We generalise the properties
$\mathsf {OP}$
,
$\mathsf {IP}$
, k-
$\mathsf {TP}$
,
$\mathsf {TP}_{1}$
, k-
$\mathsf {TP}_{2}$
,
$\mathsf {SOP}_{1}$
,
$\mathsf {SOP}_{2}$
, and
$\mathsf {SOP}_{3}$
to positive logic, and prove various implications and equivalences between them. We also provide a characterisation of stability in positive logic in analogy with the one in full first-order logic, both on the level of formulas and on the level of theories. For simple theories there are the classically equivalent definitions of not having
$\mathsf {TP}$
and dividing having local character, which we prove to be equivalent in positive logic as well. Finally, we show that a thick theory T has
$\mathsf {OP}$
iff it has
$\mathsf {IP}$
or
$\mathsf {SOP}_{1}$
and that T has
$\mathsf {TP}$
iff it has
$\mathsf {SOP}_{1}$
or
$\mathsf {TP}_{2}$
, analogous to the well-known results in full first-order logic where
$\mathsf {SOP}_{1}$
is replaced by
$\mathsf {SOP}$
in the former and by
$\mathsf {TP}_{1}$
in the latter. Our proofs of these final two theorems are new and make use of Kim-independence.