hlmod.hu

Plugin Neve:	[GHW] Hosszú Ugrás	Plugint készitette:	GHW_Chronic
Játék:	Mind	Kategória:	Játékmenet
Eredeti link:	Nincs megadva	Jóváhagyó:	norbee.16

Ez a plugin (nevében is benne van) segít nekünk nagyobbat , hosszabbat ugrani . Ajánlott KZ szerokra .


Cvarok:(Parancsok)
*longjump_on 1|0 alap:1 - plugin ki/be kapcsolása .
1:be
0:ki
*longjump_speed alap:500 - a sebesség amikor ugrasz .
*longjump_bhop 1|0 alap:0 - bunnyhop is legyen-e .
1:be
0:ki

*amxx fájl plugins mappába .
*sma fájl scripting mappába .

Sok sikert hozzá


/* * _______ _ _ __ __ * | _____/ | | | | \ \ __ / / * | | | | | | | | / \ | | * | | | |____| | | |/ __ \| | * | | ___ | ______ | | / \ | * | | |_ | | | | | | / \ | * | | | | | | | | | | | | * | |____| | | | | | | | | | * |_______/ |_| |_| \_/ \_/ * * * * Last Edited: 01-05-08 * * ============ * Changelog: * ============ * * v1.0 * -Initial Release * */ #define VERSION "1.0" /* CHR Engine - v1.1b * * by GHW_Chronic * 12/2006 - 07/2009 * * This file is provided as is (no warranties). * */ #if defined chr_engine_included #endinput #endif #define chr_engine_included #include <amxmodx> #include <fakemeta> /* * * Determines velocity (new_velocity) that * you would set an entity to in order for * it to go at "speed" from "origin1" to * "origin2". * */ stock get_speed_vector(const Float:origin1[3],const Float:origin2[3],Float:speed, Float:new_velocity[3]) { new_velocity[0] = origin2[0] - origin1[0] new_velocity[1] = origin2[1] - origin1[1] new_velocity[2] = origin2[2] - origin1[2] new Float:num = floatsqroot(speed*speed / (new_velocity[0]*new_velocity[0] + new_velocity[1]*new_velocity[1] + new_velocity[2]*new_velocity[2])) new_velocity[0] *= num new_velocity[1] *= num new_velocity[2] *= num return 1; } /* * * Determines velocity (new_velocity) that * you would set "ent1" to in order for it * to go at "speed" from "ent1"'s origin * to "ent2"'s origin. * */ stock get_speed_vector2(ent1, ent2, Float:speed, Float:new_velocity[3]) { if(!pev_valid(ent1) || !pev_valid(ent2)) return 0; static Float:origin1[3] pev(ent1,pev_origin,origin1) static Float:origin2[3] pev(ent2,pev_origin,origin2) new_velocity[0] = origin2[0] - origin1[0] new_velocity[1] = origin2[1] - origin1[1] new_velocity[2] = origin2[2] - origin1[2] new Float:num = floatsqroot(speed*speed / (new_velocity[0]*new_velocity[0] + new_velocity[1]*new_velocity[1] + new_velocity[2]*new_velocity[2])) new_velocity[0] *= num new_velocity[1] *= num new_velocity[2] *= num return 1; } /* * * Determines location ("origin") of an entity * with supplied offset to its original angles. * * Example: You want the location of 30 units * to the left of a model but the model is * turned at an angle so you cannot simply add * the offset to the origin. Then you would use * this. * */ stock get_offset_origin(ent,const Float:offset[3],Float:origin[3]) { if(!pev_valid(ent)) return 0; new Float:angle[3] pev(ent,pev_origin,origin) pev(ent,pev_angles,angle) origin[0] += floatcos(angle[1],degrees) * offset[0] origin[1] += floatsin(angle[1],degrees) * offset[0] origin[2] += floatsin(angle[0],degrees) * offset[0] origin[0] += floatcos(angle[0],degrees) * offset[0] origin[1] += floatcos(angle[1],degrees) * offset[1] origin[0] -= floatsin(angle[1],degrees) * offset[1] origin[2] += floatsin(angle[2],degrees) * offset[1] origin[1] += floatcos(angle[2],degrees) * offset[1] origin[2] += floatcos(angle[2],degrees) * offset[2] origin[1] -= floatsin(angle[2],degrees) * offset[2] origin[2] += floatcos(angle[0],degrees) * offset[2] origin[0] -= floatsin(angle[0],degrees) * offset[2] origin[0] -= offset[0] origin[1] -= offset[1] origin[2] -= offset[2] return 1; } /* * * Determines location ("origin") of a monster * or player entity with supplied offset to its * original angles. * * Example: You want the location of 30 units * to the left of a model but the model is * turned at an angle so you cannot simply add * the offset to the origin. Then you would use * this. * * Works same as above but only for players and * monsters. * */ stock get_offset_origin_body(ent,const Float:offset[3],Float:origin[3]) { if(!pev_valid(ent)) return 0; new Float:angle[3] pev(ent,pev_angles,angle) pev(ent,pev_origin,origin) origin[0] += floatcos(angle[1],degrees) * offset[0] origin[1] += floatsin(angle[1],degrees) * offset[0] origin[1] += floatcos(angle[1],degrees) * offset[1] origin[0] += floatsin(angle[1],degrees) * offset[1] return 1; } /* * * Determines if a player is crouching or not. * Return 1 if crouching and 0 if not. * * Set ignoreplayer to 1 if you are using on * a HL monster that can crouch. * */ stock is_user_crouching(ent,ignoreplayer=0) { if(!is_user_alive(ent) && !ignoreplayer) return 0; new Float:minsize[3] pev(ent,pev_mins,minsize) if(minsize[2]==-18.0) return 1; return 0; } /* * * Returns indexes of players in order according * to how close they are to "origin". Indexes are * stored in "players[32]" and the number of * indexes returned is stored in num[0]. team[] is * used only if flag 'e' is passed. * * Flags: * "a" - Don't return dead players * "b" - Don't return alive players * "c" - Skip bots * "d" - Skip real players * "e" - Match with passed team * "h" - Skip HLTV * "i" - Is in Viewcone * "j" - Is Visible * * If flag 'i' is passed, you must specify into * variable "index" who's viewcone to check if * the returned players are in. * */ stock get_players_distance(const Float:origin2[3],players[32], &num,const flags[]="",index=0,const team[]="") { new bool:flag1, bool:flag2 if(containi(flags,"j")!=-1) flag2 = true if(containi(flags,"i")!=-1) { if(!pev_valid(index)) return 0; flag1 = true } static Float:origin[3] origin[0] = origin2[0] origin[1] = origin2[1] origin[2] = origin2[2] static players2[32] new num2 arrayset(players2,0,32) get_players(players2,num2,flags,team) static Float:origin3[3] static Float:distance[32] for(new i=0;i<32;i++) distance[i]=0.0 num = num2 static Float:hit[3] new bool:continuea=true for(new i=0;i<num2;i++) { pev(players2[i],pev_origin,origin3) if(flag2) { engfunc(EngFunc_TraceLine,origin2,origin3,1,index,0) get_tr2(0,TR_vecEndPos,hit) if(hit[0]==origin3[0] && hit[1]==origin3[1] && hit[2]==origin3[2]) { distance[i] = vector_distance(origin,origin3) } else { continuea=false distance[i] = 9999999.1337 num-- } } if(flag1 && continuea) { static Float:angles[3], Float:diff[3], Float:reciprocalsq, Float:norm[3], Float:dot, Float:fov pev(index, pev_angles, angles) engfunc(EngFunc_MakeVectors, angles) global_get(glb_v_forward, angles) angles[2] = 0.0 pev(index, pev_origin, origin) diff[0] = origin3[0] - origin[0] diff[1] = origin3[1] - origin[1] diff[2] = origin3[2] - origin[2] //diff[2]=0.0// - for 2D viewcone reciprocalsq = 1.0 / floatsqroot(diff[0]*diff[0] + diff[1]*diff[1] + diff[2]*diff[2]) norm[0] = diff[0] * reciprocalsq norm[1] = diff[1] * reciprocalsq norm[2] = diff[2] * reciprocalsq dot = norm[0]*angles[0] + norm[1]*angles[1] + norm[2]*angles[2] pev(index, pev_fov, fov) if(dot >= floatcos(fov * 3.1415926535 / 360.0)) { distance[i] = vector_distance(origin,origin3) } else { continuea=false distance[i] = 9999999.1337 num-- } } if(continuea) { distance[i] = vector_distance(origin,origin3) } } static distance_cnt[32] arrayset(distance_cnt,0,32) for(new i=0;i<num2;i++) { if(distance[i]!=9999999.1337) { for(new i2=0;i2<num;i2++) { if(distance[i2]<distance[i]) distance_cnt[i]++ } players[distance_cnt[i]]=players2[i] } } return 1; } /* * * Forces "ent" to aim at "origin" * * Set bone to a positive value to * detect a specific bone the function * should aim from. * */ stock entity_set_aim(ent,const Float:origin2[3],bone=0) { if(!pev_valid(ent)) return 0; static Float:origin[3] origin[0] = origin2[0] origin[1] = origin2[1] origin[2] = origin2[2] static Float:ent_origin[3], Float:angles[3] if(bone) engfunc(EngFunc_GetBonePosition,ent,bone,ent_origin,angles) else pev(ent,pev_origin,ent_origin) origin[0] -= ent_origin[0] origin[1] -= ent_origin[1] origin[2] -= ent_origin[2] static Float:v_length v_length = vector_length(origin) static Float:aim_vector[3] aim_vector[0] = origin[0] / v_length aim_vector[1] = origin[1] / v_length aim_vector[2] = origin[2] / v_length static Float:new_angles[3] vector_to_angle(aim_vector,new_angles) new_angles[0] *= -1 if(new_angles[1]>180.0) new_angles[1] -= 360 if(new_angles[1]<-180.0) new_angles[1] += 360 if(new_angles[1]==180.0 || new_angles[1]==-180.0) new_angles[1]=-179.999999 set_pev(ent,pev_angles,new_angles) set_pev(ent,pev_fixangle,1) return 1; } /* * * If "origin" is in ent's viewcone, the location * of it using the hudmessage grid will be placed * into hudpos[2]. * * Returns 0 if "origin" is not on ent's hud. * * ent must be a player (index 1-32). * */ stock get_hudmessage_locs(ent,const Float:origin[3],Float:hudpos[2]) { if(!is_user_connected(ent)) return 0; static Float:origin2[3] origin2[0] = origin[0] origin2[1] = origin[1] origin2[2] = origin[2] static Float:ent_origin[3] pev(ent,pev_origin,ent_origin) static Float:ent_angles[3] pev(ent,pev_v_angle,ent_angles) origin2[0] -= ent_origin[0] origin2[1] -= ent_origin[1] origin2[2] -= ent_origin[2] new Float:v_length v_length = vector_length(origin2) static Float:aim_vector[3] aim_vector[0] = origin2[0] / v_length aim_vector[1] = origin2[1] / v_length aim_vector[2] = origin2[2] / v_length static Float:new_angles[3] vector_to_angle(aim_vector,new_angles) new_angles[0] *= -1 if(new_angles[1]>180.0) new_angles[1] -= 360.0 if(new_angles[1]<-180.0) new_angles[1] += 360.0 if(new_angles[1]==180.0 || new_angles[1]==-180.0) new_angles[1]=-179.999999 if(new_angles[0]>180.0) new_angles[0] -= 360.0 if(new_angles[0]<-180.0) new_angles[0] += 360.0 if(new_angles[0]==90.0) new_angles[0]=89.999999 else if(new_angles[0]==-90.0) new_angles[0]=-89.999999 new Float:fov pev(ent,pev_fov,fov) if(!fov) fov = 90.0 if(floatabs(ent_angles[0] - new_angles[0]) <= fov/2 && floatabs((180.0 - floatabs(ent_angles[1])) - (180.0 - floatabs(new_angles[1]))) <= fov/2) { hudpos[1] = 1 - ( ( (ent_angles[0] - new_angles[0]) + fov/2 ) / fov ) hudpos[0] = ( (ent_angles[1] - new_angles[1]) + fov/2 ) / fov } else return 0; return 1; } /* * * Sets ent's speed in the direction specified * by the mode variable * * Modes: * 0 = In direction ent is currently moving * but not including the z axis * 1 = In direction ent is currently moving * 2 = In direction ent is currently looking * 3 = In direction ent is currently looking * but not including the z axis * 4 = In direction of origin[3] * * * Use a negative speed to go in the opposite * direction of the specified mode. * */ stock set_speed(ent,Float:speed,mode=0,const Float:origin[3]={0.0,0.0,0.0}) { if(!pev_valid(ent)) return 0; switch(mode) { case 0: { static Float:cur_velo[3] pev(ent,pev_velocity,cur_velo) new Float:y y = cur_velo[0]*cur_velo[0] + cur_velo[1]*cur_velo[1] new Float:x if(y) x = floatsqroot(speed*speed / y) cur_velo[0] *= x cur_velo[1] *= x if(speed<0.0) { cur_velo[0] *= -1 cur_velo[1] *= -1 } set_pev(ent,pev_velocity,cur_velo) } case 1: { static Float:cur_velo[3] pev(ent,pev_velocity,cur_velo) new Float:y y = cur_velo[0]*cur_velo[0] + cur_velo[1]*cur_velo[1] + cur_velo[2]*cur_velo[2] new Float:x if(y) x = floatsqroot(speed*speed / y) cur_velo[0] *= x cur_velo[1] *= x cur_velo[2] *= x if(speed<0.0) { cur_velo[0] *= -1 cur_velo[1] *= -1 cur_velo[2] *= -1 } set_pev(ent,pev_velocity,cur_velo) } case 2: { static Float:vangle[3] if(ent<=get_maxplayers()) pev(ent,pev_v_angle,vangle) else pev(ent,pev_angles,vangle) static Float:new_velo[3] angle_vector(vangle,1,new_velo) new Float:y y = new_velo[0]*new_velo[0] + new_velo[1]*new_velo[1] + new_velo[2]*new_velo[2] new Float:x if(y) x = floatsqroot(speed*speed / y) new_velo[0] *= x new_velo[1] *= x new_velo[2] *= x if(speed<0.0) { new_velo[0] *= -1 new_velo[1] *= -1 new_velo[2] *= -1 } set_pev(ent,pev_velocity,new_velo) } case 3: { static Float:vangle[3] if(ent<=get_maxplayers()) pev(ent,pev_v_angle,vangle) else pev(ent,pev_angles,vangle) static Float:new_velo[3] pev(ent,pev_velocity,new_velo) angle_vector(vangle,1,new_velo) new Float:y y = new_velo[0]*new_velo[0] + new_velo[1]*new_velo[1] new Float:x if(y) x = floatsqroot(speed*speed / y) new_velo[0] *= x new_velo[1] *= x if(speed<0.0) { new_velo[0] *= -1 new_velo[1] *= -1 } set_pev(ent,pev_velocity,new_velo) } case 4: { static Float:origin1[3] pev(ent,pev_origin,origin1) static Float:new_velo[3] new_velo[0] = origin[0] - origin1[0] new_velo[1] = origin[1] - origin1[1] new_velo[2] = origin[2] - origin1[2] new Float:y y = new_velo[0]*new_velo[0] + new_velo[1]*new_velo[1] + new_velo[2]*new_velo[2] new Float:x if(y) x = floatsqroot(speed*speed / y) new_velo[0] *= x new_velo[1] *= x new_velo[2] *= x if(speed<0.0) { new_velo[0] *= -1 new_velo[1] *= -1 new_velo[2] *= -1 } set_pev(ent,pev_velocity,new_velo) } default: return 0; } return 1; } /* * * Determines if 2 floats are within "difference" * between eachother. * * Example: 2.0 is within 5.0 "difference" of 7.0 * */ stock is_within_difference(Float:number1,Float:number2,Float:difference) { if(floatabs(number2 - number1) <= difference) return 1; return 0; } /* * * Determines if point[2] is inside of polygon[20][2]. * Returns 1 if it is and 0 if it isn't. * * Any polygon of any shape can be put into the polygon * array. MAX_SIDES define has to be changed for more * than 20 sides. * * numsides if the number of sides put into polygon[20][2]. * * Example Usage: * * new Float:square[MAX_SIDES][2], Float:point[2] * point[0] = 0.0 * point[1] = 0.0 * * //4 sides are made up between the 4 points. * //The sides make up a square if you connect * //the points. * square[0][0] = 10.0 * square[0][1] = 10.0 * square[1][0] = 10.0 * square[1][1] = -10.0 * square[2][0] = -10.0 * square[2][1] = -10.0 * square[3][0] = -10.0 * square[3][1] = 10.0 * * //will return 1 because (0,0) is * //inside the polygon made by the array. * is_inside(point,square,4) * */ #define MAX_SIDES 20 stock is_inside(const Float:point[2],const Float:polygon[MAX_SIDES][2],numsides) { if(numsides>MAX_SIDES || numsides<3) return 0; new num, Float:slope1, Float:slope2, Float:x, Float:y, i2 if(point[0]==100.0) slope2 = (point[1] - 100.0) / 0.000001 else slope2 = (point[1] - 100.0) / (point[0] - 100.00) for(new i=0;i<numsides;i++) { i2 = i+1 if(i2==numsides) i2=0 if(polygon[i][0]==polygon[i2][0]) polygon[i2][0] += 0.1 slope1 = (polygon[i][1] - polygon[i2][1]) / (polygon[i][0] - polygon[i2][0]) if(slope1!=slope2) { x=(polygon[i][1] + slope2*point[0] - point[1] - slope1*polygon[i][0]) / (slope2 - slope1) y = slope2*(x - point[0]) + point[1] if( !(y>polygon[i][1] && y>polygon[i2][1]) && !(y<polygon[i][1] && y<polygon[i2][1]) && !(x>polygon[i][0] && x>polygon[i2][0]) && !(x<polygon[i][0] && x<polygon[i2][0]) && !(x==polygon[i][0] && y==polygon[i][1]) && (x>point[0]) ) { num++ } } } new Float:num2 = float(num) / 2.0 if(num2==float(floatround(num2))) return 0; return 1; } /* * * Returns the distance origin[3] is at its closest * location to the line drawn from start[3] to end[3] * * &is_visible is filled with 1 if origin[3] is visible * by the line at its nearest point, 0 if it is not * */ stock Float:distance_from_line(Float:start[3],Float:end[3],Float:origin[3],&is_visible) { new Float:deltas[3] deltas[0] = (start[1] - end[1]) / (start[0] - end[0]) deltas[1] = (start[2] - end[2]) / (start[1] - end[1]) deltas[2] = (start[1] - end[1]) / (start[2] - end[2]) static Float:origin2[3] origin2[2] = origin[2] origin2[1] = (deltas[2] * (origin2[2] - start[2])) + start[1] origin2[0] = ((deltas[0] * start[0]) + origin2[1] - start[1]) / deltas[0] static Float:hit[3] engfunc(EngFunc_TraceLine,origin,origin2,1,0,0) get_tr2(0,TR_vecEndPos,hit) if(hit[0]==origin2[0] && hit[1]==origin2[1] && hit[2]==origin2[2]) is_visible = 1 else is_visible = 0 return get_distance_f(origin,origin2) } new toggle_pcvar, speed_pcvar, gravity_pcvar, bhop_pcvar public plugin_init() { register_plugin("Long Jump + Bunny Hop","1.0","GHW_Chronic") toggle_pcvar = register_cvar("longjump_on","1") speed_pcvar = register_cvar("longjump_speed","500.0") gravity_pcvar = get_cvar_pointer("sv_gravity") bhop_pcvar = register_cvar("longjump_bhop","0") register_forward(FM_PlayerPreThink,"FM_PreThink") } public FM_PreThink(id) { if(get_pcvar_num(toggle_pcvar) && (pev(id,pev_button) & IN_JUMP) && (pev(id,pev_flags) & FL_ONGROUND)) { if(get_pcvar_num(bhop_pcvar) || !(pev(id,pev_oldbuttons) & IN_JUMP)) blah(id) } } public blah(id) { set_speed(id,get_pcvar_float(speed_pcvar),3) static Float:velocity[3] pev(id,pev_velocity,velocity) velocity[2] = get_pcvar_float(gravity_pcvar) / 3.0 new button = pev(id,pev_button) if(button & IN_BACK) { velocity[0] *= -1 velocity[1] *= -1 } set_pev(id,pev_velocity,velocity) }

SMA	Letöltés | Megtekintés
AMXX	Átalakítás AMXX-re*
*A fordítás a aghl.ru oldalon történik.

Jó plugin, kösz GösseR. ! :)

De aki már pro KZ ban annak kicsit **** lesz ezzel a pluginnal játszania.

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[steam]Silverss[/steam]
https://www.youtube.com/BennySLR

Aki nem szereti az Amxx-elt szervereket, annak már az Amxx-szel is lesznek problémái :)
Am mi van veled Silverss? Régen láttalak

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I'm back

Aki felrakja , az felrakja , aki nem , az nem , nem csinálok belőle nagy gondot :)

Am nem tudom hogy mért kell ehhez is sok siker...

Legyen mit irnod ide :PP

register_plugin("Long Jump + Bunny Hop","1.0","GHW_Chronic")

toggle_pcvar = register_cvar("longjump_on","1")
speed_pcvar = register_cvar("longjump_speed","500.0")
gravity_pcvar = get_cvar_pointer("sv_gravity")
bhop_pcvar = register_cvar("longjump_bhop","1")

nekem így van beállítva de nem bunnyhoppozik

Le kell fordítani amxx-re és azt kell felrakni.