R/Turbo.R
In anastasia-lucas/hudson: A mirrored Manhattan plot package
Defines functions
Turbo
#' Turbo
#'
#' @description Google AI's Turbo color palette
#' @param out.colors number of colors to generate
#' @param pal.min minimum
#' @param pal.max maximum
#' @param pal palette
#' @param reverse direction
#' @noRd
#' @return list
A<-c((0.18995),(0.19483),(0.19956),(0.20415),(0.2086),(0.21291),(0.21708),
(0.22111),(0.225),(0.22875),(0.23236),(0.23582),(0.23915),(0.24234),
(0.24539),(0.2483),(0.25107),(0.25369),(0.25618),(0.25853),(0.26074),
(0.2628),(0.26473),(0.26652),(0.26816),(0.26967),(0.27103),(0.27226),
(0.27334),(0.27429),(0.27509),(0.27576),(0.27628),(0.27667),(0.27691),
(0.27701),(0.27698),(0.2768),(0.27648),(0.27603),(0.27543),(0.27469),
(0.27381),(0.27273),(0.27106),(0.26878),(0.26592),(0.26252),(0.25862),
(0.25425),(0.24946),(0.24427),(0.23874),(0.23288),(0.22676),(0.22039),
(0.21382),(0.20708),(0.20021),(0.19326),(0.18625),(0.17923),(0.17223),
(0.16529),(0.15844),(0.15173),(0.14519),(0.13886),(0.13278),(0.12698),
(0.12151),(0.11639),(0.11167),(0.10738),(0.10357),(0.10026),(0.0975),
(0.09532),(0.09377),(0.09287),(0.09267),(0.0932),(0.09451),(0.09662),
(0.09958),(0.10342),(0.10815),(0.11374),(0.12014),(0.12733),(0.13526),
(0.14391),(0.15323),(0.16319),(0.17377),(0.18491),(0.19659),(0.20877),
(0.22142),(0.23449),(0.24797),(0.2618),(0.27597),(0.29042),(0.30513),
(0.32006),(0.33517),(0.35043),(0.36581),(0.38127),(0.39678),(0.41229),
(0.42778),(0.44321),(0.45854),(0.47375),(0.48879),(0.50362),(0.51822),
(0.53255),(0.54658),(0.56026),(0.57357),(0.58646),(0.59891),(0.61088),
(0.62233),(0.63323),(0.64362),(0.65394),(0.66428),(0.67462),(0.68494),
(0.69525),(0.70553),(0.71577),(0.72596),(0.7361),(0.74617),(0.75617),
(0.76608),(0.77591),(0.78563),(0.79524),(0.80473),(0.8141),(0.82333),
(0.83241),(0.84133),(0.8501),(0.85868),(0.86709),(0.8753),(0.88331),
(0.89112),(0.8987),(0.90605),(0.91317),(0.92004),(0.92666),(0.93301),
(0.93909),(0.94489),(0.95039),(0.9556),(0.96049),(0.96507),(0.96931),
(0.97323),(0.97679),(0.98),(0.98289),(0.98549),(0.98781),(0.98986),
(0.99163),(0.99314),(0.99438),(0.99535),(0.99607),(0.99654),(0.99675),
(0.99672),(0.99644),(0.99593),(0.99517),(0.99419),(0.99297),(0.99153),
(0.98987),(0.98799),(0.9859),(0.9836),(0.98108),(0.97837),(0.97545),
(0.97234),(0.96904),(0.96555),(0.96187),(0.95801),(0.95398),(0.94977),
(0.94538),(0.94084),(0.93612),(0.93125),(0.92623),(0.92105),(0.91572),
(0.91024),(0.90463),(0.89888),(0.89298),(0.88691),(0.88066),(0.87422),
(0.8676),(0.86079),(0.8538),(0.84662),(0.83926),(0.83172),(0.82399),
(0.81608),(0.80799),(0.79971),(0.79125),(0.7826),(0.77377),(0.76476),
(0.75556),(0.74617),(0.73661),(0.72686),(0.71692),(0.7068),(0.6965),
(0.68602),(0.67535),(0.66449),(0.65345),(0.64223),(0.63082),(0.61923),
(0.60746),(0.5955),(0.58336),(0.57103),(0.55852),(0.54583),(0.53295),
(0.51989),(0.50664),(0.49321),(0.4796))
B<-c((0.07176),(0.08339),(0.09498),(0.10652),(0.11802),(0.12947),(0.14087),
(0.15223),(0.16354),(0.17481),(0.18603),(0.1972),(0.20833),(0.21941),
(0.23044),(0.24143),(0.25237),(0.26327),(0.27412),(0.28492),(0.29568),
(0.30639),(0.31706),(0.32768),(0.33825),(0.34878),(0.35926),(0.3697),
(0.38008),(0.39043),(0.40072),(0.41097),(0.42118),(0.43134),(0.44145),
(0.45152),(0.46153),(0.47151),(0.48144),(0.49132),(0.50115),(0.51094),
(0.52069),(0.5304),(0.54015),(0.54995),(0.55979),(0.56967),(0.57958),
(0.5895),(0.59943),(0.60937),(0.61931),(0.62923),(0.63913),(0.64901),
(0.65886),(0.66866),(0.67842),(0.68812),(0.69775),(0.70732),(0.7168),
(0.7262),(0.73551),(0.74472),(0.75381),(0.76279),(0.77165),(0.78037),
(0.78896),(0.7974),(0.80569),(0.81381),(0.82177),(0.82955),(0.83714),
(0.84455),(0.85175),(0.85875),(0.86554),(0.87211),(0.87844),(0.88454),
(0.8904),(0.896),(0.90142),(0.90673),(0.91193),(0.91701),(0.92197),
(0.9268),(0.93151),(0.93609),(0.94053),(0.94484),(0.94901),(0.95304),
(0.95692),(0.96065),(0.96423),(0.96765),(0.97092),(0.97403),(0.97697),
(0.97974),(0.98234),(0.98477),(0.98702),(0.98909),(0.99098),(0.99268),
(0.99419),(0.99551),(0.99663),(0.99755),(0.99828),(0.99879),(0.9991),
(0.99919),(0.99907),(0.99873),(0.99817),(0.99739),(0.99638),(0.99514),
(0.99366),(0.99195),(0.98999),(0.98775),(0.98524),(0.98246),(0.97941),
(0.9761),(0.97255),(0.96875),(0.9647),(0.96043),(0.95593),(0.95121),
(0.94627),(0.94113),(0.93579),(0.93025),(0.92452),(0.91861),(0.91253),
(0.90627),(0.89986),(0.89328),(0.88655),(0.87968),(0.87267),(0.86553),
(0.85826),(0.85087),(0.84337),(0.83576),(0.82806),(0.82025),(0.81236),
(0.80439),(0.79634),(0.78823),(0.78005),(0.77181),(0.76352),(0.75519),
(0.74682),(0.73842),(0.73),(0.7214),(0.7125),(0.7033),(0.69382),
(0.68408),(0.67408),(0.66386),(0.65341),(0.64277),(0.63193),(0.62093),
(0.60977),(0.59846),(0.58703),(0.57549),(0.56386),(0.55214),(0.54036),
(0.52854),(0.51667),(0.50479),(0.49291),(0.48104),(0.4692),(0.4574),
(0.44565),(0.43399),(0.42241),(0.41093),(0.39958),(0.38836),(0.37729),
(0.36638),(0.35566),(0.34513),(0.33482),(0.32473),(0.31489),(0.3053),
(0.29599),(0.28696),(0.27824),(0.26981),(0.26152),(0.25334),(0.24526),
(0.2373),(0.22945),(0.2217),(0.21407),(0.20654),(0.19912),(0.19182),
(0.18462),(0.17753),(0.17055),(0.16368),(0.15693),(0.15028),(0.14374),
(0.13731),(0.13098),(0.12477),(0.11867),(0.11268),(0.1068),(0.10102),
(0.09536),(0.0898),(0.08436),(0.07902),(0.0738),(0.06868),(0.06367),
(0.05878),(0.05399),(0.04931),(0.04474),(0.04028),(0.03593),(0.03169),
(0.02756),(0.02354),(0.01963),(0.01583))
C<-c((0.23217),(0.26149),(0.29024),(0.31844),(0.34607),(0.37314),(0.39964),
(0.42558),(0.45096),(0.47578),(0.50004),(0.52373),(0.54686),(0.56942),
(0.59142),(0.61286),(0.63374),(0.65406),(0.67381),(0.693),(0.71162),
(0.72968),(0.74718),(0.76412),(0.7805),(0.79631),(0.81156),(0.82624),
(0.84037),(0.85393),(0.86692),(0.87936),(0.89123),(0.90254),(0.91328),
(0.92347),(0.93309),(0.94214),(0.95064),(0.95857),(0.96594),(0.97275),
(0.97899),(0.98461),(0.9893),(0.99303),(0.99583),(0.99773),(0.99876),
(0.99896),(0.99835),(0.99697),(0.99485),(0.99202),(0.98851),(0.98436),
(0.97959),(0.97423),(0.96833),(0.9619),(0.95498),(0.94761),(0.93981),
(0.93161),(0.92305),(0.91416),(0.90496),(0.8955),(0.8858),(0.8759),
(0.86581),(0.85559),(0.84525),(0.83484),(0.82437),(0.81389),(0.80342),
(0.79299),(0.78264),(0.7724),(0.7623),(0.75237),(0.74265),(0.73316),
(0.72393),(0.715),(0.70599),(0.69651),(0.6866),(0.67627),(0.66556),
(0.65448),(0.64308),(0.63137),(0.61938),(0.60713),(0.59466),(0.58199),
(0.56914),(0.55614),(0.54303),(0.52981),(0.51653),(0.50321),(0.48987),
(0.47654),(0.46325),(0.45002),(0.43688),(0.42386),(0.41098),(0.39826),
(0.38575),(0.37345),(0.3614),(0.34963),(0.33816),(0.32701),(0.31622),
(0.30581),(0.29581),(0.28623),(0.27712),(0.26849),(0.26038),(0.2528),
(0.24579),(0.23937),(0.23356),(0.22835),(0.2237),(0.2196),(0.21602),
(0.21294),(0.21032),(0.20815),(0.2064),(0.20504),(0.20406),(0.20343),
(0.20311),(0.2031),(0.20336),(0.20386),(0.20459),(0.20552),(0.20663),
(0.20788),(0.20926),(0.21074),(0.2123),(0.21391),(0.21555),(0.21719),
(0.2188),(0.22038),(0.22188),(0.22328),(0.22456),(0.2257),(0.22667),
(0.22744),(0.228),(0.22831),(0.22836),(0.22811),(0.22754),(0.22663),
(0.22536),(0.22369),(0.22161),(0.21918),(0.2165),(0.21358),(0.21043),
(0.20706),(0.20348),(0.19971),(0.19577),(0.19165),(0.18738),(0.18297),
(0.17842),(0.17376),(0.16899),(0.16412),(0.15918),(0.15417),(0.1491),
(0.14398),(0.13883),(0.13367),(0.12849),(0.12332),(0.11817),(0.11305),
(0.10797),(0.10294),(0.09798),(0.0931),(0.08831),(0.08362),(0.07905),
(0.07461),(0.07031),(0.06616),(0.06218),(0.05837),(0.05475),(0.05134),
(0.04814),(0.04516),(0.04243),(0.03993),(0.03753),(0.03521),(0.03297),
(0.03082),(0.02875),(0.02677),(0.02487),(0.02305),(0.02131),(0.01966),
(0.01809),(0.0166),(0.0152),(0.01387),(0.01264),(0.01148),(0.01041),
(0.00942),(0.00851),(0.00769),(0.00695),(0.00629),(0.00571),(0.00522),
(0.00481),(0.00449),(0.00424),(0.00408),(0.00401),(0.00401),(0.0041),
(0.00427),(0.00453),(0.00486),(0.00529),(0.00579),(0.00638),(0.00705),
(0.0078),(0.00863),(0.00955),(0.01055))
turbo_colormap_data <- cbind(A,B,C)
turbo_colormap_data_sRGB <- colorspace::sRGB(turbo_colormap_data)
turbo_colormap_data_HEX <- colorspace::hex(turbo_colormap_data_sRGB)
TurboPalette <- grDevices::colorRampPalette(colors = turbo_colormap_data_HEX,
space="rgb", interpolate = "spline")
#pals::pal.test(TurboPalette)
Turbo <- function(pal.min = 0,
pal.max = 1,
out.colors = NULL,
pal = turbo_colormap_data_HEX,
reverse = FALSE) {
# pal.min = lower bound of the palette to use [0,1]
# pal.max = upper bound of the palette [0,1]
# out.colors = specify the number of colors to return if out.colors = 1, will return pal.min color.
# if unspecified, will return all the colors in the original palette that fall within the min/max boundaries
# pal = vector of colors (HEX) in palette
# reverse = flip palette T/F - performed as last step
if(pal.min == 0){pal.start = 1}
if(pal.min > 0){pal.start = round(length(pal)*pal.min) }
pal.end = round(length(pal)*pal.max )
out = pal[pal.start:pal.end]
if(!is.null(out.colors)){
pal2 <- grDevices::colorRampPalette(colors = out ,space="rgb", interpolate = "linear")
out <- pal2(out.colors)
}
if(reverse == TRUE){out = rev(out)}
return(out)
}
anastasia-lucas/hudson documentation built on Nov. 18, 2021, 5:16 p.m.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
Defines functions Turbo
#' Turbo
#'
#' @description Google AI's Turbo color palette
#' @param out.colors number of colors to generate
#' @param pal.min minimum
#' @param pal.max maximum
#' @param pal palette
#' @param reverse direction
#' @noRd
#' @return list
A<-c((0.18995),(0.19483),(0.19956),(0.20415),(0.2086),(0.21291),(0.21708),
(0.22111),(0.225),(0.22875),(0.23236),(0.23582),(0.23915),(0.24234),
(0.24539),(0.2483),(0.25107),(0.25369),(0.25618),(0.25853),(0.26074),
(0.2628),(0.26473),(0.26652),(0.26816),(0.26967),(0.27103),(0.27226),
(0.27334),(0.27429),(0.27509),(0.27576),(0.27628),(0.27667),(0.27691),
(0.27701),(0.27698),(0.2768),(0.27648),(0.27603),(0.27543),(0.27469),
(0.27381),(0.27273),(0.27106),(0.26878),(0.26592),(0.26252),(0.25862),
(0.25425),(0.24946),(0.24427),(0.23874),(0.23288),(0.22676),(0.22039),
(0.21382),(0.20708),(0.20021),(0.19326),(0.18625),(0.17923),(0.17223),
(0.16529),(0.15844),(0.15173),(0.14519),(0.13886),(0.13278),(0.12698),
(0.12151),(0.11639),(0.11167),(0.10738),(0.10357),(0.10026),(0.0975),
(0.09532),(0.09377),(0.09287),(0.09267),(0.0932),(0.09451),(0.09662),
(0.09958),(0.10342),(0.10815),(0.11374),(0.12014),(0.12733),(0.13526),
(0.14391),(0.15323),(0.16319),(0.17377),(0.18491),(0.19659),(0.20877),
(0.22142),(0.23449),(0.24797),(0.2618),(0.27597),(0.29042),(0.30513),
(0.32006),(0.33517),(0.35043),(0.36581),(0.38127),(0.39678),(0.41229),
(0.42778),(0.44321),(0.45854),(0.47375),(0.48879),(0.50362),(0.51822),
(0.53255),(0.54658),(0.56026),(0.57357),(0.58646),(0.59891),(0.61088),
(0.62233),(0.63323),(0.64362),(0.65394),(0.66428),(0.67462),(0.68494),
(0.69525),(0.70553),(0.71577),(0.72596),(0.7361),(0.74617),(0.75617),
(0.76608),(0.77591),(0.78563),(0.79524),(0.80473),(0.8141),(0.82333),
(0.83241),(0.84133),(0.8501),(0.85868),(0.86709),(0.8753),(0.88331),
(0.89112),(0.8987),(0.90605),(0.91317),(0.92004),(0.92666),(0.93301),
(0.93909),(0.94489),(0.95039),(0.9556),(0.96049),(0.96507),(0.96931),
(0.97323),(0.97679),(0.98),(0.98289),(0.98549),(0.98781),(0.98986),
(0.99163),(0.99314),(0.99438),(0.99535),(0.99607),(0.99654),(0.99675),
(0.99672),(0.99644),(0.99593),(0.99517),(0.99419),(0.99297),(0.99153),
(0.98987),(0.98799),(0.9859),(0.9836),(0.98108),(0.97837),(0.97545),
(0.97234),(0.96904),(0.96555),(0.96187),(0.95801),(0.95398),(0.94977),
(0.94538),(0.94084),(0.93612),(0.93125),(0.92623),(0.92105),(0.91572),
(0.91024),(0.90463),(0.89888),(0.89298),(0.88691),(0.88066),(0.87422),
(0.8676),(0.86079),(0.8538),(0.84662),(0.83926),(0.83172),(0.82399),
(0.81608),(0.80799),(0.79971),(0.79125),(0.7826),(0.77377),(0.76476),
(0.75556),(0.74617),(0.73661),(0.72686),(0.71692),(0.7068),(0.6965),
(0.68602),(0.67535),(0.66449),(0.65345),(0.64223),(0.63082),(0.61923),
(0.60746),(0.5955),(0.58336),(0.57103),(0.55852),(0.54583),(0.53295),
(0.51989),(0.50664),(0.49321),(0.4796))
B<-c((0.07176),(0.08339),(0.09498),(0.10652),(0.11802),(0.12947),(0.14087),
(0.15223),(0.16354),(0.17481),(0.18603),(0.1972),(0.20833),(0.21941),
(0.23044),(0.24143),(0.25237),(0.26327),(0.27412),(0.28492),(0.29568),
(0.30639),(0.31706),(0.32768),(0.33825),(0.34878),(0.35926),(0.3697),
(0.38008),(0.39043),(0.40072),(0.41097),(0.42118),(0.43134),(0.44145),
(0.45152),(0.46153),(0.47151),(0.48144),(0.49132),(0.50115),(0.51094),
(0.52069),(0.5304),(0.54015),(0.54995),(0.55979),(0.56967),(0.57958),
(0.5895),(0.59943),(0.60937),(0.61931),(0.62923),(0.63913),(0.64901),
(0.65886),(0.66866),(0.67842),(0.68812),(0.69775),(0.70732),(0.7168),
(0.7262),(0.73551),(0.74472),(0.75381),(0.76279),(0.77165),(0.78037),
(0.78896),(0.7974),(0.80569),(0.81381),(0.82177),(0.82955),(0.83714),
(0.84455),(0.85175),(0.85875),(0.86554),(0.87211),(0.87844),(0.88454),
(0.8904),(0.896),(0.90142),(0.90673),(0.91193),(0.91701),(0.92197),
(0.9268),(0.93151),(0.93609),(0.94053),(0.94484),(0.94901),(0.95304),
(0.95692),(0.96065),(0.96423),(0.96765),(0.97092),(0.97403),(0.97697),
(0.97974),(0.98234),(0.98477),(0.98702),(0.98909),(0.99098),(0.99268),
(0.99419),(0.99551),(0.99663),(0.99755),(0.99828),(0.99879),(0.9991),
(0.99919),(0.99907),(0.99873),(0.99817),(0.99739),(0.99638),(0.99514),
(0.99366),(0.99195),(0.98999),(0.98775),(0.98524),(0.98246),(0.97941),
(0.9761),(0.97255),(0.96875),(0.9647),(0.96043),(0.95593),(0.95121),
(0.94627),(0.94113),(0.93579),(0.93025),(0.92452),(0.91861),(0.91253),
(0.90627),(0.89986),(0.89328),(0.88655),(0.87968),(0.87267),(0.86553),
(0.85826),(0.85087),(0.84337),(0.83576),(0.82806),(0.82025),(0.81236),
(0.80439),(0.79634),(0.78823),(0.78005),(0.77181),(0.76352),(0.75519),
(0.74682),(0.73842),(0.73),(0.7214),(0.7125),(0.7033),(0.69382),
(0.68408),(0.67408),(0.66386),(0.65341),(0.64277),(0.63193),(0.62093),
(0.60977),(0.59846),(0.58703),(0.57549),(0.56386),(0.55214),(0.54036),
(0.52854),(0.51667),(0.50479),(0.49291),(0.48104),(0.4692),(0.4574),
(0.44565),(0.43399),(0.42241),(0.41093),(0.39958),(0.38836),(0.37729),
(0.36638),(0.35566),(0.34513),(0.33482),(0.32473),(0.31489),(0.3053),
(0.29599),(0.28696),(0.27824),(0.26981),(0.26152),(0.25334),(0.24526),
(0.2373),(0.22945),(0.2217),(0.21407),(0.20654),(0.19912),(0.19182),
(0.18462),(0.17753),(0.17055),(0.16368),(0.15693),(0.15028),(0.14374),
(0.13731),(0.13098),(0.12477),(0.11867),(0.11268),(0.1068),(0.10102),
(0.09536),(0.0898),(0.08436),(0.07902),(0.0738),(0.06868),(0.06367),
(0.05878),(0.05399),(0.04931),(0.04474),(0.04028),(0.03593),(0.03169),
(0.02756),(0.02354),(0.01963),(0.01583))
C<-c((0.23217),(0.26149),(0.29024),(0.31844),(0.34607),(0.37314),(0.39964),
(0.42558),(0.45096),(0.47578),(0.50004),(0.52373),(0.54686),(0.56942),
(0.59142),(0.61286),(0.63374),(0.65406),(0.67381),(0.693),(0.71162),
(0.72968),(0.74718),(0.76412),(0.7805),(0.79631),(0.81156),(0.82624),
(0.84037),(0.85393),(0.86692),(0.87936),(0.89123),(0.90254),(0.91328),
(0.92347),(0.93309),(0.94214),(0.95064),(0.95857),(0.96594),(0.97275),
(0.97899),(0.98461),(0.9893),(0.99303),(0.99583),(0.99773),(0.99876),
(0.99896),(0.99835),(0.99697),(0.99485),(0.99202),(0.98851),(0.98436),
(0.97959),(0.97423),(0.96833),(0.9619),(0.95498),(0.94761),(0.93981),
(0.93161),(0.92305),(0.91416),(0.90496),(0.8955),(0.8858),(0.8759),
(0.86581),(0.85559),(0.84525),(0.83484),(0.82437),(0.81389),(0.80342),
(0.79299),(0.78264),(0.7724),(0.7623),(0.75237),(0.74265),(0.73316),
(0.72393),(0.715),(0.70599),(0.69651),(0.6866),(0.67627),(0.66556),
(0.65448),(0.64308),(0.63137),(0.61938),(0.60713),(0.59466),(0.58199),
(0.56914),(0.55614),(0.54303),(0.52981),(0.51653),(0.50321),(0.48987),
(0.47654),(0.46325),(0.45002),(0.43688),(0.42386),(0.41098),(0.39826),
(0.38575),(0.37345),(0.3614),(0.34963),(0.33816),(0.32701),(0.31622),
(0.30581),(0.29581),(0.28623),(0.27712),(0.26849),(0.26038),(0.2528),
(0.24579),(0.23937),(0.23356),(0.22835),(0.2237),(0.2196),(0.21602),
(0.21294),(0.21032),(0.20815),(0.2064),(0.20504),(0.20406),(0.20343),
(0.20311),(0.2031),(0.20336),(0.20386),(0.20459),(0.20552),(0.20663),
(0.20788),(0.20926),(0.21074),(0.2123),(0.21391),(0.21555),(0.21719),
(0.2188),(0.22038),(0.22188),(0.22328),(0.22456),(0.2257),(0.22667),
(0.22744),(0.228),(0.22831),(0.22836),(0.22811),(0.22754),(0.22663),
(0.22536),(0.22369),(0.22161),(0.21918),(0.2165),(0.21358),(0.21043),
(0.20706),(0.20348),(0.19971),(0.19577),(0.19165),(0.18738),(0.18297),
(0.17842),(0.17376),(0.16899),(0.16412),(0.15918),(0.15417),(0.1491),
(0.14398),(0.13883),(0.13367),(0.12849),(0.12332),(0.11817),(0.11305),
(0.10797),(0.10294),(0.09798),(0.0931),(0.08831),(0.08362),(0.07905),
(0.07461),(0.07031),(0.06616),(0.06218),(0.05837),(0.05475),(0.05134),
(0.04814),(0.04516),(0.04243),(0.03993),(0.03753),(0.03521),(0.03297),
(0.03082),(0.02875),(0.02677),(0.02487),(0.02305),(0.02131),(0.01966),
(0.01809),(0.0166),(0.0152),(0.01387),(0.01264),(0.01148),(0.01041),
(0.00942),(0.00851),(0.00769),(0.00695),(0.00629),(0.00571),(0.00522),
(0.00481),(0.00449),(0.00424),(0.00408),(0.00401),(0.00401),(0.0041),
(0.00427),(0.00453),(0.00486),(0.00529),(0.00579),(0.00638),(0.00705),
(0.0078),(0.00863),(0.00955),(0.01055))
turbo_colormap_data <- cbind(A,B,C)
turbo_colormap_data_sRGB <- colorspace::sRGB(turbo_colormap_data)
turbo_colormap_data_HEX <- colorspace::hex(turbo_colormap_data_sRGB)
TurboPalette <- grDevices::colorRampPalette(colors = turbo_colormap_data_HEX,
space="rgb", interpolate = "spline")
#pals::pal.test(TurboPalette)
Turbo <- function(pal.min = 0,
pal.max = 1,
out.colors = NULL,
pal = turbo_colormap_data_HEX,
reverse = FALSE) {
# pal.min = lower bound of the palette to use [0,1]
# pal.max = upper bound of the palette [0,1]
# out.colors = specify the number of colors to return if out.colors = 1, will return pal.min color.
# if unspecified, will return all the colors in the original palette that fall within the min/max boundaries
# pal = vector of colors (HEX) in palette
# reverse = flip palette T/F - performed as last step
if(pal.min == 0){pal.start = 1}
if(pal.min > 0){pal.start = round(length(pal)*pal.min) }
pal.end = round(length(pal)*pal.max )
out = pal[pal.start:pal.end]
if(!is.null(out.colors)){
pal2 <- grDevices::colorRampPalette(colors = out ,space="rgb", interpolate = "linear")
out <- pal2(out.colors)
}
if(reverse == TRUE){out = rev(out)}
return(out)
}
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
Embedding an R snippet on your website
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.