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furhter updates to team joining as well as wall proximity to help with crouching/jumping

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This commit is contained in:
jenzur 2020-08-24 01:04:59 +02:00
parent fa55ea1e17
commit 74652f9d18
2 changed files with 42 additions and 33 deletions
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11
AutismBotIngame/python/ingamefollowct.py
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@ -30,7 +30,7 @@ def exit_handler():
resetCfgInputShortWait() resetCfgInputShortWait()
def joinTeam(): def joinTeam():
str = "jointeam 2; wait 2; zspawn; wait 1; {0}; wait 5;" str = "jointeam 2; wait 2; zspawn; wait 1; wait 5;"
writeCfgInput(str) writeCfgInput(str)
time.sleep(4.5) time.sleep(4.5)
print('jointeam func: ') print('jointeam func: ')
@ -85,9 +85,12 @@ def bot_process_movement(input_line):
#maybe 0.8 instead #maybe 0.8 instead
min_distance_target_human = 0.1 min_distance_target_human = 0.1
strInput = "-attack; wait 2; -use; wait 5; -jump; wait 5; -duck; wait 5; +attack; wait 5; cl_minmodels 1; wait 2; +use; +forward; wait 2; " strInput = "-attack; wait 2; -use; wait 5; -jump; wait 5; -duck; wait 5; +attack; wait 5; cl_minmodels 1; wait 2; +use; +forward; wait 2; "
if crouch_or_jump > 0: if crouch_or_jump == 2:
print('crouch_or_jump') print('crouching')
strInput += "+jump; wait 5; +duck; wait 5; -jump; wait 500; -duck; wait 3;" strInput += "+duck; wait 1500; -duck; wait 50;"
if crouch_or_jump == 3:
print('jumping')
strInput += "+jump; wait 750; +duck; wait 750; -jump; wait 500; -duck; wait 500; +jump; wait 1000; -jump; "
if dist_target > min_distance_target_human: if dist_target > min_distance_target_human:
strInput += "use weapon_elite; wait 3; " strInput += "use weapon_elite; wait 3; "
elif targeteam == 3: elif targeteam == 3:

60
AutismBotIngame/scripting/autism_bot_info.sp
View File

@ -276,6 +276,12 @@ public Action recursive_pressing(Handle timer, any data)
{ {
if (IsValidClient(present) && IsPlayerAlive(present)) if (IsValidClient(present) && IsPlayerAlive(present))
{ {
if (GetClientTeam(present) == 1)
{
//prevent him being stuck afk in spec
bot_send_connected_msg();
return Plugin_Continue;
}
char message[generic_length * 7]; char message[generic_length * 7];
float present_bot_coords[3]; float present_bot_coords[3];
GetClientAbsOrigin(present, present_bot_coords); GetClientAbsOrigin(present, present_bot_coords);
@ -335,7 +341,7 @@ public Action recursive_pressing(Handle timer, any data)
int target_enemy = find_closest_enemy(present, targeteam); int target_enemy = find_closest_enemy(present, targeteam);
bool chasing_enemy = false; bool chasing_enemy = false;
float dist_target = -1.0; float dist_target = -1.0;
bool crouch_or_jump = false; int crouch_or_jump = 0;
if (bot_on_type != 0 && bot_on_type != 2 && bot_on_type != 4) if (bot_on_type != 0 && bot_on_type != 2 && bot_on_type != 4)
{ {
float pos[3]; float pos[3];
@ -373,6 +379,7 @@ public Action recursive_pressing(Handle timer, any data)
} }
if (IsValidClient(targethuman) && !chasing_enemy) if (IsValidClient(targethuman) && !chasing_enemy)
face_call(targethuman); face_call(targethuman);
//0: nothing, 2: crouch, 3: jump
crouch_or_jump = wall_circle(); crouch_or_jump = wall_circle();
} }
if (bot_on_type != 2) if (bot_on_type != 2)
@ -387,44 +394,43 @@ public Action recursive_pressing(Handle timer, any data)
return Plugin_Continue; return Plugin_Continue;
} }
public bool wall_circle() public int wall_circle()
{ {
//TODO maybe //Circle:
float min_cap_distance = 50.0; for (int iterator = 0; iterator < 3; iterator++)
for (float AngleRotate = 0.0; AngleRotate < 360.0; AngleRotate += 30.0) {
float angle_start = -360.0; //should be -180.0 ofc
float angle_end = 360.0;
for (float AngleRotate = angle_start; AngleRotate <= angle_end; AngleRotate += 10.0)
{ {
float StartOrigin[3]; float StartOrigin[3];
float Angles[3]; float Angles[3];
Angles[0] = 0.0; GetClientEyeAngles(present, Angles);
Angles[1] = AngleRotate; Angles[iterator] = AngleRotate;
Angles[2] = 0.0;
GetClientEyePosition(present, StartOrigin); GetClientEyePosition(present, StartOrigin);
TR_TraceRayFilter(StartOrigin, Angles, MASK_SOLID, RayType_Infinite, TraceRayDontHitSelf); TR_TraceRayFilter(StartOrigin, Angles, MASK_SOLID, RayType_Infinite, TraceRayDontHitSelf, present);
if (TR_DidHit()) if (TR_DidHit())
{ {
float EndOrigin[3]; float EndOrigin[3];
TR_GetEndPosition(EndOrigin, INVALID_HANDLE); TR_GetEndPosition(EndOrigin, INVALID_HANDLE);
float Distance = (GetVectorDistance(StartOrigin, EndOrigin)); float dot_product = GetVectorDotProduct(StartOrigin, EndOrigin);
if (Distance < min_cap_distance) dot_product = dot_product / 1000;
return true; float distance = GetVectorDistance(StartOrigin, EndOrigin);
} float crouch_cap = 5000.0;
float StartOrigin1[3]; float jump_cap = 100000.0;
float Angles1[3]; float distance_cap = 50.0;
Angles1[0] = AngleRotate; if (distance <= distance_cap)
Angles1[1] = 0.0;
Angles1[2] = 0.0;
GetClientEyePosition(present, StartOrigin1);
TR_TraceRayFilter(StartOrigin1, Angles1, MASK_SOLID, RayType_Infinite, TraceRayDontHitSelf);
if (TR_DidHit())
{ {
float EndOrigin[3]; if (dot_product <= crouch_cap)
TR_GetEndPosition(EndOrigin, INVALID_HANDLE); return 2;
float Distance = (GetVectorDistance(StartOrigin1, EndOrigin)); else if (dot_product <= jump_cap)
if (Distance < min_cap_distance) return 3;
return true; }
} }
} }
return false; }
return 0;
} }
public void check_bot_surfing() public void check_bot_surfing()