Browse. Download. Use.It's always free.
|
WHAT IS IT?The Recipe Store is a fantastic resource for getting the most out of MIPAR. Find and download Recipes for all sorts of segmentation problems. You'll learn fast and accelerate your work.
"Like an App Store for recipes, but they're always free!" |
HOW DOES IT WORK?
LAYERS: Layers created
MEASURES: Measurements performed IMPORTANT: Steps to adjust if needed |
CAN I ADD TO IT?Absolutely! We greatly appreciate any and all contributions. Click below to submit your recipe to us via email!
⇩
|
Start browsing now!
⇩
Bimodal α in Titanium |
Segments rounder particles from acicular features in [α+β]-processed Ti-alloy microstructures.
|
⇩
|
α-Laths in Titanium |
Segments alpha laths from the beta phase in titanium alloys.
|
⇩
|
Bimodal ɣ' in Nickel |
Segments "secondary" and tertiary gamma prime precipitates from the gamma phase in Nickel-base superalloys
|
⇩
|
Grain Segmentation 1 |
Segments grains along their boundaries. Works best with strong contrast between neighboring grains or with dark decorating precipitates along the boundaries.
|
⇩
|
Grain Segmentation 2 |
Segments grains along their boundaries. Works best with bright highlights at the boundaries. Sets up a "Companion Image" which allows "Measure Features" to count the number of grains that each grain is in contact with.
|
⇩
|
HAZ Segmentation |
Segments heat-affected zones such as those in weld-bead cross-sections. Works best with moderate to strong pattern contrast between the HAZ and base material.
|
⇩
|
Ferrite in Welds |
Segments ferrite from surrounding martensite in steel weld cross-sections.
|
⇩
|
Ferrite in Welds 2 |
Segments ferrite from surrounding martensite in martensitic stainless steel weld cross-sections.
|
⇩
|
Phase at Interface |
Segments a three-phase microstructure where one phase is present at the interface of the other two.
|
Molecules |
Identifies the area of interest and segments the molecules within it.
Recipe Number: B0142
Created By: MIPAR Team Total Steps: 17 Optimized Steps: 0 Publications: Paper in Nanoscale, 2016 |
⇩
|
Colony and Cell Counting |
Identifies bacteria colonies and their constituent cells. Sets up layers such that "Measure Features" can count the number of cells in each colony.
Recipe Number: B0042
Created By: MIPAR Team Total Steps: 14 Optimized Steps: 0 |
⇩
|
Xylem Vessel Counting |
Extracts xylem vessels and cross-section from plant root images. Also counts number of xylem vessels.
Recipe Number: B0053
Created By: MIPAR Team Total Steps: 23 Optimized Steps: 0 |
⇩
|
Cells with Particles |
Identifies and counts the number cells which contain bright particles and those that do not. Also counts the number of bright particles. Layers are setup such that "Measure Features" can count the number of particles per cell.
Recipe Number: B0072
Created By: MIPAR Team Total Steps: 29 Optimized Steps: 0 |
⇩
|
Epidermal + Stomatal Cells |
Segments epidermal and stomatal cells from leaf impressions.
Recipe Number: B0171
Created By: MIPAR Team Total Steps: 44 Optimized Steps: 0 Publications: Paper in Journal of Experimental Botany, 2016 |
⇩
|
Core/Shell Structures |
Segments the core and shell features from the background. Works best with features whose shells are darker than the background, and whose cores are darker than their shells.
Recipe Number: C0022
Created By: MIPAR Team Total Steps: 32 Optimized Steps: 0 |
⇩
|
Grains+Matrix OM |
Segments grains from surrounding matrix and separates the grains. Works best on OM images where grains are slightly darker than the background.
Recipe Number: C0043
Created By: MIPAR Team Total Steps: 12 Optimized Steps: 0 |
⇩
|
Basic Particles |
Detects and counts basic particles on a dark background. Other particle analysis may be performed with the Color By Measure tool after loading Recipe.
Recipe Number: P0012
Created By: MIPAR Team Total Steps: 5 Optimized Steps: 0 |
⇩
|
