antiaim_context_t

Info

antiaim context can only be retrieved via the ANTIAIM callback in all examples below ctx is the antiaim context

function on_antiaim(ctx)
    ctx:set_yaw(180)
end

callbacks.add(e_callbacks.ANTIAIM, on_antiaim)

Functions#

_{overrides the pitch for the next antiaim call}

void set_pitch(<float> pitch)

ctx:set_pitch(89) -- force down pitch

Fields	Description
`pitch` float

_{overrides the yaw for the next antiaim call}

void set_yaw(<float> yaw)

Fields	Description
`yaw` float

ctx:set_yaw(0) -- force forwards yaw

_{overrides the desync delta for the next antiaim call}

void set_desync(<float> desync_factor)

Fields	Description
`desync_factor` float	desync factor (range -1···1)

ctx:set_desync(1.0) -- force right desync

_{overrides the body lean delta for the next antiaim call}

void set_body_lean(<float> lean_factor, [optional] <bool> always_body_lean)

Fields	Description
`lean_factor` float	body lean factor (range -1···1)
`always_body_lean` bool	[optional] always body leans

ctx:set_body_lean(1.0) -- force right body lean

_{overrides the specified pose parameter for the next local animation update}

void set_render_pose(<e_poses> pose_index, <float> pose_value)

Fields	Description
`pose_index` e_poses	the pose parameter to override
`pose_value` float	the new pose parameter value

ctx:set_render_pose(e_poses.BODY_PITCH, 0.5) -- force visual pitch to 0

_{overrides the specified animlayer for the next local animation update}

void set_render_animlayer(<e_animlayers> layer_index, [optional] <float> weight = -1.0, [optional] <float> cycle = -1.0)

Fields	Description
`layer_index` e_animlayers	the animlayer to override
`weight` float	the weight that will be applied to the animlayer, set to -1.0 if you dont want to override it
`cycle` float	the cycle that will be applied to the animlayer, set to -1.0 if you dont want to override it

ctx:set_render_animlayer(e_animlayers.MOVEMENT_MOVE, 0.0, 0.0) -- remove all leg movement

_{overrides the desync invert for the next antiaim call}

void set_invert_desync(<bool> invert)

Fields	Description
`invert` float	whether it should be inverted

ctx:set_invert_desync(true) -- force invert

_{overrides the desync invert for the next antiaim call}

void set_invert_body_lean(<bool> invert)

Fields	Description
`invert` float	whether it should be inverted

ctx:set_invert_body_lean(true) -- force invert

_{overrides whether the current tick will be a choked tick or not}

void set_fakelag(<bool> should_lag)

Fields	Description
`should_lag` float	whether this tick will be choked

ctx:set_fakelag(true) -- forces current tick to be choked
-- or...
ctx:set_fakelag(false) -- forces current tick to be sent