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GHW Követő házi kedvencek https://hlmod.hu/viewtopic.php?f=101&t=29942	Oldal: 1 / 1

Szerző:

norbee.16 [ 2019.07.19. 15:14 ]

Hozzászólás témája:

GHW Követő házi kedvencek

Plugin Neve:	GHW Követő házi kedvencek	Plugint készitette:	GHW_Chronic
Játék:	Mind	Kategória:	Szórakoztató
Eredeti link:	Megnézem	Jóváhagyó:	Dooz

GHW Követő házi kedvencek

Leírás:
- Ez a bővítmény lehetővé teszi, hogy a játékosok tudjanak választani egy kis kedvecet ami követi őket. A házi kedvencek halál után egyből eltűnik. Egyszerre csak 1 házi kedvencet használhat, a házi kedvenc nem sebezhető.

Parancsok:
- /pet [Házi kedvenc nev]
Ha nincs megadva a házi kedvenc neve, akkor egy véletlenszerű kedvencet kapsz.
- /nopet
Eltávolítja az aktuális házi kedvencet.
- amx_pets
Megnyit egy menü ahol látható a házi kedvencek listája és be/ki/csak admin használat állítható.

Házi kedvencek nevei:
Headcrab
Rat
Bat
Frog
Floater
Cockroach
Hyper Bat
Mom
Grunt
Fish
Baby Headcrab
Cockroach
Gargantuan
Bull Squid
Hound Eye
Loading Machine
Controller

/*
*   _______     _      _  __          __
*  | _____/    | |    | | \ \   __   / /
*  | |         | |    | |  | | /  \ | |
*  | |         | |____| |  | |/ __ \| |
*  | |   ___   | ______ |  |   /  \   |
*  | |  |_  |  | |    | |  |  /    \  |
*  | |    | |  | |    | |  | |      | |
*  | |____| |  | |    | |  | |      | |
*  |_______/   |_|    |_|  \_/      \_/
*
*
*
*  Last Edited: 07-04-09
*
*  ============
*   Changelog:
*  ============
*
*  v2.2
*    -Added Off / Admin only capabilities
*
*  v2.1
*    -Added some pets
*    -Fixed death animations
*    -Fixed chat text bug
*
*  v2.0
*    -Added ML
*
*  v1.0
*    -Initial Release
*
*/

#define VERSION	"2.2"

#include <amxmodx>
#include <amxmisc>
/* 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)
}

#define PET_NUM	17

static const pet_name[PET_NUM][32] =
{
	"Headcrab",
	"Rat",
	"Bat",
	"Frog",
	"Floater",
	"Cockroach",
	"Hyper Bat",
	"Mom",
	"Grunt",
	"Fish",
	"Baby Headcrab",
	"Roach",
	"Gargantuan",
	"Bull Squid",
	"Hound Eye",
	"Loading Machine",
	"Controller"
}

static const pet_models[PET_NUM][32] =
{
	"models/headcrab.mdl",
	"models/bigrat.mdl",
	"models/boid.mdl",
	"models/chumtoad.mdl",
	"models/floater.mdl",
	"models/roach.mdl",
	"models/stukabat.mdl",
	"models/big_mom.mdl",
	"models/agrunt.mdl",
	"models/archer.mdl",
	"models/baby_headcrab.mdl",
	"models/roach.mdl",
	"models/garg.mdl",
	"models/bullsquid.mdl",
	"models/houndeye.mdl",
	"models/loader.mdl",
	"models/controller.mdl"
}

static const pet_idle[PET_NUM] =
{
	0,
	1,
	0,
	0,
	0,
	1,
	13,
	0,
	0,
	0,
	1,
	0,
	7,
	1,
	1,
	3,
	3
}

static const Float:pet_idle_speed[PET_NUM] =
{
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	0.5,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0,
	1.0
}

static const pet_run[PET_NUM] =
{
	4,
	4,
	0,
	5,
	0,
	0,
	13,
	3,
	3,
	6,
	4,
	0,
	4,
	0,
	3,
	2,
	9
}

static const Float:pet_run_speed[PET_NUM] =
{
	2.0,
	6.0,
	3.0,
	0.75,
	1.0,
	1.0,
	13.0,
	1.0,
	1.0,
	0.6,
	0.6,
	1.0,
	1.0,
	2.0,
	1.0,
	0.4,
	1.0
}

static const pet_die[PET_NUM] =
{
	7,
	7,
	0,
	12,
	0,
	0,
	5,
	4,
	22,
	9,
	7,
	1,
	14,
	16,
	6,
	5,
	18
}

static const Float:pet_die_length[PET_NUM] =
{
	2.4,
	2.4,
	0.1,
	3.0,
	0.1,
	0.1,
	3.0,
	5.0,
	5.0,
	3.0,
	3.0,
	1.0,
	6.0,
	2.5,
	2.5,
	7.0,
	7.0
}

static const Float:pet_minus_z_standing[PET_NUM] =
{
	36.0,
	36.0,
	5.0,
	36.0,
	5.0,
	36.0,
	10.0,
	36.0,
	36.0,
	20.0,
	36.0,
	36.0,
	36.0,
	36.0,
	36.0,
	36.0,
	0.0
}

static const Float:pet_minus_z_crouching[PET_NUM] =
{
	16.0,
	16.0,
	6.0,
	16.0,
	6.0,
	16.0,
	11.0,
	16.0,
	16.0,
	30.0,
	16.0,
	16.0,
	16.0,
	16.0,
	16.0,
	16.0,
	0.0
}

static const Float:pet_max_distance[PET_NUM] =
{
	300.0,
	300.0,
	300.0,
	300.0,
	300.0,
	300.0,
	300.0,
	1000.0,
	600.0,
	300.0,
	300.0,
	300.0,
	800.0,
	400.0,
	400.0,
	1000.0,
	800.0
}

static const Float:pet_min_distance[PET_NUM] =
{
	80.0,
	80.0,
	80.0,
	80.0,
	80.0,
	80.0,
	80.0,
	300.0,
	200.0,
	80.0,
	80.0,
	80.0,
	250.0,
	100.0,
	100.0,
	300.0,
	200.0
}

new pet[33]
new pettype[33]
new maxplayers
new pets_off_pcvar
new pets_adminonly_pcvar

//menu
new currently_on[33]

public plugin_init()
{
	register_plugin("GHW Pet Followers",VERSION,"GHW_Chronic")

register_concmd("amx_pets","cmd_pets",ADMIN_SLAY," Brings up the menu to turn pets on/admin only/off")
	register_menu("PetsMenu",(1<<0)|(1<<1)|(1<<2)|(1<<3)|(1<<4)|(1<<5)|(1<<6)|(1<<7)|(1<<8)|(1<<9),"menu_pressed")

register_clcmd("say","say_hook")
	register_clcmd("say_team","say_hook")

register_event("DeathMsg","DeathMsg","a")
	register_forward(FM_Think,"FM_Think_hook")

pets_off_pcvar = register_cvar("pets_off","0")
	pets_adminonly_pcvar = register_cvar("pets_adminonly","0")

maxplayers = get_maxplayers()

register_dictionary("GHW_Pet_Followers.txt")
}

public plugin_precache()
{
	for(new i=0;i<PET_NUM;i++) precache_model(pet_models[i])
}

public cmd_pets(id,level,cid)
{
	if(!cmd_access(id,level,cid,1))
	{
		return PLUGIN_HANDLED
	}

currently_on[id] = 0
	create_menu(id)

return PLUGIN_HANDLED
}

public create_menu(id)
{
	new Menu[1024]
	format(Menu,1023,"GHW Pet Mod^n^n")

new keys

new current_setting[32]
	for(new i=currently_on[id];i<PET_NUM && i<currently_on[id] + 7;i++)
	{
		if(get_pcvar_num(pets_off_pcvar) & power(2,i))
		{
			format(current_setting,31,"Off")
		}
		else if(get_pcvar_num(pets_adminonly_pcvar) & power(2,i))
		{
			format(current_setting,31,"Admin")
		}
		else
		{
			format(current_setting,31,"On")
		}
		format(Menu,1023,"%s%d. %s \R%s^n",Menu,i - currently_on[id] + 1,pet_name[i],current_setting)

keys |= (1<<i - currently_on[id])
	}

if(currently_on[id] > 0)
	{
		format(Menu,1023,"%s^n8. Back",Menu)
		keys |= (1<<7)
	}
	if(currently_on[id] + 7 < PET_NUM)
	{
		format(Menu,1023,"%s^n9. Next",Menu)
		keys |= (1<<8)
	}

format(Menu,1023,"%s^n^n0. Exit",Menu)
	keys |= (1<<9)

show_menu(id,keys,Menu,-1,"PetsMenu")
}

public menu_pressed(id,key)
{
	switch(key)
	{
		case 7:
		{
			//Back
			currently_on[id] -= 7
		}
		case 8:
		{
			//Next
			currently_on[id] += 7
		}
		case 9:
		{
			//Nothing - Exit
			return PLUGIN_HANDLED
		}
		default:
		{
			//Selected a Pet
			if(get_pcvar_num(pets_off_pcvar) & power(2,key + currently_on[id]))
			{
				set_pcvar_num(pets_off_pcvar,get_pcvar_num(pets_off_pcvar) - power(2,key + currently_on[id]))//Out of Off list
			}
			else if(get_pcvar_num(pets_adminonly_pcvar) & power(2,key + currently_on[id]))
			{
				set_pcvar_num(pets_adminonly_pcvar,get_pcvar_num(pets_adminonly_pcvar) - power(2,key + currently_on[id]))//Out of Admin list
				set_pcvar_num(pets_off_pcvar,get_pcvar_num(pets_off_pcvar) + power(2,key + currently_on[id]))//Into Off list
			}
			else
			{
				set_pcvar_num(pets_adminonly_pcvar,get_pcvar_num(pets_adminonly_pcvar) + power(2,key + currently_on[id]))//Into Admin list
			}
		}
	}

create_menu(id)

return PLUGIN_HANDLED
}

public client_disconnect(id) handle_DeathMsg(id)

public DeathMsg() handle_DeathMsg(read_data(2))

public handle_DeathMsg(id)
{
	if(pet[id] && pev_valid(pet[id]))
	{
		set_pev(pet[id],pev_animtime,100.0)
		set_pev(pet[id],pev_framerate,1.0)
		set_pev(pet[id],pev_sequence,pet_die[pettype[id]])
		set_pev(pet[id],pev_gaitsequence,pet_die[pettype[id]])
		set_task(pet_die_length[pettype[id]],"remove_pet",pet[id])
	}
	pet[id]=0
}

public remove_pet(ent) if(pev_valid(ent)) engfunc(EngFunc_RemoveEntity,ent)

public say_hook(id)
{
	new arg[32]
	read_argv(1,arg,31)
	if(equali(arg,"/pet Headcrab")) pet_cmd_handle(id,0)
	else if(equali(arg,"/pet Rat")) pet_cmd_handle(id,1)
	else if(equali(arg,"/pet Bat")) pet_cmd_handle(id,2)
	else if(equali(arg,"/pet Frog")) pet_cmd_handle(id,3)
	else if(equali(arg,"/pet Floater")) pet_cmd_handle(id,4)
	else if(equali(arg,"/pet Cockroach")) pet_cmd_handle(id,5)
	else if(equali(arg,"/pet Hyper") || equali(arg,"/pet Hyper Bat")) pet_cmd_handle(id,6)
	else if(equali(arg,"/pet Mom")) pet_cmd_handle(id,7)
	else if(equali(arg,"/pet Grunt")) pet_cmd_handle(id,8)
	else if(equali(arg,"/pet Fish")) pet_cmd_handle(id,9)
	else if(equali(arg,"/pet Baby Headcrab") || equali(arg,"/pet Baby")) pet_cmd_handle(id,10)
	else if(equali(arg,"/pet Roach") || equali(arg,"/pet Cockroach")) pet_cmd_handle(id,11)
	else if(equali(arg,"/pet Garg") || equali(arg,"/pet Gargantuan")) pet_cmd_handle(id,12)
	else if(equali(arg,"/pet Bull") || equali(arg,"/pet Bull Squid") || equali(arg,"/pet BullSquid") || equali(arg,"/pet Squid")) pet_cmd_handle(id,13)
	else if(equali(arg,"/pet Hound") || equali(arg,"/pet Hound Eye") || equali(arg,"/pet HoundEye") || equali(arg,"/pet Eye")) pet_cmd_handle(id,14)
	else if(equali(arg,"/pet Loader") || equali(arg,"/pet Loading") || equali(arg,"/pet Machine") || equali(arg,"/pet Loading Machine")) pet_cmd_handle(id,15)
	else if(equali(arg,"/pet Boss") || equali(arg,"/pet Controller")) pet_cmd_handle(id,16)
	else if(containi(arg,"/pet")==0) pet_cmd_handle(id,random_pet(id))
	else if(containi(arg,"/nopet")==0)
	{
		if(pet[id]) client_print(id,print_chat,"[AMXX] %L",id,"MSG_REMOVEPET")
		else client_print(id,print_chat,"[AMXX] %L",id,"MSG_NOREMOVEPET")
		handle_DeathMsg(id)
	}
}

public random_pet(id)
{
	new num = random_num(0,PET_NUM-1);

if((get_pcvar_num(pets_off_pcvar) & power(2,num)) || ((get_pcvar_num(pets_adminonly_pcvar) & power(2,num)) && !is_user_admin(id)))
		num = random_pet(id)

return num;
}

public pet_cmd_handle(id,num)
{
	if(pet[id])
	{
		handle_DeathMsg(id)
		//client_print(id,print_chat,"[AMXX] %L",id,"MSG_NOGIVEPET_HAVE")
	}
	else if(!is_user_alive(id))
	{
		client_print(id,print_chat,"[AMXX] %L",id,"MSG_NOGIVEPET_DEAD")
	}
	else
	{
		if(get_pcvar_num(pets_off_pcvar) & power(2,num))
		{
			client_print(id,print_chat,"[AMXX] %L",id,"MSG_DISABLED")
		}
		else if((get_pcvar_num(pets_adminonly_pcvar) & power(2,num)) && !is_user_admin(id))
		{
			client_print(id,print_chat,"[AMXX] %L",id,"MSG_ADMINONLY")
		}
		else
		{
			pet[id] = engfunc(EngFunc_CreateNamedEntity,engfunc(EngFunc_AllocString,"info_target"))
			set_pev(pet[id],pev_classname,"GHW_Pet")
			pettype[id] = num
			engfunc(EngFunc_SetModel,pet[id],pet_models[pettype[id]])
			new Float:origin[3]
			pev(id,pev_origin,origin)
			if(is_user_crouching(id)) origin[2] -= pet_minus_z_crouching[pettype[id]]
			else origin[2] -= pet_minus_z_standing[pettype[id]]
			set_pev(pet[id],pev_origin,origin)
			set_pev(pet[id],pev_solid,SOLID_NOT)
			set_pev(pet[id],pev_movetype,MOVETYPE_FLY)
			set_pev(pet[id],pev_owner,33)
			set_pev(pet[id],pev_nextthink,1.0)
			set_pev(pet[id],pev_sequence,0)
			set_pev(pet[id],pev_gaitsequence,0)
			set_pev(pet[id],pev_framerate,1.0)
			client_print(id,print_chat,"[AMXX] %L",id,"MSG_GIVEPET",pet_name[pettype[id]])
		}
	}
}

public FM_Think_hook(ent)
{
	for(new i=0;i<=maxplayers;i++)
	{
		if(ent==pet[i])
		{
			static Float:origin[3]
			static Float:origin2[3]
			static Float:velocity[3]
			pev(ent,pev_origin,origin2)
			get_offset_origin_body(i,Float:{50.0,0.0,0.0},origin)
			if(is_user_crouching(i)) origin[2] -= pet_minus_z_crouching[pettype[i]]
			else origin[2] -= pet_minus_z_standing[pettype[i]]

if(get_distance_f(origin,origin2)>pet_max_distance[pettype[i]])
			{
				set_pev(ent,pev_origin,origin)
			}
			else if(get_distance_f(origin,origin2)>pet_min_distance[pettype[i]])
			{
				get_speed_vector(origin2,origin,250.0,velocity)
				set_pev(ent,pev_velocity,velocity)
				if(pev(ent,pev_sequence)!=pet_run[pettype[i]] || pev(ent,pev_framerate)!=pet_run_speed[pettype[i]])
				{
					set_pev(ent,pev_frame,1)
					set_pev(ent,pev_sequence,pet_run[pettype[i]])
					set_pev(ent,pev_gaitsequence,pet_run[pettype[i]])
					set_pev(ent,pev_framerate,pet_run_speed[pettype[i]])
				}
			}
			else if(get_distance_f(origin,origin2)<pet_min_distance[pettype[i]] - 5.0)
			{
				if(pev(ent,pev_sequence)!=pet_idle[pettype[i]] || pev(ent,pev_framerate)!=pet_idle_speed[pettype[i]])
				{
					set_pev(ent,pev_frame,1)
					set_pev(ent,pev_sequence,pet_idle[pettype[i]])
					set_pev(ent,pev_gaitsequence,pet_idle[pettype[i]])
					set_pev(ent,pev_framerate,pet_idle_speed[pettype[i]])
				}
				set_pev(ent,pev_velocity,Float:{0.0,0.0,0.0})
			}
			pev(i,pev_origin,origin)
			origin[2] = origin2[2]
			entity_set_aim(ent,origin)

set_pev(ent,pev_nextthink,1.0)
			break;
		}
	}
}

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

Szerző:	regener [ 2019.07.20. 19:10 ]
Hozzászólás témája:	Re: GHW Követő házi kedvencek
Hint: bármilyen npc/karakter modellel működik, pl. a túszokkal is. Csak meg kell adni a megfelelő animációk adatait amit egy model viewerrel meg lehet lesni. Gondolj bele D2-n mikor futsz CT-ként mögötted a tússzal többiek mit nézhetnek

Szerző:	norbee.16 [ 2019.07.20. 19:31 ]
Hozzászólás témája:	Re: GHW Követő házi kedvencek
regener írta: Hint: bármilyen npc/karakter modellel működik, pl. a túszokkal is. Csak meg kell adni a megfelelő animációk adatait amit egy model viewerrel meg lehet lesni. Gondolj bele D2-n mikor futsz CT-ként mögötted a tússzal többiek mit nézhetnek Amikor teszteltem akkor mi is funoltunk kicsit ezzel amit írtál. Ami még érdekes, hogy benne van ez a modell is.

Szerző:	regener [ 2019.07.20. 21:18 ]
Hozzászólás témája:	Re: GHW Követő házi kedvencek
Az egy kicsit nagy már szerintem és lebuktat hol járkálsz Konkrétum a túszhoz: Kód: Túsz "models/hostage.mdl" 58 1.0 2 1.0 83 80.0 36.0 18.0 400.0 70.0 say_hook: else if(equali(arg,"/pet Tusz") \|\| equali(arg,"/pet Túsz")) pet_cmd_handle(id,17) Na nem offolok tovább

Szerző:	norbee.16 [ 2019.07.20. 21:39 ]
Hozzászólás témája:	Re: GHW Követő házi kedvencek
Van benne még egy pár nagyobb modell alapból. A kocsi már plusz.(alapból nem tartalmazza)

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