Get summary information about the datasets hosted by the neuPrint server in which you are interested
neuprint_datasets(conn = NULL, ...)
neuprint_database(conn = NULL, ...)
neuprint_available(conn = NULL, ...)
neuprint_version(conn = NULL, ...)
conn  optional, a neuprintr connection object, which also specifies the
neuPrint server. If NULL, the defaults set in your


...  methods passed to 
# \donttest{
# list details for all the available datasets
neuprint_datasets()
#> $`hemibrain:v0.9`
#> $`hemibrain:v0.9`$`lastmod`
#> [1] "20190627 18:08:56"
#>
#> $`hemibrain:v0.9`$uuid
#> [1] "569625b31af845479fe4f13ff53f868e"
#>
#> $`hemibrain:v0.9`$ROIs
#> [1] "LH(R)" "PB(R2)" "bL(R)"
#> [4] "ALVP3(R)" "ALVP1d(R)" "CRE(L)"
#> [7] "ALDA1(R)" "ALVC3l(R)" "RUB(R)"
#> [10] "RUB(L)" "IB112" "ALDC1(R)"
#> [13] "ALVC3m(R)" "ALVL1(R)" "ALVM7d(L)"
#> [16] "ALDA2(L)" "NO" "NO2(L)"
#> [19] "AOTU(R)" "PB(L6)" "FBl5"
#> [22] "SLP(R)" "ALDC1(L)" "ALDM6(L)"
#> [25] "PB(R1)" "b'L(L)" "ALDC3(R)"
#> [28] "GC" "FBl3" "a3(R)"
#> [31] "ALD(L)" "CX" "PVLP(R)"
#> [34] "EBr2r4" "ALVA2(R)" "ALVA3(R)"
#> [37] "ALVA6(R)" "NO(R)" "ALDM3(L)"
#> [40] "ATL(R)" "CAN(R)" "PB(R4)"
#> [43] "ALDA4m(R)" "CA(L)" "b'2(R)"
#> [46] "AL(L)" "ALDL4(L)" "ALDM4(L)"
#> [49] "SIP(R)" "gL(R)" "OL(R)"
#> [52] "ALDL2d(R)" "EBr1" "ALDL2v(R)"
#> [55] "MB(R)" "ALDC2(R)" "ALVA1v(R)"
#> [58] "b'1(R)" "PB(L4)" "PB"
#> [61] "ALDA2(R)" "ALDP1m(R)" "ALVA5(R)"
#> [64] "ALVP4(R)" "NO1(R)" "b2(R)"
#> [67] "a'L(R)" "ALDL4(R)" "ALDM2(R)"
#> [70] "ALDP1l(R)" "PB(R7)" "SAD(AMMC)"
#> [73] "ALVL2a(R)" "VLNP(R)" "ROB(R)"
#> [76] "a'1(R)" "g5(R)" "FBl1"
#> [79] "AVLP(R)" "ICL(R)" "g2(R)"
#> [82] "ALDA3(L)" "EBr3d" "ALD(R)"
#> [85] "VMNP" "PB(R8)" "ALVA6(L)"
#> [88] "FBl7" "b1(R)" "LAL(R)"
#> [91] "PENP" "PB(L9)" "ALV(R)"
#> [94] "a'2(R)" "INP" "SNP(R)"
#> [97] "AME(R)" "ALDA4l(R)" "ALVM3(R)"
#> [100] "dACA(R)" "ALDL1(R)" "WED(R)"
#> [103] "NO(L)" "a'L(L)" "BU(R)"
#> [106] "EPA(R)" "ME(R)" "b'L(R)"
#> [109] "BU(L)" "SPS(L)" "ALDL5(R)"
#> [112] "SMP(L)" "IB" "ALVM2(R)"
#> [115] "NO3(R)" "LX(R)" "bL(L)"
#> [118] "GOR(R)" "ALVM7v(R)" "SIP(L)"
#> [121] "g4(R)" "a2(R)" "ALVA4(R)"
#> [124] "ALVC2(R)" "ALVL2p(R)" "PLP(R)"
#> [127] "ALVM7v(L)" "ALDL3(R)" "lACA(R)"
#> [130] "FB" "LO(R)" "ALVP2(R)"
#> [133] "mALT(L)" "PB(L3)" "ALVA7m(R)"
#> [136] "ALDM4(R)" "PB(L8)" "AL(R)"
#> [139] "ALVP1m(R)" "SCL(L)" "NO1(L)"
#> [142] "LAL(GA)(R)" "GF(R)" "ALVM5d(R)"
#> [145] "vACA(R)" "LAL(L)" "ALVC4(R)"
#> [148] "GOR(L)" "VES(R)" "AB(R)"
#> [151] "AMMC" "NO3(L)" "ALDA4m(L)"
#> [154] "ALDL5(L)" "SNP(L)" "LX(L)"
#> [157] "GNG" "ALDM5(R)" "hemibrain"
#> [160] "ALDA3(R)" "ALVM5v(R)" "ALVM7d(R)"
#> [163] "ALVP1l(R)" "SMP(R)" "a'3(R)"
#> [166] "NO2(R)" "EBr5" "ALDM1(L)"
#> [169] "ICL(L)" "g1(R)" "FBl4"
#> [172] "ALVP5(R)" "ALDC2(L)" "FBl2"
#> [175] "FBl6" "ALVC1(R)" "FLA(R)"
#> [178] "FBl8" "ALDM1(R)" "PB(R5)"
#> [181] "CRE(ROB,RUB)(R)" "CRE(R)" "ALDM3(R)"
#> [184] "PB(L5)" "MB(+ACA)(R)" "SPS(R)"
#> [187] "mALT(R)" "SCL(R)" "ALDM5(L)"
#> [190] "GA(R)" "EB" "aL(L)"
#> [193] "PED(R)" "PB(R9)" "ALDC4(R)"
#> [196] "ALVM4(R)" "EBr6" "EBr3am"
#> [199] "PB(L1)" "PB(R3)" "ALVM1(R)"
#> [202] "LOP(R)" "FBl9" "EBr3pw"
#> [205] "AOT(R)" "ALDM2(L)" "PRW"
#> [208] "gL(L)" "AB(L)" "g3(R)"
#> [211] "CA(R)" "ALVA1d(R)" "aL(R)"
#> [214] "ATL(L)" "ALDM6(R)" "MB(L)"
#> [217] "CRE(RUB)(L)" "ALVA7l(R)" "PB(L2)"
#> [220] "SAD" "FBcolumn3" "IPS(R)"
#> [223] "POC" "PB(R6)" "ALVC5(R)"
#> [226] "ALDP1m(L)" "PB(L7)" "EPA(L)"
#> [229] "VES(L)" "a1(R)" "ALDC4(L)"
#>
#> $`hemibrain:v0.9`$superLevelROIs
#> [1] "ME(R)" "AME(R)" "LO(R)" "LOP(R)" "CA(R)" "CA(L)" "PED(R)"
#> [8] "a'L(R)" "a'L(L)" "aL(R)" "aL(L)" "gL(R)" "gL(L)" "b'L(R)"
#> [15] "b'L(L)" "bL(R)" "bL(L)" "FB" "AB(R)" "AB(L)" "EB"
#> [22] "PB" "NO" "BU(R)" "BU(L)" "LAL(R)" "LAL(L)" "AOTU(R)"
#> [29] "AVLP(R)" "PVLP(R)" "PLP(R)" "WED(R)" "LH(R)" "SLP(R)" "SIP(R)"
#> [36] "SIP(L)" "SMP(R)" "SMP(L)" "CRE(R)" "CRE(L)" "SCL(R)" "SCL(L)"
#> [43] "ICL(R)" "ICL(L)" "IB" "ATL(R)" "ATL(L)" "AL(R)" "AL(L)"
#> [50] "VES(R)" "VES(L)" "EPA(R)" "EPA(L)" "GOR(R)" "GOR(L)" "SPS(R)"
#> [57] "SPS(L)" "IPS(R)" "SAD" "FLA(R)" "CAN(R)" "PRW" "GNG"
#>
#> $`hemibrain:v0.9`$info
#> [1] "https://www.janelia.org/projectteam/flyem/hemibrain"
#>
#>
#> $`hemibrain:v1.0.1`
#> $`hemibrain:v1.0.1`$`lastmod`
#> [1] "20191220T23:11:02"
#>
#> $`hemibrain:v1.0.1`$uuid
#> [1] "52a13328874c4bb7b15dc4280da26576"
#>
#> $`hemibrain:v1.0.1`$ROIs
#> [1] "PB(R5)" "IB" "mALT(R)"
#> [4] "g2(R)" "NO1(R)" "FBl1"
#> [7] "FBl9" "AME(R)" "PB(L2)"
#> [10] "CRE(ROB,RUB)(R)" "PB(R9)" "PB(L9)"
#> [13] "FBl2" "AOT(R)" "PB(L3)"
#> [16] "WED(R)" "b'L(R)" "SAD(AMMC)"
#> [19] "LAL(GA)(R)" "LH(R)" "PB(L4)"
#> [22] "LAL(R)" "AB(L)" "BU(L)"
#> [25] "VMNP" "SNP(R)" "EPA(R)"
#> [28] "SIP(R)" "ICL(L)" "LOP(R)"
#> [31] "bL(R)" "AMMC" "NO3(R)"
#> [34] "EBr5" "a'2(R)" "LO(R)"
#> [37] "NO2(R)" "INP" "ME(R)"
#> [40] "g1(R)" "vACA(R)" "SPS(R)"
#> [43] "FB" "EBr2r4" "g4(R)"
#> [46] "BU(R)" "PLP(R)" "EBr3d"
#> [49] "EPA(L)" "EB" "mALT(L)"
#> [52] "SMP(L)" "dACA(R)" "PB(L8)"
#> [55] "CAN(R)" "AL(R)" "PB"
#> [58] "PB(L7)" "PB(R4)" "b'L(L)"
#> [61] "PB(R6)" "SAD" "gL(R)"
#> [64] "SNP(L)" "FBl4" "VLNP(R)"
#> [67] "VES(L)" "GA(R)" "GOR(L)"
#> [70] "FBl8" "AB(R)" "GNG"
#> [73] "GOR(R)" "g3(R)" "gL(L)"
#> [76] "FBl5" "FBl7" "a1(R)"
#> [79] "PB(R2)" "ICL(R)" "LX(L)"
#> [82] "MB(R)" "POC" "RUB(R)"
#> [85] "LAL(L)" "PED(R)" "b2(R)"
#> [88] "CRE(L)" "g5(R)" "SLP(R)"
#> [91] "NO2(L)" "PB(L1)" "NO(R)"
#> [94] "PVLP(R)" "ATL(R)" "OL(R)"
#> [97] "b'2(R)" "aL(R)" "MB(L)"
#> [100] "a'L(R)" "bL(L)" "FBl3"
#> [103] "FLA(R)" "MB(+ACA)(R)" "PB(R3)"
#> [106] "SCL(R)" "a'L(L)" "AOTU(R)"
#> [109] "SIP(L)" "GC" "AL(L)"
#> [112] "PENP" "SPS(L)" "PB(R8)"
#> [115] "VES(R)" "hemibrain" "PB(R7)"
#> [118] "CRE(R)" "AVLP(R)" "aL(L)"
#> [121] "a'3(R)" "a2(R)" "PRW"
#> [124] "NO3(L)" "b'1(R)" "PB(L5)"
#> [127] "PB(L6)" "EBr3pw" "NO1(L)"
#> [130] "NO" "a'1(R)" "RUB(L)"
#> [133] "CX" "NO(L)" "ATL(L)"
#> [136] "LX(R)" "ROB(R)" "PB(R1)"
#> [139] "FBl6" "CA(R)" "IPS(R)"
#> [142] "CA(L)" "GF(R)" "EBr1"
#> [145] "EBr6" "b1(R)" "SMP(R)"
#> [148] "EBr3am" "lACA(R)" "a3(R)"
#> [151] "SCL(L)"
#>
#> $`hemibrain:v1.0.1`$superLevelROIs
#> [1] "ME(R)" "AME(R)" "LO(R)" "LOP(R)" "CA(R)" "CA(L)" "PED(R)"
#> [8] "a'L(R)" "a'L(L)" "aL(R)" "aL(L)" "gL(R)" "gL(L)" "b'L(R)"
#> [15] "b'L(L)" "bL(R)" "bL(L)" "FB" "AB(R)" "AB(L)" "EB"
#> [22] "PB" "NO" "BU(R)" "BU(L)" "LAL(R)" "LAL(L)" "AOTU(R)"
#> [29] "AVLP(R)" "PVLP(R)" "PLP(R)" "WED(R)" "LH(R)" "SLP(R)" "SIP(R)"
#> [36] "SIP(L)" "SMP(R)" "SMP(L)" "CRE(R)" "CRE(L)" "SCL(R)" "SCL(L)"
#> [43] "ICL(R)" "ICL(L)" "IB" "ATL(R)" "ATL(L)" "AL(R)" "AL(L)"
#> [50] "VES(R)" "VES(L)" "EPA(R)" "EPA(L)" "GOR(R)" "GOR(L)" "SPS(R)"
#> [57] "SPS(L)" "IPS(R)" "SAD" "FLA(R)" "CAN(R)" "PRW" "GNG"
#>
#> $`hemibrain:v1.0.1`$info
#> [1] "https://www.janelia.org/projectteam/flyem/hemibrain"
#>
#>
#> $`hemibrain:v1.1`
#> $`hemibrain:v1.1`$`lastmod`
#> [1] "20200530 10:36:36"
#>
#> $`hemibrain:v1.1`$uuid
#> [1] "20631f94c3f446d7864bc55bf515706e"
#>
#> $`hemibrain:v1.1`$ROIs
#> [1] "INP" "ALDL2d(R)" "ALDL4(R)"
#> [4] "ALVC3l(R)" "ALDL5(L)" "PB(R1)"
#> [7] "gL(R)" "b'1(R)" "PB(L5)"
#> [10] "mALT(L)" "PED(R)" "ALVC4(R)"
#> [13] "PB(R2)" "PB(L4)" "PB"
#> [16] "FBl2" "ATL(R)" "VES(L)"
#> [19] "NO1(L)" "SNP(L)" "aL(R)"
#> [22] "FBl1" "ALVM7d(R)" "ME(R)"
#> [25] "a'L(L)" "ALDC1(L)" "ALDC3(R)"
#> [28] "ALVA6(R)" "g2(R)" "PB(R8)"
#> [31] "LAL(R)" "PB(R6)" "PB(L1)"
#> [34] "FBl9" "ICL(R)" "LAL(GA)(R)"
#> [37] "ALDP1m(L)" "LAL(L)" "ALDM5(L)"
#> [40] "ALDC1(R)" "SNP(R)" "VES(R)"
#> [43] "PVLP(R)" "FBl6" "ALVM1(R)"
#> [46] "PB(L2)" "EBr1" "NO1(R)"
#> [49] "AB(L)" "AOTU(R)" "ALVM3(R)"
#> [52] "CAN(R)" "AOT(R)" "EBr3am"
#> [55] "mALT(R)" "EB" "EBr3pw"
#> [58] "g5(R)" "IPS(R)" "LX(L)"
#> [61] "IB" "ALDA3(L)" "ALDL4(L)"
#> [64] "NO3(R)" "ALVM7d(L)" "NO(R)"
#> [67] "NO2(L)" "ALDP1m(R)" "ALVL1(R)"
#> [70] "GF(R)" "FBcolumn3" "PB(R4)"
#> [73] "GNG" "ALDL5(R)" "RUB(R)"
#> [76] "ALVM7v(L)" "CRE(L)" "ALVP3(R)"
#> [79] "GA(R)" "vACA(R)" "MB(+ACA)(R)"
#> [82] "ALVA7l(R)" "ALV(R)" "PB(R7)"
#> [85] "gL(L)" "ALVP1d(R)" "WED(R)"
#> [88] "ALDA1(R)" "PLP(R)" "PB(L6)"
#> [91] "bL(L)" "PRW" "g1(R)"
#> [94] "ALDM3(R)" "SMP(L)" "SAD(AMMC)"
#> [97] "ALDM1(R)" "ALVC1(R)" "AME(R)"
#> [100] "ALDA3(R)" "FBl5" "b1(R)"
#> [103] "NO2(R)" "ALVA1d(R)" "ALDM1(L)"
#> [106] "SIP(R)" "aL(L)" "ALVA5(R)"
#> [109] "CRE(ROB,RUB)(R)" "EBr2r4" "NO3(L)"
#> [112] "ALVA7m(R)" "ALVC3m(R)" "NO(L)"
#> [115] "ALVA2(R)" "GOR(L)" "LX(R)"
#> [118] "PB(R9)" "ALDP1l(R)" "GC"
#> [121] "PB(L8)" "FBl3" "ALVL2p(R)"
#> [124] "b'L(R)" "ALDA4m(R)" "ALVP4(R)"
#> [127] "PB(R5)" "PB(L3)" "SPS(R)"
#> [130] "ALVP1l(R)" "a'3(R)" "EBr6"
#> [133] "FBl7" "ALDA2(R)" "EPA(L)"
#> [136] "RUB(L)" "ALVM5v(R)" "ALVM7v(R)"
#> [139] "AMMC" "SIP(L)" "a3(R)"
#> [142] "dACA(R)" "ALDM4(R)" "g3(R)"
#> [145] "a2(R)" "FLA(R)" "GOR(R)"
#> [148] "SCL(L)" "PENP" "CA(R)"
#> [151] "AVLP(R)" "b'L(L)" "ALDL3(R)"
#> [154] "ALDA4m(L)" "ALVA6(L)" "BU(R)"
#> [157] "ALVA1v(R)" "g4(R)" "FBl4"
#> [160] "ALDL2v(R)" "ALDC2(L)" "ALDC4(R)"
#> [163] "ALDA2(L)" "ALD(L)" "LO(R)"
#> [166] "ALD(R)" "lACA(R)" "EBr3d"
#> [169] "SCL(R)" "ALDC2(R)" "ALDM6(R)"
#> [172] "ALVC2(R)" "ALVL2a(R)" "VMNP"
#> [175] "a'1(R)" "AB(R)" "ALVM2(R)"
#> [178] "ALVP1m(R)" "hemibrain" "SPS(L)"
#> [181] "ALVP2(R)" "CA(L)" "FBl8"
#> [184] "ALVA3(R)" "CRE(RUB)(L)" "ALDL1(R)"
#> [187] "ALDM5(R)" "ALVM4(R)" "ATL(L)"
#> [190] "CX" "CRE(R)" "BU(L)"
#> [193] "NO" "SLP(R)" "a'L(R)"
#> [196] "ALDM6(L)" "ICL(L)" "b'2(R)"
#> [199] "ALDM4(L)" "bL(R)" "MB(R)"
#> [202] "ALDM2(R)" "ALVM5d(R)" "ALVP5(R)"
#> [205] "a'2(R)" "PB(R3)" "PB(L7)"
#> [208] "AL(R)" "ALVA4(R)" "LOP(R)"
#> [211] "a1(R)" "SAD" "FB"
#> [214] "LH(R)" "POC" "SMP(R)"
#> [217] "b2(R)" "ALDM2(L)" "MB(L)"
#> [220] "ALDM3(L)" "ALDC4(L)" "PB(L9)"
#> [223] "VLNP(R)" "EPA(R)" "ALVC5(R)"
#> [226] "ROB(R)" "OL(R)" "ALDA4l(R)"
#> [229] "EBr5" "AL(L)"
#>
#> $`hemibrain:v1.1`$superLevelROIs
#> [1] "ME(R)" "AME(R)" "LO(R)" "LOP(R)" "CA(R)" "CA(L)" "PED(R)"
#> [8] "a'L(R)" "a'L(L)" "aL(R)" "aL(L)" "gL(R)" "gL(L)" "b'L(R)"
#> [15] "b'L(L)" "bL(R)" "bL(L)" "FB" "AB(R)" "AB(L)" "EB"
#> [22] "PB" "NO" "BU(R)" "BU(L)" "LAL(R)" "LAL(L)" "AOTU(R)"
#> [29] "AVLP(R)" "PVLP(R)" "PLP(R)" "WED(R)" "LH(R)" "SLP(R)" "SIP(R)"
#> [36] "SIP(L)" "SMP(R)" "SMP(L)" "CRE(R)" "CRE(L)" "SCL(R)" "SCL(L)"
#> [43] "ICL(R)" "ICL(L)" "IB" "ATL(R)" "ATL(L)" "AL(R)" "AL(L)"
#> [50] "VES(R)" "VES(L)" "EPA(R)" "EPA(L)" "GOR(R)" "GOR(L)" "SPS(R)"
#> [57] "SPS(L)" "IPS(R)" "SAD" "FLA(R)" "CAN(R)" "PRW" "GNG"
#>
#> $`hemibrain:v1.1`$info
#> [1] "https://www.janelia.org/projectteam/flyem/hemibrain"
#>
#>
#> $`hemibrain:v1.2`
#> $`hemibrain:v1.2`$`lastmod`
#> [1] "20201205 21:53:59"
#>
#> $`hemibrain:v1.2`$uuid
#> [1] "31597d95bd844060b0ccc928a1a8a0a4"
#>
#> $`hemibrain:v1.2`$ROIs
#> [1] "SPS(R)" "ME(R)" "ALDC2(L)"
#> [4] "ALVM5d(R)" "PB(R6)" "FLA(R)"
#> [7] "gL(R)" "CRE(RUB)(L)" "LAL(R)"
#> [10] "ALDC2(R)" "ALVC4(R)" "ALVP5(R)"
#> [13] "ALVC3l(R)" "ALVP2(R)" "a'2(R)"
#> [16] "AOT(R)" "b1(R)" "bL(R)"
#> [19] "ALDL1(R)" "ALDM2(R)" "ALVA3(R)"
#> [22] "PB(L2)" "a1(R)" "NO1(L)"
#> [25] "EPA(L)" "b'L(L)" "mALT(L)"
#> [28] "GF(R)" "NO" "FBl6"
#> [31] "SAD" "FB" "ATL(R)"
#> [34] "ALDP1m(L)" "ALDA3(R)" "dACA(R)"
#> [37] "PB(L8)" "ALDM2(L)" "LO(R)"
#> [40] "ALDL2v(R)" "ALVA4(R)" "AMMC"
#> [43] "FBl7" "IB" "ALDL5(L)"
#> [46] "a'1(R)" "INP" "ALVL2p(R)"
#> [49] "g1(R)" "VMNP" "AL(L)"
#> [52] "PB(L6)" "VES(L)" "NO(R)"
#> [55] "IPS(R)" "ALDC4(R)" "SMP(R)"
#> [58] "PRW" "EPA(R)" "ALDL4(R)"
#> [61] "ALVM3(R)" "LX(R)" "ALDA4m(L)"
#> [64] "PB(L9)" "PB(R4)" "MB(L)"
#> [67] "SLP(R)" "ALDM4(R)" "ALDP1l(R)"
#> [70] "ALDM4(L)" "FBl4" "PB(R3)"
#> [73] "ALDP1m(R)" "bL(L)" "FBl5"
#> [76] "RUB(R)" "vACA(R)" "SPS(L)"
#> [79] "ROB(R)" "GOR(R)" "EB"
#> [82] "ALVP1d(R)" "b2(R)" "LAL(L)"
#> [85] "OL(R)" "EBr3d" "ALDM5(L)"
#> [88] "CAN(R)" "NO2(L)" "SIP(R)"
#> [91] "PB(R9)" "ALDC3(R)" "CX"
#> [94] "SIP(L)" "g5(R)" "LX(L)"
#> [97] "ALVA1d(R)" "ALVA6(R)" "ALDM5(R)"
#> [100] "SCL(R)" "EBr2r4" "a'L(R)"
#> [103] "g4(R)" "FBl2" "GNG"
#> [106] "ALDL5(R)" "SCL(L)" "b'L(R)"
#> [109] "NO3(L)" "MB(+ACA)(R)" "a'L(L)"
#> [112] "ALDM6(R)" "VLNP(R)" "PB(R5)"
#> [115] "mALT(R)" "ALDM3(L)" "PB(L3)"
#> [118] "FBcolumn3" "ALVL2a(R)" "LAL(GA)(R)"
#> [121] "g2(R)" "LH(R)" "ALVM7d(R)"
#> [124] "g3(R)" "PB(L7)" "aL(L)"
#> [127] "ALDL3(R)" "ALVL1(R)" "ALVP1l(R)"
#> [130] "a2(R)" "PB" "ALVM5v(R)"
#> [133] "GC" "RUB(L)" "a3(R)"
#> [136] "NO(L)" "ALDA2(R)" "ALDC4(L)"
#> [139] "ALDM1(L)" "NO2(R)" "ALVA1v(R)"
#> [142] "CA(L)" "GA(R)" "lACA(R)"
#> [145] "ALVA6(L)" "AVLP(R)" "b'2(R)"
#> [148] "hemibrain" "SNP(L)" "ALDA4m(R)"
#> [151] "ALD(R)" "ALVP1m(R)" "PENP"
#> [154] "CA(R)" "AB(R)" "WED(R)"
#> [157] "PB(R2)" "PED(R)" "ALDC1(L)"
#> [160] "EBr3pw" "FBl3" "PB(L5)"
#> [163] "BU(L)" "BU(R)" "VES(R)"
#> [166] "ALDA1(R)" "SNP(R)" "ALDL4(L)"
#> [169] "PB(L4)" "NO1(R)" "PB(R8)"
#> [172] "ALDM6(L)" "ALVA2(R)" "ALVP3(R)"
#> [175] "PB(L1)" "PVLP(R)" "ALVA7l(R)"
#> [178] "ALDA3(L)" "ALDA4l(R)" "ALVM4(R)"
#> [181] "EBr3am" "EBr5" "CRE(L)"
#> [184] "FBl9" "ALVC1(R)" "ALVC3m(R)"
#> [187] "ALVM2(R)" "CRE(ROB,RUB)(R)" "ICL(L)"
#> [190] "FBl8" "aL(R)" "PLP(R)"
#> [193] "ICL(R)" "NO3(R)" "ALVM7v(L)"
#> [196] "AME(R)" "ALDL2d(R)" "ALDM3(R)"
#> [199] "ALVC5(R)" "POC" "EBr6"
#> [202] "LOP(R)" "SMP(L)" "ALDA2(L)"
#> [205] "ALD(L)" "SAD(AMMC)" "AL(R)"
#> [208] "ALDM1(R)" "ALV(R)" "ALVP4(R)"
#> [211] "ATL(L)" "PB(R1)" "ALVM7v(R)"
#> [214] "AB(L)" "GOR(L)" "MB(R)"
#> [217] "ALVC2(R)" "ALVM1(R)" "EBr1"
#> [220] "ALDC1(R)" "b'1(R)" "a'3(R)"
#> [223] "CRE(R)" "ALVM7d(L)" "FBl1"
#> [226] "ALVA5(R)" "AOTU(R)" "PB(R7)"
#> [229] "gL(L)" "ALVA7m(R)"
#>
#> $`hemibrain:v1.2`$superLevelROIs
#> [1] "ME(R)" "AME(R)" "LO(R)" "LOP(R)" "CA(R)" "CA(L)" "PED(R)"
#> [8] "a'L(R)" "a'L(L)" "aL(R)" "aL(L)" "gL(R)" "gL(L)" "b'L(R)"
#> [15] "b'L(L)" "bL(R)" "bL(L)" "FB" "AB(R)" "AB(L)" "EB"
#> [22] "PB" "NO" "BU(R)" "BU(L)" "LAL(R)" "LAL(L)" "AOTU(R)"
#> [29] "AVLP(R)" "PVLP(R)" "PLP(R)" "WED(R)" "LH(R)" "SLP(R)" "SIP(R)"
#> [36] "SIP(L)" "SMP(R)" "SMP(L)" "CRE(R)" "CRE(L)" "SCL(R)" "SCL(L)"
#> [43] "ICL(R)" "ICL(L)" "IB" "ATL(R)" "ATL(L)" "AL(R)" "AL(L)"
#> [50] "VES(R)" "VES(L)" "EPA(R)" "EPA(L)" "GOR(R)" "GOR(L)" "SPS(R)"
#> [57] "SPS(L)" "IPS(R)" "SAD" "FLA(R)" "CAN(R)" "PRW" "GNG"
#>
#> $`hemibrain:v1.2`$info
#> [1] "https://www.janelia.org/projectteam/flyem/hemibrain"
#>
#>
# }
# \donttest{
# list API endpoints
head(neuprint_available())
#> method path
#> [1,] "HEAD" "/api/*"
#> [2,] "PROPFIND" "/api/*"
#> [3,] "GET" "/api/npexplorer/findneurons"
#> [4,] "GET" "/api/v:ver/raw/keyvalue/key/:instance/:key"
#> [5,] "POST" "/api/v:ver/npexplorer/rankedtable"
#> [6,] "POST" "/api/v:ver/skeletons/skeleton/:dataset/:id"
#> name
#> [1,] "github.com/labstack/echo.glob..func1"
#> [2,] "github.com/labstack/echo.glob..func1"
#> [3,] "github.com/connectomeneuprint/neuPrintHTTP/api/npexplorer.(*cypherAPI).getFindNeuronsfm"
#> [4,] "github.com/connectomeneuprint/neuPrintHTTP/api.CheckVersion.func1"
#> [5,] "github.com/connectomeneuprint/neuPrintHTTP/api.CheckVersion.func1"
#> [6,] "github.com/connectomeneuprint/neuPrintHTTP/api.CheckVersion.func1"
# }
# \donttest{
neuprint_version()
#> $Version
#> [1] "0.1.0"
#>
# }