# First, let's examine the file structure and find the relevant sections
cat -n src/odemis/acq/move.py | head -100

# Find MILLING_RANGE definition around line 86
sed -n '80,95p' src/odemis/acq/move.py

# Find the milling_angle initialization around lines 358-363
sed -n '355,365p' src/odemis/acq/move.py

# Search for FloatContinuous class definition to understand validation
rg "class FloatContinuous" -A 20

# Look for where FloatContinuous is imported from
rg "from.*import.*FloatContinuous|import.*FloatContinuous" src/odemis/acq/move.py

# Find Continuous._check implementation
rg "class Continuous" src/odemis/model/ -A 10

# Also check the FloatVA class to understand the full validation chain
rg "class FloatVA" src/odemis/model/ -A 15

# Check if there are any tests that might show what happens when FloatContinuous is initialized with out-of-range values
rg "FloatContinuous" --type=py -B 2 -A 2 | head -100

# Look for error handling or validation in the model module
rg "_check.*value" src/odemis/model/_vattributes.py -B 3 -A 5

# Get the full Continuous._check implementation
sed -n '/class Continuous/,/^class /p' src/odemis/model/_vattributes.py | head -60

# Also look for the actual range check in Continuous
rg "start.*end.*self.range" src/odemis/model/_vattributes.py -B 3 -A 8

# Get the complete Continuous._check implementation
rg "class Continuous" src/odemis/model/_vattributes.py -A 80 | grep -A 30 "def _check"

# Let's search for the actual range validation logic more specifically
sed -n '/class Continuous/,/^class /p' src/odemis/model/_vattributes.py | grep -A 25 "def _check"

# Now let's verify if FloatContinuous actually raises an error when initialized with out-of-range value
# by checking if there are any tests or real usages that might show this behavior
rg "milling_angle" src/odemis/acq/move.py -B 2 -A 2

# Let's also check if there are any test files that test this initialization
find . -name "*test*.py" -o -name "*_test.py" | xargs grep -l "milling_angle\|MeteorTescan1PostureManager" 2>/dev/null | head -5

# Let's also double-check what the actual values are
python3 << 'EOF'
import math
MILLING_RANGE = (math.radians(5), math.radians(30))
print(f"MILLING_RANGE in radians: {MILLING_RANGE}")
print(f"MILLING_RANGE[0] = {MILLING_RANGE[0]}")
print(f"Default value = 0")
print(f"Is 0 within range? {MILLING_RANGE[0] <= 0 <= MILLING_RANGE[1]}")
EOF

# Let's verify the order of _check calls during initialization by examining VigilantAttribute.__init__
sed -n '/class VigilantAttribute/,/^class /p' src/odemis/model/_vattributes.py | head -80

# Let's check if there's a test file that covers this scenario
cat src/odemis/acq/test/move_tescan_test.py | head -100

# Let's find the full VigilantAttribute.__init__ implementation
sed -n '/^class VigilantAttribute\(VigilantAttributeBase\)/,/^class /p' src/odemis/model/_vattributes.py | head -150

# Let's also check if _check is called during __init__ by looking at _set_value
rg "_set_value.*def" src/odemis/model/_vattributes.py -A 20 | head -80

# Let's find where _check is called in the initialization chain
rg "def __init__" src/odemis/model/_vattributes.py | head -20

# Search for where _check is invoked
rg "_check\(" src/odemis/model/_vattributes.py | head -30

# Let's look at the FloatVA and FloatContinuous more carefully
sed -n '/^class FloatVA/,/^class /p' src/odemis/model/_vattributes.py | head -50

# Let's see the full VigilantAttribute.__init__ implementation
sed -n '/^class VigilantAttribute(VigilantAttributeBase):/,/def [^_]/p' src/odemis/model/_vattributes.py | head -100

# Let's trace the actual code - find where _check is called in VigilantAttribute.__init__
sed -n '/^class VigilantAttribute(VigilantAttributeBase):/,/^class /p' src/odemis/model/_vattributes.py | sed -n '/def __init__/,/def [^_]/p' | head -50

# Let's verify that the _check is called during __init__ by examining the order
# and confirm that FloatContinuous initialization would indeed raise an error
python3 << 'EOF'
import math

# Simulate what happens during FloatContinuous initialization
MILLING_RANGE = (math.radians(5), math.radians(30))
value = 0  # the default from the code
start, end = MILLING_RANGE

print(f"MILLING_RANGE: {MILLING_RANGE}")
print(f"Default milling_angle value: {value}")
print(f"Range check: {start} <= {value} <= {end}")
print(f"Check result: {start <= value <= end}")
print()

# This is what Continuous._check does
check_result = all(mn <= v <= mx for v, mn, mx in [(value, start, end)])
print(f"all(mn <= v <= mx ...): {check_result}")
print(f"not all(...): {not check_result}")

if not check_result:
    print(f"ERROR: IndexError would be raised!")
    print(f"Message: Trying to assign value '{value}' outside of the range {start}->{end}.")
else:
    print("No error - value is within range")

print()
print(f"If we use MILLING_RANGE[0] instead of 0:")
value2 = MILLING_RANGE[0]
check_result2 = start <= value2 <= end
print(f"Range check: {start} <= {value2} <= {end}")
print(f"Check result: {check_result2}")
EOF

# First, locate and read the file
head -n 1680 src/odemis/acq/move.py | tail -n 10

# Get more context around the function
sed -n '1665,1690p' src/odemis/acq/move.py

# Check if there are type hints elsewhere in the file to understand the style
rg "def.*\(.*\)" src/odemis/acq/move.py -A 2 | head -n 50

# Check if ruff/linting reports are available or if we can verify the unused parameter
rg "_initialise_transformation" src/odemis/acq/move.py -B 2 -A 10

# Check if the file exists and examine the test methods
find . -name "move_tescan_test.py" -type f

# Read the relevant section of the file to verify the current state
if [ -f "src/odemis/acq/test/move_tescan_test.py" ]; then
  wc -l src/odemis/acq/test/move_tescan_test.py
fi

# Get a broader view of the test methods in the file
if [ -f "src/odemis/acq/test/move_tescan_test.py" ]; then
  sed -n '230,290p' src/odemis/acq/test/move_tescan_test.py
fi

# Check other test methods in the file to see if they follow the docstring/type hint pattern
if [ -f "src/odemis/acq/test/move_tescan_test.py" ]; then
  rg "def test_" src/odemis/acq/test/move_tescan_test.py -A 2 | head -50
fi

# Check if file exists and examine the specific lines
if [ -f "src/odemis/gui/cont/tabs/fibsem_tab.py" ]; then
  echo "=== File exists. Examining lines 418-466 ==="
  sed -n '418,466p' "src/odemis/gui/cont/tabs/fibsem_tab.py"
else
  echo "File not found at src/odemis/gui/cont/tabs/fibsem_tab.py"
  # Search for the file
  find . -name "fibsem_tab.py" 2>/dev/null
fi

# Check file size to ensure we can read it
wc -l src/odemis/gui/cont/tabs/fibsem_tab.py 2>/dev/null || echo "File not found"