Nothing
test_that("disjoint union works for named graphs", {
g1 <- g2 <- make_ring(10)
g1$foo <- "bar"
V(g1)$name <- letters[1:10]
V(g2)$name <- letters[11:20]
E(g1)$weight <- 1:10
E(g2)$weight <- 10:1
V(g1)$a1 <- 1:10
V(g2)$a2 <- 11:20
E(g1)$b1 <- 1:10
E(g2)$b2 <- 11:20
g <- disjoint_union(g1, g2)
expect_that(
sort(graph_attr_names(g)),
equals(c(
"circular_1", "circular_2", "foo", "mutual_1",
"mutual_2", "name_1", "name_2"
))
)
expect_that(
sort(vertex_attr_names(g)),
equals(c("a1", "a2", "name"))
)
expect_that(
sort(edge_attr_names(g)),
equals(c("b1", "b2", "weight"))
)
expect_that(V(g)$name, equals(letters[1:20]))
expect_that(V(g)$a1, equals(c(1:10, rep(NA, 10))))
expect_that(V(g)$a2, equals(c(rep(NA, 10), 11:20)))
expect_that(E(g)$weight, equals(c(1:10, 10:1)))
expect_that(E(g)$b1, equals(c(1:10, rep(NA, 10))))
expect_that(E(g)$b2, equals(c(rep(NA, 10), 11:20)))
})
test_that("disjoint union gives warning for non-unique vertex names", {
g1 <- make_ring(5)
V(g1)$name <- letters[1:5]
g2 <- make_ring(5)
V(g2)$name <- letters[5:9]
expect_that(
disjoint_union(g1, g2),
gives_warning("Duplicate vertex names in disjoint union")
)
})
test_that("union of unnamed graphs works", {
g1 <- make_ring(10)
g2 <- make_ring(13)
g1$foo <- "bar"
E(g1)$weight <- 1:10
E(g2)$weight <- 13:1
V(g1)$a1 <- 1:10
V(g2)$a2 <- 11:23
E(g1)$b1 <- letters[1:10]
E(g2)$b2 <- letters[11:23]
g <- graph.union(g1, g2)
expect_that(
sort(graph_attr_names(g)),
equals(c(
"circular_1", "circular_2", "foo", "mutual_1",
"mutual_2", "name_1", "name_2"
))
)
expect_that(
sort(vertex_attr_names(g)),
equals(c("a1", "a2"))
)
expect_that(
sort(edge_attr_names(g)),
equals(c("b1", "b2", "weight_1", "weight_2"))
)
df1 <- as_data_frame(g)
df1 <- df1[order(df1$from, df1$to), c(1, 2, 3, 5, 4, 6)]
df2 <- merge(as_data_frame(g1), as_data_frame(g2),
by = c("from", "to"), all = TRUE
)
rownames(df1) <- seq_len(nrow(df1))
colnames(df2) <- c("from", "to", "weight_1", "b1", "weight_2", "b2")
expect_that(df1, equals(df2))
})
test_that("union of named graphs works", {
g1 <- make_ring(10)
g2 <- make_ring(13)
V(g1)$name <- letters[seq_len(vcount(g1))]
V(g2)$name <- letters[seq_len(vcount(g2))]
g1$foo <- "bar"
E(g1)$weight <- 1:10
E(g2)$weight <- 13:1
V(g1)$a1 <- 1:10
V(g2)$a2 <- 11:23
E(g1)$b1 <- letters[1:10]
E(g2)$b2 <- letters[11:23]
g <- graph.union(g1, g2)
expect_that(
sort(graph_attr_names(g)),
equals(c(
"circular_1", "circular_2", "foo",
"mutual_1", "mutual_2", "name_1", "name_2"
))
)
expect_that(
sort(vertex_attr_names(g)),
equals(c("a1", "a2", "name"))
)
expect_that(
sort(edge_attr_names(g)),
equals(c("b1", "b2", "weight_1", "weight_2"))
)
df1 <- as_data_frame(g, what = "both")
g.v <- read.table(stringsAsFactors = FALSE, textConnection("
a1 a2 name
a 1 11 a
b 2 12 b
c 3 13 c
d 4 14 d
e 5 15 e
f 6 16 f
g 7 17 g
h 8 18 h
i 9 19 i
j 10 20 j
k NA 21 k
l NA 22 l
m NA 23 m
"))
expect_that(df1$vertices, equals(g.v))
g.e <- read.table(stringsAsFactors = FALSE, textConnection("
from to weight_1 weight_2 b1 b2
1 l m NA 2 NA v
2 k l NA 3 NA u
3 j k NA 4 NA t
4 i j 9 5 i s
5 h i 8 6 h r
6 g h 7 7 g q
7 f g 6 8 f p
8 e f 5 9 e o
9 d e 4 10 d n
10 c d 3 11 c m
11 b c 2 12 b l
12 a m NA 1 NA w
13 a j 10 NA j NA
14 a b 1 13 a k
"))
rownames(df1$edges) <- rownames(df1$edges)
expect_that(df1$edges, equals(g.e))
})
test_that("intersection of named graphs works", {
g1 <- make_ring(10)
g2 <- make_ring(13)
V(g1)$name <- letters[V(g1)]
V(g2)$name <- letters[V(g2)]
g1$foo <- "bar"
E(g1)$weight <- 1:10
E(g2)$weight <- 13:1
V(g1)$a1 <- 1:10
V(g2)$a2 <- 11:23
E(g1)$b1 <- letters[1:10]
E(g2)$b2 <- letters[11:23]
g <- intersection(g1, g2, keep.all.vertices = FALSE)
expect_that(
sort(graph_attr_names(g)),
equals(c(
"circular_1", "circular_2", "foo", "mutual_1",
"mutual_2", "name_1", "name_2"
))
)
expect_that(
sort(vertex_attr_names(g)),
equals(c("a1", "a2", "name"))
)
expect_that(
sort(edge_attr_names(g)),
equals(c("b1", "b2", "weight_1", "weight_2"))
)
df1 <- as_data_frame(g, what = "both")
g.e <- read.table(stringsAsFactors = FALSE, textConnection("
from to weight_1 weight_2 b1 b2
1 i j 9 5 i s
2 h i 8 6 h r
3 g h 7 7 g q
4 f g 6 8 f p
5 e f 5 9 e o
6 d e 4 10 d n
7 c d 3 11 c m
8 b c 2 12 b l
9 a b 1 13 a k
"))
rownames(df1$edges) <- rownames(df1$edges)
expect_that(df1$edges, equals(g.e))
g.v <- read.table(stringsAsFactors = FALSE, textConnection("
a1 a2 name
a 1 11 a
b 2 12 b
c 3 13 c
d 4 14 d
e 5 15 e
f 6 16 f
g 7 17 g
h 8 18 h
i 9 19 i
j 10 20 j
"))
expect_that(df1$vertices, equals(g.v))
gg <- intersection(g1, g2, keep.all.vertices = TRUE)
df2 <- as_data_frame(gg, what = "both")
rownames(df2$edges) <- rownames(df2$edges)
expect_that(df2$edges, equals(g.e))
gg.v <- read.table(stringsAsFactors = FALSE, textConnection("
a1 a2 name
a 1 11 a
b 2 12 b
c 3 13 c
d 4 14 d
e 5 15 e
f 6 16 f
g 7 17 g
h 8 18 h
i 9 19 i
j 10 20 j
k NA 21 k
l NA 22 l
m NA 23 m
"))
expect_that(df2$vertices, equals(gg.v))
})
test_that("difference of named graphs works", {
g1 <- make_ring(10)
g2 <- make_star(11, center = 11, mode = "undirected")
V(g1)$name <- letters[1:10]
V(g2)$name <- letters[1:11]
g <- g1 %u% g2
sg <- make_ring(4)
V(sg)$name <- letters[c(1, 2, 3, 11)]
df1 <- as_data_frame(g - sg, what = "both")
t1.e <- read.table(
stringsAsFactors = FALSE,
textConnection("
from to
1 a j
2 b k
3 c d
4 j k
5 i k
6 h k
7 g k
8 f k
9 e k
10 d k
11 d e
12 e f
13 f g
14 g h
15 h i
16 i j
")
)
rownames(df1$edges) <- rownames(df1$edges)
expect_that(df1$edges, equals(t1.e))
expect_that(df1$vertices, equals(data.frame(
row.names = letters[1:11],
name = letters[1:11],
stringsAsFactors = FALSE
)))
gg <- sg - g
expect_that(ecount(gg), equals(0))
expect_that(V(gg)$name, equals(letters[c(1:3, 11)]))
})
test_that("compose works for named graphs", {
g1 <- graph_from_literal(A - B:D:E, B - C:D, C - D, D - E)
g2 <- graph_from_literal(A - B - E - A)
V(g1)$bar1 <- seq_len(vcount(g1))
V(g2)$bar2 <- seq_len(vcount(g2))
V(g1)$foo <- letters[seq_len(vcount(g1))]
V(g2)$foo <- letters[seq_len(vcount(g2))]
E(g1)$bar1 <- seq_len(ecount(g1))
E(g2)$bar2 <- seq_len(ecount(g2))
E(g1)$foo <- letters[seq_len(ecount(g1))]
E(g2)$foo <- letters[seq_len(ecount(g2))]
g <- compose(g1, g2)
df <- as_data_frame(g, what = "both")
df.v <- read.table(stringsAsFactors = FALSE, textConnection("
bar1 foo_1 foo_2 bar2 name
A 1 a a 1 A
B 2 b b 2 B
D 3 c NA NA D
E 4 d c 3 E
C 5 e NA NA C
"))
expect_that(df$vertices, equals(df.v))
df.e <- read.table(stringsAsFactors = FALSE, textConnection("
from to bar1 foo_1 foo_2 bar2
1 A B 3 c c 3
2 A A 3 c b 2
3 A E 1 a c 3
4 A A 1 a a 1
5 B E 1 a b 2
6 B B 1 a a 1
7 B D 6 f c 3
8 A D 6 f b 2
9 D E 4 d c 3
10 A D 4 d a 1
11 D E 2 b b 2
12 B D 2 b a 1
13 E E 3 c b 2
14 B E 3 c a 1
15 E C 5 e c 3
16 A C 5 e a 1
"))
rownames(df$edges) <- rownames(df$edges)
expect_that(df$edges, equals(df.e))
})
test_that("intersection of non-named graphs keeps attributes properly", {
set.seed(42)
g <- sample_gnp(10, 1 / 2)
g2 <- sample_gnp(10, 1 / 2)
E(g)$weight <- sample(ecount(g))
E(g2)$weight <- sample(ecount(g2))
gi <- intersection(g, g2)
rn <- function(D) {
rownames(D) <- paste(D[, 1], D[, 2], sep = "-")
D
}
df <- rn(as_data_frame(g))
df2 <- rn(as_data_frame(g2))
dfi <- rn(as_data_frame(gi))
expect_that(df[rownames(dfi), ], is_equivalent_to(dfi[, 1:3]))
expect_that(df2[rownames(dfi), ], is_equivalent_to(dfi[, c(1, 2, 4)]))
})
test_that("union of non-named graphs keeps attributes properly", {
set.seed(42)
g <- sample_gnp(10, 1 / 2)
g2 <- sample_gnp(10, 1 / 2)
E(g)$weight <- sample(ecount(g))
E(g2)$weight <- sample(ecount(g2))
gu <- graph.union(g, g2)
rn <- function(D) {
rownames(D) <- paste(D[, 1], D[, 2], sep = "-")
D
}
df <- rn(as_data_frame(g))
df2 <- rn(as_data_frame(g2))
dfu <- rn(as_data_frame(gu))
expect_that(dfu[rownames(df), 1:3], is_equivalent_to(df))
expect_that(dfu[rownames(df2), c(1, 2, 4)], is_equivalent_to(df2))
expect_that(
dfu[!rownames(dfu) %in% rownames(df), 3],
equals(rep(NA_real_, ecount(gu) - ecount(g)))
)
expect_that(
dfu[!rownames(dfu) %in% rownames(df2), 4],
equals(rep(NA_real_, ecount(gu) - ecount(g2)))
)
})
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