debug_overlay

add_box

_{Renders a debug box around the the specified position}

void add_box(<vec3_t> pos, <vec3_t> mins, <vec3_t> maxs, <angle_t> orientation, <color_t> color, <float> duration)

Fields	Description
pos vec3_t	world position
mins vec3_t	box mins
maxs vec3_t	box maxs
orientation angle_t	orientation
color color_t	box color
duration float	box duration

Example

debug_overlay.add_box(pos, mins, maxs, orientation, color_t(255, 255, 255), 1.0)

---

add_sphere

_{Renders a debug sphere around the the specified position}

void add_sphere(<vec3_t> pos, <float> radius, <int> theta, <int> phi, <color_t> color, <float> duration)

Fields	Description
pos vec3_t	world position
radius float	sphere radius
theta int
phi int
color color_t	sphere color
duration float	sphere duration

Example

local local_player = entity_list.get_local_player()
local abs_origin = local_player:get_prop("m_vecAbsOrigin")
debug_overlay.add_sphere(abs_origin, 15, 20, 5, color_t(255, 255, 255), 1.0)

---

add_line

_{Renders a debug line between two points}

void add_line(<vec3_t> start, <vec3_t> end, <color_t> color, <bool> skip_occlusion, <float> duration)

Fields	Description
start vec3_t	point start
end vec3_t	point end
color color	line color
skip_occlusion bool	should the line be occluded

Example

local local_player = entity_list.get_local_player()
local abs_origin = local_player:get_prop("m_vecAbsOrigin")
debug_overlay.add_line(abs_origin, abs_origin + vec3_t(10, 0, 0), color_t(255, 255, 255), true, 5.0)

---

add_capsule

_{Renders a debug capsule}

void add_capsule(<vec3_t> mins, <vec3_t> maxs, <float> radius, <color_t> color, <bool> skip_occlusion, <float> duration)

Fields	Description
mins vec3_t	capsule minimum bounds
maxs vec3_t	capsule maximum bounds
radius float	capsule size
color color	capsule color
skip_occlusion bool	should the capsule be occluded
duration float	render time of capsule

Example

local local_player = entity_list.get_local_player()
local abs_origin = local_player:get_render_origin()
debug_overlay.add_capsule(abs_origin, abs_origin + vec3_t(10, 0, 0), 10.f, color_t(255, 255, 255), true, 5.0)