def stitchWithFeature():
Stitcher.featureMethod = "surf" # "sift","surf" or "orb"
Stitcher.isGPUAvailable = True
Stitcher.searchRatio = 0.75 # 0.75 is common value for matches
Stitcher.offsetCaculate = "mode" # "mode" or "ransac"
Stitcher.offsetEvaluate = 3 # 40 menas nums of matches for mode, 4.0 menas of matches for ransac
Stitcher.roiRatio = 0.2 # roi length for stitching in first direction
Stitcher.fuseMethod = "fadeInAndFadeOut"
stitcher = Stitcher()
startTime = time.time()
# method = "featureSearchIncre"; Stitcher.direction = 1; Stitcher.directIncre = 0;
# projectAddress = "images\\iron"
# outputAddress = "result\\" + method + "\\iron" + str.capitalize(Stitcher.fuseMethod) + "\\"
# stitcher.imageSetStitchWithMutiple(projectAddress, outputAddress, 50, stitcher.calculateOffsetForFeatureSearchIncre,
# startNum=1, fileExtension="jpg", outputfileExtension="jpg")
# method = "featureSearchIncre"; Stitcher.direction = 1; Stitcher.directIncre = 1;
# projectAddress = "images\\dendriticCrystal"
# outputAddress = "result\\" + method + "\\dendriticCrystal" + str.capitalize(Stitcher.fuseMethod) + "\\"
# stitcher.imageSetStitchWithMutiple(projectAddress, outputAddress, 11, stitcher.calculateOffsetForFeatureSearchIncre,
# startNum=1, fileExtension="jpg", outputfileExtension="jpg")
# Stitcher.featureMethod = "surf"; Stitcher.searchRatio = 0.95; Stitcher.offsetEvaluate = 3;
# method = "featureSearchIncre"; Stitcher.direction = 1; Stitcher.directIncre = 1;
# Stitcher.isEnhance = True; # Stitcher.isClahe = True;
# Stitcher.fuseMethod = "notFuse"
# projectAddress = "images\\superalloyTurbineblade"
# outputAddress = "result\\" + method + "\\superalloyTurbineblade" + str.capitalize(Stitcher.fuseMethod) + "\\"
# stitcher.imageSetStitchWithMutiple(projectAddress, outputAddress, 1, stitcher.calculateOffsetForFeatureSearchIncre,
# startNum=1, fileExtension="jpg", outputfileExtension="jpg")
method = "featureSearchIncre"
Stitcher.direction = 4
Stitcher.directIncre = 0
projectAddress = "images\\zirconLarge"
outputAddress = "result\\" + method + "\\zirconLarge" + str.capitalize(
Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
97,
stitcher.calculateOffsetForFeatureSearchIncre,
startNum=2,
fileExtension="jpg",
outputfileExtension="png")
# method = "featureSearch"; Stitcher.direction = 4; Stitcher.directIncre = 0;
# projectAddress = "images\\zirconLargeResized_4_INTER_AREA"
# outputAddress = "result\\" + method + "\\zirconLargeResized_4_INTER_AREA" + str.capitalize(Stitcher.fuseMethod) + "\\"
# stitcher.imageSetStitchWithMutiple(projectAddress, outputAddress, 97, stitcher.calculateOffsetForFeatureSearch,
# startNum=1, fileExtension="jpg", outputfileExtension="jpg")
# method = "featureSearch"; Stitcher.direction = 4; Stitcher.directIncre = 0;
# projectAddress = "images\\zirconSmall"
# outputAddress = "result\\" + method + "\\zirconSmall" + str.capitalize(Stitcher.fuseMethod) + "\\"
# stitcher.imageSetStitchWithMutiple(projectAddress, outputAddress, 194, stitcher.calculateOffsetForFeatureSearch,
# startNum=1, fileExtension="jpg", outputfileExtension="jpg")
endTime = time.time()
print("Time Consuming = " + str(endTime - startTime))
def stitchWithFeature():
Stitcher.featureMethod = "surf" # "sift","surf" or "orb"
Stitcher.isGPUAvailable = True
Stitcher.searchRatio = 0.75 # 0.75 is common value for matches
Stitcher.offsetCaculate = "mode" # "mode" or "ransac"
Stitcher.offsetEvaluate = 3 # 3 menas nums of matches for mode, 3.0 menas of matches for ransac
Stitcher.roiRatio = 0.2 # roi length for stitching in first direction
Stitcher.fuseMethod = "fadeInAndFadeOut" # "notFuse","average","maximum","minimum","fadeInAndFadeOut","trigonometric", "multiBandBlending"
stitcher = Stitcher()
Stitcher.direction = 1
Stitcher.directIncre = 0
projectAddress = "demoImages\\iron"
outputAddress = "result\\iron" + str.capitalize(Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
1,
stitcher.calculateOffsetForFeatureSearchIncre,
startNum=1,
fileExtension="jpg",
outputfileExtension="jpg")
Stitcher.direction = 1
Stitcher.directIncre = 1
projectAddress = "demoImages\\dendriticCrystal"
outputAddress = "result\\dendriticCrystal" + str.capitalize(
Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
1,
stitcher.calculateOffsetForFeatureSearchIncre,
startNum=1,
fileExtension="jpg",
outputfileExtension="jpg")
Stitcher.direction = 4
Stitcher.directIncre = 0
projectAddress = "demoImages\\zirconBSE"
outputAddress = "result\\zirconBSE" + str.capitalize(
Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
1,
stitcher.calculateOffsetForFeatureSearch,
startNum=1,
fileExtension="jpg",
outputfileExtension="jpg")
Stitcher.direction = 4
Stitcher.directIncre = 0
projectAddress = "demoImages\\zirconCL"
outputAddress = "result\\zirconCL" + str.capitalize(
Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
1,
stitcher.calculateOffsetForFeatureSearch,
startNum=1,
fileExtension="jpg",
outputfileExtension="jpg")
Stitcher.direction = 4
Stitcher.directIncre = 0
projectAddress = "demoImages\\zirconREM"
outputAddress = "result\\zirconREM" + str.capitalize(
Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
1,
stitcher.calculateOffsetForFeatureSearch,
startNum=1,
fileExtension="jpg",
outputfileExtension="jpg")
Stitcher.direction = 4
Stitcher.directIncre = 0
projectAddress = "demoImages\\zirconTEM"
outputAddress = "result\\zirconTEM" + str.capitalize(
Stitcher.fuseMethod) + "\\"
stitcher.imageSetStitchWithMutiple(
projectAddress,
outputAddress,
1,
stitcher.calculateOffsetForFeatureSearch,
startNum=1,
fileExtension="jpg",
outputfileExtension="jpg")
