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n=Today["YearShort"];{.1*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-asn=as.numeric(format(Sys.time(),"%y")) c(.1*(61+n-floor(nn%/4)%4),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{.1*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c(.1*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{.1*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n=as.numeric(format(Sys.time(),"%y")) c(.1*(61+n-n%/%4),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{(.1)*1*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c((.1)*1*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{(.1)*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c((.1)*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{.1*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c(.1*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{(.1/10)*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c((.1/10)*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{(1/10)*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c((1/10)*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.
n=Today["YearShort"];{(.1)*(61+n-Floor[n/4]),280+3n} Note that this is dependent on having a Wolfram Engine with Version number 10+ (released 2014) due to dependence on DateObjects.
n<-as.numeric(format(Sys.time(),"%y")) c((.1)*(61+n-floor(n/4)),280+3*n) Direct port of Mathematica code, think I had a shorter solution but dependent on packages whereas this works with base R.