Simulate abundance |
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Simulate basic population dynamics model |
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Simulate starting abundance, random recruitment and total mortality |
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Closure for simulating length given age using von Bertalanffy notation |
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Simulate distribution |
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Simulate spatial and temporal distribution |
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Simulate age-year-space covariance |
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Simulate age-year-space covariance using SPDE approach |
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Define a parabolic relationship |
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Define a non-linear relationship |
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Make a depth stratified survey grid |
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Make an R-INLA mesh based off a grid |
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Simulate survey |
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Simulate stratified-random survey |
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Simulate stratified random surveys using parallel computation |
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Closure for simulating logistic curve |
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Simulate survey sets |
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Stratified analysis |
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Run stratified analysis on simulated data |
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Calculate error of stratified estimates |
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Calculate common error statistics |
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Prepare simulated data for stratified analysis |
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Calculate stratified means, variances and confidence intervals across groups |
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Testing multiple surveys |
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Test sampling design of multiple surveys using a stratified analysis |
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Set-up a series of surveys from all combinations of settings supplied |
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Plotting functions |
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Simple plotting functions |
Make a flexdashboard for visualizing the simulation |
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Helpers |
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Round simulated population |
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Convert abundance-at-age matrix to abundance-at-length |
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Convert length to length group |
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Calculate intraclass correlation |
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Generate Fibonacci sequence |
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Print object size |
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Data |
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Southern Newfoundland bathymetry |
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Southern Newfoundland coastline |
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Sample survey simulation grid. |
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Lite sample survey mesh and related items |
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Sample survey meshes and related items |