mov Word Ptr Cs:[AddX],0
Add Word Ptr Cs:[AddY],120
Cmp Word Ptr Cs:[AddY],480
Jl @@NoIncBase
Mov Word Ptr Cs:[AddX],0
Mov Word Ptr Cs:[AddY],0
@@NoIncBase:
Pop Ecx ;
inc Cx
Cmp Cx,180
Jg CestFinit
In Al,60h
Dec Al
Jnz Again
CestFinit:
Mov Ax,03h ; Retour en Mode Texte
Int 10h
Mov Sp,0FFFEh ; Validation Stack pour retour
Int 20h
StartC EndS
End StartC ; Fin de Programme
Codes Sources
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