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Я не знаю как с калькулировать правильно wish dir и wall angle
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function:
__forceinline float align_normalize_yaw(float f) {
while (f < -180.0f)
f += 360.0f;
while (f > 180.0f)
f -= 360.0f;
return f;
}
void features::movement::auto_align(c_usercmd* cmd) {
enum e_directions {
e_forwards = 0,
e_forwards_left = 45,
e_forwards_right = -45,
e_left = 90,
e_right = -90,
e_backwards_left = 135,
e_backwards_right = -135,
e_backwards = 180,
};
if (!c::movement::auto_align::enable)
return;
if (!interfaces::engine->is_in_game() || !interfaces::engine->is_connected())
return;
if (!g::local || !g::local->is_alive())
return;
if (g::local->move_type() == movetype_noclip || g::local->move_type() == movetype_ladder || g::local->move_type() == movetype_observer)
return;
if (g::local->flags() & fl_onground)
return;
if (!cmd)
return;
if (cmd->buttons & in_speed)
cmd->buttons &= ~in_speed;
float wish_direction = 0.0f;
if (cmd->buttons & in_forward) {
if (cmd->buttons & in_left)
wish_direction += e_forwards_left;
else if (cmd->buttons & in_right)
wish_direction += e_forwards_right;
else
wish_direction += e_forwards;
}
else if (cmd->buttons & in_back) {
if (cmd->buttons & in_left)
wish_direction += e_backwards_left;
else if (cmd->buttons & in_right)
wish_direction += e_backwards_right;
else
wish_direction += e_backwards;
}
else if (cmd->buttons & in_left)
wish_direction += e_left;
else if (cmd->buttons & in_right)
wish_direction += e_right;
vec3_t view_angles = vec3_t(0.0f, 0.0f, 0.0f);
interfaces::engine->get_view_angles(view_angles);
vec3_t absolute_wish_angles = vec3_t(view_angles.x, view_angles.y + align_normalize_yaw(wish_direction), view_angles.z);
vec3_t start = g::local->get_absolute_origin();
vec3_t end = start /* + wish direction to our wall */;
trace_filter filter;
filter.skip = g::local;
/* verify wall */
trace_t detection_wall;
ray_t detection_wall_ray;
detection_wall_ray.initialize(start, end);
interfaces::trace_ray->trace_ray(detection_wall_ray, MASK_PLAYERSOLID, &filter, &detection_wall);
if (detection_wall.flFraction < 1.0f && detection_wall.plane.normal.z == 0.0f) {
vec3_t adjusted = start /* + wall angle */;
/* verify our feet on ideal angle for hug */
trace_t new_detection_wall;
ray_t new_detection_wall_ray;
new_detection_wall_ray.initialize(start, adjusted);
interfaces::trace_ray->trace_ray(new_detection_wall_ray, MASK_PLAYERSOLID, &filter, &new_detection_wall);
/* if our angle not ideal we create a move's to be ideal */
if (detection_wall.plane != new_detection_wall.plane) {
}
}
}Auto align
Я подумал и решил слить, пусть будет в паблике :) hydrax preview | auto pixelsurf - YouTube void Misc::autohug(UserCmd* cmd) noexcept { if (!config->misc.autohug) return; if (!localPlayer || !localPlayer->isAlive() || (localPlayer->flags() & 1)) return; if (const...
Пожалуйста, авторизуйтесь для просмотра ссылки.
Пожалуйста, авторизуйтесь для просмотра ссылки.
№1:
vec3_t to_wall = angles.to_angle();
to_wall.normalize();
vec3_t velo = g::local->velocity();
velo.z = 0.f;
if (velo.length_2d() > 0.f) {
vec3_t velo_ang = velo.to_angle();
vec3_t delta = velo_ang - to_wall;
delta.normalize();
if (fabsf(delta.z) > 90.f)
break;
}
float rotation = math::deg2rad(to_wall.y - cmd->view_angles.y);
float cos_rot = cos(rotation);
float sin_rot = sin(rotation);
№2:
Vector to_wall = Angles.toAngle();
float mVel = hypotf(localPlayer->velocity().x, localPlayer->velocity().y);
float ideal = radiansToDegrees(atanf(28.33f / mVel));
Vector dvelo = localPlayer->velocity();
dvelo.z = 0.f;
Vector velo_angle = dvelo.toAngle();
Vector delta = velo_angle - to_wall;
delta.normalize();
if (delta.y >= 0.f)
to_wall.y += ideal;
else
to_wall.y -= ideal;
float rotation = degreesToRadians(to_wall.y - cmd->viewangles.y);
float cos_rot = cos(rotation);
float sin_rot = sin(rotation);
float forwardmove = cos_rot * 450.f;
float sidemove = -sin_rot * 450.f;
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