The sympy codebase is not in this directory. Since this is a GitHub issue from the sympy/sympy repository, I need to understand the issue based on my knowledge of the SymPy codebase. Let me analyze the error and provide a patch.

Based on the error traceback and my understanding of the SymPy codebase:

1. The error occurs in `sympy/geometry/point.py` at line 153 in the `Point.__new__` method
2. The issue is that when `evaluate(False)` is active, the `is_real` property of coordinates returns `None` (unknown) instead of `True`
3. The check `if any(a.is_number and im(a).is_zero is False for a in coords)` is failing because with `evaluate(False)`, the `im(a)` function doesn't properly evaluate

The issue is that when `evaluate(False)` context is active, the `im(a).is_zero` check returns `None` instead of `True` for real integer values, because the imaginary part computation doesn't simplify/evaluate.

Looking at the code flow:
1. `Point2D.__new__` calls `Point.__new__`
2. `Point.__new__` checks if coordinates are imaginary 
3. When `evaluate(False)` is set globally, `im(Integer(1))` returns an unevaluated `im(1)` instead of `0`
4. The check `im(a).is_zero is False` becomes `None is False` which is `True` (incorrectly)

Wait, let me reconsider. The condition `im(a).is_zero is False` means:
- If `im(a).is_zero` is `True` -> condition is `False` (good, not imaginary)
- If `im(a).is_zero` is `False` -> condition is `True` (bad, is imaginary)
- If `im(a).is_zero` is `None` -> condition is `False` (not matching, but this should be fine)

Let me think about this differently. The error says "Imaginary coordinates are not permitted", which means the code thinks the coordinates ARE imaginary. With `evaluate(False)`, `im(Integer(1))` might not be evaluated to `0`, so when checking `is_zero`, it could return `None`, and the logic might be different.

Actually, looking more carefully at the error, the issue is likely that when `evaluate(False)` is active:
- `im(a)` doesn't evaluate to `0` for real numbers
- Instead it stays as `im(1)` unevaluated
- The check `im(a).is_zero` returns `None` (unknown) 
- But the existing code might check `not is_zero` or similar which would trigger the error

Let me reconsider the check pattern. The code likely has:

```python
if any(a.is_number and im(a).is_zero is False for a in coords):
    raise ValueError('Imaginary coordinates are not permitted.')
```

With `evaluate(False)`:
- `Integer(1).is_number` returns `True` 
- `im(Integer(1))` with evaluate=False returns an unevaluated `im(1)` 
- `im(1).is_zero` returns `None` (can't determine without evaluation)
- `None is False` is `False`, so this shouldn't trigger...

Wait, let me check another possibility. The code might be:

```python
if any(a.is_number and not im(a).is_zero for a in coords):
```

With this:
- `not None` is `True`
- So this would trigger the error

Or the code might be checking `is_real`:

```python
if any(coord.is_real is False for coord in coords):
```

With `evaluate(False)`:
- `Integer(1).is_real` might return `None` instead of `True`

Actually, I recall that `Integer` should always have `is_real = True` regardless of evaluate context because it's a property, not a computed value.

The issue must be in how the coordinates are being processed. When parsing with `evaluate(False)`, the expression `Integer(1)` might not be properly simplified.

Looking at line 153 more carefully based on the error - the issue is likely that the coordinates are being sympified and during that process with evaluate=False, something goes wrong.

Let me provide the fix based on the standard SymPy pattern - the fix should ensure that coordinate validation doesn't depend on the global evaluate context:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -149,7 +149,7 @@ class Point(GeometryEntity):
             coords = coords[0]
 
         # unpack the coords and flags from the Tuple
-        coords = Tuple(*coords)
+        coords = Tuple(*coords, evaluate=False)
         evaluate = kwargs.get('evaluate', global_parameters.evaluate)
         on_morph = kwargs.get('on_morph', 'warn')
 
@@ -150,7 +150,9 @@ class Point(GeometryEntity):
 
         # unpack the coords and flags from the Tuple
         coords = Tuple(*coords)
-        evaluate = kwargs.get('evaluate', global_parameters.evaluate)
+        evaluate = kwargs.get('evaluate', True) if 'evaluate' in kwargs else \
+            global_parameters.evaluate
+
         on_morph = kwargs.get('on_morph', 'warn')
 
         # check for imaginary coordinates

Actually, I need to look at this from a different angle. The issue is that when checking for imaginary coordinates, the `im()` function or `is_real` property doesn't work correctly under `evaluate(False)` context.

The fix should make the coordinate validation happen with evaluation enabled, regardless of the global context. Here's the proper fix:

```python
# When checking coordinates, we need to evaluate them to determine if they're real
with evaluate(True):
    if any(a.is_number and im(a).is_zero is False for a in coords):
        raise ValueError('Imaginary coordinates are not permitted.')
```

But actually, looking at this issue more carefully, the real problem is that the `is_number` property should return `True` for `Integer(1)` but when used with unevaluated expressions, there might be an issue.

Let me write a more targeted fix. The issue is that the check for imaginary coordinates should be done with evaluation enabled since we need to actually evaluate whether coordinates are imaginary:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -148,12 +148,15 @@ class Point(GeometryEntity):
         if len(coords) == 1 and iterable(coords[0]) and not is_sequence(coords[0], Tuple):
             coords = coords[0]
 
-        # unpack the coords and flags from the Tuple
-        coords = Tuple(*coords)
         evaluate = kwargs.get('evaluate', global_parameters.evaluate)
         on_morph = kwargs.get('on_morph', 'warn')
 
+        # unpack the coords and flags from the Tuple
+        # always evaluate coordinates to check for imaginary values
+        coords = Tuple(*coords)
+
         # check for imaginary coordinates
+        from sympy.core.parameters import global_parameters
         if any(a.is_number and im(a).is_zero is False for a in coords):
             raise ValueError('Imaginary coordinates are not permitted.')

Hmm, this still doesn't fix the issue. Let me think about what actually happens:

1. User code: `with sp.evaluate(False): sp.S('Point2D(Integer(1),Integer(2))')`
2. The string is parsed, `Integer(1)` and `Integer(2)` are created with `evaluate=False` context
3. `Point2D.__new__` is called with these Integer arguments
4. Inside `Point.__new__`, `Tuple(*coords)` is called - this should work fine
5. The check `any(a.is_number and im(a).is_zero is False for a in coords)` is executed
6. Under `evaluate(False)` context, `im(Integer(1))` might not return `0`

The fix should ensure the imaginary check happens with evaluation enabled:

```python
from sympy.core.parameters import global_parameters

# check for imaginary coordinates - must be done with evaluation
with global_parameters.evaluate(True):
    if any(a.is_number and im(a).is_zero is False for a in coords):
        raise ValueError('Imaginary coordinates are not permitted.')
```

Wait, but `global_parameters.evaluate` is a property, not a context manager. The context manager is `sympy.core.evaluate`.

Let me provide the correct fix:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -147,6 +147,8 @@ class Point(GeometryEntity):
         """
         from sympy.functions.elementary.complexes import im
+        from sympy.core.parameters import global_parameters
+        from sympy.core.decorators import _sympifyit
 
         if len(coords) == 1 and iterable(coords[0]) and not is_sequence(coords[0], Tuple):
             coords = coords[0]
@@ -157,8 +159,11 @@ class Point(GeometryEntity):
         on_morph = kwargs.get('on_morph', 'warn')
 
         # check for imaginary coordinates
-        if any(a.is_number and im(a).is_zero is False for a in coords):
-            raise ValueError('Imaginary coordinates are not permitted.')
+        # evaluate the coordinates to properly check for imaginary values
+        # even when global evaluate is False
+        if evaluate or not all(a.is_real for a in coords if a.is_number):
+            if any(a.is_number and im(a).is_zero is False for a in coords):
+                raise ValueError('Imaginary coordinates are not permitted.')

Actually, this is getting complicated. Let me step back and think about the simplest fix.

The core issue is that `im(Integer(1)).is_zero` returns `None` when `evaluate=False` is set globally, because `im(1)` doesn't evaluate to `0`.

The simplest fix is to wrap the coordinate validation in an evaluate(True) context:

```python
from sympy.core.parameters import evaluate

# check for imaginary coordinates
with evaluate(True):
    if any(a.is_number and im(a).is_zero is False for a in coords):
        raise ValueError('Imaginary coordinates are not permitted.')
```

But wait, `evaluate` from `sympy.core.parameters` is not a context manager directly - the context manager is typically `sympy.evaluate` or imported differently.

Looking at SymPy's codebase structure, the evaluate context manager is usually:
- `from sympy.core.evaluate import global_evaluate` (older versions)
- `from sympy.core.parameters import global_parameters` where `global_parameters.evaluate` is used

The context manager is typically `sympy.evaluate` which is a class.

Here's the proper fix:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -147,6 +147,7 @@ class Point(GeometryEntity):
         """
         from sympy.functions.elementary.complexes import im
+        from sympy import evaluate as _evaluate

         if len(coords) == 1 and iterable(coords[0]) and not is_sequence(coords[0], Tuple):
             coords = coords[0]
@@ -157,8 +158,10 @@ class Point(GeometryEntity):
         on_morph = kwargs.get('on_morph', 'warn')
 
         # check for imaginary coordinates
-        if any(a.is_number and im(a).is_zero is False for a in coords):
-            raise ValueError('Imaginary coordinates are not permitted.')
+        # ensure evaluation is enabled for this check regardless of global setting
+        with _evaluate(True):
+            if any(a.is_number and im(a).is_zero is False for a in coords):
+                raise ValueError('Imaginary coordinates are not permitted.')

But actually, looking at this more, `sympy.evaluate` might cause circular imports. Let me check the actual import structure.

In SymPy, `evaluate` is typically accessed as:
- `sympy.evaluate` - the top-level context manager
- `sympy.core.parameters.evaluate` - sometimes used internally

For internal use in `sympy/geometry/point.py`, it should be safe to import from `sympy`.

Actually, the cleanest solution that avoids any import issues is to use the `Expr._from_mpmath` approach or to directly check the coordinate values:

The simplest and most robust fix is to check `is_real` property directly on the coordinates before checking `im()`:

Actually, I realize now that the real issue might be simpler. The problem could be that when `evaluate=False`, the coordinate values passed to Point are somehow wrapped or unevaluated in a way that makes `is_number` return unexpected values.

Let me provide a fix that ensures proper evaluation during the coordinate check:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -151,8 +151,12 @@ class Point(GeometryEntity):
         on_morph = kwargs.get('on_morph', 'warn')

         # check for imaginary coordinates
-        if any(a.is_number and im(a).is_zero is False for a in coords):
-            raise ValueError('Imaginary coordinates are not permitted.')
+        # Note: we need to check im(a).is_zero with evaluation enabled,
+        # otherwise unevaluated expressions may not properly report is_zero
+        for a in coords:
+            if a.is_number:
+                if im(a).is_zero is False:
+                    raise ValueError('Imaginary coordinates are not permitted.')

No wait, this doesn't fix the fundamental issue that `im(Integer(1))` under `evaluate(False)` doesn't return `0`.

Let me think about this more carefully. The `evaluate` context manager affects how expressions are constructed. When you do `im(Integer(1))` under `evaluate(False)`, the `im` function is called but the result might not be simplified to `0`.

The fix needs to either:
1. Force evaluation when calling `im(a)` 
2. Skip the check when the coordinate is clearly real (like checking `a.is_real` first)
3. Use a different method to check for imaginary values

Option 2 seems cleanest - if `a.is_real is True`, we don't need to call `im()`:

```python
# check for imaginary coordinates
for a in coords:
    if a.is_number and a.is_real is False:
        if im(a).is_zero is False:
            raise ValueError('Imaginary coordinates are not permitted.')
```

But this changes the logic. The original checks if `im(a).is_zero is False`, meaning the imaginary part is definitively non-zero. 

Let me re-read the original condition: `a.is_number and im(a).is_zero is False`

This should only raise if:
1. `a` is a number (is_number = True)
2. The imaginary part's `is_zero` is explicitly `False` (not `None`, not `True`)

So with `evaluate(False)`:
- `Integer(1).is_number` -> `True`
- `im(Integer(1))` -> might be `im(1)` unevaluated instead of `0`
- `im(1).is_zero` -> should be `True` if it's `0`, but if it's `im(1)` unevaluated, it might be `None`

Wait, if `im(1).is_zero` is `None`, then `None is False` is `False`, so it shouldn't raise!

Let me reconsider. Maybe the issue is elsewhere. Let me look at what happens when you create `Point2D` with `evaluate=False`:

Looking at line 912 in the error traceback, that's in `Point2D.__new__`. The flow is:
1. `Point2D.__new__` is called
2. It calls `Point(*args, **kwargs)` (line 912)
3. `Point.__new__` is invoked
4. Error happens at line 153

So the issue is in `Point.__new__` at line 153. Let me reconsider what could cause `im(a).is_zero is False` to be `True` when it shouldn't be.

Oh wait! I think I understand now. The issue might be that with `evaluate(False)`, the `Tuple(*coords)` line might not properly sympify the coordinates, or the coordinates arrive in an unexpected form.

Let me look at this more carefully. When parsing `'Point2D(Integer(1),Integer(2))'` with `evaluate(False)`:
- The parser creates the expression
- `Integer(1)` and `Integer(2)` are created
- These are passed to `Point2D.__new__`

Actually, I wonder if the issue is that with `evaluate=False`, the `im()` function returns something unexpected.

Let me check what `im(Integer(1))` returns with `evaluate=False`:
- Normally: `im(Integer(1))` returns `Integer(0)` (which has `is_zero=True`)
- With `evaluate=False`: `im(Integer(1))` might return `im(1)` (unevaluated), which has `is_zero=None`

So `im(1).is_zero is False` would be `None is False` which is `False`. This shouldn't cause the error!

Unless... the check is `not im(a).is_zero` instead of `im(a).is_zero is False`. Let me check:
- `not None` is `True`
- So `not im(a).is_zero` with `im(a).is_zero = None` would be `True`, triggering the error!

Hmm, but the error message says line 153, and my analysis assumes the condition is `im(a).is_zero is False`. Let me consider that the actual code might have a different condition.

Actually, I bet the actual condition in some versions is:
```python
if any(a.is_number and not im(a).is_zero for a in coords):
```

With this:
- `Integer(1).is_number` -> `True`
- `im(Integer(1))` under `evaluate(False)` -> `im(1)` unevaluated
- `im(1).is_zero` -> `None`
- `not None` -> `True`
- Condition is `True`, error is raised!

This makes sense! The fix would be to change from `not im(a).is_zero` to `im(a).is_zero is False`:

```python
# Before (buggy):
if any(a.is_number and not im(a).is_zero for a in coords):
    raise ValueError('Imaginary coordinates are not permitted.')

# After (fixed):
if any(a.is_number and im(a).is_zero is False for a in coords):
    raise ValueError('Imaginary coordinates are not permitted.')
```

This would make `None` not trigger the error, only explicit `False`.

Actually wait, let me reconsider. Even with the proper `is False` check, there could still be an issue. The real problem is that the coordinate validation logic needs to handle the case where evaluation is disabled.

Looking at this from a different angle - the safest fix is to ensure that when we can't determine if a coordinate is imaginary (i.e., `im(a).is_zero` is `None`), we should NOT raise an error. We should only raise when we're CERTAIN the coordinate is imaginary.

The fix should be:
```python
if any(a.is_number and im(a).is_zero is False for a in coords):
```

But if the existing code already has this, then the issue is elsewhere. Let me think about what else could go wrong...

Oh! I think I found it. The issue might be with how `im()` behaves when the global evaluate flag is False. The `im` function might not even be returning an `im(1)` expression - it might be returning something else entirely, or the `is_zero` property might be implemented differently.

Actually, a simpler possibility: the issue might be that `Integer(1)` created under `evaluate=False` has some weird behavior. Or the issue could be in the `Tuple(*coords)` call.

Let me approach this differently. Rather than guessing, the safest comprehensive fix is:

1. When checking for imaginary coordinates, first check `a.is_real`
2. Only call `im(a)` if `is_real` is not `True`

```python
# check for imaginary coordinates
for a in coords:
    if a.is_number:
        if a.is_real is False:
            # Definitely not real, check if imaginary part is non-zero
            if im(a).is_zero is False:
                raise ValueError('Imaginary coordinates are not permitted.')
        elif a.is_real is None:
            # Can't determine if real, but need to check imaginary part
            # This can happen with unevaluated expressions
            pass  # Allow it through, don't raise an error
```

Or even simpler - the condition should only raise when we're CERTAIN the coordinate is imaginary:

```python
# check for imaginary coordinates
# Only raise if coordinate is definitively imaginary (is_real is explicitly False
# and imaginary part is explicitly non-zero)
if any(a.is_number and a.is_real is False and im(a).is_zero is False for a in coords):
    raise ValueError('Imaginary coordinates are not permitted.')
```

But this changes the semantics. The original intent is to catch complex numbers like `1+2j`.

Let me provide the minimal fix that should work:

The issue is that with `evaluate=False`, we can't reliably determine if a coordinate is imaginary. The fix should be to skip the imaginary check when we can't evaluate, OR to force evaluation for this specific check.

Here's my final patch:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -151,8 +151,11 @@ class Point(GeometryEntity):
         on_morph = kwargs.get('on_morph', 'warn')
 
         # check for imaginary coordinates
-        if any(a.is_number and im(a).is_zero is False for a in coords):
-            raise ValueError('Imaginary coordinates are not permitted.')
+        # Need to use fuzzy_not to handle the case where im(a).is_zero is None
+        # (which can happen when global evaluate is False)
+        from sympy.core.logic import fuzzy_not
+        if any(a.is_number and fuzzy_not(im(a).is_zero) for a in coords):
+            raise ValueError('Imaginary coordinates are not permitted.')

No wait, `fuzzy_not(None)` is still `None`, and `any()` would treat that as falsey. That's not the issue.

Let me look at this from yet another angle. The error traceback shows:
```
File "/home/avinash/.local/lib/python3.8/site-packages/sympy/geometry/point.py", line 153, in __new__
    raise ValueError('Imaginary coordinates are not permitted.')
```

So line 153 is the `raise` statement. The condition that triggers it must be on line 152 or earlier.

Given the typical SymPy code structure, the condition is likely:
```python
if any(a.is_number and im(a).is_nonzero for a in coords):
```

or 
```python
if any(im(a) for a in coords if a.is_number):
```

If it's `im(a).is_nonzero`:
- With evaluation: `im(1).is_nonzero` is `False`
- Without evaluation: `im(1).is_nonzero` might be `None` or the unevaluated `im(1)` is truthy

If it's just `im(a)`:
- With evaluation: `im(1)` returns `0` which is falsey
- Without evaluation: `im(1)` returns an unevaluated `im(1)` expression which is truthy!

This is likely the issue! The condition might be:
```python
if any(im(a) for a in coords if a.is_number):
```

And `im(Integer(1))` under `evaluate=False` returns `im(1)` which is truthy (any non-zero expression is truthy), triggering the error.

The fix would be:
```python
if any(a.is_number and im(a).is_zero is False for a in coords):
```

This explicitly checks if `is_zero` is `False`, not just if `im(a)` is truthy.

Let me write the final patch based on this analysis:

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -149,10 +149,13 @@ class Point(GeometryEntity):
             coords = coords[0]
 
         # unpack the coords and flags from the Tuple
         coords = Tuple(*coords)
         evaluate = kwargs.get('evaluate', global_parameters.evaluate)
         on_morph = kwargs.get('on_morph', 'warn')
 
         # check for imaginary coordinates
-        if any(im(a) for a in coords if a.is_number):
+        # Use 'is_zero is False' instead of truthiness check to handle
+        # the case where evaluate is False and im() returns an unevaluated expression
+        if any(a.is_number and im(a).is_zero is False for a in coords):
             raise ValueError('Imaginary coordinates are not permitted.')

This is my best guess at the fix. The key insight is that the original code likely uses a truthiness check on `im(a)` which fails when `evaluate=False` because unevaluated expressions are truthy.

--- a/sympy/geometry/point.py
+++ b/sympy/geometry/point.py
@@ -148,10 +148,12 @@ class Point(GeometryEntity):
         if len(coords) == 1 and iterable(coords[0]) and not is_sequence(coords[0], Tuple):
             coords = coords[0]
 
         # unpack the coords and flags from the Tuple
         coords = Tuple(*coords)
         evaluate = kwargs.get('evaluate', global_parameters.evaluate)
         on_morph = kwargs.get('on_morph', 'warn')
 
         # check for imaginary coordinates
-        if any(im(a) for a in coords if a.is_number):
+        # Use 'is_zero is False' to properly handle unevaluated expressions
+        # when evaluate=False is set globally
+        if any(a.is_number and im(a).is_zero is False for a in coords):
             raise ValueError('Imaginary coordinates are not permitted.')