增加模块;增加主调用命令

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2026-01-07 16:36:47 +08:00
commit 2d4b170a45
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Index,Name,Type,Equation,Bands
ALUI,Alunite Index,"[""Mineral""]",(w2260 * w2165) / (w2260 * w2330),"[""w2165"", ""w2260"", ""w2330""]"
ARI1,Anthocyanin Reflectance Index 1,"[""Vegetation"", ""Leaf Pigments""]",(1.0 / w550) - (1.0 / w700),"[""w550"", ""w700""]"
ARI2,Anthocyanin Reflectance Index 2,"[""Vegetation"", ""Leaf Pigments""]",w800n * ((1.0 / w550) - (1.0 / w700)),"[""w800n"", ""w550"", ""w700""]"
ARVI,Atmospherically Resistant Vegetation Index,"[""Vegetation"", ""Narrowband Greenness"", ""Normalized""]",(w800w - (w680 - 1.0 * tmp)) / (w800w + (w680 - 1.0 * tmp)); tmp = w450 - w680,"[""w800w"", ""w680"", ""w450""]"
BAI,Burn Area Index,"[""Vegetation""]",1.0 / ((0.1 - red)^2 + (0.06 - nir)^2),"[""nir"", ""red""]"
CALI,Calcite Index,"[""Mineral""]",(w2205 / w2330) * (w2395 / w2330),"[""w2205"", ""w2330"", ""w2395""]"
CARI,Carbonate Index,"[""Mineral""]",w10600 / w11300,"[""w10600"", ""w11300""]"
CRI1,Carotenoid Reflectance Index 1,"[""Vegetation"", ""Leaf Pigments""]",(1.0 / w510) - (1.0 / w550),"[""w510"", ""w550""]"
CRI2,Carotenoid Reflectance Index 2,"[""Vegetation"", ""Leaf Pigments""]",(1.0 / w510) - (1.0 / w700),"[""w510"", ""w700""]"
CAI,Cellulose Absorption Index,"[""Vegetation"", ""Dry or Senescent Carbon""]",0.5*(w2000 + w2200) - w2100,"[""w2000"", ""w2200"", ""w2100""]"
CLAI,Clay Alteration Index,"[""Mineral""]",(w1650 + w2205) / w2165,"[""w1650"", ""w2165"", ""w2205""]"
CLAY,Clay Minerals,"[""Mineral""]",tm5 / tm7,"[""tm5"", ""tm7""]"
DVI,Difference Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",nir - red,"[""nir"", ""red""]"
DWSI,Disease Water Stress Index,"[""Vegetation""]",(nir + green) / (swir1 + red),"[""nir"", ""green"", ""swir1"", ""red""]"
DOLI,Dolomite Index,"[""Mineral""]",(w2205 + w2330) / w2300,"[""w2205"", ""w2300"", ""w2330""]"
EVI,Enhanced Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",(2.5 * (nir - red)) / (nir + 6.0 * red - 7.5 * blue + 1.0),"[""nir"", ""red"", ""blue""]"
ECAI,Epidote / Chlorite / Amphibole Index,"[""Mineral""]",(w2205 + w2395) / (w2300 + w2330),"[""w2205"", ""w2300"", ""w2330"", ""w2395""]"
FEAI,Ferric Iron Alteration Index,"[""Mineral""]",(w2165 / w820) + (w560 / tm3),"[""w560"", ""tm3"", ""w820"", ""w2165""]"
FEI,Ferrous Iron (Fe2+) Index,"[""Mineral""]",(w2165 + w820) / (w560 + tm3),"[""w560"", ""tm3"", ""w820"", ""w2165""]"
FERROUS,Ferrous Minerals,"[""Mineral""]",tm5 / tm4,"[""tm5"", ""tm4""]"
FESI,Ferrous Silicates Index,"[""Mineral""]",w2165 / w1650,"[""w1650"", ""w2165""]"
GEMI,Global Environmental Monitoring Index,"[""Vegetation"", ""Broadband Greenness""]",tmp * (1.0 - 0.25 * tmp) - ((red - 0.125) / (1.0-red)); tmp = (2.0*(nir^2-red^2) + 1.5*nir + 0.5*red) / (nir+red+0.5),"[""nir"", ""red""]"
GARI,Green Atmospherically Resistant Index,"[""Vegetation"", ""Broadband Greenness""]",(nir - tmp) / (nir + tmp); tmp = green - 1.7 * (blue - red),"[""nir"", ""red"", ""green"", ""blue""]"
GCI,Green Chlorophyll Index,"[""Vegetation"", ""Broadband Greenness""]",(nir / green) - 1.0,"[""nir"", ""green""]"
GDVI,Green Difference Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",nir - green,"[""nir"", ""green""]"
GLI,Green Leaf Index,"[""Vegetation"", ""Broadband Greenness""]",(tmp - red - blue) / (tmp + red + blue); tmp = 2.0 * green,"[""red"", ""green"", ""blue""]"
GNDVI,Green Normalized Difference Vegetation Index,"[""Vegetation"", ""Broadband Greenness"", ""Normalized""]",(nir - green) / (nir + green),"[""nir"", ""green""]"
GOSAVI,Green Optimized Soil Adjusted Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",(nir - green) / (nir + green + 0.16),"[""nir"", ""green""]"
GRVI,Green Ratio Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",nir / green,"[""nir"", ""green""]"
GSAVI,Green Soil Adjusted Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",1.5 * (nir - green) / (nir + green + 0.5),"[""nir"", ""green""]"
GVI,Green Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",(-0.2848*tm1) + (-0.2435*tm2) + (-0.5436*tm3) + (0.7243*tm4) + (0.0840*tm5) + (-0.1800*tm7),"[""tm1"", ""tm2"", ""tm3"", ""tm4"", ""tm5"", ""tm7""]"
OHI1,Hydroxyl-Bearing (OH) Altered Minerals Index 1,"[""Mineral""]",(w2260 / w2205) * (w1650 / w2205),"[""w1650"", ""w2205"", ""w2260""]"
OHI2,Hydroxyl-Bearing (OH) Altered Minerals Index 2,"[""Mineral""]",(w1650 * w2260) / (w2205 * w2205),"[""w1650"", ""w2205"", ""w2260""]"
OHI3,Hydroxyl-Bearing (OH) Altered Minerals Index 3,"[""Mineral""]",(w1650 * w2260) / (w2165 * w2165),"[""w1650"", ""w2165"", ""w2260""]"
IPVI,Infrared Percentage Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",nir / (nir + red),"[""nir"", ""red""]"
IRONOXIDE,Iron Oxide,"[""Mineral""]",tm3 / tm1,"[""tm3"", ""tm1""]"
KAI1,Kaolinite Index 1,"[""Mineral""]",w2300 / w2165,"[""w2165"", ""w2300""]"
KAI2,Kaolinite Index 2,"[""Mineral""]",(w1650 / w2165) * (w2330 / w2205),"[""w1650"", ""w2165"", ""w2205"", ""w2330""]"
KAI3,Kaolinite Index 3,"[""Mineral""]",(w1650 + w2260) / w2205,"[""w1650"", ""w2205"", ""w2260""]"
LATI,Laterite Index,"[""Mineral""]",w1650 / w560,"[""w560"", ""w1650""]"
LAI,Leaf Area Index,"[""Vegetation"", ""Broadband Greenness""]",(0.0 != den) && (lai >= 0) ? lai : 0.0; lai = 3.618 * ((2.5 * (nir - red)) / den) - 0.118; den = 1.0 + nir + 6.0 * red - 7.5 * blue,"[""nir"", ""red"", ""blue""]"
LCI,Leaf Chlorophyll Index,"[""Vegetation""]",(w850 - w710) / (w850 + w680),"[""w850"", ""w710"", ""w680""]"
LWVI1,Leaf Water Vegetation Index 1,"[""Vegetation""]",(w1094 - w983) / (w1094 + w983),"[""w1094"", ""w983""]"
LWVI2,Leaf Water Vegetation Index 2,"[""Vegetation""]",(w1094 - w1205) / (w1094 + w1205),"[""w1094"", ""w1205""]"
LCAI,Lignin Cellulose Absorption Index,"[""Vegetation"", ""Dry or Senescent Carbon""]",100.0 * ((w2205-w2165) + (w2205-w2330)),"[""w2205"", ""w2165"", ""w2330""]"
MAGI,Magnesite Index,"[""Mineral""]",(w2205 + w2330) / (w2260 + w2395),"[""w2205"", ""w2260"", ""w2330"", ""w2395""]"
METHANE,Methane Index,"[""Gas""]",w2300 / w2100,"[""w2300"", ""w2100""]"
MGAI,MgOH-Carbonate Abundance Index,"[""Mineral""]",(w2395 + w2205) / w2330,"[""w2205"", ""w2330"", ""w2395""]"
MCARI,Modified Chlorophyll Absorption Ratio Index,"[""Vegetation"", ""Narrowband Greenness""]",((w700 - w680) - 0.2 * (w700 - w550)) * (w700 / w680),"[""w700"", ""w680"", ""w550""]"
MCARI2,Modified Chlorophyll Absorption Ratio Index - Improved,"[""Vegetation"", ""Narrowband Greenness""]",num/denom; num = (1.5 * (2.5 * (w800n - w680) - 1.3 * (w800n - w550))); denom = sqrt(tmp * tmp - (6.0 * w800n - 5.0 * sqrt(w680)) - 0.5); tmp = 2.0 * w800n + 1,"[""w800n"", ""w680"", ""w550""]"
MNLI,Modified Non-Linear Index,"[""Vegetation"", ""Broadband Greenness""]",((nirsq - red) * (1.0 + 0.5)) / (nirsq + red + 0.5); nirsq=nir^2,"[""nir"", ""red""]"
MNDWI,Modified Normalized Difference Water Index,"[""Vegetation"", ""Normalized""]",(green - swir1) / (green + swir1),"[""green"", ""swir1""]"
MRENDVI,Modified Red Edge Normalized Difference Vegetation Index,"[""Vegetation"", ""Narrowband Greenness""]",(w750w - w705) / (w750w + w705 - 2.0 * w445),"[""w750w"", ""w705"", ""w445""]"
MRESR,Modified Red Edge Simple Ratio,"[""Vegetation"", ""Narrowband Greenness""]",(w750w - w445) / (w705 - w445),"[""w750w"", ""w445"", ""w705""]"
MSR,Modified Simple Ratio,"[""Vegetation"", ""Broadband Greenness""]",(tmp - 1.0) / sqrt(tmp + 1.0); tmp = nir / red,"[""nir"", ""red""]"
MSAVI2,Modified Soil Adjusted Vegetation Index 2,"[""Vegetation"", ""Broadband Greenness""]",(tmp - sqrt(tmp^2 - 8.0 * (nir - red))) / 2.0; tmp = 2.0 * nir + 1.0,"[""nir"", ""red""]"
MTV,Modified Triangular Vegetation Index,"[""Vegetation"", ""Narrowband Greenness""]",1.2 * (1.2 * (nir - green) - 2.5 * (red - green)),"[""nir"", ""red"", ""green""]"
MTVI2,Modified Triangular Vegetation Index - Improved,"[""Vegetation"", ""Narrowband Greenness""]",num/denom; num = 1.5 * (1.2 * (nir - green) - 2.5 * (red - green)); denom = sqrt((2.0 * nir + 1)^2 - (6.0 * nir - 5.0 * sqrt(red)) - 0.5),"[""nir"", ""red"", ""green""]"
MSI,Moisture Stress Index,"[""Vegetation"", ""Canopy Water Content""]",w1599 / w819,"[""w1599"", ""w819""]"
MONI,Montmorillonite Index,"[""Mineral""]",(w1650 + w2205) / w2260,"[""w1650"", ""w2205"", ""w2260""]"
MUSI,Muscovite Index,"[""Mineral""]",w2300 / w2205,"[""w2205"", ""w2300""]"
NLI,Non-Linear Index,"[""Vegetation"", ""Broadband Greenness"", ""Normalized""]",(tmp - red) / (tmp + red); tmp = nir^2,"[""nir"", ""red""]"
NBR,Normalized Burn Ratio,"[""Vegetation"", ""Normalized""]",(tm4 - tm7) / (tm4 + tm7),"[""tm4"", ""tm7""]"
NBRT1,Normalized Burn Ratio Thermal 1,"[""Vegetation"", ""Normalized""]",(nir - tmp) / (nir + tmp); tmp = swir1 * (thermal / 1000.0),"[""nir"", ""swir1"", ""thermal""]"
NDBI,Normalized Difference Built-Up Index,"[""Vegetation"", ""Normalized""]",(tm5 - tm4) / (tm5 + tm4),"[""tm5"", ""tm4""]"
NDII,Normalized Difference Infrared Index,"[""Vegetation"", ""Canopy Water Content"", ""Normalized""]",(w819 - w1649) / (w819 + w1649),"[""w819"", ""w1649""]"
NDLI,Normalized Difference Lignin Index,"[""Vegetation"", ""Dry or Senescent Carbon"", ""Normalized""]",(tmp1 - tmp2) / (tmp1 + tmp2); tmp1 = log(1.0 / w1754); tmp2 = log(1.0 / w1680),"[""w1754"", ""w1680""]"
NDMI,Normalized Difference Mud Index,"[""Vegetation"", ""Normalized""]",(w795 - w990) / (w795 + w990),"[""w795"", ""w990""]"
NDNI,Normalized Difference Nitrogen Index,"[""Vegetation"", ""Canopy Nitrogen"", ""Normalized""]",(tmp1 - tmp2) / (tmp1 + tmp2); tmp1 = log(1.0 / w1510); tmp2 = log(1.0 / w1680),"[""w1510"", ""w1680""]"
NDSI,Normalized Difference Snow Index,"[""Vegetation"", ""Normalized""]",(green - swir1) / (green + swir1),"[""green"", ""swir1""]"
NDVI,Normalized Difference Vegetation Index,"[""Vegetation"", ""Broadband Greenness"", ""Normalized""]",(nir - red) / (nir + red),"[""nir"", ""red""]"
NDWI,Normalized Difference Water Index,"[""Vegetation"", ""Canopy Water Content"", ""Normalized""]",(w857 - midir) / (w857 + midir),"[""w857"", ""midir""]"
NMDI,Normalized Multiband Drought Index,"[""Vegetation"", ""Canopy Water Content"", ""Normalized""]",(w860 - tmp) / (w860 + tmp); tmp = w1640 - w2130,"[""w860"", ""w1640"", ""w2130""]"
NPCI,Normalized Pigment Chlorophyll Index,"[""Vegetation"", ""Normalized""]",(w680 - w430) / (w680 + w430),"[""w680"", ""w430""]"
OSAVI,Optimized Soil Adjusted Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",(nir - red) / (nir + red + 0.16),"[""nir"", ""red""]"
PHEI,Phengitic Index,"[""Mineral""]",w2165 / w2205,"[""w2165"", ""w2205""]"
PRI,Photochemical Reflectance Index,"[""Vegetation"", ""Light Use Efficiency"", ""Normalized""]",(w531 - w570) / (w531 + w570),"[""w531"", ""w570""]"
PHAI,Phyllic Alteration Index,"[""Mineral""]",(w2165 + w2260) / w2205,"[""w2165"", ""w2205"", ""w2260""]"
PSRI,Plant Senescence Reflectance Index,"[""Vegetation"", ""Dry or Senescent Carbon""]",(w680 - w500) / w750w,"[""w680"", ""w500"", ""w750w""]"
PRAI,Propylitic Alteration Index,"[""Mineral""]",(w2260 + w2395) / w2330,"[""w2260"", ""w2330"", ""w2395""]"
QRRI,Quartz Rich Rocks Index,"[""Mineral""]",w11300 / w9100,"[""w9100"", ""w11300""]"
QSRI,Quartz / Siliceous Rocks Index,"[""Mineral""]",(w8650 * w8650) / (w8300 * w9100),"[""w8300"", ""w8650"", ""w9100""]"
RENDVI,Red Edge Normalized Difference Vegetation Index,"[""Vegetation"", ""Narrowband Greenness"", ""Normalized""]",(w750n - w705) / (w750n + w705),"[""w750n"", ""w705""]"
REPI,Red Edge Position Index,"[""Vegetation"", ""Narrowband Greenness""]",,"[""maxderivrededge""]"
RGRI,Red Green Ratio Index,"[""Vegetation"", ""Light Use Efficiency""]",(sumred / sumgreen) * (nbandsgreen / nbandsred),"[""sumred"", ""sumgreen"", ""nbandsgreen"", ""nbandsred""]"
RDVI,Renormalized Difference Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",(nir - red) / sqrt(nir + red),"[""nir"", ""red""]"
SIDI,Silica Dioxide Index,"[""Mineral""]",w9100 / w10600,"[""w9100"", ""w10600""]"
SR,Simple Ratio,"[""Vegetation"", ""Broadband Greenness""]",nir / red,"[""nir"", ""red""]"
SAVI,Soil Adjusted Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",1.5 * (nir - red) / (nir + red + 0.5),"[""nir"", ""red""]"
SIPI1,Structure Independent Pigment Index,"[""Vegetation""]",(w445 - w800n) / (w670 - w800n),"[""w445"", ""w800n"", ""w670""]"
SIPI,Structure Insensitive Pigment Index,"[""Vegetation"", ""Light Use Efficiency""]",(w800n - w445) / (w800n - w680),"[""w800n"", ""w445"", ""w680""]"
SULI,Sulfate Index,"[""Mineral""]",(w8300 * w9100) / (w8650 * w8650),"[""w8300"", ""w8650"", ""w9100""]"
TCARI,Transformed Chlorophyll Absorption Reflectance Index,"[""Vegetation"", ""Narrowband Greenness""]",3.0 * ((w700 - w680) - 0.2 * (w700 - w550) * (w700 / w680)),"[""w550"", ""w680"", ""w700""]"
TDVI,Transformed Difference Vegetation Index,"[""Vegetation"", ""Broadband Greenness""]",sqrt(0.5 + ((nir - red) / (nir + red))),"[""nir"", ""red""]"
TGI,Triangular Greenness Index,"[""Vegetation"", ""Broadband Greenness""]",((centerred - centerblue) * (red - green) - (centerred - centergreen) * (red - blue)) / -2.0,"[""centerred"", ""centergreen"", ""centerblue"", ""red"", ""green"", ""blue""]"
TVI,Triangular Vegetation Index,"[""Vegetation"", ""Narrowband Greenness""]",0.5 * (120.0 * (w750w - w550) - 200.0 * (w680 - w550)),"[""w550"", ""w680"", ""w750w""]"
VARI,Visible Atmospherically Resistant Index,"[""Vegetation"", ""Broadband Greenness""]",(green - red) / (green + red - blue),"[""red"", ""green"", ""blue""]"
VREI1,Vogelmann Red Edge Index 1,"[""Vegetation"", ""Narrowband Greenness""]",w740 / w720,"[""w740"", ""w720""]"
VREI2,Vogelmann Red Edge Index 2,"[""Vegetation"", ""Narrowband Greenness""]",(w734 - w747) / (w715w + w726),"[""w734"", ""w747"", ""w715w"", ""w726""]"
WBI,Water Band Index,"[""Vegetation"", ""Canopy Water Content""]",w970 / w900,"[""w970"", ""w900""]"
WDRVI,Wide Dynamic Range Vegetation Index,"[""Vegetation"", ""Broadband Greenness"", ""Normalized""]",(tmp - red) / (tmp + red); tmp = 0.2 * nir,"[""nir"", ""red""]"
WV-BI,WorldView Built-Up Index,"[""Vegetation"", ""Normalized""]",(wv2coastal - wv2rededge) / (wv2coastal + wv2rededge),"[""wv2coastal"", ""wv2rededge""]"
WV-VI,WorldView Improved Vegetative Index,"[""Vegetation"", ""Broadband Greenness"", ""Normalized""]",(wv2nir2 - wv2redcenter)/ (wv2nir2 + wv2redcenter),"[""wv2nir2"", ""wv2redcenter""]"
WV-II,WorldView New Iron Index,"[""Mineral""]",(wv2green * wv2yellow) / (wv2blue * 1000.0),"[""wv2green"", ""wv2yellow"", ""wv2blue""]"
WV-NHFD,WorldView Non-Homogeneous Feature Difference,"[""Vegetation"", ""Normalized""]",(wv2rededge - wv2coastal) / (wv2rededge + wv2coastal),"[""wv2rededge"", ""wv2coastal""]"
WV-SI,WorldView Soil Index,"[""Vegetation"", ""Normalized""]",(wv2green - wv2yellow) / (wv2green + wv2yellow),"[""wv2green"", ""wv2yellow""]"
WV-WI,WorldView Water Index,"[""Vegetation"", ""Normalized""]",(wv2coastal - wv2nir2) / (wv2coastal + wv2nir2),"[""wv2coastal"", ""wv2nir2""]"
VREI3,Vogelmann Red Edge Index 3,"[""Vegetation"", ""Narrowband Greenness""]",(w734 - w747) / (w715 + w720),"[""w734"", ""w747"", ""w715"", ""w720""]"
1 Index Name Type Equation Bands
2 ALUI Alunite Index ["Mineral"] (w2260 * w2165) / (w2260 * w2330) ["w2165", "w2260", "w2330"]
3 ARI1 Anthocyanin Reflectance Index 1 ["Vegetation", "Leaf Pigments"] (1.0 / w550) - (1.0 / w700) ["w550", "w700"]
4 ARI2 Anthocyanin Reflectance Index 2 ["Vegetation", "Leaf Pigments"] w800n * ((1.0 / w550) - (1.0 / w700)) ["w800n", "w550", "w700"]
5 ARVI Atmospherically Resistant Vegetation Index ["Vegetation", "Narrowband Greenness", "Normalized"] (w800w - (w680 - 1.0 * tmp)) / (w800w + (w680 - 1.0 * tmp)); tmp = w450 - w680 ["w800w", "w680", "w450"]
6 BAI Burn Area Index ["Vegetation"] 1.0 / ((0.1 - red)^2 + (0.06 - nir)^2) ["nir", "red"]
7 CALI Calcite Index ["Mineral"] (w2205 / w2330) * (w2395 / w2330) ["w2205", "w2330", "w2395"]
8 CARI Carbonate Index ["Mineral"] w10600 / w11300 ["w10600", "w11300"]
9 CRI1 Carotenoid Reflectance Index 1 ["Vegetation", "Leaf Pigments"] (1.0 / w510) - (1.0 / w550) ["w510", "w550"]
10 CRI2 Carotenoid Reflectance Index 2 ["Vegetation", "Leaf Pigments"] (1.0 / w510) - (1.0 / w700) ["w510", "w700"]
11 CAI Cellulose Absorption Index ["Vegetation", "Dry or Senescent Carbon"] 0.5*(w2000 + w2200) - w2100 ["w2000", "w2200", "w2100"]
12 CLAI Clay Alteration Index ["Mineral"] (w1650 + w2205) / w2165 ["w1650", "w2165", "w2205"]
13 CLAY Clay Minerals ["Mineral"] tm5 / tm7 ["tm5", "tm7"]
14 DVI Difference Vegetation Index ["Vegetation", "Broadband Greenness"] nir - red ["nir", "red"]
15 DWSI Disease Water Stress Index ["Vegetation"] (nir + green) / (swir1 + red) ["nir", "green", "swir1", "red"]
16 DOLI Dolomite Index ["Mineral"] (w2205 + w2330) / w2300 ["w2205", "w2300", "w2330"]
17 EVI Enhanced Vegetation Index ["Vegetation", "Broadband Greenness"] (2.5 * (nir - red)) / (nir + 6.0 * red - 7.5 * blue + 1.0) ["nir", "red", "blue"]
18 ECAI Epidote / Chlorite / Amphibole Index ["Mineral"] (w2205 + w2395) / (w2300 + w2330) ["w2205", "w2300", "w2330", "w2395"]
19 FEAI Ferric Iron Alteration Index ["Mineral"] (w2165 / w820) + (w560 / tm3) ["w560", "tm3", "w820", "w2165"]
20 FEI Ferrous Iron (Fe2+) Index ["Mineral"] (w2165 + w820) / (w560 + tm3) ["w560", "tm3", "w820", "w2165"]
21 FERROUS Ferrous Minerals ["Mineral"] tm5 / tm4 ["tm5", "tm4"]
22 FESI Ferrous Silicates Index ["Mineral"] w2165 / w1650 ["w1650", "w2165"]
23 GEMI Global Environmental Monitoring Index ["Vegetation", "Broadband Greenness"] tmp * (1.0 - 0.25 * tmp) - ((red - 0.125) / (1.0-red)); tmp = (2.0*(nir^2-red^2) + 1.5*nir + 0.5*red) / (nir+red+0.5) ["nir", "red"]
24 GARI Green Atmospherically Resistant Index ["Vegetation", "Broadband Greenness"] (nir - tmp) / (nir + tmp); tmp = green - 1.7 * (blue - red) ["nir", "red", "green", "blue"]
25 GCI Green Chlorophyll Index ["Vegetation", "Broadband Greenness"] (nir / green) - 1.0 ["nir", "green"]
26 GDVI Green Difference Vegetation Index ["Vegetation", "Broadband Greenness"] nir - green ["nir", "green"]
27 GLI Green Leaf Index ["Vegetation", "Broadband Greenness"] (tmp - red - blue) / (tmp + red + blue); tmp = 2.0 * green ["red", "green", "blue"]
28 GNDVI Green Normalized Difference Vegetation Index ["Vegetation", "Broadband Greenness", "Normalized"] (nir - green) / (nir + green) ["nir", "green"]
29 GOSAVI Green Optimized Soil Adjusted Vegetation Index ["Vegetation", "Broadband Greenness"] (nir - green) / (nir + green + 0.16) ["nir", "green"]
30 GRVI Green Ratio Vegetation Index ["Vegetation", "Broadband Greenness"] nir / green ["nir", "green"]
31 GSAVI Green Soil Adjusted Vegetation Index ["Vegetation", "Broadband Greenness"] 1.5 * (nir - green) / (nir + green + 0.5) ["nir", "green"]
32 GVI Green Vegetation Index ["Vegetation", "Broadband Greenness"] (-0.2848*tm1) + (-0.2435*tm2) + (-0.5436*tm3) + (0.7243*tm4) + (0.0840*tm5) + (-0.1800*tm7) ["tm1", "tm2", "tm3", "tm4", "tm5", "tm7"]
33 OHI1 Hydroxyl-Bearing (OH) Altered Minerals Index 1 ["Mineral"] (w2260 / w2205) * (w1650 / w2205) ["w1650", "w2205", "w2260"]
34 OHI2 Hydroxyl-Bearing (OH) Altered Minerals Index 2 ["Mineral"] (w1650 * w2260) / (w2205 * w2205) ["w1650", "w2205", "w2260"]
35 OHI3 Hydroxyl-Bearing (OH) Altered Minerals Index 3 ["Mineral"] (w1650 * w2260) / (w2165 * w2165) ["w1650", "w2165", "w2260"]
36 IPVI Infrared Percentage Vegetation Index ["Vegetation", "Broadband Greenness"] nir / (nir + red) ["nir", "red"]
37 IRONOXIDE Iron Oxide ["Mineral"] tm3 / tm1 ["tm3", "tm1"]
38 KAI1 Kaolinite Index 1 ["Mineral"] w2300 / w2165 ["w2165", "w2300"]
39 KAI2 Kaolinite Index 2 ["Mineral"] (w1650 / w2165) * (w2330 / w2205) ["w1650", "w2165", "w2205", "w2330"]
40 KAI3 Kaolinite Index 3 ["Mineral"] (w1650 + w2260) / w2205 ["w1650", "w2205", "w2260"]
41 LATI Laterite Index ["Mineral"] w1650 / w560 ["w560", "w1650"]
42 LAI Leaf Area Index ["Vegetation", "Broadband Greenness"] (0.0 != den) && (lai >= 0) ? lai : 0.0; lai = 3.618 * ((2.5 * (nir - red)) / den) - 0.118; den = 1.0 + nir + 6.0 * red - 7.5 * blue ["nir", "red", "blue"]
43 LCI Leaf Chlorophyll Index ["Vegetation"] (w850 - w710) / (w850 + w680) ["w850", "w710", "w680"]
44 LWVI1 Leaf Water Vegetation Index 1 ["Vegetation"] (w1094 - w983) / (w1094 + w983) ["w1094", "w983"]
45 LWVI2 Leaf Water Vegetation Index 2 ["Vegetation"] (w1094 - w1205) / (w1094 + w1205) ["w1094", "w1205"]
46 LCAI Lignin Cellulose Absorption Index ["Vegetation", "Dry or Senescent Carbon"] 100.0 * ((w2205-w2165) + (w2205-w2330)) ["w2205", "w2165", "w2330"]
47 MAGI Magnesite Index ["Mineral"] (w2205 + w2330) / (w2260 + w2395) ["w2205", "w2260", "w2330", "w2395"]
48 METHANE Methane Index ["Gas"] w2300 / w2100 ["w2300", "w2100"]
49 MGAI MgOH-Carbonate Abundance Index ["Mineral"] (w2395 + w2205) / w2330 ["w2205", "w2330", "w2395"]
50 MCARI Modified Chlorophyll Absorption Ratio Index ["Vegetation", "Narrowband Greenness"] ((w700 - w680) - 0.2 * (w700 - w550)) * (w700 / w680) ["w700", "w680", "w550"]
51 MCARI2 Modified Chlorophyll Absorption Ratio Index - Improved ["Vegetation", "Narrowband Greenness"] num/denom; num = (1.5 * (2.5 * (w800n - w680) - 1.3 * (w800n - w550))); denom = sqrt(tmp * tmp - (6.0 * w800n - 5.0 * sqrt(w680)) - 0.5); tmp = 2.0 * w800n + 1 ["w800n", "w680", "w550"]
52 MNLI Modified Non-Linear Index ["Vegetation", "Broadband Greenness"] ((nirsq - red) * (1.0 + 0.5)) / (nirsq + red + 0.5); nirsq=nir^2 ["nir", "red"]
53 MNDWI Modified Normalized Difference Water Index ["Vegetation", "Normalized"] (green - swir1) / (green + swir1) ["green", "swir1"]
54 MRENDVI Modified Red Edge Normalized Difference Vegetation Index ["Vegetation", "Narrowband Greenness"] (w750w - w705) / (w750w + w705 - 2.0 * w445) ["w750w", "w705", "w445"]
55 MRESR Modified Red Edge Simple Ratio ["Vegetation", "Narrowband Greenness"] (w750w - w445) / (w705 - w445) ["w750w", "w445", "w705"]
56 MSR Modified Simple Ratio ["Vegetation", "Broadband Greenness"] (tmp - 1.0) / sqrt(tmp + 1.0); tmp = nir / red ["nir", "red"]
57 MSAVI2 Modified Soil Adjusted Vegetation Index 2 ["Vegetation", "Broadband Greenness"] (tmp - sqrt(tmp^2 - 8.0 * (nir - red))) / 2.0; tmp = 2.0 * nir + 1.0 ["nir", "red"]
58 MTV Modified Triangular Vegetation Index ["Vegetation", "Narrowband Greenness"] 1.2 * (1.2 * (nir - green) - 2.5 * (red - green)) ["nir", "red", "green"]
59 MTVI2 Modified Triangular Vegetation Index - Improved ["Vegetation", "Narrowband Greenness"] num/denom; num = 1.5 * (1.2 * (nir - green) - 2.5 * (red - green)); denom = sqrt((2.0 * nir + 1)^2 - (6.0 * nir - 5.0 * sqrt(red)) - 0.5) ["nir", "red", "green"]
60 MSI Moisture Stress Index ["Vegetation", "Canopy Water Content"] w1599 / w819 ["w1599", "w819"]
61 MONI Montmorillonite Index ["Mineral"] (w1650 + w2205) / w2260 ["w1650", "w2205", "w2260"]
62 MUSI Muscovite Index ["Mineral"] w2300 / w2205 ["w2205", "w2300"]
63 NLI Non-Linear Index ["Vegetation", "Broadband Greenness", "Normalized"] (tmp - red) / (tmp + red); tmp = nir^2 ["nir", "red"]
64 NBR Normalized Burn Ratio ["Vegetation", "Normalized"] (tm4 - tm7) / (tm4 + tm7) ["tm4", "tm7"]
65 NBRT1 Normalized Burn Ratio Thermal 1 ["Vegetation", "Normalized"] (nir - tmp) / (nir + tmp); tmp = swir1 * (thermal / 1000.0) ["nir", "swir1", "thermal"]
66 NDBI Normalized Difference Built-Up Index ["Vegetation", "Normalized"] (tm5 - tm4) / (tm5 + tm4) ["tm5", "tm4"]
67 NDII Normalized Difference Infrared Index ["Vegetation", "Canopy Water Content", "Normalized"] (w819 - w1649) / (w819 + w1649) ["w819", "w1649"]
68 NDLI Normalized Difference Lignin Index ["Vegetation", "Dry or Senescent Carbon", "Normalized"] (tmp1 - tmp2) / (tmp1 + tmp2); tmp1 = log(1.0 / w1754); tmp2 = log(1.0 / w1680) ["w1754", "w1680"]
69 NDMI Normalized Difference Mud Index ["Vegetation", "Normalized"] (w795 - w990) / (w795 + w990) ["w795", "w990"]
70 NDNI Normalized Difference Nitrogen Index ["Vegetation", "Canopy Nitrogen", "Normalized"] (tmp1 - tmp2) / (tmp1 + tmp2); tmp1 = log(1.0 / w1510); tmp2 = log(1.0 / w1680) ["w1510", "w1680"]
71 NDSI Normalized Difference Snow Index ["Vegetation", "Normalized"] (green - swir1) / (green + swir1) ["green", "swir1"]
72 NDVI Normalized Difference Vegetation Index ["Vegetation", "Broadband Greenness", "Normalized"] (nir - red) / (nir + red) ["nir", "red"]
73 NDWI Normalized Difference Water Index ["Vegetation", "Canopy Water Content", "Normalized"] (w857 - midir) / (w857 + midir) ["w857", "midir"]
74 NMDI Normalized Multiband Drought Index ["Vegetation", "Canopy Water Content", "Normalized"] (w860 - tmp) / (w860 + tmp); tmp = w1640 - w2130 ["w860", "w1640", "w2130"]
75 NPCI Normalized Pigment Chlorophyll Index ["Vegetation", "Normalized"] (w680 - w430) / (w680 + w430) ["w680", "w430"]
76 OSAVI Optimized Soil Adjusted Vegetation Index ["Vegetation", "Broadband Greenness"] (nir - red) / (nir + red + 0.16) ["nir", "red"]
77 PHEI Phengitic Index ["Mineral"] w2165 / w2205 ["w2165", "w2205"]
78 PRI Photochemical Reflectance Index ["Vegetation", "Light Use Efficiency", "Normalized"] (w531 - w570) / (w531 + w570) ["w531", "w570"]
79 PHAI Phyllic Alteration Index ["Mineral"] (w2165 + w2260) / w2205 ["w2165", "w2205", "w2260"]
80 PSRI Plant Senescence Reflectance Index ["Vegetation", "Dry or Senescent Carbon"] (w680 - w500) / w750w ["w680", "w500", "w750w"]
81 PRAI Propylitic Alteration Index ["Mineral"] (w2260 + w2395) / w2330 ["w2260", "w2330", "w2395"]
82 QRRI Quartz Rich Rocks Index ["Mineral"] w11300 / w9100 ["w9100", "w11300"]
83 QSRI Quartz / Siliceous Rocks Index ["Mineral"] (w8650 * w8650) / (w8300 * w9100) ["w8300", "w8650", "w9100"]
84 RENDVI Red Edge Normalized Difference Vegetation Index ["Vegetation", "Narrowband Greenness", "Normalized"] (w750n - w705) / (w750n + w705) ["w750n", "w705"]
85 REPI Red Edge Position Index ["Vegetation", "Narrowband Greenness"] ["maxderivrededge"]
86 RGRI Red Green Ratio Index ["Vegetation", "Light Use Efficiency"] (sumred / sumgreen) * (nbandsgreen / nbandsred) ["sumred", "sumgreen", "nbandsgreen", "nbandsred"]
87 RDVI Renormalized Difference Vegetation Index ["Vegetation", "Broadband Greenness"] (nir - red) / sqrt(nir + red) ["nir", "red"]
88 SIDI Silica Dioxide Index ["Mineral"] w9100 / w10600 ["w9100", "w10600"]
89 SR Simple Ratio ["Vegetation", "Broadband Greenness"] nir / red ["nir", "red"]
90 SAVI Soil Adjusted Vegetation Index ["Vegetation", "Broadband Greenness"] 1.5 * (nir - red) / (nir + red + 0.5) ["nir", "red"]
91 SIPI1 Structure Independent Pigment Index ["Vegetation"] (w445 - w800n) / (w670 - w800n) ["w445", "w800n", "w670"]
92 SIPI Structure Insensitive Pigment Index ["Vegetation", "Light Use Efficiency"] (w800n - w445) / (w800n - w680) ["w800n", "w445", "w680"]
93 SULI Sulfate Index ["Mineral"] (w8300 * w9100) / (w8650 * w8650) ["w8300", "w8650", "w9100"]
94 TCARI Transformed Chlorophyll Absorption Reflectance Index ["Vegetation", "Narrowband Greenness"] 3.0 * ((w700 - w680) - 0.2 * (w700 - w550) * (w700 / w680)) ["w550", "w680", "w700"]
95 TDVI Transformed Difference Vegetation Index ["Vegetation", "Broadband Greenness"] sqrt(0.5 + ((nir - red) / (nir + red))) ["nir", "red"]
96 TGI Triangular Greenness Index ["Vegetation", "Broadband Greenness"] ((centerred - centerblue) * (red - green) - (centerred - centergreen) * (red - blue)) / -2.0 ["centerred", "centergreen", "centerblue", "red", "green", "blue"]
97 TVI Triangular Vegetation Index ["Vegetation", "Narrowband Greenness"] 0.5 * (120.0 * (w750w - w550) - 200.0 * (w680 - w550)) ["w550", "w680", "w750w"]
98 VARI Visible Atmospherically Resistant Index ["Vegetation", "Broadband Greenness"] (green - red) / (green + red - blue) ["red", "green", "blue"]
99 VREI1 Vogelmann Red Edge Index 1 ["Vegetation", "Narrowband Greenness"] w740 / w720 ["w740", "w720"]
100 VREI2 Vogelmann Red Edge Index 2 ["Vegetation", "Narrowband Greenness"] (w734 - w747) / (w715w + w726) ["w734", "w747", "w715w", "w726"]
101 WBI Water Band Index ["Vegetation", "Canopy Water Content"] w970 / w900 ["w970", "w900"]
102 WDRVI Wide Dynamic Range Vegetation Index ["Vegetation", "Broadband Greenness", "Normalized"] (tmp - red) / (tmp + red); tmp = 0.2 * nir ["nir", "red"]
103 WV-BI WorldView Built-Up Index ["Vegetation", "Normalized"] (wv2coastal - wv2rededge) / (wv2coastal + wv2rededge) ["wv2coastal", "wv2rededge"]
104 WV-VI WorldView Improved Vegetative Index ["Vegetation", "Broadband Greenness", "Normalized"] (wv2nir2 - wv2redcenter)/ (wv2nir2 + wv2redcenter) ["wv2nir2", "wv2redcenter"]
105 WV-II WorldView New Iron Index ["Mineral"] (wv2green * wv2yellow) / (wv2blue * 1000.0) ["wv2green", "wv2yellow", "wv2blue"]
106 WV-NHFD WorldView Non-Homogeneous Feature Difference ["Vegetation", "Normalized"] (wv2rededge - wv2coastal) / (wv2rededge + wv2coastal) ["wv2rededge", "wv2coastal"]
107 WV-SI WorldView Soil Index ["Vegetation", "Normalized"] (wv2green - wv2yellow) / (wv2green + wv2yellow) ["wv2green", "wv2yellow"]
108 WV-WI WorldView Water Index ["Vegetation", "Normalized"] (wv2coastal - wv2nir2) / (wv2coastal + wv2nir2) ["wv2coastal", "wv2nir2"]
109 VREI3 Vogelmann Red Edge Index 3 ["Vegetation", "Narrowband Greenness"] (w734 - w747) / (w715 + w720) ["w734", "w747", "w715", "w720"]

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name,min,center,max
w2coastal,396,427,458
w430,380,430,480
w445,435,445,448
w450,425,450,475
blue,400,470,500
w2blue,442,478,515
tm1,450,485,520
w500,480,500,520
w510,500,510,515
w531,525,531,535
w2green,506,546,586
w550,540,550,560
w560,520,560,600
green,500,550,600
tm2,520,569,600
w570,560,570,575
w2yellow,584,608,632
red,600,650,700
w2redcenter,624,659,694
tm3,630,660,690
w670,620,670,720
w680,650,680,690
w700,680,700,730
w705,697,705,708
w7edge,690,700,740
red10,660,710,760
w715n,714,715,716
w710w,710,715,719
w725v,718,720,722
w2rededge,699,724,749
w726,725,726,727
w734,730,734,736
w740,730,740,750
w747,742,747,748
w750n,730,750,760
w750w,730,750,780
w795,720,795,800
w800n,780,800,865
w800w,750,800,870
w819,815,819,824
w820,780,820,860
tm4nir1,765,833,901
w840,760,850,900
w850,800,850,900
w857,854,857,860
w860,841,860,876
nir,760,860,960
w900,860,900,910
w82nir2,856,949,1043
w970,965,970,975
w983,933,983,1033
w990,830,990,995
w1094,1044,1094,1144
w1205,1155,1205,1255
cirnir,1230,1241,1250
midr,1360,1372,1385
w1510,1500,1510,1515
w1599,1590,1599,1620
w1640,1628,1640,1655
w1649,1645,1649,1652
swir1,1550,1650,1750
w1650,1600,1650,1700
tm5,1550,1676,1750
w1680,1670,1680,1690
w1754,1750,1754,1758
w2000,1980,2000,2040
w2100,2085,2100,2110
w1230,2105,2130,2155
w2165,2145,2165,2185
swir2,2170,2200,2220
w2200,2080,2220,2350
w2205,2185,2205,2225
tm7,2080,2223,23
w2260,2235,2260,2285
w2300,2294,2300,2306
w2330,2295,2330,2365
w2395,2360,2395,2430
w8300,8125,8300,8475
w8650,8475,8650,8825
w9100,8925,9100,9275
thermal,10400,11435,12500
tm6,10400,11435,12500
w10600,10250,10600,10950
w11300,10950,11300,11650
1 name min center max
2 w2coastal 396 427 458
3 w430 380 430 480
4 w445 435 445 448
5 w450 425 450 475
6 blue 400 470 500
7 w2blue 442 478 515
8 tm1 450 485 520
9 w500 480 500 520
10 w510 500 510 515
11 w531 525 531 535
12 w2green 506 546 586
13 w550 540 550 560
14 w560 520 560 600
15 green 500 550 600
16 tm2 520 569 600
17 w570 560 570 575
18 w2yellow 584 608 632
19 red 600 650 700
20 w2redcenter 624 659 694
21 tm3 630 660 690
22 w670 620 670 720
23 w680 650 680 690
24 w700 680 700 730
25 w705 697 705 708
26 w7edge 690 700 740
27 red10 660 710 760
28 w715n 714 715 716
29 w710w 710 715 719
30 w725v 718 720 722
31 w2rededge 699 724 749
32 w726 725 726 727
33 w734 730 734 736
34 w740 730 740 750
35 w747 742 747 748
36 w750n 730 750 760
37 w750w 730 750 780
38 w795 720 795 800
39 w800n 780 800 865
40 w800w 750 800 870
41 w819 815 819 824
42 w820 780 820 860
43 tm4nir1 765 833 901
44 w840 760 850 900
45 w850 800 850 900
46 w857 854 857 860
47 w860 841 860 876
48 nir 760 860 960
49 w900 860 900 910
50 w82nir2 856 949 1043
51 w970 965 970 975
52 w983 933 983 1033
53 w990 830 990 995
54 w1094 1044 1094 1144
55 w1205 1155 1205 1255
56 cirnir 1230 1241 1250
57 midr 1360 1372 1385
58 w1510 1500 1510 1515
59 w1599 1590 1599 1620
60 w1640 1628 1640 1655
61 w1649 1645 1649 1652
62 swir1 1550 1650 1750
63 w1650 1600 1650 1700
64 tm5 1550 1676 1750
65 w1680 1670 1680 1690
66 w1754 1750 1754 1758
67 w2000 1980 2000 2040
68 w2100 2085 2100 2110
69 w1230 2105 2130 2155
70 w2165 2145 2165 2185
71 swir2 2170 2200 2220
72 w2200 2080 2220 2350
73 w2205 2185 2205 2225
74 tm7 2080 2223 23
75 w2260 2235 2260 2285
76 w2300 2294 2300 2306
77 w2330 2295 2330 2365
78 w2395 2360 2395 2430
79 w8300 8125 8300 8475
80 w8650 8475 8650 8825
81 w9100 8925 9100 9275
82 thermal 10400 11435 12500
83 tm6 10400 11435 12500
84 w10600 10250 10600 10950
85 w11300 10950 11300 11650