ana3AIMEC.aimecTools

Main logic for AIMEC post processing

Functions

`addFieldsToDF`	add fields that will be added in aimec analysis to dataframe
`addReferenceAnalysisTODF`	add reference analysis info to referenceDF
`addSurfaceParalleCoord`	Add the surface parallel coordinate (along flow path taking elevation into account)
`analyzeArea`	Compare area results to reference.
`analyzeDiffsRunoutLines`	analyze difference between runout line derived from simRaster and reference datasets (lines, polygons)
`analyzeField`	analyze transformed field
`analyzeMass`	analyze Mass data
`assignData`	Transfer data from old raster to new raster
`checkAIMECinputs`	Check inputs before running AIMEC postprocessing
`checkMultipleSimFound`	Check if more than one file can be chosen as reference
`computeCellSizeSL`	Get the new (s, l) coordinate cell size read by default the reference result file cell size.
`computeRunOut`	Compute runout based on peak field results
`computeRunoutLine`	compute the runout line as for each l coordinate the furthest affected s coordinate using the desired resType and thresholdvalue, or if basedOnMax searching for the max value (used for reference line, point) also add runout point based on max s value of runout line
`computeRunoutPointDiff`	compute difference between runout point of simulation and runout point of refData
`createReferenceDF`	create data frame with one row per reference data set found in Inputs/REFDATA :Parameters: pathDict (dict) -- dictionary with info paths to reference datasets
`defineRefOnSimName`	Search for reference based on simulation name
`defineRefOnSimValue`	Search for reference based on configuration parameter and value
`fetchReferenceSimNo`	Define reference simulation used for aimec analysis.
`findSLCoors`	find closest s,l coordinates to given x,y coordinates using transformation matrix
`findStartOfRunoutArea`	find start of runout area point using splitPoint add info on x, y coordinates of point, angle, index - if defineRunoutArea=False - start of runout area is equal to the start of the thalweg -> in this case the entire SL domain represents the runout area
`getMaxMeanValues`	Compute average, max values in each cross section for a given input raster
`getSArea`	Get the s curvilinear coordinate and area on the new raster
`makeDomainTransfo`	Make domain transformation
`makeTransfoMat`	Make transformation matrix.
`readAIMECinputs`	Read inputs for AIMEC postprocessing
`readWrite`	Get mass balance information Read mass balance files to get mass properties of the simulation (total mass, entrained mass...).
`scalePathWithCellSize`	use desired cellsize to scale ava path and create s, l coordinates and coordinates of the resampled polyline in the old coord systems x, y
`setAvaPath`	fetch path shapefile, prepare for AIMEC, set z-coordinate
`splitSection`	Splits the ith segment of domain boundary DB in the s direction (direction of the path)
`transform`	Transfer data from old raster to new raster