update ice info

Author: AgnieszkaMakulska

docs/API.md

@@ -296,7 +296,7 @@ void diag_ice_c_mom(const int &k); // k-th moment of ice polar radius
 - k=2: Variance-related
 - k=3: Mass/volume concentration [m³/m³] or [kg/kg]
 
-**Note**: Due to non-spherical shape of ice, semi-axes moments don't correspond to mass/volume (see `diag_ice_mix_ratio`).
+**Note**: Due to non-spherical shape of ice, semi-axes moments won't correspond to mass/volume (see `diag_ice_mix_ratio`).
 
 ##### Velocity Moments
 

docs/README.md

@@ -18,7 +18,8 @@ Particle-based microphysics using the Super-Droplet Method, based on Shima et al
   - Aerosol processes
   - Collision-coalescence
   - Advection and sedimentation
-  - Ice processes: work in progress
+  - Ice nucleation (singular or time-dependent formulation) / melting
+  - Depositional growth of ice
 - **Type**: Compiled library (`src/`, `include/libcloudph++/lagrangian/`)
 
 ####  ☁️ **1-Moment Bulk Scheme**
@@ -74,7 +75,6 @@ Interfaces for **Python** with NumPy.
 #### ✅ Testing (`tests/`)
 
 - **Unit tests**: individual component validation
-- **Integration tests**: full scheme testing
 - **Benchmark cases**: performance and accuracy validation
 - **Inter-scheme comparisons**
 

docs/USER_OPTIONS.md

@@ -210,7 +210,7 @@ dry_sizes_t dry_sizes;
 | `RH_formula` | `RH_formula_t`        | `pv_cc`     | RH formula (`pv_cc`, `rv_cc`, `pv_tet`, `rv_tet`)                              |
 | `RH_max` | `real_t`              | `0.95`      | RH threshold for equilibrium at t=0 (suggested: Lebo & Seinfeld 2011)          |
 | `rc2_T` | `real_t`              | `10`        | Temperature [°C] at which critical radius is calculated                        |
-| ` time_dep_ice_nucl` | `bool`  | `false` | If true, time-dependent freezing, if false, singular freezing                  |
+| `time_dep_ice_nucl` | `bool`  | `false` | If true, time-dependent freezing, if false, singular freezing                  |
 
 #### Boundary Conditions