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@@ -1,14 +1,7 @@ |
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test.get.mass <- function() {
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smiles <- c("CCNC1=NC(NC(C)C)=NC(Cl)=N1", # normal atrazine, DTXSID9020112
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"[2H]N(CC)C1=NC(=NC(Cl)=N1)N([2H])C(C)C", #2H on implicit locations, DTXSID40892885
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"[2H]C([2H])([2H])C([2H])([2H])NC1=NC(Cl)=NC(NC(C)C)=N1", #d5, DTXSID20486781
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"CC[15NH]C1=NC(NC(C)C)=NC(Cl)=N1", #15N DTXSID40583908
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"OC1=C(Br)C(Br)=C(Br)C(Br)=C1Br", #pentabromophenol, DTXSID9022079
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"C[Se]CC[C@H](N)C(O)=O" # Selenium-L-methionine, DTXSID8046824
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)
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#atrzine
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m <- parse.smiles(smiles[1])[[1]]
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test.get.mass.atrazine <- function() {
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m <- parse.smiles("CCNC1=NC(NC(C)C)=NC(Cl)=N1")[[1]] # normal atrazine, DTXSID9020112
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f <- get.mol2formula(m)
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# Dashboard ref mass: 215.093773, 215.69
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#checkEquals(get.mass(m,type="total.exact"),215.0938, tolerance=1e-6) #currently NPE
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#checkEquals(get.mass(m,type="natural.exact"),215.6835, tolerance=1e-6) #currently NPE
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@@ -18,15 +11,18 @@ test.get.mass <- function() { |
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#fails with NPE right now
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#checkEquals(get.exact.mass(m),get.mass(m,type="total.exact"), tolerance=1e-6)
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#checkEquals(get.natural.mass(m),get.mass(m,type="natural.exact"), tolerance=1e-6)
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###formula testing
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checkEquals(get.mass(f,type="total.exact"),215.0938, tolerance=1e-6)
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#checkEquals(get.mass(f,type="natural.exact"),215.6835, tolerance=1e-6) #currently returns wrong mass
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checkEquals(get.mass(f,type="mass.number"),215, tolerance=1e-6) #215
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checkEquals(get.mass(f,type="major.isotope"),215.0938, tolerance=1e-6) #215.0938
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#checkEquals(get.mass(f,type="molecular.weight"),215.6835, tolerance=1e-6) #215.6835 # NPE
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}
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test.get.mass.deuterium.xchg <- function() {
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m <- parse.smiles("[2H]N(CC)C1=NC(=NC(Cl)=N1)N([2H])C(C)C")[[1]] #2H on implicit locations, DTXSID40892885
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#deuterium on exchangeable locations
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m <- parse.smiles(smiles[2])[[1]]
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# do.aromaticity(m)
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# do.typing(m)
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# do.isotopes(m)
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@@ -42,9 +38,11 @@ test.get.mass <- function() { |
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#checkEquals(get.natural.mass(m),get.mass(m,type="natural.exact"), tolerance=1e-6)
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#checkEquals(get.exact.mass(m),217.1063, tolerance=1e-6)
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#checkEquals(get.natural.mass(m),215.6835) #this is wrong! It should be 217.7something
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}
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test.get.mass.deuterium.fixed <- function() {
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m <- parse.smiles("[2H]C([2H])([2H])C([2H])([2H])NC1=NC(Cl)=NC(NC(C)C)=N1")[[1]] # #d5, DTXSID20486781
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#deuterium on fixed locations
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m <- parse.smiles(smiles[3])[[1]]
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# Dashboard ref mass: 220.125157, 220.72
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#checkEquals(get.mass(m,type="total.exact"),220.1252, tolerance=1e-6) #currently NPE
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#checkEquals(get.mass(m,type="natural.exact"),215.6835, tolerance=1e-6) #currently NPE - have to check mass
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@@ -56,9 +54,11 @@ test.get.mass <- function() { |
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#checkEquals(get.natural.mass(m),get.mass(m,type="natural.exact"), tolerance=1e-6)
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#checkEquals(get.exact.mass(m),220.1252, tolerance=1e-6)
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#checkEquals(get.natural.mass(m),215.6835) #this is wrong! It should be 220.7something
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}
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test.get.mass.atrazine15N <- function() {
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m <- parse.smiles("CC[15NH]C1=NC(NC(C)C)=NC(Cl)=N1")[[1]] #15N DTXSID40583908
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#15N-atrazine
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m <- parse.smiles(smiles[4])[[1]]
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# Dashboard ref mass: 216.090808, 216.68
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#checkEquals(get.mass(m,type="total.exact"),216.0908, tolerance=1e-6) #currently NPE
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#checkEquals(get.mass(m,type="natural.exact"),215.6835, tolerance=1e-6) #currently NPE - have to check mass
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@@ -70,9 +70,11 @@ test.get.mass <- function() { |
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#checkEquals(get.natural.mass(m),get.mass(m,type="natural.exact"), tolerance=1e-6)
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#checkEqualsNumeric(get.exact.mass(m),216.0908, tolerance=1e-6)
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#checkEquals(get.natural.mass(m),215.6835) #this is wrong! It should be 216.68something
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}
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test.get.mass.pentabromophenol<- function() {
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m <- parse.smiles("OC1=C(Br)C(Br)=C(Br)C(Br)=C1Br")[[1]] #pentabromophenol, DTXSID9022079
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#pentabromophenol, DTXSID9022079 - tricky as lots of Br shifts pattern
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m <- parse.smiles(smiles[5])[[1]]
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# Dashboard ref mass: 483.59443, 488.593
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#checkEquals(get.mass(m,type="total.exact"),483.5944, tolerance=1e-6) #currently NPE
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#checkEquals(get.mass(m,type="natural.exact"),488.5894, tolerance=1e-6) #currently NPE - have to check mass
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@@ -85,8 +87,9 @@ test.get.mass <- function() { |
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#checkEquals(get.exact.mass(m),483.5944, tolerance=1e-6)
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#checkEquals(get.natural.mass(m),488.5894, tolerance=1e-6)
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# Selenium-L-methionine, DTXSID8046824 - tricky as Se primary isotope not lowest mass
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m <- parse.smiles(smiles[6])[[1]]
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}
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test.get.mass.selenium <- function() {
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m <- parse.smiles("C[Se]CC[C@H](N)C(O)=O")[[1]] # Selenium-L-methionine, DTXSID8046824
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# Dashboard ref mass: 196.995501, 196.119
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#checkEquals(get.mass(m,type="total.exact"),196.9955, tolerance=1e-6) #currently NPE
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#checkEquals(get.mass(m,type="natural.exact"),196.1059, tolerance=1e-6) #currently NPE - have to check mass
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@@ -106,6 +109,4 @@ test.get.mass <- function() { |
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#checkEquals(get.mass(get.formula("C6H6"),type="molecular.weight"),78.114, tolerance=1e-6) #NPE
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checkEquals(get.mass(get.formula("C6H6"),type="mass.number"),78, tolerance=1e-6)
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checkEquals(get.mass(get.formula("C6H6"),type="major.isotope"),78.04695, tolerance=1e-6)
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}
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This comment has been minimized.
schymane commented onNov 29, 2018
68ddb0b
Thanks for separating this out ... one comment:
cdkr/rcdk/inst/unitTests/runit.mass.R
Line 105 in 68ddb0b
Looks like formula checks for benzene (or any C6H6) is still bundled into the test.get.mass.selenium?
Any progress/ideas on the cause of the NPEs?
Thanks for all the changes, in catch up mode as lots has happened (so sorry if I've missed something)!