- Pattern Analysis
-Diversity -Dominance -Fragmentation -Number of classes different
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- Basic hydrological analysis
-Acumulation of flow -Features -Consisting by size -Beach slope to an area - Watershed at a given point -Deleting depressions -Red drain -Time of departure
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- Costs, distances and routes
- Accumulated (anisotropic) - Accumulated (anisotropic) (B) - Cumulative (combined) - Accumulated (isotropic) -Cost for predefined routes -Cost by predefined routes (anisotropic) -Cost by predefined routes (anisotropic) (B) -Generate alternative routes -Polar to rectangular -Rest of minimum cost -Sum costs to all points
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- Cell statistics for multiple raster layers
-Asymmetry -Map of value -Minimum value cover -Count equal to -More than -Kurtosis -Maximum -Most -Medium -Median -Minimum -Minority -Rank -Variance
- Geostatistics
-Radio of variance -Switches (raster)
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- Geomorphometry and relief analysis
-Real area -Classification of terrain forms - Anisotropic variation coefficient -Curvatures -Hypsometry - Elevation index - relief -Protection index -Orientation -Pending
- Analysis tools for raster layers
-Change Vector Analysis Unclassified classification (clustering) Supervised Classification Supervised classification (B) -Curva ROC Analytical Hierarchies (AHP) - Predictive models -Orderd Weighted Avaraging (OWA)
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- Basic Tools for Raster Layers
-Add -Adjust extension with valid data -Valculation of volumes -change type of data -Complete grid -Correlation between layers -Cutting raster layer with polygon layer - Basic statistics - User defined 3 x 3 filter -Histogram -Invert mask - Gradient lines -Location of maximum values -Normalize -Order -Reflect / Reverse -Filling cells without data -Filling cells without data (by neighborhood) -Unlay layers -Volumes between two layers
- Calculation tools for raster layers
-Mapper calculator
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- Line Layer Tools
-Convert equispaced dotted lines -Convert lines into simple segments -Converting polylines into polygons -Fragmented lines with layer of points -Invert sense of lines -Directional Media -Exampling line ends - Geometric properties of lines -Select polylines in nodes -Simplify lines
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- Polygon Layer Tools
-Adjust N points in polygon -Centroids -Contact points in polygons -Convert polygons into polylines Symmetrical difference -Remove holes Grid statistics on polygons -Intersection - Geometric properties of polygons -Union
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- Tools for layer layers
-Adjust layer of dots to another layer -Analysis of the nearest neighbor -Quantity Analysis -Add coordinates to points -Autocorrelation spatial -Sheet of points from table -Medium center - Average center and typical distance -Classify (cluster) spatially -Minimum Envelope -K from Ripley -clear point layer -Matrix of distances -Show raster layers -Perform layer layer -Triangulation of Delaunay
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- Tools for categorical raster layers
Cross-check (Kappa Index) -Combine grids -Delete Aggregates by Size - Class statistics -Fragstats (metrics
Of area / density / border) -Fragstats (diversity metrics) -Grids from table and grid classified - Aggregation index -Lagunarity
- Tools for tables
-Correlation between fields - Basic statistics
- Optimum location of elements
-Optimal location
- Diffuse logic
-Prepare for fuzzy logic
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- Tools for generic vector layers
-Bounding Box -Field Calculator - Vector layer with random geometries -Categorize (cluster) - Convert geometries into points -Correlation between fields -Cut -Cut by rectangle To create lattice -Difference -Dissolve - Basic statistics -Export vector layer -Histogram -Put together -Select Entities -Select multipart entities -Test of normality -Transform
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- Tools for creating new rasater layers
-Generate Random Grid Bernoulli -Generar random random -Generate Uniform Random Grid -To generate artificial MDT -Grid from math function -Grid of constant value
- Lighting and visibility
-exposure -Horizontal visible -Line line -Line of sight (radiofrequency) -Solar radiation -Relieve shaded -Visibility
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- Vegetation indices
-CTVI -NDVI -NRVI -PVI (Perry and Lautenschlager) -PVI (Qi et al) -PVI (Walther and Shabaani) -TTVI -TVI
- Profiles
-Longitudinal profile -Product according to flow line - Cross sections
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- Indices and other hydrological parameters
-Balance net balance -Contamination of edge -Create synthetic histogram -Distance to drainage network -Elevation on the drainage network -Factor C from NDVI -Initial instantaneous geomorphological histogram - Topographical indices -Length of slope -Redhler Order -A hydrological model USPED -Value maximum upstream value -Value average upstream
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- Statistical Methods
-Principal component analysis -Divomial probability distribution -Division probability chi square -Exponential probability distribution -Distribution of normal probability -Division of Student's probability -Master of covariances -Regression -Regression multiple
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- Rasterization and interpolation
-Linear decree -Density -Density (kernel) -Inverse distance Kriging -King Universal -Rasterize vector layer
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- Reclassification of reaster layers
-Dividing into n classes of equal amplitude -Dividing into n classes of equal area -Reclassify -Reclassify in consecutive classes -Reclose in disjoint classes
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- Image processing and analysis
Thinning -calibrate an image -Calibrate an image (by regression) -Detect and vectorize individual trees -Electualization -Erosion / Dilation -Extension of contrast -HIS -> RGB -RGB -> HIS
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- Vectorization
-Raster layer to layer of points Level curves -Vectorize raster layer (lines) -Vectorize raster layer (polygons)
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- Areas of influence (buffers)
- Area of influence (raster) - Fixed distance influence zone -Influence zone of variable distance -Interest zone through threshold
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1 comment
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