ConceptsNREC CAD Import Ballot Survey

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* 1. Please provide your contact information

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Question Title

* 2. Please apply a value to every item on the ballot (1-10, with 1 being no interest and 10 being critical).

	1	2	3	4	5	6	7	8	9	10
1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves)	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 1	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 2	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 3	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 4	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 5	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 6	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 7	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 8	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 9	1. Allow user choice of sources of hub/shroud contours for fitting (e.g. from blade sections, from hub/shroud surface points, or from guide curves) 10
2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 1	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 2	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 3	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 4	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 5	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 6	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 7	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 8	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 9	2. Use polynomial optimization techniques in the fitting process to minimize differences between parametric and original 10
3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 1	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 2	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 3	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 4	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 5	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 6	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 7	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 8	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 9	3. Support easier import of blade and edge data from models with single blade surface or 2 surfaces joined at leading edge 10
4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 1	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 2	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 3	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 4	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 5	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 6	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 7	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 8	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 9	4. For variable fillets defined by a curve on the hub/shroud allow the definition to be converted to a table of radius vs. distance 10
5. Add 3D reconstruction of multistage geometries from surface data	5. Add 3D reconstruction of multistage geometries from surface data 1	5. Add 3D reconstruction of multistage geometries from surface data 2	5. Add 3D reconstruction of multistage geometries from surface data 3	5. Add 3D reconstruction of multistage geometries from surface data 4	5. Add 3D reconstruction of multistage geometries from surface data 5	5. Add 3D reconstruction of multistage geometries from surface data 6	5. Add 3D reconstruction of multistage geometries from surface data 7	5. Add 3D reconstruction of multistage geometries from surface data 8	5. Add 3D reconstruction of multistage geometries from surface data 9	5. Add 3D reconstruction of multistage geometries from surface data 10
6. Create streamline curves from point cloud (i.e. from laser measurements)	6. Create streamline curves from point cloud (i.e. from laser measurements) 1	6. Create streamline curves from point cloud (i.e. from laser measurements) 2	6. Create streamline curves from point cloud (i.e. from laser measurements) 3	6. Create streamline curves from point cloud (i.e. from laser measurements) 4	6. Create streamline curves from point cloud (i.e. from laser measurements) 5	6. Create streamline curves from point cloud (i.e. from laser measurements) 6	6. Create streamline curves from point cloud (i.e. from laser measurements) 7	6. Create streamline curves from point cloud (i.e. from laser measurements) 8	6. Create streamline curves from point cloud (i.e. from laser measurements) 9	6. Create streamline curves from point cloud (i.e. from laser measurements) 10
7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 1	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 2	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 3	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 4	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 5	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 6	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 7	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 8	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 9	7. Import properly aligned QOs (i.e. do not refit points on the hub and shroud) to maintain the original spacing of the points 10

Please list up to two write-in items in the space below:

Question Title

* 3. Please rate the technical capability of this product:

1 Completely Unsatisfactory

2 Somewhat Useful But Needs Significant Improvement

3 Useful But Needs Improvement

4 Very Useful But Needs Minor Improvement

5 Completely Satisfactory

Or, put your own comments here:

Question Title

* 4. Please rate the technical support of this product:

1 Completely Unsatisfactory

2 Somewhat Useful But Needs Significant Improvement

3 Useful But Needs Improvement

4 Very Useful But Needs Minor Improvement

5 Completely Satisfactory

Or, put your own comments here:

Question Title

* 5. Would you recommend this product to a colleague?

Yes