Rename CLI entry points from mppt/mppt-gui to bench/bench-gui

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>

README.md

@@ -47,16 +47,16 @@ uv sync
 
 ```bash
 # Check all bench instruments respond
-uv run mppt identify
+uv run bench identify
 
 # Check STM32 responds (reads params + telemetry)
-uv run mppt stm32-read --stm32-port COM28
+uv run bench stm32-read --stm32-port COM28
 ```
 
 ### 2. Configure instruments for MPPT testing
 
 ```bash
-uv run mppt setup
+uv run bench setup
 ```
 
 This sets wiring mode (1P2W), DC coupling, auto-ranging, efficiency formula (EFF1 = P6/P5), and display layout on the HIOKI.
@@ -65,16 +65,16 @@ This sets wiring mode (1P2W), DC coupling, auto-ranging, efficiency formula (EFF
 
 ```bash
 # Single reading from all instruments
-uv run mppt measure
+uv run bench measure
 
 # Continuous text monitoring with CSV export
-uv run mppt monitor --interval 1.0 --output data.csv
+uv run bench monitor --interval 1.0 --output data.csv
 ```
 
 ### 4. Launch the GUI
 
 ```bash
-uv run mppt-gui
+uv run bench-gui
 ```
 
 The GUI provides:
@@ -92,7 +92,7 @@ The GUI provides:
 #### Voltage sweep (1D)
 
 ```bash
-uv run mppt sweep \
+uv run bench sweep \
   --v-start 30 --v-stop 100 --v-step 5 \
   --current-limit 20 \
   --load-mode CP --load-value 200 \
@@ -102,7 +102,7 @@ uv run mppt sweep \
 #### Load sweep at fixed voltage (1D)
 
 ```bash
-uv run mppt sweep-load \
+uv run bench sweep-load \
   --voltage 60 --current-limit 20 \
   --i-start 0.5 --i-stop 15 --i-step 0.5 \
   --settle 2.0 -o load_sweep.csv
@@ -112,14 +112,14 @@ uv run mppt sweep-load \
 
 ```bash
 # Constant Power mode
-uv run mppt sweep-vi \
+uv run bench sweep-vi \
   --v-start 60 --v-stop 100 --v-step 5 \
   --l-start 50 --l-stop 500 --l-step 50 \
   --load-mode CP --current-limit 20 \
   --settle 2.0 -o map_cp.csv
 
 # Constant Current mode
-uv run mppt sweep-vi \
+uv run bench sweep-vi \
   --v-start 35 --v-stop 100 --v-step 5 \
   --l-start 0.5 --l-stop 15 --l-step 0.5 \
   --load-mode CC --current-limit 20 \
@@ -130,10 +130,10 @@ uv run mppt sweep-vi \
 
 ```bash
 # Generate efficiency overlay, heatmap, and power loss plots (no instruments needed)
-uv run mppt plot-sweep map_cp.csv
+uv run bench plot-sweep map_cp.csv
 
 # Save plots without displaying
-uv run mppt plot-sweep map_cp.csv --no-show -o plots/
+uv run bench plot-sweep map_cp.csv --no-show -o plots/
 ```
 
 Produces three PNG files:
@@ -148,13 +148,13 @@ The tuning commands combine the testbench instruments (ground truth efficiency f
 #### Read current STM32 state
 
 ```bash
-uv run mppt stm32-read
+uv run bench stm32-read
 ```
 
 #### Write a single parameter
 
 ```bash
-uv run mppt stm32-write --param dt_10_20A --value 20
+uv run bench stm32-write --param dt_10_20A --value 20
 ```
 
 #### Sweep a parameter to find the optimum
@@ -163,14 +163,14 @@ Sweeps a parameter from start to stop, measuring HIOKI efficiency + STM32 teleme
 
 ```bash
 # Optimize deadtime for the 10-20A bracket at 300W
-uv run mppt tune-param \
+uv run bench tune-param \
   --param dt_10_20A --start 14 --stop 40 --step 1 \
   --voltage 60 --current-limit 20 \
   --load-mode CP --load-value 300 \
   --settle 3.0 -o dt_tune.csv
 
 # Tune Vfly proportional gain
-uv run mppt tune-param \
+uv run bench tune-param \
   --param vfly_kp --start -2 --stop 2 --step 0.1 \
   --voltage 60 --current-limit 20 \
   --load-mode CP --load-value 200 \
@@ -183,13 +183,13 @@ Automatically sweeps deadtime for each of the 6 current brackets (0-3A, 3-5A, 5-
 
 ```bash
 # Sweep and report best values
-uv run mppt tune-deadtime \
+uv run bench tune-deadtime \
   --voltage 60 --current-limit 20 --load-mode CP \
   --dt-start 14 --dt-stop 50 --dt-step 1 \
   -o deadtime_results.csv
 
 # Sweep, report, and apply best values to STM32
-uv run mppt tune-deadtime \
+uv run bench tune-deadtime \
   --voltage 60 --current-limit 20 --load-mode CP \
   --load-values 20,50,100,250,400,600 \
   --apply
@@ -200,7 +200,7 @@ uv run mppt tune-deadtime \
 Simulate cloud passing or partial shading with a CSV-driven sequence:
 
 ```bash
-uv run mppt shade-profile \
+uv run bench shade-profile \
   --profile samples/cloud_pass.csv \
   --settle 2.0 -o shade_results.csv
 ```
@@ -222,23 +222,23 @@ Keybindings: `p` ping, `r` read params, `f` toggle EMA filter, `l` show log path
 
 ```bash
 # Supply
-uv run mppt supply set --voltage 48 --current 10
+uv run bench supply set --voltage 48 --current 10
-uv run mppt supply on
+uv run bench supply on
-uv run mppt supply off
+uv run bench supply off
 
 # Load
-uv run mppt load set --mode CP --value 200
+uv run bench load set --mode CP --value 200
-uv run mppt load on
+uv run bench load on
-uv run mppt load off
+uv run bench load off
 
 # Emergency shutdown (load first, then supply)
-uv run mppt safe-off
+uv run bench safe-off
 ```
 
 ## CLI Reference
 
 ```
-uv run mppt [-h] [--supply-address ADDR] [--load-port PORT] [--load-baud BAUD]
+uv run bench [-h] [--supply-address ADDR] [--load-port PORT] [--load-baud BAUD]
             [--meter-address ADDR] [--timeout MS]
             [--stm32-port PORT] [--stm32-baud BAUD]
             {command}
@@ -337,7 +337,7 @@ mppt-testbench/
 |   +-- debug_console/    Textual TUI for live debugging
 |   +-- pyproject.toml    uv-compatible package config
 +-- samples/              shade profile CSV examples
-+-- pyproject.toml        package config, entry points: mppt, mppt-gui
++-- pyproject.toml        package config, entry points: bench, bench-gui
 ```
 
 ## Dependencies

pyproject.toml

@@ -24,5 +24,5 @@ packages = ["testbench"]
 "HIOKI-3193-10/hioki3193" = "hioki3193"
 
 [project.scripts]
-mppt = "testbench.cli:main"
+bench = "testbench.cli:main"
-mppt-gui = "testbench.gui:main"
+bench-gui = "testbench.gui:main"