diff --git a/docs/expression.md b/docs/expression.md
index 5f8482c..3fd1bbf 100644
--- a/docs/expression.md
+++ b/docs/expression.md
@@ -135,6 +135,8 @@ Available in model filters, with the exception of the `input` filter.
  | <td colspan=3 align=left>Rolls a tensor along the specified dimensions. If amount is >= -1.0 and < 1.0 this will be interpreted as a percentage. <br/> **Example:** `t_roll(some_tensor, 10, (-2,))`</td> |
  |⬤| `t_scale` | tensor:`T`, scale:`SN \| NS`, mode:`SY(bicubic)`, absolute_scale:`B(false)` | `T` |
  | <td colspan=3 align=left>Scales a tensor. If scale is a tuple, it will be interpreted as `(height, width)`. When `absolute_scale` is not set, the scales will be interpreted as percentages otherwise absolute values will be used. <br/> Example: `t_scale(some_tensor, (0.75, 0.5), 'bilinear)`</td> |
+ |⬤| `t_shape` | tensor:`T` | `SN` |
+ | <td colspan=3 align=left>Returns a tensor's shape as a tuple. <br/> Example: `shp := t_shape(some_tensor); width := shp[-1]; height := shp[-2]`</td> |
  |⬤| `t_std` | tensor:`T`, dim:`SN(-3, -2, -1)` | `T` |
  | <td colspan=3 align=left>Tensor std, second argument is dimensions. <br/> **Example:** `t_std(some_tensor, (-2, -1))`</td> |
  |⬤| `unsafe_tensor_method` | `T`, `SY`, `*`\* | `*` |
diff --git a/py/expression_handlers.py b/py/expression_handlers.py
index 3cd3d61..d0a2dd8 100644
--- a/py/expression_handlers.py
+++ b/py/expression_handlers.py
@@ -159,7 +159,8 @@ class ScaleHandler(NormHandler):
         if abs_scale:
             scale = tuple(int(v) for v in scale)
         else:
-            scale = (int(t.shape[-1] * scale[0]), int(t.shape[-2] * scale[1]))
+            scale = (int(t.shape[-2] * scale[0]), int(t.shape[-1] * scale[1]))
+        print("SCALE", t.shape[-2:], "->", scale)
         if not all(v > 0 for v in scale):
             raise ValueError(f"Invalid scale: scale values must be > 0, got: {scale!r}")
         return latent.scale_samples(t, scale[1], scale[0], mode=mode)
@@ -181,6 +182,14 @@ class NoiseHandler(NormHandler):
         return ns(s, sn)
 
 
+class ShapeHandler(expr.BaseHandler):
+    input_validators = (expr.Arg.tensor("tensor"),)
+
+    def handle(self, obj, getter):
+        t = self.safe_get("tensor", obj, getter)
+        return expr.types.ExpTuple((*t.shape,))
+
+
 class UnsafeTorchTensorMethodHandler(NormHandler):
     input_validators = (
         expr.Arg.tensor("__tensor"),
@@ -613,6 +622,7 @@ TENSOR_OP_HANDLERS = {
     "t_contrast_adaptive_sharpening": ContrastAdaptiveSharpeningHandler(),
     "t_scale": ScaleHandler(),
     "t_noise": NoiseHandler(),
+    "t_shape": ShapeHandler(),
     "unsafe_tensor_method": UnsafeTorchTensorMethodHandler(),
     "unsafe_torch": UnsafeTorchHandler(),
 }