formatting

Author: oalcabes

src/BulkMicrophysicsTendencies.jl

@@ -719,7 +719,7 @@ Used by both warm-only and warm+ice dispatch methods to reduce code duplication.
 # Arguments
 - `warm_rain`
     - `sb`: SB2006 parameters
-    - `aps`: air property parameters % OLIVIA CLEAN THIS UP
+    - `aps`: air property parameters % OLIVIA CLEAN THIS UP -- also missing ice???
 - `noneq_scheme` Type of NonEquilibrium scheme to use (NOT NECESSARILY NEEDED BUT KEEP IT FOR THE FUTURE)
 - `q_lcl`: Cloud liquid specific content (kg/kg)
 - `q_rai`: Rain specific content (kg/kg)
@@ -753,7 +753,8 @@ Used by both warm-only and warm+ice dispatch methods to reduce code duplication.
     dn_rai_dt = zero(FT)
 
     # --- Condensation of vapor / evaporation of cloud liquid water ---
-    ∂ₜq_lcl_cond = CMNonEq.conv_q_vap_to_q_lcl_MM2015(tps, q_tot, q_lcl, q_ice, q_rai, zero(q_ice), ρ, T, condevap.τ_relax)
+    ∂ₜq_lcl_cond =
+        CMNonEq.conv_q_vap_to_q_lcl_MM2015(tps, q_tot, q_lcl, q_ice, q_rai, zero(q_ice), ρ, T, condevap.τ_relax)
     ∂ₜn_lcl_cond = zero(∂ₜq_lcl_cond)  # neglect number change from condensation/evaporation
     dq_lcl_dt += ∂ₜq_lcl_cond
     dn_lcl_dt += ∂ₜn_lcl_cond