HLMOD.HU Forrás Megtekintés - www.hlmod.hu
  1.  
  2. #include < amxmodx >
  3.  
  4. #include < fakemeta >
  5. #include < hamsandwich >
  6. #include < xs >
  7.  
  8. #pragma semicolon 1
  9.  
  10. #define IsPlayer(%1)		(1 <= %1 <= gMaxPlayers)
  11. #define write_coord_f(%0)	(engfunc( EngFunc_WriteCoord, %0 ))
  12. #define BREAK_TRANS		0x20
  13.  
  14. const m_bLightSmoke = 114;
  15. const m_bIsC4 = 96;
  16. const m_XoGrenade = 5;
  17.  
  18. new gSpriteShockwave;
  19. new gMaxPlayers;
  20. new gExplodeModel;
  21. new gCvarKnockBackPower;
  22. new gCvarExplosionRadius;
  23. new gCvarInstantExplode;
  24.  
  25. new const gFbExplodeSound[ ] = "x/x_shoot1.wav";
  26. new const gFbExplodeModel[ ] = "models/w_flashbang.mdl";
  27.  
  28. public plugin_init( )
  29. {
  30. 	register_plugin( "ShockWave FB", "1.1.0", "tuty" );
  31.  
  32. 	RegisterHam( Ham_Think, "grenade", "bacon_Think" );
  33. 	RegisterHam( Ham_Touch, "grenade", "bacon_Touch", 1 );
  34.  
  35. 	gCvarInstantExplode = register_cvar( "fb_instantexplo", "1" );
  36. 	gCvarKnockBackPower = register_cvar( "fb_knockback", "200.0" );
  37. 	gCvarExplosionRadius = register_cvar( "fb_exploradius", "350.0" );
  38.  
  39. 	gMaxPlayers = get_maxplayers( );
  40. }
  41.  
  42. public plugin_precache( )
  43. {
  44. 	gSpriteShockwave = precache_model( "sprites/shockwave.spr" );
  45. 	gExplodeModel = precache_model( gFbExplodeModel );
  46.  
  47. 	precache_sound( gFbExplodeSound );
  48. }
  49.  
  50. public bacon_Think( iEnt )
  51. {
  52. 	new Float:flGameTime = get_gametime( );
  53. 	new iOwner;
  54.  
  55. 	new Float:flDmgTime;
  56. 	pev( iEnt, pev_dmgtime, flDmgTime );
  57.  
  58. 	if( flDmgTime <= flGameTime
  59. 	&& get_pdata_int( iEnt, m_bLightSmoke, m_XoGrenade ) == 0
  60.     	&& !( get_pdata_int( iEnt, m_bIsC4, m_XoGrenade ) & ( 1<<8 ) )
  61. 	&& IsPlayer( ( iOwner = pev( iEnt, pev_owner ) ) ) )
  62.     	{
  63. 		emit_sound( iEnt, CHAN_WEAPON, gFbExplodeSound, VOL_NORM, ATTN_NORM, 0, PITCH_NORM );
  64. 		UTIL_KnockBack( iEnt, iOwner, get_pcvar_float( gCvarKnockBackPower ), get_pcvar_float( gCvarExplosionRadius ) );
  65.  
  66. 		set_pev( iEnt, pev_flags, pev( iEnt, pev_flags ) | FL_KILLME );
  67.  
  68. 		return HAM_SUPERCEDE;
  69. 	}
  70.  
  71. 	return HAM_IGNORED;
  72. }
  73.  
  74. public bacon_Touch( iEnt )
  75. {
  76. 	if( get_pdata_int( iEnt, m_bLightSmoke, m_XoGrenade ) == 0
  77.     	&& !( get_pdata_int( iEnt, m_bIsC4, m_XoGrenade ) & ( 1<<8 ) )
  78. 	&& IsPlayer( ( pev( iEnt, pev_owner ) ) )
  79. 	&& get_pcvar_num( gCvarInstantExplode ) == 1 )
  80.     	{
  81. 		set_pev( iEnt, pev_dmgtime, 0.0 );
  82.  
  83. 		return HAM_HANDLED;
  84. 	}
  85.  
  86. 	return HAM_IGNORED;
  87. }
  88.  
  89. stock UTIL_KnockBack( iEnt, id, Float:flKnockBack, Float:flRadius )
  90. {
  91. 	new Float:flEntOrigin[ 3 ];
  92. 	pev( iEnt, pev_origin, flEntOrigin );
  93.  
  94. 	UTIL_BreakModel( flEntOrigin, gExplodeModel, BREAK_TRANS );
  95.  
  96. 	UTIL_Cylinder( flEntOrigin, 100 );
  97. 	UTIL_Cylinder( flEntOrigin, 200 );
  98. 	UTIL_Cylinder( flEntOrigin, floatround( get_pcvar_float( gCvarExplosionRadius ) ) );
  99.  
  100. 	new iClient = FM_NULLENT, Float:flClientOrigin[ 3 ], Float:flDistance;
  101.  
  102.     	while( ( iClient = engfunc( EngFunc_FindEntityInSphere, iClient, flEntOrigin, flRadius ) ) )
  103.     	{
  104. 		if( IsPlayer( iClient ) 
  105. 		&& is_user_alive( iClient ) 
  106. 		&& get_user_team( id ) != get_user_team( iClient ) )
  107. 		{
  108. 			pev( iClient, pev_origin, flClientOrigin );
  109.        			flDistance = get_distance_f( flEntOrigin, flClientOrigin );
  110.  
  111. 			if( flDistance <= flRadius )
  112. 			{
  113. 				new Float:flVelocity[ 3 ];
  114.  
  115. 				xs_vec_sub( flClientOrigin, flEntOrigin, flClientOrigin );
  116. 				xs_vec_normalize( flClientOrigin, flClientOrigin );
  117. 				pev( iClient, pev_velocity, flVelocity );
  118.  
  119.     				xs_vec_mul_scalar( flClientOrigin, floatmul( flKnockBack, 800.0 ), flClientOrigin );
  120.     				xs_vec_add( flVelocity, flClientOrigin, flVelocity );
  121.  
  122.     				set_pev( iClient, pev_velocity, flVelocity );
  123. 			}
  124. 		}
  125. 	}
  126. }			
  127.  
  128. stock UTIL_Cylinder( Float:flOrigin[ 3 ], flRadius )
  129. {
  130. 	engfunc( EngFunc_MessageBegin, MSG_PVS, SVC_TEMPENTITY, flOrigin );
  131. 	write_byte( TE_BEAMCYLINDER );
  132. 	write_coord_f( flOrigin[ 0 ] ); 
  133. 	write_coord_f( flOrigin[ 1 ] ); 
  134. 	write_coord_f( flOrigin[ 2 ] ); 
  135. 	write_coord_f( flOrigin[ 0 ] ); 
  136. 	write_coord_f( flOrigin[ 1 ] ); 
  137. 	write_coord_f( flOrigin[ 2 ] + flRadius ); 
  138. 	write_short( gSpriteShockwave ); 
  139. 	write_byte( 0 );
  140. 	write_byte( 0 );
  141. 	write_byte( 4 );
  142. 	write_byte( 40 );
  143. 	write_byte( 0 );
  144. 	write_byte( 10 ); 
  145. 	write_byte( 255 ); 
  146. 	write_byte( 10 );
  147. 	write_byte( 200 );
  148. 	write_byte( 0 );
  149. 	message_end( );
  150. }
  151.  
  152. stock UTIL_BreakModel( Float:flOrigin[ 3 ], model, flags )
  153. {
  154. 	engfunc( EngFunc_MessageBegin, MSG_PVS, SVC_TEMPENTITY, flOrigin, 0 );
  155. 	write_byte( TE_BREAKMODEL );
  156. 	write_coord_f( flOrigin[ 0 ] );
  157. 	write_coord_f( flOrigin[ 1 ] );
  158. 	write_coord_f( flOrigin[ 2 ] );
  159. 	write_coord( 16 );
  160. 	write_coord( 16 );
  161. 	write_coord( 16 );
  162. 	write_coord( random_num( -20, 20 ) );
  163. 	write_coord( random_num( -20, 20 ) );
  164. 	write_coord( 10 );
  165. 	write_byte( 10 );
  166. 	write_short( model );
  167. 	write_byte( 10 );
  168. 	write_byte( 9 );
  169. 	write_byte( flags );
  170. 	message_end( );
  171. }
  172.