Nothing
R/game_systems.R
In piecepackr: Board Game Graphics
Defines functions
to_subpack
to_hexpack
joystick_pawn
peg_doll_pawn
reversi_piece
shapes_cfg
reversi
playing_cards
piecepack
go
chess
checkers
checker_piece
dominoes
go_stone
morris
alquerque
meeples
dice_numeral
dice_d20
dice_d12
dice_d10_percentile
dice_d10
dice_d8
dice_d4
dice_fudge
dominoes_chinese
dice
game_systems_style
color_list_fn
game_systems
Documented in
game_systems
to_hexpack
to_subpack
#' Standard game systems
#'
#' \code{game_systems} returns a list of \code{pp_cfg} objects
#' representing several game systems and pieces.
#' \code{to_subpack} and \code{to_hexpack} will attempt to generate matching (piecepack stackpack)
#' subpack and (piecepack) hexpack \code{pp_cfg} R6 objects respectively given a piecepack configuration.
#'
#' Contains the following game systems:\describe{
#' \item{alquerque}{Boards and pieces in six color schemes for Alquerque}
#' \item{checkers1, checkers2}{Checkers and checkered boards in six color schemes.
#' Checkers are represented by a piecepackr \dQuote{bit}.
#' The \dQuote{board} \dQuote{face} is a checkered board and the \dQuote{back} is a lined board.
#' Color is controlled by suit and number of rows/columns by rank.
#' \code{checkers1} has one inch squares and \code{checkers2} has two inch squares.}
#' \item{chess1, chess2}{Chess pieces, boards, and dice in six color schemes.
#' Chess pieces are represented by a \dQuote{bit} (face).
#' The \dQuote{board} \dQuote{face} is a checkered board and the \dQuote{back} is a lined board.
#' Color is controlled by suit and number of rows/columns by rank.
#' \code{chess1} has one inch squares and \code{chess2} has two inch squares.
#' Currently uses print-and-play style discs instead of 3D Staunton chess pieces.}
#' \item{dice}{Traditional six-sided pipped dice in six color schemes (color controlled by their suit).}
#' \item{dice_d4, dice_numeral, dice_d8, dice_d10, dice_d10_percentile, dice_d12, dice_d20}{
#' Polyhedral dice most commonly used to play wargames, roleplaying games, and trading card games:\describe{
#' \item{dice_d4}{Four-sided dice in six color schemes (color controlled by their suit).
#' Tetrahedrons with the rank as a numeral at the top point.}
#' \item{dice_numeral}{Six-sided dice with numerals instead of pips in six color schemes (color controlled by their suit).}
#' \item{dice_d8}{Eight-sided dice in six color schemes (color controlled by their suit).
#' Octahedrons with the rank as a numeral at the top face.}
#' \item{dice_d10}{Ten-sided dice in six color schemes (color controlled by their suit).
#' Pentagonal trapezohedrons with the rank as a numeral at the top face.
#' The rank of ten is represented by a zero.}
#' \item{dice_d10_percentile}{Ten-sided dice in six color schemes (color controlled by their suit).
#' Pentagonal trapezohedrons with the rank as a numeral followed by a zero at the top face.
#' The rank of ten is represented by a zero.}
#' \item{dice_d12}{Twelve-sided dice in six color schemes (color controlled by their suit).
#' Dodecahedrons with the rank as a numeral at the top face.}
#' \item{dice_d20}{Twenty-sided dice in six color schemes (color controlled by their suit).
#' Icosahedrons with the rank as a numeral at the top face.}}}
#' \item{dice_fudge}{\dQuote{Fudge} dice in six color schemes (color controlled by their suit).
#' \dQuote{Fudge} dice have three ranks "+", " ", and "-" repeated twice.}
#' \item{dominoes, dominoes_black, dominoes_blue, dominoes_green, dominoes_red, dominoes_white, dominoes_yellow}{
#' Traditional pipped dominoes in six color schemes (\code{dominoes} and \code{dominoes_white} are the same).
#' In each color scheme the number of pips on the \dQuote{top} of the domino is
#' controlled by their \dQuote{rank} and on the \dQuote{bottom} by their \dQuote{suit}.
#' Supports up to double-18 sets.}
#' \item{dominoes_chinese, dominoes_chinese_black}{`dominoes_chinese` has Asian-style six-sided pipped dice with
#' white background and black and red pips.
#' The \dQuote{tile}'s are Chinese dominoes (1" x 2.5") whose number of pips are controlled
#' by both their \dQuote{rank} and their \dQuote{suit}. `dominoes_chinese_black` are like `dominoes_chinese` but the
#' dice and dominoes have a black background and white and red pips.}
#' \item{go}{Go stones and lined boards in six color schemes.
#' Go stones are represented by a \dQuote{bit} and the board is a \dQuote{board}.
#' Color is controlled by suit and number of rows/columns by rank.}
#' \item{meeples}{Standard 16mm x 16mm x 10mm \dQuote{meeples} in six colors represented by a \dQuote{bit}.}
#' \item{morris}{Various morris aka mills aka merels games in six colors.
#' Color is controlled by suit and \dQuote{size} of morris board
#' is controlled by rank e.g. \dQuote{Six men's morris} corresponds to a rank of 6 and
#' \dQuote{Nine men's morris} corresponds to a rank of 9.
#' Game pieces are represented by stones.}
#' \item{piecepack, dual_piecepacks_expansion, playing_cards_expansion, hexpack, subpack, piecepack_inverted}{
#' The piecepack is a public domain game system invented by James "Kyle" Droscha.
# There are also several public domain accessories and expansions:
#' See \url{https://www.ludism.org/ppwiki} for more info about the piecepack and its accessories/expansions.
#' \describe{
#' \item{piecepack}{A standard piecepack. The configuration also contains the following piecepack accessories:\describe{
#' \item{piecepack dice cards}{An accessory proposed by John Braley.
#' See \url{https://www.ludism.org/ppwiki/PiecepackDiceCards}.}
#' \item{piecepack matchsticks}{A public domain accessory developed by Dan Burkey.
#' See \url{https://www.ludism.org/ppwiki/PiecepackMatchsticks}.}
#' \item{piecepack pyramids}{A public domain accessory developed by Tim Schutz.
#' See \url{https://www.ludism.org/ppwiki/PiecepackPyramids}.}
#' \item{piecepack saucers}{A public domain accessory developed by Karol M. Boyle at Mesomorph Games.
#' See \url{https://web.archive.org/web/20190719155827/http://www.piecepack.org/Accessories.html}.}}}
#' \item{piecepack_inverted}{The standard piecepack with its color scheme inverted.
#' Intended to aid in highlighting special pieces in diagrams.}
#' \item{dual_piecepacks_expansion}{A companion piecepack with a special suit scheme.
#' See \url{https://trevorldavis.com/piecepackr/dual-piecepacks-pnp.html}.}
#' \item{playing_cards_expansion}{A piecepack with the standard \dQuote{French} playing card suits.
#' See \url{https://www.ludism.org/ppwiki/PlayingCardsExpansion}.}
#' \item{hexpack}{A hexagonal extrapolation of the piecepack designed by Nathan Morse and Daniel Wilcox.
#' See \url{https://boardgamegeek.com/boardgameexpansion/35424/hexpack}.}
#' \item{subpack}{A mini piecepack. Designed to be used with the \code{piecepack} to make piecepack
#' \dQuote{stackpack} diagrams. See \url{https://www.ludism.org/ppwiki/StackPack}.}
#'}}
#' \item{playing_cards, playing_cards_colored, playing_cards_tarot}{
#' Poker-sized \code{card} components for various playing card decks:\describe{
#' \item{playing_cards}{A traditional deck of playing cards with 4 suits
#' and 13 ranks (A, 2-10, J, Q, K) plus a 14th \dQuote{Joker} rank.}
#' \item{playing_cards_colored}{Like \code{playing_cards} but with five colored suits:
#' red hearts, black spades, green clubs, blue diamonds, and yellow stars.}
#' \item{playing_cards_tarot}{A (French Bourgeois) deck of tarot playing cards:
#' first four suits are hearts, spades, clubs, and diamonds with
#' 14 ranks (ace through jack, knight, queen, king) plus a 15th \dQuote{Joker} rank
#' and a fifth "suit" of 22 trump cards (1-21 plus an \dQuote{excuse}).}}}
#' \item{reversi}{Boards and pieces for Reversi.
#' "board_face" provides lined boards with colored backgrounds.
#' "board_back" provides checkered boards.
#' "bit_face" / "bit_back" provides circular game tokens with differently colored sides:
#' red paired with green, black paired with white, and blue paired with yellow.
#'}
#' }
#' @param style If \code{NULL} (the default) uses suit glyphs from the default \dQuote{sans} font.
#' If \code{"dejavu"} it will use suit glyphs from the "DejaVu Sans" font
#' (must be installed on the system).
#' @param round If \code{TRUE} the \dQuote{shape} of \dQuote{tiles} and \dQuote{cards}
#' will be \dQuote{roundrect} instead of \dQuote{rect} (the default).
#' @param pawn If \code{"token"} (default) the piecepack pawn will be a two-sided token in a \dQuote{halma} outline,
#' if \code{"peg-doll"} the piecepack pawn will be a \dQuote{peg doll} style pawn, and
#' if \code{"joystick"} the piecepack pawn will be a \dQuote{joystick} style pawn.
#' Note for the latter two pawn styles only \code{pawn_top} will work with \code{grid.piece}.
#' @examples
#' cfgs <- game_systems(pawn = "joystick")
#' names(cfgs)
#'
#' \donttest{# May take more than 5 seconds on CRAN servers
#' # standard dice, meeples, and joystick pawns
#' if (requireNamespace("grid", quietly = TRUE) && piecepackr:::device_supports_unicode()) {
#' opt <- options(piecepackr.at.inform = FALSE)
#' grid::grid.newpage()
#' dice <- c("d4", "numeral", "d8", "d10", "d12", "d20")
#' cfg <- paste0("dice_", dice)
#' grid.piece("die_face", suit = c(1:6, 1), rank = 1:6,
#' cfg = cfg, envir = cfgs, x = 1:6, y = 1,
#' default.units = "in", op_scale = 0.5)
#' grid.piece("die_face", rank=1:6, suit=1:6,
#' x=1:6, y=2, default.units="in",
#' op_scale=0.5, cfg=cfgs$dice)
#' grid.piece("bit_face", suit=1:6,
#' x=1:6, y=3, default.units="in",
#' op_scale=0.5, cfg=cfgs$meeple)
#' grid.piece("pawn_top", suit=1:6,
#' x=1:6, y=4, default.units="in",
#' op_scale=0.5, cfg=cfgs$piecepack)
#' options(opt)
#' }
#' }
#' # dominoes
#' if (requireNamespace("grid", quietly = TRUE)) {
#' grid::grid.newpage()
#' colors <- c("black", "red", "green", "blue", "yellow", "white")
#' cfg <- paste0("dominoes_", rep(colors, 2))
#' grid.piece("tile_face", suit=1:12, rank=1:12+1,
#' cfg=cfg, envir=cfgs,
#' x=rep(6:1, 2), y=rep(2*2:1, each=6),
#' default.units="in", op_scale=0.5)
#' }
#' # piecepack "playing card expansion"
#' if (requireNamespace("grid", quietly = TRUE) && piecepackr:::device_supports_unicode()) {
#' grid::grid.newpage()
#' df_tiles <- data.frame(piece_side="tile_back",
#' x=0.5+c(3,1,3,1), y=0.5+c(3,3,1,1),
#' suit=NA, angle=NA, z=1/8,
#' stringsAsFactors=FALSE)
#' df_coins <- data.frame(piece_side="coin_back",
#' x=rep(4:1, 4), y=rep(4:1, each=4),
#' suit=c(1,4,1,4,4,1,4,1,2,3,2,3,3,2,3,2),
#' angle=rep(c(180,0), each=8), z=1/4+1/16,
#' stringsAsFactors=FALSE)
#' df <- rbind(df_tiles, df_coins)
#' pmap_piece(df, cfg = cfgs$playing_cards_expansion, op_scale=0.5,
#' default.units="in")
#' }
#' @seealso \code{\link{pp_cfg}} for information about the \code{pp_cfg} objects returned by \code{game_systems}.
#' @export
game_systems <- function(style = NULL, round = FALSE, pawn = "token") {
style <- game_systems_style(style)
is_3d <- grepl("3d$", style)
rect_shape <- ifelse(round, "roundrect", "rect")
color_list <- color_list_fn(is_3d)
cards <- playing_cards(style, rect_shape)
packs <- piecepack(style, color_list, rect_shape, pawn)
list(alquerque = alquerque(1, color_list),
checkers1 = checkers(1, color_list),
checkers2 = checkers(2, color_list),
chess1 = chess(style, 1, color_list),
chess2 = chess(style, 2, color_list),
dice = dice(color_list, rect_shape),
dice_d4 = dice_d4(style, color_list),
dice_d8 = dice_d8(style, color_list),
dice_d10 = dice_d10(style, color_list),
dice_d10_percentile = dice_d10_percentile(style, color_list),
dice_d12 = dice_d12(style, color_list),
dice_d20 = dice_d20(style, color_list),
dice_fudge = dice_fudge(color_list, rect_shape),
dice_numeral = dice_numeral(style, color_list, rect_shape),
dominoes = dominoes(color_list$suit_color[6], "black", color_list$border_color, rect_shape),
dominoes_black = dominoes(color_list$suit_color[2], "white", color_list$border_color, rect_shape),
dominoes_blue = dominoes(color_list$suit_color[4], "white", color_list$border_color, rect_shape),
dominoes_green = dominoes(color_list$suit_color[3], "white", color_list$border_color, rect_shape),
dominoes_red = dominoes(color_list$suit_color[1], "white", color_list$border_color, rect_shape),
dominoes_white = dominoes(color_list$suit_color[6], "black", color_list$border_color, rect_shape),
dominoes_yellow = dominoes(color_list$suit_color[5], "black", color_list$border_color, rect_shape),
dominoes_chinese = dominoes_chinese(color_list, rect_shape),
dominoes_chinese_black = dominoes_chinese(color_list, rect_shape, invert = TRUE),
dual_piecepacks_expansion = packs$dpe,
go = go(1, color_list),
hexpack = packs$hexpack,
meeples = meeples(color_list),
morris = morris(1, color_list),
piecepack = packs$base,
piecepack_inverted = packs$inverted,
playing_cards = cards$base,
playing_cards_colored = cards$color,
playing_cards_tarot = cards$tarot,
playing_cards_expansion = packs$pce,
reversi = reversi(1, color_list),
subpack = packs$subpack)
}
color_list_fn <- function(is_3d = FALSE) {
if (is_3d) {
list(background_color="burlywood",
suit_color = cb_suit_colors_pure,
border_color = "transparent", border_lex = 0,
edge_color.board = "black")
} else {
list(background_color="white",
suit_color = cb_suit_colors_impure,
border_color = "black", border_lex = 4,
edge_color.board = "white")
}
}
game_systems_style <- function(style = "sans") {
styles <- c("dejavu", "dejavu3d", "sans", "sans3d")
if (!is.null(style) && is.na(match(style, styles))) {
abort(paste("Don't have a customized configuration for style", style))
}
if (is.null(style))
style <- "sans"
if (grepl("dejavu", style) && !suppressWarnings(has_font("Dejavu Sans")))
inform(sprintf("'style = \"%s\"' but 'has_font(\"Dejavu Sans\")' is 'FALSE'", style))
style
}
cb_suit_colors_impure <- c("#D55E00", "grey30", "#009E73", "#56B4E9", "#E69F00", "#FFFFFF")
cb_suit_colors_pure <- c("#D55E00", "#000000", "#009E73", "#56B4E9", "#E69F00", "#FFFFFF")
dice <- function(color_list = color_list_fn(), rect_shape = "rect") {
dice_list <- list(n_suits = 6, n_ranks = 6,
rank_text = "1,2,3,4,5,6",
width.die = 16 / 25.4, # 16 mm dice most common
background_color = "white,white,white,white,black,black",
invert_colors = TRUE,
die_arrangement = "opposites_sum_to_5",
shape.card = rect_shape,
grob_fn.card = cardGrobFn(grob_type = "circle"),
grob_fn.die = pippedGrobFn(0, "die"))
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dominoes_chinese <- function(color_list = color_list_fn(), rect_shape = "rect", invert = FALSE) {
dice_list <- list(n_suits = 6, n_ranks = 6,
rank_text = "1,2,3,4,5,6",
width.die = 16 / 25.4, # 16 mm dice most common
background_color = ifelse(invert, color_list$suit_color[2], "white"),
suit_color = ifelse(invert, "white", "black"),
die_arrangement = "1,2,3,6>,5,4",
grob_fn.die = pippedGrobFn(0, "die_chinese"),
width.tile = 1,
height.tile = 2.5,
depth.tile = 0.5,
gridline_color.tile_back = "transparent",
gridline_color.tile_face = "transparent",
gridline_lex.tile_face = 6,
shape.tile = rect_shape,
grob_fn.tile_face = dominoGrobFn(0, "domino_chinese"),
shape.card = rect_shape,
grob_fn.card = cardGrobFn(grob_type = "circle")
)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_fudge <- function(color_list = color_list_fn(), rect_shape = "rect") {
dice_list <- list(n_suits = 6, n_ranks = 6,
rank_text = "-, ,+,+, ,-",
dm_text.die = "",
ps_cex.die = 2,
grob_fn.die = fudgeGrob,
width.die = 16 / 25.4, # 16 mm dice most common
background_color = "white,white,white,white,black,black",
invert_colors = TRUE,
die_arrangement = "opposites_sum_to_5",
shape.card = rect_shape)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d4 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 4,
rank_text.die = 1:4,
dm_text.die = "",
ps_cex.die = 1,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
grob_fn.die = d4Grob,
op_grob_fn.die = d4TopGrob,
obj_fn.die = save_d4_obj,
width.die = (21 / 25.4) / 0.8660254, # if 21 mm vertex to vertex
height.die = (21 / 25.4) / 0.8660254, # if 21 mm vertex to vertex
depth.die = (sqrt(6) / 3) * (21 / 25.4),
background_color = "white,white,white,white,black,black",
shape.die = "convex3",
shape_t.die = 90,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d8 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 8,
rank_text.die = 1:8,
ps_cex.die = 1.15,
ps_r.die = 0.03,
ps_t.die = 90,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.14, 0.13),
dm_t.die = 270,
dm_cex.die = 1.5,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d8TopGrob,
obj_fn.die = save_d8_obj,
width.die = (18 / 25.4) / 0.8660254, # if 18 mm vertex to vertex
height.die = (18 / 25.4) / 0.8660254, # if 18 mm vertex to vertex
depth.die = (sqrt(6) / 3) * (18 / 25.4), # inradius = sqrt(6) * a / 6
background_color = "white,white,white,white,black,black",
shape.die = "convex3",
shape_t.die = 90,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
# We'll use alpha-90-beta-90 angle kites
# See `utils-d10.R` for more notes on calculations
dice_d10 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 10,
rank_text.die = c(1:9, 0),
ps_cex.die = 1.15,
ps_r.die = -0.08,
ps_t.die = 90,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_text.r9.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.29, 0.28),
dm_t.die = 270,
dm_cex.die = 1.5,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d10TopGrob,
obj_fn.die = save_d10_obj,
width.die = 0.4913446110983896164548, # if kite height 5/8"
height.die = 5 / 8,
depth.die = 0.5621585749837085810299,
background_color = "white,white,white,white,black,black",
shape.die = "kite",
shape_r.die = 0.5 - 0.1909830056250526320039,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d10_percentile <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 10,
rank_text.die = c(1:9, 0),
dm_text.die = "0",
dm_cex.die = 1.15,
dm_r.die = -0.05,
dm_t.die = 180,
ps_cex.die = 1.00,
ps_r.die = 0.20,
ps_t.die = 180,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d10TopGrob,
obj_fn.die = save_d10_obj,
width.die = 5 / 8,
height.die = 0.4913446110983896164548,
depth.die = 0.5621585749837085810299,
background_color = "white,white,white,white,black,black",
shape.die = "kite",
shape_r.die = 0.5 - 0.1909830056250526320039,
shape_t.die = 0,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d12 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 12,
rank_text.die = 1:12,
ps_cex.die = 1.15,
ps_r.die = 0.01,
ps_t.die = 90,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_text.r9.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.25, 0.22),
dm_t.die = 270,
dm_cex.die = 1.5,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d12TopGrob,
obj_fn.die = save_d12_obj,
width.die = (5 / 16) / 0.5877853, # if 5/16" vertex to vertex
height.die = (5 / 16) / 0.5877853, # if 5/16" vertex to vertex
depth.die = 2 * 1.113516364 * (5 / 16), # inradius = 1.113516364 * a
background_color = "white,white,white,white,black,black",
shape.die = "convex5",
shape_t.die = 90,
invert_colors = TRUE)
for (i in 10:12) {
dice_list[[paste0("ps_cex.r", i, ".die")]] <- 1.00
# dice_list[[paste0("ps_r.r", i, ".die")]] <- 0.02
}
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d20 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 20,
rank_text.die = 1:20,
ps_cex.die = 0.65,
ps_r.die = -0.02,
ps_t.die = 90,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_text.r9.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.12, 0.13),
dm_t.die = 270,
dm_cex.die = 1.0,
op_grob_fn.die = d20TopGrob,
obj_fn.die = save_d20_obj,
width.die = 0.5 / 0.8660254, # if 1/2" vertex to vertex
height.die = 0.5 / 0.8660254, # if 1/2" vertex to vertex
depth.die = 2 * 0.5 * (3 * sqrt(3) + sqrt(15)) / 12,
background_color = "white,white,white,white,black,black",
shape.die = "convex3",
shape_t.die = 90,
invert_colors = TRUE)
for (i in 1:9) {
dice_list[[paste0("ps_cex.r", i, ".die")]] <- 0.72
dice_list[[paste0("ps_r.r", i, ".die")]] <- 0.02
}
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_numeral <- function(style = "sans", color_list = color_list_fn(), rect_shape = "rect") {
dice_list <- list(n_suits = 6, n_ranks = 6,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
rank_text = 1:6,
ps_cex.die = 1.8,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_r.die = 0.315,
dm_t.die = 270,
dm_cex.die = 2.4,
width.die = 16 / 25.4, # 16 mm dice most common
background_color = "white,white,white,white,black,black",
invert_colors = TRUE,
die_arrangement = "1<,2>,3>,6v,5,4",
shape.card = rect_shape)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
meeples <- function(color_list = color_list_fn()) {
meeples_list <- list(shape.bit = "meeple", n_suits = 6,
width.bit = 16 / 25.4, height.bit = 16 / 25.4, depth.bit = 10 / 25.4,
ps_text.bit = "", dm_text.bit = "",
invert_colors.bit = TRUE, background_color = "white")
meeples <- pp_cfg(c(meeples_list, color_list))
meeples$has_piecepack <- FALSE
meeples$has_bits <- TRUE
meeples
}
alquerque <- function(cell_width = 1, color_list = color_list_fn()) {
alquerque <- list(n_suits = 6, n_ranks = 1,
width.board = 5 * cell_width,
height.board = 5 * cell_width,
grob_fn.board_face = alquerqueBoardGrobFn(),
gridline_color.board_face = cb_suit_colors_pure,
gridline_color.board_back = "transparent",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = color_list$background_color,
gridline_color.s6.board_face = "grey80")
alquerque <- pp_cfg(c(alquerque, go_stone(cell_width / 2), color_list))
alquerque$has_piecepack <- FALSE
alquerque$has_boards <- TRUE
alquerque$has_bits <- TRUE
alquerque
}
morris <- function(cell_width = 1, color_list = color_list_fn()) {
morris <- list(n_suits = 6, n_ranks = 15,
width.board = 7 * cell_width,
height.board = 7 * cell_width,
grob_fn.r1.board_face = morrisBoardGrobFn(12),
gridline_color.board_face = cb_suit_colors_pure,
gridline_color.board_back = "transparent",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = color_list$background_color,
gridline_color.s6.board_face = "grey80")
for (i in seq(2, 15)) {
if (i < 5) {
morris[[paste0("width.r", i, ".board")]] <- 3 * cell_width
morris[[paste0("height.r", i, ".board")]] <- 3 * cell_width
} else if (i < 8) {
morris[[paste0("width.r", i, ".board")]] <- 5 * cell_width
morris[[paste0("height.r", i, ".board")]] <- 5 * cell_width
} else {
morris[[paste0("width.r", i, ".board")]] <- 7 * cell_width
morris[[paste0("height.r", i, ".board")]] <- 7 * cell_width
}
morris[[paste0("grob_fn.r", i, ".board_face")]] <- morrisBoardGrobFn(i)
}
morris <- pp_cfg(c(morris, go_stone(cell_width), color_list))
morris$has_piecepack <- FALSE
morris$has_boards <- TRUE
morris$has_bits <- TRUE
morris
}
go_stone <- function(cell_width) {
list(width.bit = 0.8700787 * cell_width,
depth.bit = 0.3937008 * cell_width,
invert_colors.bit = TRUE,
op_grob_fn.bit = basicEllipsoid,
obj_fn.bit = function(...) save_ellipsoid_obj(..., subdivide=4),
ps_text.bit = "", dm_text.bit = ""
)
}
dominoes <- function(background_color = "white", suit_color = "black", border_color = "black",
rect_shape = "rect", mat_width = 0) {
border_lex <- ifelse(border_color == "black", 4, 0)
dominoes <- pp_cfg(list(n_suits = 18 + 1, n_ranks = 18 + 1,
width.tile = 1,
height.tile = 2,
depth.tile = 0.25, # 3/8 professional, 1/2 jumbo
width.die = 16 / 25.4,
suit_color = suit_color, background_color = background_color,
mat_width = mat_width, mat_color = suit_color,
border_color = border_color, border_lex = border_lex,
die_arrangement = "opposites_sum_to_5",
grob_fn.die = pippedGrobFn(0, "die"),
grob_fn.card = cardGrobFn(-1, "card", grob_type = "circle"),
gridline_color.tile_back = "transparent",
gridline_color.tile_face = suit_color,
gridline_lex.tile_face = 6,
shape.tile = rect_shape, shape.card = rect_shape,
grob_fn.tile_face = dominoGrobFn(-1)
))
dominoes$has_piecepack <- FALSE
dominoes$has_dice <- TRUE
dominoes$has_tiles <- TRUE
dominoes
}
checker_piece <- function(cell_width) {
list(width.bit = 0.75 * cell_width, invert_colors.bit = TRUE,
ps_text.bit = "", dm_text.bit = "")
}
checkers <- function(cell_width = 1, color_list = color_list_fn()) {
checkers <- list(n_suits = 6, n_ranks = 12,
width.board = 8 * cell_width,
height.board = 8 * cell_width,
grob_fn.r1.board_face = checkeredBoardGrobFn(8, 8),
grob_fn.r1.board_back = linedBoardGrobFn(8, 8),
gridline_color.board_face = cb_suit_colors_impure,
gridline_color.board_back = cb_suit_colors_pure,
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = "white",
gridline_color.s6.board_face = "grey80",
gridline_color.s6.board_back = "grey80")
for (i in seq(2, 12)) {
checkers[[paste0("width.r", i, ".board")]] <- i * cell_width
checkers[[paste0("height.r", i, ".board")]] <- i * cell_width
checkers[[paste0("grob_fn.r", i, ".board_face")]] <- checkeredBoardGrobFn(i, i)
checkers[[paste0("grob_fn.r", i, ".board_back")]] <- linedBoardGrobFn(i, i)
}
checkers <- pp_cfg(c(checkers, checker_piece(cell_width), color_list))
checkers$has_piecepack <- FALSE
checkers$has_boards <- TRUE
checkers$has_bits <- TRUE
checkers
}
chess <- function(style = "sans", cell_width = 1, color_list = color_list_fn()) {
if (grepl("^sans", style)) {
rank_cex_die <- 1.3
black_chess_ranks <- c("p", "n", "b", "r", "q", "k")
white_chess_ranks <- c("P", "N", "B", "R", "Q", "K")
} else if (grepl("^dejavu", style)) {
rank_cex_die <- 1.5
black_chess_ranks <- c("\u265f", "\u265e", "\u265d", "\u265c", "\u265b", "\u265a")
white_chess_ranks <- c("\u2659", "\u2658", "\u2657", "\u2656", "\u2655", "\u2654")
}
chess <- list(n_suits = 6, n_ranks = 12,
width.board = 8 * cell_width,
height.board = 8 * cell_width,
width.bit = 0.75 * cell_width,
ps_text.bit_back = "", dm_text.bit = "",
grob_fn.r1.board_face = checkeredBoardGrobFn(8, 8),
grob_fn.r1.board_back = linedBoardGrobFn(8, 8),
gridline_color.board_face = cb_suit_colors_impure,
gridline_color.board_back = cb_suit_colors_pure,
gridline_lex.board = 4,
suit_text = "",
rank_cex.bit = 1.4 * cell_width,
rank_cex.die = rank_cex_die,
rank_text = black_chess_ranks,
rank_text.s6 = white_chess_ranks,
suit_color = cb_suit_colors_pure,
suit_color.s6 = "black",
background_color = "white",
edge_color.bit = color_list$edge_color.board,
gridline_color.s6.board_face = "grey80",
gridline_color.s6.board_back = "grey80")
for (i in seq(2, 12)) {
chess[[paste0("width.r", i, ".board")]] <- i * cell_width
chess[[paste0("height.r", i, ".board")]] <- i * cell_width
chess[[paste0("grob_fn.r", i, ".board_face")]] <- checkeredBoardGrobFn(i, i)
chess[[paste0("grob_fn.r", i, ".board_back")]] <- linedBoardGrobFn(i, i)
}
chess <- pp_cfg(c(chess, color_list))
chess$has_piecepack <- FALSE
chess$has_boards <- TRUE
chess$has_bits <- TRUE
chess$has_dice <- TRUE
chess
}
go <- function(cell_width = 1, color_list = color_list_fn()) {
go <- list(n_suits = 6, n_ranks = 19,
width.board = (18 + 1) * cell_width,
height.board = (18 + 1) * cell_width,
grob_fn.board_back = basicPieceGrob,
grob_fn.r1.board_face = linedBoardGrobFn(18, 18, 0.5),
gridline_color.board_face = cb_suit_colors_pure,
gridline_color.board_back = "transparent",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = color_list$background_color,
gridline_color.s6.board_face = "grey80")
for (i in seq(2, 18)) {
go[[paste0("width.r", i, ".board")]] <- i * cell_width
go[[paste0("height.r", i, ".board")]] <- i * cell_width
go[[paste0("grob_fn.r", i, ".board_face")]] <- linedBoardGrobFn(i - 1, i - 1, 0.5)
}
go <- pp_cfg(c(go, go_stone(cell_width), color_list))
go$has_piecepack <- FALSE
go$has_boards <- TRUE
go$has_bits <- TRUE
go
}
piecepack <- function(style = "sans", color_list = color_list_fn(), rect_shape = "rect", pawn = "token") {
if (grepl("^sans", style)) {
piecepack_suits <- list(suit_text="\u263c,\u25d8,\u0238,\u03ee,\u2202")
pce_suit_text <- "\u2665,\u2660,\u2663,\u2666,\u2202"
} else if (grepl("^dejavu", style)) {
piecepack_suits <- list(suit_text="\u2742,\u25d0,\u265b,\u269c,\u0ed1",
suit_cex.s2=0.9, dm_cex.coin=0.5, fontfamily="DejaVu Sans")
pce_suit_text <- "\u2665,\u2660,\u2663,\u2666,\u0ed1"
}
is_3d <- grepl("3d$", style)
if (is_3d) {
style_3d <- list(suit_color.s4 = "#0072B2",
invert_colors.pawn = TRUE,
invert_colors.die = TRUE,
background_color.die = "white",
border_color="transparent",
mat_color.tile_back = "burlywood",
edge_color.tile = "black", edge_color.coin = "black",
border_color.pyramid="black", border_lex.pyramid=1, background_color.pyramid="white")
} else {
style_3d <- NULL
}
piecepack_base <- list(depth.coin=0.25,
invert_colors.matchstick = TRUE,
ps_cex.r2.matchstick = 0.7,
dm_r.r1.matchstick = 0, dm_cex.r1.matchstick = 1.5,
suit_color.s2.matchstick = "grey30",
suit_color.s2.bit = "grey30",
mat_color.tile_back="white", mat_width.tile_back=0.05,
suit_color.unsuited="black",
invert_colors.bit = TRUE,
rank_text=",a,2,3,4,5",
use_suit_as_ace=TRUE,
rank_text.pyramid=LETTERS[1:6],
suit_text.saucer_back="", suit_cex.saucer_face = 0.9,
suit_cex.pyramid_face=0.5, ps_r.pyramid_face=-0.08,
dm_cex.pyramid_face=4.0, dm_text.pyramid_face="|", dm_r.pyramid_face=-0.22,
ps_cex.pyramid_left=0.7, ps_r.pyramid_left=-0.00,
ps_cex.pyramid_right=0.7, ps_r.pyramid_right=-0.00,
use_suit_as_ace.pyramid=FALSE,
shape.tile = rect_shape, shape.card = rect_shape)
shapes <- shapes_cfg(color_list)
pawn <- switch(pawn,
"peg-doll" = peg_doll_pawn(shapes),
"joystick" = joystick_pawn(shapes),
NULL)
piecepack <- c(pawn, style_3d, piecepack_suits, color_list, piecepack_base)
playing_cards_expansion <- piecepack
playing_cards_expansion$suit_text <- pce_suit_text
playing_cards_expansion$suit_color <- "#D55E00,#000000,#000000,#D55E00,#000000"
playing_cards_expansion$suit_color.s3.matchstick <- "grey30"
playing_cards_expansion$suit_color.s3.bit <- "grey30"
hexpack <- c(piecepack, list(shape.tile="convex6", border_lex=3,
shape_t.tile="60", dm_t.tile_face=-90,
width.tile=4/sqrt(3), height.tile=4/sqrt(3),
shape.coin="convex3"))
dpe_base <- list(invert_colors.suited=TRUE,
border_color.s2.die="black", border_color.s2.pawn="black",
suit_color.s2.board_face = "black")
dual_piecepacks_expansion <- c(piecepack, dpe_base)
dual_piecepacks_expansion$suit_text <- pce_suit_text
pi_base <- list(invert_colors = TRUE,
invert_colors.matchstick = FALSE,
suit_color.s2.matchstick = "black",
suit_color.s2.board_face = "black",
suit_color.card_back = "grey30",
suit_color.coin_face = "grey30",
edge_color.coin = "white",
edge_color.tile = "white")
piecepack_inverted <- c(pi_base, piecepack)
piecepack <- c(list(suit_color = cb_suit_colors_pure),
piecepack)
list(base = pp_cfg(piecepack),
dpe = pp_cfg(dual_piecepacks_expansion),
hexpack = to_hexpack(piecepack),
inverted = pp_cfg(piecepack_inverted),
pce = pp_cfg(playing_cards_expansion),
subpack = to_subpack(piecepack))
}
playing_cards <- function(style = "sans", rect_shape = "rect") {
if (grepl("^sans", style)) {
face_labels <- c("", "\u050a", "\u046a", "\u0238")
fool_text <- "*"
pc_suit_text <- list(suit_text="\u2665,\u2660,\u2663,\u2666,*",
suit_cex.s5=1.3)
} else if (grepl("^dejavu", style)) {
face_labels <- c("", "\u265e", "\u265b", "\u265a")
fool_text <- "\u2605"
pc_suit_text <- list(suit_text="\u2665,\u2660,\u2663,\u2666,\u2605")
}
playing_cards_list <- list(n_ranks = 14,
rank_text = "A,2,3,4,5,6,7,8,9,10,J,Q,K,\n\n\n\nJ\nO\nK\nE\nR",
grob_fn.card = cardGrobFn(),
grob_fn.r11.card = faceCardGrobFn(face_labels[1]),
grob_fn.r12.card = faceCardGrobFn(face_labels[3]),
grob_fn.r13.card = faceCardGrobFn(face_labels[4]),
grob_fn.r14.card = jokerCardGrobFn(TRUE),
shape.card = rect_shape,
border_color = "black", border_lex = 4)
playing_cards_list$n_suits <- 4
playing_cards_list$suit_color <- "#D55E00,#000000,#000000,#D55E00,#E59F00"
playing_cards <- c(playing_cards_list, pc_suit_text)
playing_cards$grob_fn.s3.r14.card <- jokerCardGrobFn(FALSE)
playing_cards$grob_fn.s4.r14.card <- jokerCardGrobFn(FALSE)
playing_cards <- pp_cfg(playing_cards)
playing_cards$has_piecepack <- FALSE
playing_cards$has_cards <- TRUE
playing_cards_colored <- c(playing_cards_list, pc_suit_text)
playing_cards_colored$n_suits <- 5
playing_cards_colored$suit_color <- cb_suit_colors_pure
playing_cards_colored <- pp_cfg(playing_cards_colored)
playing_cards_colored$has_piecepack <- FALSE
playing_cards_colored$has_cards <- TRUE
playing_cards_tarot <- playing_cards_list
playing_cards_tarot$rank_text <- "A,2,3,4,5,6,7,8,9,10,J,C,Q,K,\n\n\n\nJ\nO\nK\nE\nR"
playing_cards_tarot$grob_fn.r12.card <- faceCardGrobFn(face_labels[2], "low")
playing_cards_tarot$grob_fn.r13.card <- faceCardGrobFn(face_labels[3])
playing_cards_tarot$grob_fn.r14.card <- faceCardGrobFn(face_labels[4])
playing_cards_tarot$grob_fn.r15.card <- jokerCardGrobFn(TRUE)
playing_cards_tarot$grob_fn.s3.r15.card <- jokerCardGrobFn(FALSE)
playing_cards_tarot$grob_fn.s4.r15.card <- jokerCardGrobFn(FALSE)
playing_cards_tarot$rank_text.s5 <- c(1:21, fool_text)
playing_cards_tarot$n_suits <- 5
playing_cards_tarot$n_ranks <- 22
tarot_suit_text <- "\u2665,\u2660,\u2663,\u2666,"
playing_cards_tarot$suit_text <- tarot_suit_text
playing_cards_tarot$suit_text.r14 <- tarot_suit_text
playing_cards_tarot$suit_color <- "#D55E00,#000000,#000000,#D55E00,#000000"
playing_cards_tarot$grob_fn.s5.card <- cardGrobFn(0)
playing_cards_tarot <- pp_cfg(playing_cards_tarot)
playing_cards_tarot$has_piecepack <- FALSE
playing_cards_tarot$has_cards <- TRUE
list(base = playing_cards, color = playing_cards_colored, tarot = playing_cards_tarot)
}
reversi <- function(cell_width = 1, color_list = color_list_fn()) {
reversi <- list(n_suits = 6, n_ranks = 12,
width.board = 8 * cell_width,
height.board = 8 * cell_width,
grob_fn.r1.board_face = linedBoardGrobFn(8, 8),
grob_fn.r1.board_back = checkeredBoardGrobFn(8, 8),
background_color.board_face = cb_suit_colors_impure,
gridline_color.board_face = "black",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = "white",
gridline_color.s6.board_back = "grey80")
for (i in seq(2, 12)) {
reversi[[paste0("width.r", i, ".board")]] <- i * cell_width
reversi[[paste0("height.r", i, ".board")]] <- i * cell_width
reversi[[paste0("grob_fn.r", i, ".board_face")]] <- linedBoardGrobFn(i, i)
reversi[[paste0("grob_fn.r", i, ".board_back")]] <- checkeredBoardGrobFn(i, i)
}
reversi <- pp_cfg(c(reversi, reversi_piece(cell_width, color_list), color_list))
reversi$has_piecepack <- FALSE
reversi$has_boards <- TRUE
reversi$has_bits <- TRUE
reversi
}
shapes_cfg <- function(color_list = color_list_fn()) {
shapes <- list(n_suits = 6, n_ranks = 4,
invert_colors = TRUE,
ps_text = "", dm_text = "",
background_color = "white",
width = 1, height = 1, depth = 1,
shape.r1.bit = "circle",
shape.r2.bit = "circle",
op_grob_fn.r2.bit = basicEllipsoid,
obj_fn.r2.bit = function(...) save_ellipsoid_obj(..., subdivide=4),
shape.r3.bit = "pyramid",
shape.r4.bit = "rect")
pp_cfg(c(shapes, color_list))
}
reversi_piece <- function(cell_width = 1, color_list = color_list_fn()) {
shapes_top <- shapes_cfg(color_list)
color_list$suit_color <- color_list$suit_color[c(3, 6, 1, 5, 4, 2)]
shapes_bot <- shapes_cfg(color_list)
envir <- list(shapes_top = shapes_top, shapes_bot = shapes_bot)
df_reversi <- tibble(piece_side = "bit_back", rank = 1,
width = 1, height = 1, depth = c(0.5, 0.5),
x = 0.5, y = 0.5, z = c(0.25, 0.75),
cfg = c("shapes_bot", "shapes_top"))
reversi_piece <- CompositePiece$new(df_reversi, envir=envir, ref_side="face")
list(width.bit= 0.75 * cell_width,
height.bit = 0.70 * cell_width,
depth.bit = 0.25 * cell_width,
grob_fn.bit = reversi_piece$grob_fn,
obj_fn.bit = reversi_piece$obj_fn,
op_grob_fn.bit = reversi_piece$op_grob_fn,
rayrender_fn.bit = reversi_piece$rayrender_fn,
rayvertex_fn.bit = reversi_piece$rayvertex_fn,
rgl_fn.bit = reversi_piece$rgl_fn)
}
peg_doll_pawn <- function(shapes) {
pegdoll_depth <- c(0.55, 1.0 * 0.75 / 1.5)
df_pegdoll <- tibble(piece_side = "bit_back", rank = c(1, 2),
width = 1, height = 1, depth = pegdoll_depth,
x = 0.5, y = 0.5, z = c(0.5 * pegdoll_depth[1], 1 - 0.5 * pegdoll_depth[2]),
cfg = "shapes")
pegdoll <- CompositePiece$new(df_pegdoll, envir=list(shapes=shapes))
list(width.pawn=0.75, depth.pawn=0.75, height.pawn=1.5,
edge_color.pawn=cb_suit_colors_pure,
edge_color.s4.pawn="#0072B2",
background_color.belt_face="white",
mat_color.belt_face="transparent",
suit_cex.belt_face=1.5,
obj_fn.pawn=save_peg_doll_obj,
grob_fn.pawn = pegdoll$grob_fn,
op_grob_fn.pawn = pegdoll$op_grob_fn)
}
joystick_pawn <- function(shapes) {
jd <- c(0.15, 0.6, 0.5 * 5 / 8)
df_joystick <- tibble(piece_side = "bit_back", rank = c(1, 1, 2),
width = c(1, 0.3, 0.5),
height = c(1, 0.3, 0.5),
depth = jd,
x = rep(0.5, 3), y = rep(0.5, 3),
z = c(0.5 * jd[1], jd[1] + 0.5 * jd[2], 1 - 0.5 * jd[3]),
cfg = "shapes")
joystick <- CompositePiece$new(df_joystick, envir=list(shapes=shapes))
list(grob_fn.pawn = joystick$grob_fn,
obj_fn.pawn = joystick$obj_fn,
op_grob_fn.pawn = joystick$op_grob_fn,
rayrender_fn.pawn = joystick$rayrender_fn,
rayvertex_fn.pawn = joystick$rayvertex_fn,
rgl_fn.pawn = joystick$rgl_fn,
width.pawn=5/8, height.pawn=1.0, depth.pawn=5/8)
}
#' @rdname game_systems
#' @inheritParams pp_cfg
#' @export
to_hexpack <- function(cfg = getOption("piecepackr.cfg", pp_cfg())) {
cfg <- as_pp_cfg(cfg)
hexpack <- as.list(cfg)
hexpack$shape.tile <- "convex6"
hexpack$border_lex <- 3
hexpack$shape_t.tile <- 60
hexpack$dm_t.tile_face <- -90
hexpack$width.tile <- 4/sqrt(3)
hexpack$height.tile <- 4/sqrt(3)
hexpack$shape.coin <- "convex3"
pp_cfg(hexpack)
}
#' @rdname game_systems
#' @inheritParams pp_cfg
#' @export
to_subpack <- function(cfg = getOption("piecepackr.cfg", pp_cfg())) {
cfg <- as_pp_cfg(cfg)
subpack <- as.list(cfg)
subpack$width.tile <- (3/8)*cfg$get_width("tile")
subpack$width.coin <- 0.4*cfg$get_width("coin")
subpack$width.die <- 0.6*cfg$get_width("die")
subpack$width.pawn <- 0.4*cfg$get_width("pawn")
subpack$height.pawn <- 0.4*cfg$get_height("pawn")
subpack$width.saucer <- 0.4*cfg$get_width("saucer")
subpack$cex <- 0.4
pp_cfg(subpack)
}
Try the piecepackr package in your browser
Any scripts or data that you put into this service are public.
piecepackr documentation built on Sept. 11, 2024, 9:09 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 to_subpack to_hexpack joystick_pawn peg_doll_pawn reversi_piece shapes_cfg reversi playing_cards piecepack go chess checkers checker_piece dominoes go_stone morris alquerque meeples dice_numeral dice_d20 dice_d12 dice_d10_percentile dice_d10 dice_d8 dice_d4 dice_fudge dominoes_chinese dice game_systems_style color_list_fn game_systems
Documented in game_systems to_hexpack to_subpack
#' Standard game systems
#'
#' \code{game_systems} returns a list of \code{pp_cfg} objects
#' representing several game systems and pieces.
#' \code{to_subpack} and \code{to_hexpack} will attempt to generate matching (piecepack stackpack)
#' subpack and (piecepack) hexpack \code{pp_cfg} R6 objects respectively given a piecepack configuration.
#'
#' Contains the following game systems:\describe{
#' \item{alquerque}{Boards and pieces in six color schemes for Alquerque}
#' \item{checkers1, checkers2}{Checkers and checkered boards in six color schemes.
#' Checkers are represented by a piecepackr \dQuote{bit}.
#' The \dQuote{board} \dQuote{face} is a checkered board and the \dQuote{back} is a lined board.
#' Color is controlled by suit and number of rows/columns by rank.
#' \code{checkers1} has one inch squares and \code{checkers2} has two inch squares.}
#' \item{chess1, chess2}{Chess pieces, boards, and dice in six color schemes.
#' Chess pieces are represented by a \dQuote{bit} (face).
#' The \dQuote{board} \dQuote{face} is a checkered board and the \dQuote{back} is a lined board.
#' Color is controlled by suit and number of rows/columns by rank.
#' \code{chess1} has one inch squares and \code{chess2} has two inch squares.
#' Currently uses print-and-play style discs instead of 3D Staunton chess pieces.}
#' \item{dice}{Traditional six-sided pipped dice in six color schemes (color controlled by their suit).}
#' \item{dice_d4, dice_numeral, dice_d8, dice_d10, dice_d10_percentile, dice_d12, dice_d20}{
#' Polyhedral dice most commonly used to play wargames, roleplaying games, and trading card games:\describe{
#' \item{dice_d4}{Four-sided dice in six color schemes (color controlled by their suit).
#' Tetrahedrons with the rank as a numeral at the top point.}
#' \item{dice_numeral}{Six-sided dice with numerals instead of pips in six color schemes (color controlled by their suit).}
#' \item{dice_d8}{Eight-sided dice in six color schemes (color controlled by their suit).
#' Octahedrons with the rank as a numeral at the top face.}
#' \item{dice_d10}{Ten-sided dice in six color schemes (color controlled by their suit).
#' Pentagonal trapezohedrons with the rank as a numeral at the top face.
#' The rank of ten is represented by a zero.}
#' \item{dice_d10_percentile}{Ten-sided dice in six color schemes (color controlled by their suit).
#' Pentagonal trapezohedrons with the rank as a numeral followed by a zero at the top face.
#' The rank of ten is represented by a zero.}
#' \item{dice_d12}{Twelve-sided dice in six color schemes (color controlled by their suit).
#' Dodecahedrons with the rank as a numeral at the top face.}
#' \item{dice_d20}{Twenty-sided dice in six color schemes (color controlled by their suit).
#' Icosahedrons with the rank as a numeral at the top face.}}}
#' \item{dice_fudge}{\dQuote{Fudge} dice in six color schemes (color controlled by their suit).
#' \dQuote{Fudge} dice have three ranks "+", " ", and "-" repeated twice.}
#' \item{dominoes, dominoes_black, dominoes_blue, dominoes_green, dominoes_red, dominoes_white, dominoes_yellow}{
#' Traditional pipped dominoes in six color schemes (\code{dominoes} and \code{dominoes_white} are the same).
#' In each color scheme the number of pips on the \dQuote{top} of the domino is
#' controlled by their \dQuote{rank} and on the \dQuote{bottom} by their \dQuote{suit}.
#' Supports up to double-18 sets.}
#' \item{dominoes_chinese, dominoes_chinese_black}{`dominoes_chinese` has Asian-style six-sided pipped dice with
#' white background and black and red pips.
#' The \dQuote{tile}'s are Chinese dominoes (1" x 2.5") whose number of pips are controlled
#' by both their \dQuote{rank} and their \dQuote{suit}. `dominoes_chinese_black` are like `dominoes_chinese` but the
#' dice and dominoes have a black background and white and red pips.}
#' \item{go}{Go stones and lined boards in six color schemes.
#' Go stones are represented by a \dQuote{bit} and the board is a \dQuote{board}.
#' Color is controlled by suit and number of rows/columns by rank.}
#' \item{meeples}{Standard 16mm x 16mm x 10mm \dQuote{meeples} in six colors represented by a \dQuote{bit}.}
#' \item{morris}{Various morris aka mills aka merels games in six colors.
#' Color is controlled by suit and \dQuote{size} of morris board
#' is controlled by rank e.g. \dQuote{Six men's morris} corresponds to a rank of 6 and
#' \dQuote{Nine men's morris} corresponds to a rank of 9.
#' Game pieces are represented by stones.}
#' \item{piecepack, dual_piecepacks_expansion, playing_cards_expansion, hexpack, subpack, piecepack_inverted}{
#' The piecepack is a public domain game system invented by James "Kyle" Droscha.
# There are also several public domain accessories and expansions:
#' See \url{https://www.ludism.org/ppwiki} for more info about the piecepack and its accessories/expansions.
#' \describe{
#' \item{piecepack}{A standard piecepack. The configuration also contains the following piecepack accessories:\describe{
#' \item{piecepack dice cards}{An accessory proposed by John Braley.
#' See \url{https://www.ludism.org/ppwiki/PiecepackDiceCards}.}
#' \item{piecepack matchsticks}{A public domain accessory developed by Dan Burkey.
#' See \url{https://www.ludism.org/ppwiki/PiecepackMatchsticks}.}
#' \item{piecepack pyramids}{A public domain accessory developed by Tim Schutz.
#' See \url{https://www.ludism.org/ppwiki/PiecepackPyramids}.}
#' \item{piecepack saucers}{A public domain accessory developed by Karol M. Boyle at Mesomorph Games.
#' See \url{https://web.archive.org/web/20190719155827/http://www.piecepack.org/Accessories.html}.}}}
#' \item{piecepack_inverted}{The standard piecepack with its color scheme inverted.
#' Intended to aid in highlighting special pieces in diagrams.}
#' \item{dual_piecepacks_expansion}{A companion piecepack with a special suit scheme.
#' See \url{https://trevorldavis.com/piecepackr/dual-piecepacks-pnp.html}.}
#' \item{playing_cards_expansion}{A piecepack with the standard \dQuote{French} playing card suits.
#' See \url{https://www.ludism.org/ppwiki/PlayingCardsExpansion}.}
#' \item{hexpack}{A hexagonal extrapolation of the piecepack designed by Nathan Morse and Daniel Wilcox.
#' See \url{https://boardgamegeek.com/boardgameexpansion/35424/hexpack}.}
#' \item{subpack}{A mini piecepack. Designed to be used with the \code{piecepack} to make piecepack
#' \dQuote{stackpack} diagrams. See \url{https://www.ludism.org/ppwiki/StackPack}.}
#'}}
#' \item{playing_cards, playing_cards_colored, playing_cards_tarot}{
#' Poker-sized \code{card} components for various playing card decks:\describe{
#' \item{playing_cards}{A traditional deck of playing cards with 4 suits
#' and 13 ranks (A, 2-10, J, Q, K) plus a 14th \dQuote{Joker} rank.}
#' \item{playing_cards_colored}{Like \code{playing_cards} but with five colored suits:
#' red hearts, black spades, green clubs, blue diamonds, and yellow stars.}
#' \item{playing_cards_tarot}{A (French Bourgeois) deck of tarot playing cards:
#' first four suits are hearts, spades, clubs, and diamonds with
#' 14 ranks (ace through jack, knight, queen, king) plus a 15th \dQuote{Joker} rank
#' and a fifth "suit" of 22 trump cards (1-21 plus an \dQuote{excuse}).}}}
#' \item{reversi}{Boards and pieces for Reversi.
#' "board_face" provides lined boards with colored backgrounds.
#' "board_back" provides checkered boards.
#' "bit_face" / "bit_back" provides circular game tokens with differently colored sides:
#' red paired with green, black paired with white, and blue paired with yellow.
#'}
#' }
#' @param style If \code{NULL} (the default) uses suit glyphs from the default \dQuote{sans} font.
#' If \code{"dejavu"} it will use suit glyphs from the "DejaVu Sans" font
#' (must be installed on the system).
#' @param round If \code{TRUE} the \dQuote{shape} of \dQuote{tiles} and \dQuote{cards}
#' will be \dQuote{roundrect} instead of \dQuote{rect} (the default).
#' @param pawn If \code{"token"} (default) the piecepack pawn will be a two-sided token in a \dQuote{halma} outline,
#' if \code{"peg-doll"} the piecepack pawn will be a \dQuote{peg doll} style pawn, and
#' if \code{"joystick"} the piecepack pawn will be a \dQuote{joystick} style pawn.
#' Note for the latter two pawn styles only \code{pawn_top} will work with \code{grid.piece}.
#' @examples
#' cfgs <- game_systems(pawn = "joystick")
#' names(cfgs)
#'
#' \donttest{# May take more than 5 seconds on CRAN servers
#' # standard dice, meeples, and joystick pawns
#' if (requireNamespace("grid", quietly = TRUE) && piecepackr:::device_supports_unicode()) {
#' opt <- options(piecepackr.at.inform = FALSE)
#' grid::grid.newpage()
#' dice <- c("d4", "numeral", "d8", "d10", "d12", "d20")
#' cfg <- paste0("dice_", dice)
#' grid.piece("die_face", suit = c(1:6, 1), rank = 1:6,
#' cfg = cfg, envir = cfgs, x = 1:6, y = 1,
#' default.units = "in", op_scale = 0.5)
#' grid.piece("die_face", rank=1:6, suit=1:6,
#' x=1:6, y=2, default.units="in",
#' op_scale=0.5, cfg=cfgs$dice)
#' grid.piece("bit_face", suit=1:6,
#' x=1:6, y=3, default.units="in",
#' op_scale=0.5, cfg=cfgs$meeple)
#' grid.piece("pawn_top", suit=1:6,
#' x=1:6, y=4, default.units="in",
#' op_scale=0.5, cfg=cfgs$piecepack)
#' options(opt)
#' }
#' }
#' # dominoes
#' if (requireNamespace("grid", quietly = TRUE)) {
#' grid::grid.newpage()
#' colors <- c("black", "red", "green", "blue", "yellow", "white")
#' cfg <- paste0("dominoes_", rep(colors, 2))
#' grid.piece("tile_face", suit=1:12, rank=1:12+1,
#' cfg=cfg, envir=cfgs,
#' x=rep(6:1, 2), y=rep(2*2:1, each=6),
#' default.units="in", op_scale=0.5)
#' }
#' # piecepack "playing card expansion"
#' if (requireNamespace("grid", quietly = TRUE) && piecepackr:::device_supports_unicode()) {
#' grid::grid.newpage()
#' df_tiles <- data.frame(piece_side="tile_back",
#' x=0.5+c(3,1,3,1), y=0.5+c(3,3,1,1),
#' suit=NA, angle=NA, z=1/8,
#' stringsAsFactors=FALSE)
#' df_coins <- data.frame(piece_side="coin_back",
#' x=rep(4:1, 4), y=rep(4:1, each=4),
#' suit=c(1,4,1,4,4,1,4,1,2,3,2,3,3,2,3,2),
#' angle=rep(c(180,0), each=8), z=1/4+1/16,
#' stringsAsFactors=FALSE)
#' df <- rbind(df_tiles, df_coins)
#' pmap_piece(df, cfg = cfgs$playing_cards_expansion, op_scale=0.5,
#' default.units="in")
#' }
#' @seealso \code{\link{pp_cfg}} for information about the \code{pp_cfg} objects returned by \code{game_systems}.
#' @export
game_systems <- function(style = NULL, round = FALSE, pawn = "token") {
style <- game_systems_style(style)
is_3d <- grepl("3d$", style)
rect_shape <- ifelse(round, "roundrect", "rect")
color_list <- color_list_fn(is_3d)
cards <- playing_cards(style, rect_shape)
packs <- piecepack(style, color_list, rect_shape, pawn)
list(alquerque = alquerque(1, color_list),
checkers1 = checkers(1, color_list),
checkers2 = checkers(2, color_list),
chess1 = chess(style, 1, color_list),
chess2 = chess(style, 2, color_list),
dice = dice(color_list, rect_shape),
dice_d4 = dice_d4(style, color_list),
dice_d8 = dice_d8(style, color_list),
dice_d10 = dice_d10(style, color_list),
dice_d10_percentile = dice_d10_percentile(style, color_list),
dice_d12 = dice_d12(style, color_list),
dice_d20 = dice_d20(style, color_list),
dice_fudge = dice_fudge(color_list, rect_shape),
dice_numeral = dice_numeral(style, color_list, rect_shape),
dominoes = dominoes(color_list$suit_color[6], "black", color_list$border_color, rect_shape),
dominoes_black = dominoes(color_list$suit_color[2], "white", color_list$border_color, rect_shape),
dominoes_blue = dominoes(color_list$suit_color[4], "white", color_list$border_color, rect_shape),
dominoes_green = dominoes(color_list$suit_color[3], "white", color_list$border_color, rect_shape),
dominoes_red = dominoes(color_list$suit_color[1], "white", color_list$border_color, rect_shape),
dominoes_white = dominoes(color_list$suit_color[6], "black", color_list$border_color, rect_shape),
dominoes_yellow = dominoes(color_list$suit_color[5], "black", color_list$border_color, rect_shape),
dominoes_chinese = dominoes_chinese(color_list, rect_shape),
dominoes_chinese_black = dominoes_chinese(color_list, rect_shape, invert = TRUE),
dual_piecepacks_expansion = packs$dpe,
go = go(1, color_list),
hexpack = packs$hexpack,
meeples = meeples(color_list),
morris = morris(1, color_list),
piecepack = packs$base,
piecepack_inverted = packs$inverted,
playing_cards = cards$base,
playing_cards_colored = cards$color,
playing_cards_tarot = cards$tarot,
playing_cards_expansion = packs$pce,
reversi = reversi(1, color_list),
subpack = packs$subpack)
}
color_list_fn <- function(is_3d = FALSE) {
if (is_3d) {
list(background_color="burlywood",
suit_color = cb_suit_colors_pure,
border_color = "transparent", border_lex = 0,
edge_color.board = "black")
} else {
list(background_color="white",
suit_color = cb_suit_colors_impure,
border_color = "black", border_lex = 4,
edge_color.board = "white")
}
}
game_systems_style <- function(style = "sans") {
styles <- c("dejavu", "dejavu3d", "sans", "sans3d")
if (!is.null(style) && is.na(match(style, styles))) {
abort(paste("Don't have a customized configuration for style", style))
}
if (is.null(style))
style <- "sans"
if (grepl("dejavu", style) && !suppressWarnings(has_font("Dejavu Sans")))
inform(sprintf("'style = \"%s\"' but 'has_font(\"Dejavu Sans\")' is 'FALSE'", style))
style
}
cb_suit_colors_impure <- c("#D55E00", "grey30", "#009E73", "#56B4E9", "#E69F00", "#FFFFFF")
cb_suit_colors_pure <- c("#D55E00", "#000000", "#009E73", "#56B4E9", "#E69F00", "#FFFFFF")
dice <- function(color_list = color_list_fn(), rect_shape = "rect") {
dice_list <- list(n_suits = 6, n_ranks = 6,
rank_text = "1,2,3,4,5,6",
width.die = 16 / 25.4, # 16 mm dice most common
background_color = "white,white,white,white,black,black",
invert_colors = TRUE,
die_arrangement = "opposites_sum_to_5",
shape.card = rect_shape,
grob_fn.card = cardGrobFn(grob_type = "circle"),
grob_fn.die = pippedGrobFn(0, "die"))
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dominoes_chinese <- function(color_list = color_list_fn(), rect_shape = "rect", invert = FALSE) {
dice_list <- list(n_suits = 6, n_ranks = 6,
rank_text = "1,2,3,4,5,6",
width.die = 16 / 25.4, # 16 mm dice most common
background_color = ifelse(invert, color_list$suit_color[2], "white"),
suit_color = ifelse(invert, "white", "black"),
die_arrangement = "1,2,3,6>,5,4",
grob_fn.die = pippedGrobFn(0, "die_chinese"),
width.tile = 1,
height.tile = 2.5,
depth.tile = 0.5,
gridline_color.tile_back = "transparent",
gridline_color.tile_face = "transparent",
gridline_lex.tile_face = 6,
shape.tile = rect_shape,
grob_fn.tile_face = dominoGrobFn(0, "domino_chinese"),
shape.card = rect_shape,
grob_fn.card = cardGrobFn(grob_type = "circle")
)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_fudge <- function(color_list = color_list_fn(), rect_shape = "rect") {
dice_list <- list(n_suits = 6, n_ranks = 6,
rank_text = "-, ,+,+, ,-",
dm_text.die = "",
ps_cex.die = 2,
grob_fn.die = fudgeGrob,
width.die = 16 / 25.4, # 16 mm dice most common
background_color = "white,white,white,white,black,black",
invert_colors = TRUE,
die_arrangement = "opposites_sum_to_5",
shape.card = rect_shape)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d4 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 4,
rank_text.die = 1:4,
dm_text.die = "",
ps_cex.die = 1,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
grob_fn.die = d4Grob,
op_grob_fn.die = d4TopGrob,
obj_fn.die = save_d4_obj,
width.die = (21 / 25.4) / 0.8660254, # if 21 mm vertex to vertex
height.die = (21 / 25.4) / 0.8660254, # if 21 mm vertex to vertex
depth.die = (sqrt(6) / 3) * (21 / 25.4),
background_color = "white,white,white,white,black,black",
shape.die = "convex3",
shape_t.die = 90,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d8 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 8,
rank_text.die = 1:8,
ps_cex.die = 1.15,
ps_r.die = 0.03,
ps_t.die = 90,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.14, 0.13),
dm_t.die = 270,
dm_cex.die = 1.5,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d8TopGrob,
obj_fn.die = save_d8_obj,
width.die = (18 / 25.4) / 0.8660254, # if 18 mm vertex to vertex
height.die = (18 / 25.4) / 0.8660254, # if 18 mm vertex to vertex
depth.die = (sqrt(6) / 3) * (18 / 25.4), # inradius = sqrt(6) * a / 6
background_color = "white,white,white,white,black,black",
shape.die = "convex3",
shape_t.die = 90,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
# We'll use alpha-90-beta-90 angle kites
# See `utils-d10.R` for more notes on calculations
dice_d10 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 10,
rank_text.die = c(1:9, 0),
ps_cex.die = 1.15,
ps_r.die = -0.08,
ps_t.die = 90,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_text.r9.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.29, 0.28),
dm_t.die = 270,
dm_cex.die = 1.5,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d10TopGrob,
obj_fn.die = save_d10_obj,
width.die = 0.4913446110983896164548, # if kite height 5/8"
height.die = 5 / 8,
depth.die = 0.5621585749837085810299,
background_color = "white,white,white,white,black,black",
shape.die = "kite",
shape_r.die = 0.5 - 0.1909830056250526320039,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d10_percentile <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 10,
rank_text.die = c(1:9, 0),
dm_text.die = "0",
dm_cex.die = 1.15,
dm_r.die = -0.05,
dm_t.die = 180,
ps_cex.die = 1.00,
ps_r.die = 0.20,
ps_t.die = 180,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d10TopGrob,
obj_fn.die = save_d10_obj,
width.die = 5 / 8,
height.die = 0.4913446110983896164548,
depth.die = 0.5621585749837085810299,
background_color = "white,white,white,white,black,black",
shape.die = "kite",
shape_r.die = 0.5 - 0.1909830056250526320039,
shape_t.die = 0,
invert_colors = TRUE)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d12 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 12,
rank_text.die = 1:12,
ps_cex.die = 1.15,
ps_r.die = 0.01,
ps_t.die = 90,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_text.r9.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.25, 0.22),
dm_t.die = 270,
dm_cex.die = 1.5,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
op_grob_fn.die = d12TopGrob,
obj_fn.die = save_d12_obj,
width.die = (5 / 16) / 0.5877853, # if 5/16" vertex to vertex
height.die = (5 / 16) / 0.5877853, # if 5/16" vertex to vertex
depth.die = 2 * 1.113516364 * (5 / 16), # inradius = 1.113516364 * a
background_color = "white,white,white,white,black,black",
shape.die = "convex5",
shape_t.die = 90,
invert_colors = TRUE)
for (i in 10:12) {
dice_list[[paste0("ps_cex.r", i, ".die")]] <- 1.00
# dice_list[[paste0("ps_r.r", i, ".die")]] <- 0.02
}
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_d20 <- function(style = "sans", color_list = color_list_fn()) {
dice_list <- list(n_suits = 6, n_ranks = 20,
rank_text.die = 1:20,
ps_cex.die = 0.65,
ps_r.die = -0.02,
ps_t.die = 90,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_text.r9.die = "\u2012",
dm_r.die = ifelse(grepl("^dejavu", style), 0.12, 0.13),
dm_t.die = 270,
dm_cex.die = 1.0,
op_grob_fn.die = d20TopGrob,
obj_fn.die = save_d20_obj,
width.die = 0.5 / 0.8660254, # if 1/2" vertex to vertex
height.die = 0.5 / 0.8660254, # if 1/2" vertex to vertex
depth.die = 2 * 0.5 * (3 * sqrt(3) + sqrt(15)) / 12,
background_color = "white,white,white,white,black,black",
shape.die = "convex3",
shape_t.die = 90,
invert_colors = TRUE)
for (i in 1:9) {
dice_list[[paste0("ps_cex.r", i, ".die")]] <- 0.72
dice_list[[paste0("ps_r.r", i, ".die")]] <- 0.02
}
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
dice_numeral <- function(style = "sans", color_list = color_list_fn(), rect_shape = "rect") {
dice_list <- list(n_suits = 6, n_ranks = 6,
fontfamily = ifelse(grepl("^dejavu", style), "DejaVu Sans", "sans"),
rank_text = 1:6,
ps_cex.die = 1.8,
dm_text.die = "",
dm_text.r6.die = "\u2012",
dm_r.die = 0.315,
dm_t.die = 270,
dm_cex.die = 2.4,
width.die = 16 / 25.4, # 16 mm dice most common
background_color = "white,white,white,white,black,black",
invert_colors = TRUE,
die_arrangement = "1<,2>,3>,6v,5,4",
shape.card = rect_shape)
dice <- pp_cfg(c(dice_list, color_list))
dice$has_piecepack <- FALSE
dice$has_dice <- TRUE
dice
}
meeples <- function(color_list = color_list_fn()) {
meeples_list <- list(shape.bit = "meeple", n_suits = 6,
width.bit = 16 / 25.4, height.bit = 16 / 25.4, depth.bit = 10 / 25.4,
ps_text.bit = "", dm_text.bit = "",
invert_colors.bit = TRUE, background_color = "white")
meeples <- pp_cfg(c(meeples_list, color_list))
meeples$has_piecepack <- FALSE
meeples$has_bits <- TRUE
meeples
}
alquerque <- function(cell_width = 1, color_list = color_list_fn()) {
alquerque <- list(n_suits = 6, n_ranks = 1,
width.board = 5 * cell_width,
height.board = 5 * cell_width,
grob_fn.board_face = alquerqueBoardGrobFn(),
gridline_color.board_face = cb_suit_colors_pure,
gridline_color.board_back = "transparent",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = color_list$background_color,
gridline_color.s6.board_face = "grey80")
alquerque <- pp_cfg(c(alquerque, go_stone(cell_width / 2), color_list))
alquerque$has_piecepack <- FALSE
alquerque$has_boards <- TRUE
alquerque$has_bits <- TRUE
alquerque
}
morris <- function(cell_width = 1, color_list = color_list_fn()) {
morris <- list(n_suits = 6, n_ranks = 15,
width.board = 7 * cell_width,
height.board = 7 * cell_width,
grob_fn.r1.board_face = morrisBoardGrobFn(12),
gridline_color.board_face = cb_suit_colors_pure,
gridline_color.board_back = "transparent",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = color_list$background_color,
gridline_color.s6.board_face = "grey80")
for (i in seq(2, 15)) {
if (i < 5) {
morris[[paste0("width.r", i, ".board")]] <- 3 * cell_width
morris[[paste0("height.r", i, ".board")]] <- 3 * cell_width
} else if (i < 8) {
morris[[paste0("width.r", i, ".board")]] <- 5 * cell_width
morris[[paste0("height.r", i, ".board")]] <- 5 * cell_width
} else {
morris[[paste0("width.r", i, ".board")]] <- 7 * cell_width
morris[[paste0("height.r", i, ".board")]] <- 7 * cell_width
}
morris[[paste0("grob_fn.r", i, ".board_face")]] <- morrisBoardGrobFn(i)
}
morris <- pp_cfg(c(morris, go_stone(cell_width), color_list))
morris$has_piecepack <- FALSE
morris$has_boards <- TRUE
morris$has_bits <- TRUE
morris
}
go_stone <- function(cell_width) {
list(width.bit = 0.8700787 * cell_width,
depth.bit = 0.3937008 * cell_width,
invert_colors.bit = TRUE,
op_grob_fn.bit = basicEllipsoid,
obj_fn.bit = function(...) save_ellipsoid_obj(..., subdivide=4),
ps_text.bit = "", dm_text.bit = ""
)
}
dominoes <- function(background_color = "white", suit_color = "black", border_color = "black",
rect_shape = "rect", mat_width = 0) {
border_lex <- ifelse(border_color == "black", 4, 0)
dominoes <- pp_cfg(list(n_suits = 18 + 1, n_ranks = 18 + 1,
width.tile = 1,
height.tile = 2,
depth.tile = 0.25, # 3/8 professional, 1/2 jumbo
width.die = 16 / 25.4,
suit_color = suit_color, background_color = background_color,
mat_width = mat_width, mat_color = suit_color,
border_color = border_color, border_lex = border_lex,
die_arrangement = "opposites_sum_to_5",
grob_fn.die = pippedGrobFn(0, "die"),
grob_fn.card = cardGrobFn(-1, "card", grob_type = "circle"),
gridline_color.tile_back = "transparent",
gridline_color.tile_face = suit_color,
gridline_lex.tile_face = 6,
shape.tile = rect_shape, shape.card = rect_shape,
grob_fn.tile_face = dominoGrobFn(-1)
))
dominoes$has_piecepack <- FALSE
dominoes$has_dice <- TRUE
dominoes$has_tiles <- TRUE
dominoes
}
checker_piece <- function(cell_width) {
list(width.bit = 0.75 * cell_width, invert_colors.bit = TRUE,
ps_text.bit = "", dm_text.bit = "")
}
checkers <- function(cell_width = 1, color_list = color_list_fn()) {
checkers <- list(n_suits = 6, n_ranks = 12,
width.board = 8 * cell_width,
height.board = 8 * cell_width,
grob_fn.r1.board_face = checkeredBoardGrobFn(8, 8),
grob_fn.r1.board_back = linedBoardGrobFn(8, 8),
gridline_color.board_face = cb_suit_colors_impure,
gridline_color.board_back = cb_suit_colors_pure,
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = "white",
gridline_color.s6.board_face = "grey80",
gridline_color.s6.board_back = "grey80")
for (i in seq(2, 12)) {
checkers[[paste0("width.r", i, ".board")]] <- i * cell_width
checkers[[paste0("height.r", i, ".board")]] <- i * cell_width
checkers[[paste0("grob_fn.r", i, ".board_face")]] <- checkeredBoardGrobFn(i, i)
checkers[[paste0("grob_fn.r", i, ".board_back")]] <- linedBoardGrobFn(i, i)
}
checkers <- pp_cfg(c(checkers, checker_piece(cell_width), color_list))
checkers$has_piecepack <- FALSE
checkers$has_boards <- TRUE
checkers$has_bits <- TRUE
checkers
}
chess <- function(style = "sans", cell_width = 1, color_list = color_list_fn()) {
if (grepl("^sans", style)) {
rank_cex_die <- 1.3
black_chess_ranks <- c("p", "n", "b", "r", "q", "k")
white_chess_ranks <- c("P", "N", "B", "R", "Q", "K")
} else if (grepl("^dejavu", style)) {
rank_cex_die <- 1.5
black_chess_ranks <- c("\u265f", "\u265e", "\u265d", "\u265c", "\u265b", "\u265a")
white_chess_ranks <- c("\u2659", "\u2658", "\u2657", "\u2656", "\u2655", "\u2654")
}
chess <- list(n_suits = 6, n_ranks = 12,
width.board = 8 * cell_width,
height.board = 8 * cell_width,
width.bit = 0.75 * cell_width,
ps_text.bit_back = "", dm_text.bit = "",
grob_fn.r1.board_face = checkeredBoardGrobFn(8, 8),
grob_fn.r1.board_back = linedBoardGrobFn(8, 8),
gridline_color.board_face = cb_suit_colors_impure,
gridline_color.board_back = cb_suit_colors_pure,
gridline_lex.board = 4,
suit_text = "",
rank_cex.bit = 1.4 * cell_width,
rank_cex.die = rank_cex_die,
rank_text = black_chess_ranks,
rank_text.s6 = white_chess_ranks,
suit_color = cb_suit_colors_pure,
suit_color.s6 = "black",
background_color = "white",
edge_color.bit = color_list$edge_color.board,
gridline_color.s6.board_face = "grey80",
gridline_color.s6.board_back = "grey80")
for (i in seq(2, 12)) {
chess[[paste0("width.r", i, ".board")]] <- i * cell_width
chess[[paste0("height.r", i, ".board")]] <- i * cell_width
chess[[paste0("grob_fn.r", i, ".board_face")]] <- checkeredBoardGrobFn(i, i)
chess[[paste0("grob_fn.r", i, ".board_back")]] <- linedBoardGrobFn(i, i)
}
chess <- pp_cfg(c(chess, color_list))
chess$has_piecepack <- FALSE
chess$has_boards <- TRUE
chess$has_bits <- TRUE
chess$has_dice <- TRUE
chess
}
go <- function(cell_width = 1, color_list = color_list_fn()) {
go <- list(n_suits = 6, n_ranks = 19,
width.board = (18 + 1) * cell_width,
height.board = (18 + 1) * cell_width,
grob_fn.board_back = basicPieceGrob,
grob_fn.r1.board_face = linedBoardGrobFn(18, 18, 0.5),
gridline_color.board_face = cb_suit_colors_pure,
gridline_color.board_back = "transparent",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = color_list$background_color,
gridline_color.s6.board_face = "grey80")
for (i in seq(2, 18)) {
go[[paste0("width.r", i, ".board")]] <- i * cell_width
go[[paste0("height.r", i, ".board")]] <- i * cell_width
go[[paste0("grob_fn.r", i, ".board_face")]] <- linedBoardGrobFn(i - 1, i - 1, 0.5)
}
go <- pp_cfg(c(go, go_stone(cell_width), color_list))
go$has_piecepack <- FALSE
go$has_boards <- TRUE
go$has_bits <- TRUE
go
}
piecepack <- function(style = "sans", color_list = color_list_fn(), rect_shape = "rect", pawn = "token") {
if (grepl("^sans", style)) {
piecepack_suits <- list(suit_text="\u263c,\u25d8,\u0238,\u03ee,\u2202")
pce_suit_text <- "\u2665,\u2660,\u2663,\u2666,\u2202"
} else if (grepl("^dejavu", style)) {
piecepack_suits <- list(suit_text="\u2742,\u25d0,\u265b,\u269c,\u0ed1",
suit_cex.s2=0.9, dm_cex.coin=0.5, fontfamily="DejaVu Sans")
pce_suit_text <- "\u2665,\u2660,\u2663,\u2666,\u0ed1"
}
is_3d <- grepl("3d$", style)
if (is_3d) {
style_3d <- list(suit_color.s4 = "#0072B2",
invert_colors.pawn = TRUE,
invert_colors.die = TRUE,
background_color.die = "white",
border_color="transparent",
mat_color.tile_back = "burlywood",
edge_color.tile = "black", edge_color.coin = "black",
border_color.pyramid="black", border_lex.pyramid=1, background_color.pyramid="white")
} else {
style_3d <- NULL
}
piecepack_base <- list(depth.coin=0.25,
invert_colors.matchstick = TRUE,
ps_cex.r2.matchstick = 0.7,
dm_r.r1.matchstick = 0, dm_cex.r1.matchstick = 1.5,
suit_color.s2.matchstick = "grey30",
suit_color.s2.bit = "grey30",
mat_color.tile_back="white", mat_width.tile_back=0.05,
suit_color.unsuited="black",
invert_colors.bit = TRUE,
rank_text=",a,2,3,4,5",
use_suit_as_ace=TRUE,
rank_text.pyramid=LETTERS[1:6],
suit_text.saucer_back="", suit_cex.saucer_face = 0.9,
suit_cex.pyramid_face=0.5, ps_r.pyramid_face=-0.08,
dm_cex.pyramid_face=4.0, dm_text.pyramid_face="|", dm_r.pyramid_face=-0.22,
ps_cex.pyramid_left=0.7, ps_r.pyramid_left=-0.00,
ps_cex.pyramid_right=0.7, ps_r.pyramid_right=-0.00,
use_suit_as_ace.pyramid=FALSE,
shape.tile = rect_shape, shape.card = rect_shape)
shapes <- shapes_cfg(color_list)
pawn <- switch(pawn,
"peg-doll" = peg_doll_pawn(shapes),
"joystick" = joystick_pawn(shapes),
NULL)
piecepack <- c(pawn, style_3d, piecepack_suits, color_list, piecepack_base)
playing_cards_expansion <- piecepack
playing_cards_expansion$suit_text <- pce_suit_text
playing_cards_expansion$suit_color <- "#D55E00,#000000,#000000,#D55E00,#000000"
playing_cards_expansion$suit_color.s3.matchstick <- "grey30"
playing_cards_expansion$suit_color.s3.bit <- "grey30"
hexpack <- c(piecepack, list(shape.tile="convex6", border_lex=3,
shape_t.tile="60", dm_t.tile_face=-90,
width.tile=4/sqrt(3), height.tile=4/sqrt(3),
shape.coin="convex3"))
dpe_base <- list(invert_colors.suited=TRUE,
border_color.s2.die="black", border_color.s2.pawn="black",
suit_color.s2.board_face = "black")
dual_piecepacks_expansion <- c(piecepack, dpe_base)
dual_piecepacks_expansion$suit_text <- pce_suit_text
pi_base <- list(invert_colors = TRUE,
invert_colors.matchstick = FALSE,
suit_color.s2.matchstick = "black",
suit_color.s2.board_face = "black",
suit_color.card_back = "grey30",
suit_color.coin_face = "grey30",
edge_color.coin = "white",
edge_color.tile = "white")
piecepack_inverted <- c(pi_base, piecepack)
piecepack <- c(list(suit_color = cb_suit_colors_pure),
piecepack)
list(base = pp_cfg(piecepack),
dpe = pp_cfg(dual_piecepacks_expansion),
hexpack = to_hexpack(piecepack),
inverted = pp_cfg(piecepack_inverted),
pce = pp_cfg(playing_cards_expansion),
subpack = to_subpack(piecepack))
}
playing_cards <- function(style = "sans", rect_shape = "rect") {
if (grepl("^sans", style)) {
face_labels <- c("", "\u050a", "\u046a", "\u0238")
fool_text <- "*"
pc_suit_text <- list(suit_text="\u2665,\u2660,\u2663,\u2666,*",
suit_cex.s5=1.3)
} else if (grepl("^dejavu", style)) {
face_labels <- c("", "\u265e", "\u265b", "\u265a")
fool_text <- "\u2605"
pc_suit_text <- list(suit_text="\u2665,\u2660,\u2663,\u2666,\u2605")
}
playing_cards_list <- list(n_ranks = 14,
rank_text = "A,2,3,4,5,6,7,8,9,10,J,Q,K,\n\n\n\nJ\nO\nK\nE\nR",
grob_fn.card = cardGrobFn(),
grob_fn.r11.card = faceCardGrobFn(face_labels[1]),
grob_fn.r12.card = faceCardGrobFn(face_labels[3]),
grob_fn.r13.card = faceCardGrobFn(face_labels[4]),
grob_fn.r14.card = jokerCardGrobFn(TRUE),
shape.card = rect_shape,
border_color = "black", border_lex = 4)
playing_cards_list$n_suits <- 4
playing_cards_list$suit_color <- "#D55E00,#000000,#000000,#D55E00,#E59F00"
playing_cards <- c(playing_cards_list, pc_suit_text)
playing_cards$grob_fn.s3.r14.card <- jokerCardGrobFn(FALSE)
playing_cards$grob_fn.s4.r14.card <- jokerCardGrobFn(FALSE)
playing_cards <- pp_cfg(playing_cards)
playing_cards$has_piecepack <- FALSE
playing_cards$has_cards <- TRUE
playing_cards_colored <- c(playing_cards_list, pc_suit_text)
playing_cards_colored$n_suits <- 5
playing_cards_colored$suit_color <- cb_suit_colors_pure
playing_cards_colored <- pp_cfg(playing_cards_colored)
playing_cards_colored$has_piecepack <- FALSE
playing_cards_colored$has_cards <- TRUE
playing_cards_tarot <- playing_cards_list
playing_cards_tarot$rank_text <- "A,2,3,4,5,6,7,8,9,10,J,C,Q,K,\n\n\n\nJ\nO\nK\nE\nR"
playing_cards_tarot$grob_fn.r12.card <- faceCardGrobFn(face_labels[2], "low")
playing_cards_tarot$grob_fn.r13.card <- faceCardGrobFn(face_labels[3])
playing_cards_tarot$grob_fn.r14.card <- faceCardGrobFn(face_labels[4])
playing_cards_tarot$grob_fn.r15.card <- jokerCardGrobFn(TRUE)
playing_cards_tarot$grob_fn.s3.r15.card <- jokerCardGrobFn(FALSE)
playing_cards_tarot$grob_fn.s4.r15.card <- jokerCardGrobFn(FALSE)
playing_cards_tarot$rank_text.s5 <- c(1:21, fool_text)
playing_cards_tarot$n_suits <- 5
playing_cards_tarot$n_ranks <- 22
tarot_suit_text <- "\u2665,\u2660,\u2663,\u2666,"
playing_cards_tarot$suit_text <- tarot_suit_text
playing_cards_tarot$suit_text.r14 <- tarot_suit_text
playing_cards_tarot$suit_color <- "#D55E00,#000000,#000000,#D55E00,#000000"
playing_cards_tarot$grob_fn.s5.card <- cardGrobFn(0)
playing_cards_tarot <- pp_cfg(playing_cards_tarot)
playing_cards_tarot$has_piecepack <- FALSE
playing_cards_tarot$has_cards <- TRUE
list(base = playing_cards, color = playing_cards_colored, tarot = playing_cards_tarot)
}
reversi <- function(cell_width = 1, color_list = color_list_fn()) {
reversi <- list(n_suits = 6, n_ranks = 12,
width.board = 8 * cell_width,
height.board = 8 * cell_width,
grob_fn.r1.board_face = linedBoardGrobFn(8, 8),
grob_fn.r1.board_back = checkeredBoardGrobFn(8, 8),
background_color.board_face = cb_suit_colors_impure,
gridline_color.board_face = "black",
gridline_lex.board = 4,
suit_color = cb_suit_colors_impure,
background_color = "white",
gridline_color.s6.board_back = "grey80")
for (i in seq(2, 12)) {
reversi[[paste0("width.r", i, ".board")]] <- i * cell_width
reversi[[paste0("height.r", i, ".board")]] <- i * cell_width
reversi[[paste0("grob_fn.r", i, ".board_face")]] <- linedBoardGrobFn(i, i)
reversi[[paste0("grob_fn.r", i, ".board_back")]] <- checkeredBoardGrobFn(i, i)
}
reversi <- pp_cfg(c(reversi, reversi_piece(cell_width, color_list), color_list))
reversi$has_piecepack <- FALSE
reversi$has_boards <- TRUE
reversi$has_bits <- TRUE
reversi
}
shapes_cfg <- function(color_list = color_list_fn()) {
shapes <- list(n_suits = 6, n_ranks = 4,
invert_colors = TRUE,
ps_text = "", dm_text = "",
background_color = "white",
width = 1, height = 1, depth = 1,
shape.r1.bit = "circle",
shape.r2.bit = "circle",
op_grob_fn.r2.bit = basicEllipsoid,
obj_fn.r2.bit = function(...) save_ellipsoid_obj(..., subdivide=4),
shape.r3.bit = "pyramid",
shape.r4.bit = "rect")
pp_cfg(c(shapes, color_list))
}
reversi_piece <- function(cell_width = 1, color_list = color_list_fn()) {
shapes_top <- shapes_cfg(color_list)
color_list$suit_color <- color_list$suit_color[c(3, 6, 1, 5, 4, 2)]
shapes_bot <- shapes_cfg(color_list)
envir <- list(shapes_top = shapes_top, shapes_bot = shapes_bot)
df_reversi <- tibble(piece_side = "bit_back", rank = 1,
width = 1, height = 1, depth = c(0.5, 0.5),
x = 0.5, y = 0.5, z = c(0.25, 0.75),
cfg = c("shapes_bot", "shapes_top"))
reversi_piece <- CompositePiece$new(df_reversi, envir=envir, ref_side="face")
list(width.bit= 0.75 * cell_width,
height.bit = 0.70 * cell_width,
depth.bit = 0.25 * cell_width,
grob_fn.bit = reversi_piece$grob_fn,
obj_fn.bit = reversi_piece$obj_fn,
op_grob_fn.bit = reversi_piece$op_grob_fn,
rayrender_fn.bit = reversi_piece$rayrender_fn,
rayvertex_fn.bit = reversi_piece$rayvertex_fn,
rgl_fn.bit = reversi_piece$rgl_fn)
}
peg_doll_pawn <- function(shapes) {
pegdoll_depth <- c(0.55, 1.0 * 0.75 / 1.5)
df_pegdoll <- tibble(piece_side = "bit_back", rank = c(1, 2),
width = 1, height = 1, depth = pegdoll_depth,
x = 0.5, y = 0.5, z = c(0.5 * pegdoll_depth[1], 1 - 0.5 * pegdoll_depth[2]),
cfg = "shapes")
pegdoll <- CompositePiece$new(df_pegdoll, envir=list(shapes=shapes))
list(width.pawn=0.75, depth.pawn=0.75, height.pawn=1.5,
edge_color.pawn=cb_suit_colors_pure,
edge_color.s4.pawn="#0072B2",
background_color.belt_face="white",
mat_color.belt_face="transparent",
suit_cex.belt_face=1.5,
obj_fn.pawn=save_peg_doll_obj,
grob_fn.pawn = pegdoll$grob_fn,
op_grob_fn.pawn = pegdoll$op_grob_fn)
}
joystick_pawn <- function(shapes) {
jd <- c(0.15, 0.6, 0.5 * 5 / 8)
df_joystick <- tibble(piece_side = "bit_back", rank = c(1, 1, 2),
width = c(1, 0.3, 0.5),
height = c(1, 0.3, 0.5),
depth = jd,
x = rep(0.5, 3), y = rep(0.5, 3),
z = c(0.5 * jd[1], jd[1] + 0.5 * jd[2], 1 - 0.5 * jd[3]),
cfg = "shapes")
joystick <- CompositePiece$new(df_joystick, envir=list(shapes=shapes))
list(grob_fn.pawn = joystick$grob_fn,
obj_fn.pawn = joystick$obj_fn,
op_grob_fn.pawn = joystick$op_grob_fn,
rayrender_fn.pawn = joystick$rayrender_fn,
rayvertex_fn.pawn = joystick$rayvertex_fn,
rgl_fn.pawn = joystick$rgl_fn,
width.pawn=5/8, height.pawn=1.0, depth.pawn=5/8)
}
#' @rdname game_systems
#' @inheritParams pp_cfg
#' @export
to_hexpack <- function(cfg = getOption("piecepackr.cfg", pp_cfg())) {
cfg <- as_pp_cfg(cfg)
hexpack <- as.list(cfg)
hexpack$shape.tile <- "convex6"
hexpack$border_lex <- 3
hexpack$shape_t.tile <- 60
hexpack$dm_t.tile_face <- -90
hexpack$width.tile <- 4/sqrt(3)
hexpack$height.tile <- 4/sqrt(3)
hexpack$shape.coin <- "convex3"
pp_cfg(hexpack)
}
#' @rdname game_systems
#' @inheritParams pp_cfg
#' @export
to_subpack <- function(cfg = getOption("piecepackr.cfg", pp_cfg())) {
cfg <- as_pp_cfg(cfg)
subpack <- as.list(cfg)
subpack$width.tile <- (3/8)*cfg$get_width("tile")
subpack$width.coin <- 0.4*cfg$get_width("coin")
subpack$width.die <- 0.6*cfg$get_width("die")
subpack$width.pawn <- 0.4*cfg$get_width("pawn")
subpack$height.pawn <- 0.4*cfg$get_height("pawn")
subpack$width.saucer <- 0.4*cfg$get_width("saucer")
subpack$cex <- 0.4
pp_cfg(subpack)
}
Try the piecepackr package in your browser
Any scripts or data that you put into this service are public.
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.