Template:Chem2/testcases

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This is the template test cases page for the sandbox of Template:Chem2. Script error: No such module "Purge". to update the examples.
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from Doc

Symbol	Gives	Example	Output
`\s`	−	`{{chem2\|CH3\sCH3}}`	CH 3−CH 3
`\d`	=	`{{chem2\|CH2\dCH2}}`	CH 2=CH 2
`\t`	≡	`{{chem2\|HC\tCH}}`	HC≡CH
`\q`	≣	`{{chem2\|[Cl4Re\qReCl4](2−)\|}}`	[Cl 4Re≣ReCl 4]²⁻
`\-`	-
`\\`	\
`\h`	η
`\h{1}`	η¹-
`\m{1}`	μ¹-
`->`	→	`{{chem2\|2H2 + O2 -> 2H2O}}`	2H 2 + O 2 → 2H 2O
`<->`	⇌
`*`	·	`{{chem2\|CoCl2*6H2O}}`	CoCl 2·6H₂O
`\*`	*	`{{chem2\|Cp\*2Fe}}`	Cp* 2Fe
`_{}`		`{{chem2\|CH4_{(g)}\|}}` ^*	CH 4 (g)
`^{}`		`{{chem2\|^{13}CH4}}`	13 CH 4
`∇`	∇	`{{chem2\|∇}}`	∇

^ If the last character of the template input is }, MediaWiki will confuse it with the end-of-template tag }}. Adding | between the two resolves this ambiguity. Other options include instead inserting (space), {{null}} or <nowiki/>.

Formulas (without charge) are just written. Eg.:

{{chem2|CH3(CH2)5CH3}} gives CH
3(CH
2)
5CH
3
{{chem2|Fe3S2(CO)9}} gives Fe
3S
2(CO)
9
{{chem2|C_{''n''}H_{2''n''+2}|}} gives C
nH
2n+2

Charges are written inside parenthesis, otherwise its treated as +1 or −1, e.g.:

{{chem2|Na+}} gives Na+
{{chem2|O2-}} gives O−
2 but can be written as {{chem2|O2(-)}} too.
{{chem2|SO4(2-)}} gives SO2−
4
{{chem2|S19(2+)}} gives S2+
19

Chemical equations can be written too. E.g.:

{{chem2|2 S + 3 O2 + 2 H2O -> 2 H2SO4}} gives 2 S + 3 O
2 + 2 H
2O → 2 H
2SO
4
{{chem2|2S + 3O2 + 2H2O -> 2H2SO4}} gives 2S + 3O
2 + 2H
2O → 2H
2SO
4

The arrows can be written as -> or just →. All characters (and unicode markup) are valid input except \, = (Mediawiki use it), _ and - (endash etc.)

{{chem2|2 H2_{(g)} + O2_{(g)} -> 2H2O_{(g)}|}} gives 2 H
2
(g) + O
2
(g) → 2H
2O
(g)
{{chem2|NH2RCHCO2H <-> NH3+RCHCO2-}} gives NH
2RCHCO
2H ⇌ NH+
3RCHCO−
2

Hapticity and mu:

{{chem2|W(CO)3(PiPr3)2(\h{2}\-H2)}} gives W(CO)
3(PiPr
3)
2(η²--H
2)
{{chem2|auto=yes|W(CO)3(PiPr3)2(\h{2}\-H2)}} gives W(C O)
3(PiPr
3)
2(η²--H
2)

Links: Use link=<wiki page> or ordinary wiki link ([[ and ]]), e.g.:

{{chem2|link=Iron(III) chloride|FeCl3}} gives FeCl
3
{{chem2|3[[hydrogen|H2]] + 2[[nitrogen|N2]] <-> 2[[ammonia|NH3]]}} gives 3H
2 + 2N
2 ⇌ 2NH
3

Auto links: Automatic link elements: Use auto=<something> (e.g. yes):

{{chem2|auto=yes|CH3CH2CH3CBrFCIClCH3}} gives C H
3CH
2CH
3CBr FCI ClCH
3

All /sandbox

{{Chems/sandbox}}

Symbol	Gives	Example	Output
`\s`	−	`{{chem2/sandbox\|CH3\sCH3}}`	CH 3−CH 3
`\d`	=	`{{chem2/sandbox\|CH2\dCH2}}`	CH 2=CH 2
`\t`	≡	`{{chem2/sandbox\|HC\tCH}}`	HC≡CH
`\q`	≣	`{{chem2/sandbox\|[Cl4Re\qReCl4](2−)\|}}`	[Cl 4Re≣ReCl 4]²⁻
`\-`	-
`\\`	\
`\h`	η
`\h{1}`	η¹-
`\m{1}`	μ¹-
`->`	→	`{{chem2/sandbox\|2H2 + O2 -> 2H2O}}`	2H 2 + O 2 → 2H 2O
`<->`	⇌
`*`	·	`{{chem2/sandbox\|CoCl2*6H2O}}`	CoCl 2·6H₂O
`\*`	*	`{{chem2/sandbox\|Cp\*2Fe}}`	Cp* 2Fe
`_{}`		`{{chem2/sandbox\|CH4_{(g)}\|}}` ^*	CH 4 (g)
`^{}`		`{{chem2/sandbox\|^{13}CH4}}`	13 CH 4
`∇`	∇	`{{chem2/sandbox\|∇}}`	∇

^ If the last character of the template input is }, MediaWiki will confuse it with the end-of-template tag }}. Adding | between the two resolves this ambiguity. Other options include instead inserting (space), {{null}} or <nowiki/>.

Formulas (without charge) are just written. Eg.:

{{chem2/sandbox|CH3(CH2)5CH3}} gives CH
3(CH
2)
5CH
3
{{chem2/sandbox|Fe3S2(CO)9}} gives Fe
3S
2(CO)
9
{{chem2/sandbox|C_{''n''}H_{2''n''+2}|}} gives C
nH
2n+2

Charges are written inside parenthesis, otherwise its treated as +1 or −1, e.g.:

{{chem2/sandbox|Na+}} gives Na+
{{chem2/sandbox|O2-}} gives O−
2 but can be written as {{chem2/sandbox|O2(-)}} too.
{{chem2/sandbox|SO4(2-)}} gives SO2−
4
{{chem2/sandbox|S19(2+)}} gives S2+
19

Chemical equations can be written too. E.g.:

{{chem2/sandbox|2 S + 3 O2 + 2 H2O -> 2 H2SO4}} gives 2 S + 3 O
2 + 2 H
2O → 2 H
2SO
4
{{chem2/sandbox|2S + 3O2 + 2H2O -> 2H2SO4}} gives 2S + 3O
2 + 2H
2O → 2H
2SO
4

The arrows can be written as -> or just →. All characters (and unicode markup) are valid input except \, = (Mediawiki use it), _ and - (endash etc.)

{{chem2/sandbox|2 H2_{(g)} + O2_{(g)} -> 2H2O_{(g)}|}} gives 2 H
2
(g) + O
2
(g) → 2H
2O
(g)
{{chem2/sandbox|NH2RCHCO2H <-> NH3+RCHCO2-}} gives NH
2RCHCO
2H ⇌ NH+
3RCHCO−
2

Hapticity and mu:

{{chem2/sandbox|W(CO)3(PiPr3)2(\h{2}\-H2)}} gives W(CO)
3(PiPr
3)
2(η²--H
2)
{{chem2/sandbox|auto=yes|W(CO)3(PiPr3)2(\h{2}\-H2)}} gives W(C O)
3(PiPr
3)
2(η²--H
2)

Links: Use link=<wiki page> or ordinary wiki link ([[ and ]]), e.g.:

{{chem2/sandbox|link=Iron(III) chloride|FeCl3}} gives FeCl
3
{{chem2/sandbox|3[[hydrogen|H2]] + 2[[nitrogen|N2]] <-> 2[[ammonia|NH3]]}} gives 3H
2 + 2N
2 ⇌ 2NH
3

Auto links: Automatic link elements: Use auto=<something> (e.g. yes):

{{chem2/sandbox|auto=yes|CH3CH2CH3CBrFCIClCH3}} gives C H
3CH
2CH
3CBr FCI ClCH
3

Examples

{{chem2/sandbox|[Cl4Re\qReCl4](2−)|}} gives [Cl
4Re≣ReCl
4]²⁻
{{chem2/sandbox|[Cl4Re\qReCl4](2-)|}} gives [Cl
4Re≣ReCl
4]²⁻
{{chem2/sandbox|NH2RCHCO2H <-> NH3+RCHCO2−}} gives NH
2RCHCO
2H ⇌ NH+
3RCHCO−
2

{{chem2/sandbox|\\hallo}} gives \hallo
{{chem2/sandbox|H3CC\tCH <-> H2C\dC\dCH2}} gives H
3CC≡CH ⇌ H
2C=C=CH
2
{{chem2/sandbox|4 NH3 + 5 O2 -> 4 NO + 6 H2O}} gives 4 NH
3 + 5 O
2 → 4 NO + 6 H
2O

"H2O → H2O" is H
2O → H
2O
"H2O_{(l)} -> H2O_{(g)}" is H
2O
(l) → H
2O
(g)

"4 NH3 + 5 O2 → 4 NO + 6 H2O" is 4 NH
3 + 5 O
2 → 4 NO + 6 H
2O
" 4 NH3 + 5 O2 → 4 NO + 6 H2O" is 4 NH
3 + 5 O
2 → 4 NO + 6 H
2O
" 4NH3 + 5O2 → 4NO + 6H2O" is 4NH
3 + 5O
2 → 4NO + 6H
2O
" 2Mn2(+)" is 2Mn+
2
" 2Mn2(+) + 3H2O" is 2Mn+
2 + 3H
2O
Mn– is Mn−

Mn2(2-) is Mn2−
2
Mn2☃+ is Mn
2☃+
, Mn2(2–) is Mn2−
2, Mn2(2☃–) is Mn
2(
2☃−
)
Mn2(+) is Mn+
2
Mn2+ is Mn+
2
Mn2(-) is Mn−
2
Mn2- is Mn−
2

{{chem2/sandbox|C_{''n''}H_{2''n'' + 2}|}} gives C
nH
2n + 2
{{chem2/sandbox|C_{abc}|}} gives C
abc
(chem gives C
_nH
_2n + 2)
{{chem2/sandbox|CoCl2*1.5H2O}} gives CoCl
2·1.5H₂O
Mn22– is Mn−
22
Cu2C2*H2O is Cu
2C
2·H₂O

Special

{{chem2/sandbox|[Me2Al(\m{2}Me)]2}} gives [Me
2Al(μ²-Me)]
2
{{chem2/sandbox|^{13}CO2}} gives 13
CO
2
{{chem2/sandbox|auto=yes|^{13}CO2}} gives 13
C O
2
{{chem2/sandbox|\h{5}(C5H5)2TiCl2}} gives η⁵-(C
5H
5)
2TiCl
2
{{chem2/sandbox|\h{5}\s(C5H5)}} gives η⁵-−(C
5H
5)
{{chem2/sandbox|CH2\dCH2\sCH2\sC\tCH\qMn}} is CH
2=CH
2−CH
2−C≡CH≣Mn

{{chem2/sandbox|RC(OR’)3}} gives RC(OR’)
3
{{chem2/sandbox|C\\C}} gives C\C
{{chem2/sandbox|C2*NH3}} gives C
2·NH
3
{{chem2/sandbox|C2*2NH3}} gives C
2·2NH
3
{{chem2/sandbox|C1.2H3.5}} gives C
1.2H
3.5

{{chem2/sandbox|12|6|C}} is 12
{{chem2/sandbox|12|C}} is 12
{{chem2/sandbox|CH3\i{13}CH2CH3}} is CH
3CH
2CH
3
{{chem2/sandbox|\{\{abc\}\}}} is AbC
C2(μ\-C) is C
2(μ-C)

SO4(2-) is SO2−
4
2Mn2(2+) is 2Mn2+
2
CH3-CH2-OH is CH−
3CH−
2OH
[ZnCl4]- is [ZnCl
4]−
[ZnCl4](2-) is [ZnCl
4]²⁻
AUTO: ((H2O)5{CoCl2})2 is ((H
2O)
5{Co Cl
2})
2
Si(OH)4 is Si(OH)
4

AUTO: Cu2C2*H2O is Cu
2C
2·H₂O
Cu2C2*2H2O is Cu
2C
2·2H₂O
CuSO*2H2O is CuSO·2H₂O
CuSO4*15H2O is CuSO
4·15H₂O
CuSO4(H2O)5 is CuSO
4(H
2O)
5
H+ + OH- → H2O is H+
+ OH−
→ H
2O
H → O is H → O

ZxPo4 is ZxPo
4 Unknown element
((Na)Cl is ((Na)Cl To many (
Si(OH))4 is Si(OH))
4 To many )
Si&☃Si is Si&☃Si
CH
2=CH
2

More

{{chem2/sandbox|Cl2O6|link=dichlorine hexoxide}} is Cl
2O
6
[Fe(Phen)(Phen)3](2+) is [Fe(Phen)(Phen)
3]²⁺
AUTO: [Fe(Phen)(Phen)3](2+) is [[[Iron|Fe]](Phen)(Phen)
3]²⁺
{{chem2/sandbox|[C2O2](2+)}} is [C
2O
2]²⁺
{{chem2/sandbox|link=Tomato|SI4}} is SI
4
H2SO4+ is H
2SO+
4
Mn- is Mn−
Mn22+ is Mn+
22, Mn22- is Mn−
22,
Mn(2+) is Mn²⁺
Mn2(+) is Mn+
2
Mn(22-) is Mn²²⁻
Mn3(22-) is Mn22−
3
Mn(22+) is Mn²²⁺
Mn2(22+) is Mn22+
2
Mn2(2+) is Mn2+
2
Mn22(2+) is Mn2+
22

Examples

{{chem2/sandbox|[Cl4Re\qReCl4](2−)|}} gives [Cl
4Re≣ReCl
4]²⁻
{{chem2/sandbox|[Cl4Re\qReCl4](2-)|}} gives [Cl
4Re≣ReCl
4]²⁻
{{chem2/sandbox|NH2RCHCO2H <-> NH3+RCHCO2−}} gives NH
2RCHCO
2H ⇌ NH+
3RCHCO−
2

{{chem2/sandbox|\\hallo}} gives \hallo
{{chem2/sandbox|H3CC\tCH <-> H2C\dC\dCH2}} gives H
3CC≡CH ⇌ H
2C=C=CH
2
{{chem2/sandbox|4 NH3 + 5 O2 -> 4 NO + 6 H2O}} gives 4 NH
3 + 5 O
2 → 4 NO + 6 H
2O

"H2O → H2O" is H
2O → H
2O
"H2O_{(l)} -> H2O_{(g)}" is H
2O
(l) → H
2O
(g)

"4 NH3 + 5 O2 → 4 NO + 6 H2O" is 4 NH
3 + 5 O
2 → 4 NO + 6 H
2O
" 4 NH3 + 5 O2 → 4 NO + 6 H2O" is 4 NH
3 + 5 O
2 → 4 NO + 6 H
2O
" 4NH3 + 5O2 → 4NO + 6H2O" is 4NH
3 + 5O
2 → 4NO + 6H
2O
" 2Mn2(+)" is 2Mn+
2
" 2Mn2(+) + 3H2O" is 2Mn+
2 + 3H
2O
Mn– is Mn−

Mn2(2-) is Mn2−
2
Mn2☃+ is Mn
2☃+
, Mn2(2–) is Mn2−
2, Mn2(2☃–) is Mn
2(
2☃−
)
Mn2(+) is Mn+
2
Mn2+ is Mn+
2
Mn2(-) is Mn−
2
Mn2- is Mn−
2

{{chem2/sandbox|C_{''n''}H_{2''n'' + 2}|}} gives C
nH
2n + 2
{{chem2/sandbox|C_{abc}|}} gives C
abc
(chem gives C
_nH
_2n + 2)
{{chem2/sandbox|CoCl2*1.5H2O}} gives CoCl
2·1.5H₂O
Mn22– is Mn−
22
Cu2C2*H2O is Cu
2C
2·H₂O

Special

{{chem2/sandbox|[Me2Al(\m{2}Me)]2}} gives [Me
2Al(μ²-Me)]
2
{{chem2/sandbox|^{13}CO2}} gives 13
CO
2
{{chem2/sandbox|auto=yes|^{13}CO2}} gives 13
C O
2
{{chem2/sandbox|\h{5}(C5H5)2TiCl2}} gives η⁵-(C
5H
5)
2TiCl
2
{{chem2/sandbox|\h{5}\s(C5H5)}} gives η⁵-−(C
5H
5)
{{chem2/sandbox|CH2\dCH2\sCH2\sC\tCH\qMn}} is CH
2=CH
2−CH
2−C≡CH≣Mn

{{chem2/sandbox|RC(OR’)3}} gives RC(OR’)
3
{{chem2/sandbox|C\\C}} gives C\C
{{chem2/sandbox|C2*NH3}} gives C
2·NH
3
{{chem2/sandbox|C2*2NH3}} gives C
2·2NH
3
{{chem2/sandbox|C1.2H3.5}} gives C
1.2H
3.5

{{chem2/sandbox|12|6|C}} is 12
{{chem2/sandbox|12|C}} is 12
{{chem2/sandbox|CH3\i{13}CH2CH3}} is CH
3CH
2CH
3
{{chem2/sandbox|\{\{abc\}\}}} is AbC
C2(μ\-C) is C
2(μ-C)

SO4(2-) is SO2−
4
2Mn2(2+) is 2Mn2+
2
CH3-CH2-OH is CH−
3CH−
2OH
[ZnCl4]- is [ZnCl
4]−
[ZnCl4](2-) is [ZnCl
4]²⁻
AUTO: ((H2O)5{CoCl2})2 is ((H
2O)
5{Co Cl
2})
2
Si(OH)4 is Si(OH)
4

AUTO: Cu2C2*H2O is Cu
2C
2·H₂O
Cu2C2*2H2O is Cu
2C
2·2H₂O
CuSO*2H2O is CuSO·2H₂O
CuSO4*15H2O is CuSO
4·15H₂O
CuSO4(H2O)5 is CuSO
4(H
2O)
5
H+ + OH- → H2O is H+
+ OH−
→ H
2O
H → O is H → O

ZxPo4 is ZxPo
4 Unknown element
((Na)Cl is ((Na)Cl To many (
Si(OH))4 is Si(OH))
4 To many )
Si&☃Si is Si&☃Si
CH
2=CH
2

More

{{chem2/sandbox|Cl2O6|link=dichlorine hexoxide}} is Cl
2O
6
[Fe(Phen)(Phen)3](2+) is [Fe(Phen)(Phen)
3]²⁺
AUTO: [Fe(Phen)(Phen)3](2+) is [[[Iron|Fe]](Phen)(Phen)
3]²⁺
{{chem2/sandbox|[C2O2](2+)}} is [C
2O
2]²⁺
{{chem2/sandbox|link=Tomato|SI4}} is SI
4
H2SO4+ is H
2SO+
4
Mn- is Mn−
Mn22+ is Mn+
22, Mn22- is Mn−
22,
Mn(2+) is Mn²⁺
Mn2(+) is Mn+
2
Mn(22-) is Mn²²⁻
Mn3(22-) is Mn22−
3
Mn(22+) is Mn²²⁺
Mn2(22+) is Mn22+
2
Mn2(2+) is Mn2+
2
Mn22(2+) is Mn2+
22

Line wrapping

Table 1: Incnis Mrsi original post demo (extended by DMacks)
Incnis Mrsi's original	sandbox (nowrap)	current live (wraps)
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
	CO2− 3	CO2− 3
DMacks's additions	C 6H 12O 6	C 6H 12O 6
	C 6H 12O 6	C 6H 12O 6
	2H 2 + O 2 → 2H 2OTemplate:Wbr+heat	2H 2 + O 2 → 2H 2OTemplate:Wbr+heat

Table 2
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
C₂H₅ OH	CH₃ COO⁻
Attention! It is not {{chem2}}, it is HTML.

Template:Chem2/testcases

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