@@ -69,4 +69,4 @@ To do this, create a `vtkContourFilter` and add it to your visualization.
...
@@ -69,4 +69,4 @@ To do this, create a `vtkContourFilter` and add it to your visualization.
You can compare your results with the `sphere.vtk` and the `cube.vtk`. Those examples should look the same, however, this may not always be the case. Why?
You can compare your results with the `sphere.vtk` and the `cube.vtk`. Those examples should look the same, however, this may not always be the case. Why?
*Hint: Check the scalar ranges of the datasets to make sure that your isosurface is in a valid range.*
*Hint: Check the scalar ranges of the datasets to make sure that your isosurface is in a valid range.*
**Summary of Tasks:** Implement a `vtkContourFilter` and compare it to your own implementation. Why could Marching Tetrahedra and Marching Cubes differ? Save your submission code as `task3.py`. If changes in the code have to be made for the comparison, please mark the corresponding lines through comments.
**Summary of Tasks:** Implement a `vtkContourFilter` and compare it to your own implementation. Why could Marching Tetrahedra and Marching Cubes differ? Save your submission code as `task3.py`. Please explain how to do the comparison in comments in your code.
