Struct paramST 

#[repr(C)]
pub struct paramST {

    pub orbitradius: f64,
    pub altitude: f64,
    pub earthradius: f64,
    pub bperp: f64,
    pub transmitmode: c_schar,
    pub baseline: f64,
    pub baselineangle: f64,
    pub nlooksrange: c_long,
    pub nlooksaz: c_long,
    pub nlooksother: c_long,
    pub ncorrlooks: f64,
    pub ncorrlooksrange: c_long,
    pub ncorrlooksaz: c_long,
    pub nearrange: f64,
    pub dr: f64,
    pub da: f64,
    pub rangeres: f64,
    pub azres: f64,
    pub lambda: f64,
    pub kds: f64,
    pub specularexp: f64,
    pub dzrcritfactor: f64,
    pub shadow: c_schar,
    pub dzeimin: f64,
    pub laywidth: c_long,
    pub layminei: f64,
    pub sloperatiofactor: f64,
    pub sigsqei: f64,
    pub drho: f64,
    pub rhosconst1: f64,
    pub rhosconst2: f64,
    pub cstd1: f64,
    pub cstd2: f64,
    pub cstd3: f64,
    pub defaultcorr: f64,
    pub rhominfactor: f64,
    pub dzlaypeak: f64,
    pub azdzfactor: f64,
    pub dzeifactor: f64,
    pub dzeiweight: f64,
    pub dzlayfactor: f64,
    pub layconst: f64,
    pub layfalloffconst: f64,
    pub sigsqshortmin: c_long,
    pub sigsqlayfactor: f64,
    pub defoazdzfactor: f64,
    pub defothreshfactor: f64,
    pub defomax: f64,
    pub sigsqcorr: f64,
    pub defolayconst: f64,
    pub eval: c_schar,
    pub unwrapped: c_schar,
    pub regrowconncomps: c_schar,
    pub initonly: c_schar,
    pub initmethod: c_schar,
    pub costmode: c_schar,
    pub dumpall: c_schar,
    pub verbose: c_schar,
    pub amplitude: c_schar,
    pub havemagnitude: c_schar,
    pub flipphasesign: c_schar,
    pub onetilereopt: c_schar,
    pub rmtileinit: c_schar,
    pub initmaxflow: c_long,
    pub arcmaxflowconst: c_long,
    pub maxflow: c_long,
    pub krowei: c_long,
    pub kcolei: c_long,
    pub kpardpsi: c_long,
    pub kperpdpsi: c_long,
    pub threshold: f64,
    pub initdzr: f64,
    pub initdzstep: f64,
    pub maxcost: f64,
    pub costscale: f64,
    pub costscaleambight: f64,
    pub dnomincangle: f64,
    pub srcrow: c_long,
    pub srccol: c_long,
    pub p: f64,
    pub bidirlpn: c_schar,
    pub nshortcycle: c_long,
    pub maxnewnodeconst: f64,
    pub maxnflowcycles: c_long,
    pub maxcyclefraction: f64,
    pub nconnnodemin: c_long,
    pub cs2scalefactor: c_long,
    pub nmajorprune: c_long,
    pub prunecostthresh: c_long,
    pub edgemasktop: c_long,
    pub edgemaskbot: c_long,
    pub edgemaskleft: c_long,
    pub edgemaskright: c_long,
    pub parentpid: c_long,
    pub ntilerow: c_long,
    pub ntilecol: c_long,
    pub rowovrlp: c_long,
    pub colovrlp: c_long,
    pub piecefirstrow: c_long,
    pub piecefirstcol: c_long,
    pub piecenrow: c_long,
    pub piecencol: c_long,
    pub tilecostthresh: c_long,
    pub minregionsize: c_long,
    pub nthreads: c_long,
    pub scndryarcflowmax: c_long,
    pub tileedgeweight: f64,
    pub assembleonly: c_schar,
    pub rmtmptile: c_schar,
    pub tiledir: [c_char; 512],
    pub minconncompfrac: f64,
    pub conncompthresh: c_long,
    pub maxncomps: c_long,
    pub conncompouttype: c_int,
}

run-time parameter data structure

Fields

orbitradius: f64

altitude: f64

radius of platform orbit (meters)

earthradius: f64

SAR altitude (meters)

bperp: f64

radius of earth (meters)

transmitmode: c_schar

nominal perpendiuclar baseline (meters)

baseline: f64

transmit mode (PINGPONG or SINGLEANTTRANSMIT)

baselineangle: f64

baseline length (meters, always postive)

nlooksrange: c_long

baseline angle above horizontal (rad)

nlooksaz: c_long

number of looks in range for input data

nlooksother: c_long

number of looks in azimuth for input data

ncorrlooks: f64

number of nonspatial looks for input data

ncorrlooksrange: c_long

number of independent looks in correlation est

ncorrlooksaz: c_long

number of looks in range for correlation

nearrange: f64

number of looks in azimuth for correlation

dr: f64

slant range to near part of swath (meters)

da: f64

range bin spacing (meters)

rangeres: f64

azimuth bin spacing (meters)

azres: f64

range resolution (meters)

lambda: f64

azimuth resolution (meters)

kds: f64

wavelength (meters)

specularexp: f64

ratio of diffuse to specular scattering

dzrcritfactor: f64

power specular scattering component

shadow: c_schar

fudge factor for linearizing scattering model

dzeimin: f64

allow discontinuities from shadowing

laywidth: c_long

lower limit for backslopes (if shadow = FALSE)

layminei: f64

width of window for summing layover brightness

sloperatiofactor: f64

threshold brightness for assuming layover

sigsqei: f64

fudge factor for linearized scattering slopes

drho: f64

variance (dz, meters) due to uncertainty in EI

rhosconst1: f64

step size of correlation-slope lookup table

rhosconst2: f64

step size of correlation-slope lookup table

cstd1: f64

for calculating rho0 in biased rho

cstd2: f64

for calculating rho0 in biased rho

cstd3: f64

for calculating rho0 in biased rho

defaultcorr: f64

for calculating correlation power given nlooks

rhominfactor: f64

default correlation if no correlation file

dzlaypeak: f64

threshold for setting unbiased correlation to 0

azdzfactor: f64

range pdf peak for no discontinuity when bright

dzeifactor: f64

fraction of dz in azimuth vs. rnage

dzeiweight: f64

nonlayover dz scale factor

dzlayfactor: f64

weight to give dz expected from intensity

layconst: f64

layover regime dz scale factor

layfalloffconst: f64

normalized constant pdf of layover edge

sigsqshortmin: c_long

factor of sigsq for layover cost increase

sigsqlayfactor: f64

min short value for costT variance

defoazdzfactor: f64

fration of ambiguityheight^2 for layover sigma

defothreshfactor: f64

scale for azimuth ledge in defo cost function

defomax: f64

factor of rho0 for discontinuity threshold

sigsqcorr: f64

max discontinuity (cycles) from deformation

defolayconst: f64

variance in measured correlation

eval: c_schar

layconst for deformation mode

unwrapped: c_schar

evaluate unwrapped input file if TRUE

regrowconncomps: c_schar

input file is unwrapped if TRUE

initonly: c_schar

grow connected components and exit if TRUE

initmethod: c_schar

exit after initialization if TRUE

costmode: c_schar

MST or MCF initialization

dumpall: c_schar

statistical cost mode

verbose: c_schar

dump intermediate files

amplitude: c_schar

print verbose output

havemagnitude: c_schar

intensity data is amplitude, not power

flipphasesign: c_schar

flag: create correlation from other inputs

onetilereopt: c_schar

flag: flip phase and flow array signs

rmtileinit: c_schar

flag: reoptimize full input after tile init

initmaxflow: c_long

flag to remove temporary tile unw init soln

arcmaxflowconst: c_long

maximum flow for initialization

maxflow: c_long

units of flow past dzmax to use for initmaxflow

krowei: c_long

max flow for tree solve looping

kcolei: c_long

max flow for tree solve looping

kpardpsi: c_long

size of boxcar averaging window for mean ei

kperpdpsi: c_long

length of boxcar for mean wrapped gradient

threshold: f64

width of boxcar for mean wrapped gradient

initdzr: f64

thershold for numerical dzrcrit calculation

initdzstep: f64

initial dzr for numerical dzrcrit calc. (m)

maxcost: f64

initial stepsize for spatial decor slope calc.

costscale: f64

min and max float values for cost arrays

costscaleambight: f64

scale factor for discretizing to integer costs

dnomincangle: f64

ambiguity height for auto costs caling

srcrow: c_long

step size for range-varying param lookup table

srccol: c_long

step size for range-varying param lookup table

p: f64

source node location

bidirlpn: c_schar

power for Lp-norm solution (less than 0 is MAP)

nshortcycle: c_long

use bidirectional Lp costs if TRUE

maxnewnodeconst: f64

number of points for one cycle in short int dz

maxnflowcycles: c_long

number of nodes added to tree on each iteration

maxcyclefraction: f64

max number of cycles to consider nflow done

nconnnodemin: c_long

ratio of max cycles to pixels

cs2scalefactor: c_long

min number of nodes to keep in connected set

nmajorprune: c_long

scale factor for cs2 initialization (eg, 3-30)

prunecostthresh: c_long

number of major iterations between tree pruning

edgemasktop: c_long

cost threshold for pruning

edgemaskbot: c_long

number of pixels to mask at top edge of input

edgemaskleft: c_long

number of pixels to mask at bottom edge

edgemaskright: c_long

number of pixels to mask at left edge

parentpid: c_long

number of pixels to mask at right edge

ntilerow: c_long

process identification number of parent

ntilecol: c_long

number of tiles in azimuth

rowovrlp: c_long

number of tiles in range

colovrlp: c_long

pixels of overlap between row tiles

piecefirstrow: c_long

pixels of overlap between column tiles

piecefirstcol: c_long

first row (indexed from 1) for piece mode

piecenrow: c_long

first column (indexed from 1) for piece mode

piecencol: c_long

number of rows for piece mode

tilecostthresh: c_long

number of cols for piece mode

minregionsize: c_long

maximum cost within single reliable tile region

nthreads: c_long

minimum number of pixels in a region

scndryarcflowmax: c_long

number of parallel processes to run

tileedgeweight: f64

max flow increment for which to keep cost data

assembleonly: c_schar

weight applied to tile-edge secondary arc costs

rmtmptile: c_schar

flag for assemble-only (no unwrap) mode

tiledir: [c_char; 512]

flag for removing temporary tile files

minconncompfrac: f64

directory for temporary tile files

conncompthresh: c_long

min fraction of pixels in connected component

maxncomps: c_long

cost threshold for connected component

conncompouttype: c_int

max number of connected components

Trait Implementations

impl Clone for paramST

fn clone(&self) -> paramST

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for paramST

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Copy for paramST