Jeu Videz votre presse-papier - Page 140

Y'en avais pleins, je vais pas tout mettre... :/

// FIXME: bugged time offset computation, if an object is more than 2^32 light.seconds away from the viewpoint,
// it will jump forward in time. fix that... (later...)
// FIXME2: pass the redshift to the bodies update, or render callbacks? do we care for anything else than rendering?
// maybe we should provide some callbacks to grab the actual relativistic redshift if another module needs to offset
// the body spectrum...

(rien)

printf("could not create graph...\n");
exit(0);

rien

60 Ko de texte

rien

ARRAY
RECORD
LIST ITEM
EMPTY LIST
LIST ITEM
CHAR = <U+00000041>
EMPTY LIST
RECORD
CHAR = <U+00000043>
EMPTY CONST
CHAR = <U+00000057>
UNIT
EMPTY CONST
EMPTY CONST
TUPLE
RECORD
EMPTY CONST
CHAR = <U+0000004F>
FLOAT = <536870912>
BOOL = <false>
EMPTY CONST
EMPTY CONST
EMPTY CONST
BOOL = <false>
FLOAT = <-1610612736>
STRING
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
UNIT
RECORD
EMPTY LIST
RECORD
UNIT
UNIT
EMPTY CONST
UNIT
EMPTY CONST
BOOL = <true>
FLOAT = <-1610612736>
EMPTY CONST
TUPLE
FLOAT = <-1610612736>
FLOAT = <-1073741824>
INT = <2082002324>
FLOAT = <0>
FLOAT = <-2147483648>
EMPTY CONST
TUPLE
RECORD
CHAR = <U+00000048>
EMPTY CONST
INT = <1197173898>
EMPTY CONST
FLOAT = <0>
FLOAT = <1610612736>
FLOAT = <-1073741824>
INT = <1088656627>
TUPLE
CHAR = <U+00000053>
FLOAT = <1073741824>
UNIT
FLOAT = <536870912>
UNIT
UNIT
BOOL = <false>
BOOL = <true>
EMPTY LIST
BOOL = <true>
EMPTY CONST
STRING
CHAR = <U+00000041>
CHAR = <U+00000041>
ARRAY
EMPTY CONST
EMPTY CONST
FLOAT = <-1610612736>
TUPLE
ARRAY
FLOAT = <-1610612736>
EMPTY CONST
TUPLE
TUPLE
BOOL = <false>
EMPTY LIST
BOOL = <false>
TUPLE
EMPTY LIST
EMPTY CONST
EMPTY CONST
UNIT
ARRAY
CHAR = <U+00000043>
RECORD
TUPLE
BOOL = <false>
EMPTY LIST
RECORD
CHAR = <U+0000005A>
UNIT
LIST ITEM
UNIT
LIST ITEM
UNIT
LIST ITEM
INT = <913070983>
LIST ITEM
FLOAT = <0>
LIST ITEM
CHAR = <U+00000043>
LIST ITEM
UNIT
LIST ITEM
BOOL = <true>
LIST ITEM
UNIT
LIST ITEM
EMPTY CONST
LIST ITEM
FLOAT = <1073741824>
EMPTY LIST
INT = <563554166>
CHAR = <U+00000050>
INT = <918866263>
ARRAY
RECORD
INT = <1349229322>
ARRAY
EMPTY LIST
EMPTY LIST
RECORD
INT = <2065241187>
INT = <264621194>
EMPTY LIST
INT = <1954314208>
INT = <255716749>
UNIT
STRING
CHAR = <U+00000041>
CHAR = <U+00000041>
INT = <1423122312>
STRING
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
CHAR = <U+00000041>
EMPTY CONST
CHAR = <U+00000044>
INT = <1997654101>
UNIT
EMPTY LIST

Gy

je vais te laisser

// this whole expression should be:
// ivel = body->self_timestep_offset * 2.0 * PI_B * body->orbit.semimajor_axis * distance / body->orbit.period;

Stream name: D I G I T A L L Y - I M P O R T E D & HappyHardcore.com - Hardcore - DJ mixes, hard dance and NuNRG!
Current title: DJ Judas - Freekform Vol. 2

-.-././.../-//--.-/..-/---/..//--/../-.-./.-./---/.--./---/../-./-//..--..

glPushAttrib(GL_ENABLE_BIT | GL_CURRENT_BIT | GL_COLOR_BUFFER_BIT |
GL_LINE_BIT | GL_POINT_BIT | GL_HINT_BIT | GL_POLYGON_BIT |
GL_TEXTURE_BIT | GL_TRANSFORM_BIT);

Network received: 11076284 bytes
Server: SHOUTcast Distributed Network Audio Server/SolarisSparc v1.9.5
Metadata received: 9126 bytes
Metadata interval: 8192 bytes
Stream name: S K Y . F M - Mostly Classical - Listen and Relax, it's good for you! www.sky.fm
Current title: Vivaldi - Concerto per Violoncello, Archi e Cembalo G major RV 415 (San Marco, Cond. Alberto Lizzio)

Bovido

13.01.2006 - 5
13:05 Posté : 12-03-2006 F X Online

SetIntVec(AUTO_INT_1,oldint1);

/*
**
*/

#define PV_SPACE_CONSTANT_DEFAULT_GRAVITATIONAL 6.67259e-11 // m-3.kg-1.sec-2
#define PV_SPACE_CONSTANT_DEFAULT_PLANK 6.6260693e-34 // J.sec
#define PV_SPACE_CONSTANT_DEFAULT_BOLTZMANN 1.3806505e-23 // J/Kelv
#define PV_SPACE_CONSTANT_DEFAULT_AVOGADRO 6.02214199e+23 // atoms.mol
#define PV_SPACE_CONSTANT_DEFAULT_PROTON_REST_MASS 1.67264e-27 // Kg
#define PV_SPACE_CONSTANT_DEFAULT_ELECTRON_REST_MASS 9.1093826e-31 // Kg
#define PV_SPACE_CONSTANT_DEFAULT_ELECTRON_CHARGE 1.60217653e-19 // C
#define PV_SPACE_CONSTANT_DEFAULT_VACUUM_LIGHT_SPEED 2.99792458e8 // m.s-1

#define PV_SPACE_CONSTANT_DEFAULT_PLANK_EV 4.13566743e-15 // J.sec
#define PV_SPACE_CONSTANT_DEFAULT_BOLTZMANN_EV 8.617339e-5 // eV/Kelv

/*
**
*/

#define PV_CONSTANT_GRAVITATIONAL (pv_space_root.universe.constants.gravitational)
#define PV_CONSTANT_PLANK (pv_space_root.universe.constants.plank)
#define PV_CONSTANT_BOLTZMANN (pv_space_root.universe.constants.boltzmann)
#define PV_LIGHTSPEED (pv_space_root.universe.constants.vacuum_light_speed)
#define PV_CONSTANT_PROTON_REST_MASS (pv_space_root.universe.constants.proton_rest_mass)
#define PV_CONSTANT_ELECTRON_REST_MASS (pv_space_root.universe.constants.electron_rest_mass)
#define PV_CONSTANT_ELECTRON_CHARGE (pv_space_root.universe.constants.electron_charge)
#define PV_CONSTANT_AVOGADRO (pv_space_root.universe.constants.avogadro)

#define PV_CONSTANT_BOHR_RADIUS (pv_space_root.c.bohr_radius)
#define PV_CONSTANT_PERMITTIVITY (pv_space_root.c.permittivity)
#define PV_CONSTANT_PERMEABILITY (pv_space_root.c.permeability)
#define PV_CONSTANT_ALPHA (pv_space_root.c.alpha)
#define PV_CONSTANT_GAS (pv_space_root.c.gas)
#define PV_CONSTANT_FARADAY (pv_space_root.c.faraday)
#define PV_CONSTANT_BOLTZMANN_2 (pv_space_root.c.k2)
#define PV_CONSTANT_PLANK_2 (pv_space_root.c.h2)
#define PV_CONSTANT_PLANK_REDUCED (pv_space_root.c.hbar)
#define PV_CONSTANT_PLANK_REDUCED_2 (pv_space_root.c.hbar_2)
#define PV_CONSTANT_PLANK_REDUCED_3 (pv_space_root.c.hbar_3)
#define PV_CONSTANT_STEFAN_BOLTZMANN (pv_space_root.c.stefan_boltzmann)
#define PV_LIGHTSPEED_2 (pv_space_root.c.c2)
#define PV_LIGHTSPEED_3 (pv_space_root.c.c3)

#define PV_SIMPLIFY_ANGLE(a) ((a) = fmod((a), 2.0 * PI_B))
#define PV_SIMPLIFY_FANGLE(a) ((a) = fmodf((a), 2.0f * PI))

/*
**
*/

typedef struct
{
int n_verts;
VECTOR3D *verts;
} t_pv_space_body_debug_orbit;

/*
**
*/

typedef struct
{
char *name;

WORD type;
GUID object;

int depth; // body depth in celestial tree

// FIXME: throw away the slot system? and leave that to kr_mem ?
// go for a fully independent tree using pointers and no recallocs ?
// as the base structure grows bigger, it might actually allow us to save quite a nice amount of memory
// by culling out unused parts. (use some flags at the beginning of the structure to tell witch parts are
// there and witch aren't... things like axis nutation have nothing to do in most distant bodies, or at least not
// loaded at runtime (we might want to stream them in later if we get close enough to notice any difference...))
GUID parent;
GUID childs;
GUID brothers;


// needed for dynamics and computations
double mass; // Kg
double inner_coordinate_snap_radius; // meters
double outer_coordinate_snap_radius; // meters
float outer_snap_radius_coeff; // %
double childs_bounds; // union of all the childs <outer_coordinate_snap_radius> spheres...

// instead of equatorial radius, we should rather have the body bounds
// what if we need to make the bounds dynamic? (can't see any reason why someone would
// want to do that but.. oh well...


// physical properties:
double rotation_period; // seconds
double current_rotation; // current rotation angle

// FIXME: have two rotation periods? (ex: the sun equator rotates in roughly 25 days, but a point at latitude ~= 70deg. takes rougly 35 days to do a full rotation
// these should rather be in the private body data

// that's maybe a bit too hardcore? Oo
SPHERIC2D obliquity;
SPHERIC2D nutation_base;
SPHERIC2D nutation_period;
SPHERIC2D nutation_amplitude;
SPHERIC2D nutation;

t_en_space_body_orbit orbit;
MAT33 orbit_transform;
double current_orbit; // current orbit angle

// this field is used for orbital update LOD, and for relativistic redshift.
VECTOR3D tangent_orbital_speed;

// debug
t_pv_space_body_debug_orbit *debug_orbit;
float self_update_lod;
float childs_update_lod;
// \debug

MAT44 from_parent_space;
MAT44 to_parent_space; // inv(from_parent_space)

MAT44 local;
MAT44 local_inv;

double self_timestep_offset;
double childs_timestep_offset;

} t_pv_space_body;





/*
**
*/

typedef struct
{
double c2; // universe.constants.vacuum_light_speed^2
double c3; // universe.constants.vacuum_light_speed^3
double k2;
double h2;
double hbar;
double hbar_2;
double hbar_3;
double stefan_boltzmann;
double gas;
double faraday;
double permittivity;
double permeability;
double bohr_radius;
double alpha; // fine structure constant

} t_pv_space_derived_constants;



/*
**
*/

typedef struct
{
t_en_space_universe universe;

t_pv_space_derived_constants c;

GUID childs;

t_en_space_config config;
} t_pv_space_root;

(!= 0.0)

oblateness;

f(jsLocalValidate(null,null)) { document.forms[0].method.value='modi

benjamin@bookeldor-station:~/taf/PSTL/runtime$ make gcmarkandsweep gcstopandcopy
gcc --std=c99 -g -march=athlon-xp -Wall -c sources/stack.c -o sources/stack.o
gcc --std=c99 -g -march=athlon-xp -Wall -c sources/heap.c -o sources/heap.o
gcc --std=c99 -g -march=athlon-xp -Wall -c sources/values.c -o sources/values.o
gcc --std=c99 -g -march=athlon-xp -Wall -c tests/gcmarkandsweep.c -o tests/gcmarkandsweep.o
gcc --std=c99 -g -march=athlon-xp -Wall -c tests/gcstopandcopy.c -o tests/gcstopandcopy.o
gcc --std=c99 -g -march=athlon-xp -Wall sources/stack.o sources/heap.o sources/values.o tests/gcstopandcopy.o -o gcstopandcopy
gcc --std=c99 -g -march=athlon-xp -Wall sources/stack.o sources/heap.o sources/values.o tests/gcmarkandsweep.o -o gcmarkandsweep
benjamin@bookeldor-station:~/taf/PSTL/runtime$

quand je me suis reveille, j'avais une bouteille de biere vide _sous_ moi #conf

4396