Sunflowers_growth: Generate size distribution of sunflower pyrite based on...
In frambgrowth: Simulation of the Growth of Framboidal and Sunflower Pyrite

Description Usage Arguments Value See Also Examples

View source: R/Sunflowers_growth.R

Generate size distribution of sunflower pyrite based on different growth mechanisms

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Sunflowers_growth(Number_Sunflowers = 1000, Initialization = FALSE,
  framboids, sunflowers, Simulation = 1, Random_Limit = 1, Iterations = 3,
  MaxInfillingVolume = 0.1, MaxMeanDiameter = 20)

`Number_Sunflowers`	An integer indicanting the number of sunflowers to grow
`Initialization`	If TRUE the growth starts from a framboids data_frame. If FALSE the growth continues from a sunflower data_frame
`framboids`	When Initialization=TRUE contains the framboid data_frame from which sunflower grow
`sunflowers`	When Initialization=FALSE contains a sunflower data_frame previously grown
`Simulation`	The growth mechanism to simulate. 1,3 surface-controlled, 2-4 supply-controlled, 1,2 size dependent, 3,4 size independent, 5 supply-controlled, increasing volume, size dependent
`Random_Limit`	A number from 0 to 1 representing the maximum value of random numbers in algorithm
`Iterations`	An integer value that controls the maximum number of iterations of the algorithm
`MaxInfillingVolume`	A value from 0 to 1-packed_factor indicating the maximim infilled volume of the framboidal core (Simulation = 5)
`MaxMeanDiameter`	A number (in micrometers) controling the maximum mean of the size distribution of sunflowers

A sunflower data_frame

Framboids_growth #' @references ## Merinero, R.; Cardenes, V. (in press) ## Theoretical growth of framboidal and sunflower pyrite using the R-package frambgrowth. ## Mineralogy and Petrology. doi:10.1007/s00710-017-0535-x

## Size dependent and surface-controlled growth of 100 framboids adding nanocrystals
## until the mean of the diameters of framboids was 10 micrometers followed by size dependent
## and supply-controlled growth until the mean of the diameter was 15 micrometers followed by
## supply-controlled, increasing volume and size dependent growth of sunflowers
## until the mean of the diameter was 20 micrometers
library(frambgrowth)
Framboids<-Framboids_growth(100,Initialization=TRUE, Simulation=1,
Iterations=1000, MaxMeanDiameter=10)
Framboids2<-Framboids_growth(100,Initialization=FALSE, framboids=Framboids, Simulation=5,
Iterations=1000, MaxMeanDiameter=15)
Sunflowers<-Sunflowers_growth(100,Initialization=TRUE, framboids=Framboids2, Simulation=5,
Iterations=1000, MaxMeanDiameter=20)