tools/gedit/ascend.lang

<?xml version="1.0" encoding="UTF-8"?>
<!-- - - - - - - - - - - - - - - - - -  - - - - - - - - - -  - - - - - - - - - -
Syntax definition file for ASCEND modelling language.
Put this file into /usr/share/gtksourceview-[VERSION]/language-specs/ascend.lang

John Pye (C) 2005
-->

<!-- gtksourceview ASCEND IV language specification -->

<!DOCTYPE language SYSTEM "language.dtd">
<language _name="ASCEND" version="1.0" _section="Sources" mimetypes="text/x-ascend">

	<escape-char>\</escape-char>

<!-- notes -->

	<block-comment _name = "Note" style= "Others 2" end-at-line-end = "FALSE">
		<start-regex>^\s*NOTES</start-regex>
		<end-regex>END\s+NOTES</end-regex>
	</block-comment>

	<block-comment _name = "Stop" style= "Comment" end-at-line-end = "FALSE">
		<start-regex>STOP\s+\{</start-regex>
		<end-regex>\}</end-regex>
	</block-comment>

<!-- Literals -->

	<string _name="Text" style="String" end-at-line-end="FALSE">
		<start-regex>&quot;</start-regex>
		<end-regex>&quot;</end-regex>
	</string>

	<string _name="String Constant" style="String" end-at-line-end="FALSE">
		<start-regex>&apos;</start-regex>
		<end-regex>&apos;</end-regex>
	</string>

	<pattern-item _name="Integer Literals" style="Decimal">
		<regex>\b[0-9]+\b</regex>
	</pattern-item>

	<pattern-item _name="Number Literals" style="Floating Point">
		<regex>(\b[-+]?[0-9]+(\.[0-9]+)?|\.[0-9]+)([Ee][\+-]?[0-9]+)?\b</regex>
	</pattern-item>


<!-- Comments -->


	<block-comment _name="Block Comment" style="Comment">
		<start-regex>\(\*</start-regex>
		<end-regex>\*\)</end-regex>
	</block-comment>

<!-- punctuation -->

<!--
	<pattern-item _name="Punctuation" style="Keyword">
		<regex>(:=|[\+\*\/\-\|\^\(\)=;-])</regex>
	</pattern-item>
-->

<!-- Reserved Words -->

	<keyword-list _name="Keywords" style="Keyword" case-sensitive="TRUE">
		<keyword>ADD</keyword>
		<keyword>AND</keyword>
		<keyword>ALIASES</keyword>
		<keyword>ARE_ALIKE</keyword>
		<keyword>ARE_THE_SAME</keyword>
		<keyword>ARE_NOT_THE_SAME</keyword>
		<keyword>ASSERT</keyword>
		<keyword>ATOM</keyword>
		<keyword>CALL</keyword>	
		<keyword>CASE</keyword>	
		<keyword>CARD</keyword>
		<keyword>CHECK</keyword>
		<keyword>CHOICE</keyword>
		<keyword>CONSTANT</keyword>
		<keyword>CONDITIONAL</keyword>
		<keyword>CREATE</keyword>
		<keyword>DATA</keyword>
		<keyword>DEFAULT</keyword>
		<keyword>DEFINITION</keyword>
		<keyword>DO</keyword>
		<keyword>ELSE</keyword>
		<keyword>END</keyword>
		<keyword>FIX</keyword>
		<keyword>FOR</keyword>
		<keyword>FREE</keyword>
		<keyword>IF</keyword>
		<keyword>IMPORT</keyword>
		<keyword>IN</keyword>
		<keyword>INPUT</keyword>
		<keyword>INTERSECTION</keyword>
		<keyword>IS_A</keyword>
		<keyword>IS_REFINED_TO</keyword>
		<keyword>MAX</keyword>
		<keyword>MAXIMIZE</keyword>
		<keyword>METHOD</keyword>
		<keyword>METHODS</keyword>
		<keyword>MIN</keyword>
		<keyword>MINIMIZE</keyword>
		<keyword>MODEL</keyword>
		<keyword>NOTES</keyword>
		<keyword>OF</keyword>
		<keyword>OR</keyword>
		<keyword>OTHERWISE</keyword>
		<keyword>OUTPUT</keyword>
		<keyword>PROVIDE</keyword>
		<keyword>PROD</keyword>
		<keyword>REPLACE</keyword>
		<keyword>REQUIRE</keyword>
		<keyword>REFINES</keyword>
		<keyword>RUN</keyword>
		<keyword>SATISFIED</keyword>
		<keyword>SELECT</keyword>
		<keyword>SELF</keyword>
		<keyword>STUDY</keyword>
		<keyword>SUCH_THAT</keyword>
		<keyword>SUM</keyword>
		<keyword>SWITCH</keyword>
		<keyword>THEN</keyword>
		<keyword>UNIVERSAL</keyword>
		<keyword>UNION</keyword>
		<keyword>USE</keyword>
		<keyword>WHEN</keyword>
		<keyword>WHERE</keyword>
		<keyword>WITH_VALUE</keyword>
		<keyword>WILL_BE</keyword>
		<keyword>WILL_BE_THE_SAME</keyword>
		<keyword>WILL_NOT_BE_THE_SAME</keyword>
	</keyword-list>

<!-- units -->

	<pattern-item _name="Units" style="Data Type">
		<regex>\{[A-Za-z^0-9_/\*\?]+\}</regex>
	</pattern-item>

<!-- dimension -->

	<pattern-item _name="Dimension" style="Data Type">
		<regex>\bDIMENSIONLESS|DIMENSION (1/)?(([MQTLCEPS]|TMP|LUM)(\^[0-9]+)?)([\*\/]([MQTLCEPS]|TMP|LUM)(\^[0-9]+)?)*\b</regex>
	</pattern-item>

<!-- constant -->

	<keyword-list _name="Builtin Constants" style="Preprocessor" case-sensitive="true">
		<keyword>FALSE</keyword>
		<keyword>TRUE</keyword>

		<keyword>real_constant</keyword>
		<keyword>integer_constant</keyword>
		<keyword>symbol_constant</keyword>
		<keyword>boolean_constant</keyword>

		<keyword>real</keyword>
		<keyword>integer</keyword>
		<keyword>symbol</keyword>
		<keyword>boolean</keyword>
		<keyword>set</keyword>
	</keyword-list>

	<keyword-list _name="Standard Constants" style="Preprocessor" case-sensitive="true">
		<keyword>constant</keyword>
		<keyword>critical_compressibility</keyword>
		<keyword>acentric_factor</keyword>
		<keyword>UNIFAC_size</keyword>
		<keyword>Wilson_constant</keyword>
		<keyword>vapor_pressure_constant</keyword>
		<keyword>factor_constant</keyword>
		<keyword>molar_weight_constant</keyword>
		<keyword>atomic_mass_constant</keyword>
		<keyword>temperature_constant</keyword>
		<keyword>boiling_temperature</keyword>
		<keyword>critical_temperature</keyword>
		<keyword>reference_temperature</keyword>
		<keyword>UNIFAC_a</keyword>
		<keyword>pressure_constant</keyword>
		<keyword>critical_pressure</keyword>
		<keyword>reference_pressure</keyword>
		<keyword>molar_volume_constant</keyword>
		<keyword>critical_volume</keyword>
		<keyword>reference_molar_volume</keyword>
		<keyword>reference_mass_density</keyword>
		<keyword>molar_energy_constant</keyword>
		<keyword>reference_molar_energy</keyword>
		<keyword>enthalpy_of_formation_constant</keyword>
		<keyword>enthalpy_of_formation_constant</keyword>
		<keyword>heat_of_vaporization_constant</keyword>
		<keyword>Wilson_energy_constant</keyword>
		<keyword>molar_entropy_constant</keyword>
		<keyword>reference_molar_entropy</keyword>
		<keyword>heat_capacity_constant</keyword>
		<keyword>heat_capacity_a_constant</keyword>
		<keyword>heat_capacity_b_constant</keyword>
		<keyword>heat_capacity_c_constant</keyword>
		<keyword>heat_capacity_d_constant</keyword>
		<keyword>gas_constant</keyword>
		<keyword>gravity_constant</keyword>
		<keyword>circle_constant</keyword>
		<keyword>speed_of_light</keyword>
		<keyword>planck_constant</keyword>
		<keyword>avogadro_constant</keyword>
		<keyword>permittivity_constant</keyword>
		<keyword>permeability_constant</keyword>
		<keyword>electron_charge</keyword>
		<keyword>electron_mass</keyword>
		<keyword>proton_mass</keyword>
		<keyword>boolean_start_true</keyword>
		<keyword>boolean_start_false</keyword>
		<keyword>start_true</keyword>
		<keyword>start_false</keyword>
		<keyword>free_energy_of_formation_constant</keyword>
		<keyword>permeability_constant</keyword>
		<keyword>permeability_constant</keyword>
		<keyword>permeability_constant</keyword>
		<keyword>permeability_constant</keyword>
		<keyword>permeability_constant</keyword>
		<keyword>permeability_constant</keyword>
	</keyword-list>

<!-- equation labels -->

	<pattern-item _name="Equation Labels" style="String">
		<regex>^\s*[a-zA-Z][a-zA-Z0-9_]*(\[[a-zA-Z][a-zA-Z0-9_]*\]|\[0-9]+\])?\:</regex>
	</pattern-item>

	
<!-- Functions -->

	<!-- Single-Row Functions -->

	<keyword-list _name="Numerical Functions" style="Function" case-sensitive="TRUE">
		<keyword>abs</keyword>
		<keyword>(arc)?(cos|sin|tan)h?</keyword>
		<keyword>erf</keyword>
		<keyword>exp</keyword>
		<keyword>lnm?</keyword>
		<keyword>log10</keyword>
	</keyword-list>

<!-- METHODS -->

	<keyword-list _name="Standard model methods" style="Function" case-sensitive="TRUE">
		<keyword>default_self</keyword>
		<keyword>on_load</keyword>
		<keyword>ode_init</keyword>
		<keyword>specify</keyword>
		<keyword>values</keyword>
		<keyword>self_test</keyword>
		<keyword>ClearAll</keyword>
		<keyword>bound_self</keyword>
		<keyword>scale_self</keyword>
		<keyword>reset</keyword>
	</keyword-list>

<!-- Default measures -->

	<keyword-list _name = "System Atoms" style="Data Type" case-sensitive="TRUE">
		<keyword>relation</keyword>
		<keyword>logic_relation</keyword>
		<keyword>solver_var</keyword>
		<keyword>lower_bound</keyword>
		<keyword>upper_bound</keyword>
		<keyword>nominal</keyword>
		<keyword>included</keyword>
		<keyword>message</keyword>
		<keyword>fixed</keyword>
		<keyword>boolean_var</keyword>
		<keyword>generic_real</keyword>
		<keyword>solver_int</keyword>
		<keyword>relaxed</keyword>
		<keyword>is_zero</keyword>
		<keyword>solver_binary</keyword>
		<keyword>solver_semi</keyword>
	</keyword-list>

	<keyword-list _name = "Standard Atoms" style="Data Type" case-sensitive="TRUE">
		<keyword>bound_width</keyword>
		<keyword>scaling_constant</keyword>
		<keyword>ode_counter</keyword>
		<keyword>obs_counter</keyword>
		<keyword>real_parameter</keyword>
		<keyword>length_parameter</keyword>
		<keyword>positive_variable</keyword>
		<keyword>variable</keyword>
		<keyword>fraction</keyword>
		<keyword>positive_factor</keyword>
		<keyword>small_factor</keyword>
		<keyword>small_positive_factor</keyword>
		<keyword>reduced_pressure</keyword>
		<keyword>exp_sub</keyword>
		<keyword>power_sub</keyword>
		<keyword>inverse_temperature</keyword>
		<keyword>force</keyword>
		<keyword>force_per_length</keyword>
		<keyword>surface_tension</keyword>
		<keyword>vapor_pressure</keyword>
		<keyword>k_constant</keyword>
		<keyword>molar_mass</keyword>
		<keyword>molar_rate</keyword>
		<keyword>mass</keyword>
		<keyword>mole_scale</keyword>
		<keyword>mole</keyword>
		<keyword>mass_rate</keyword>
		<keyword>mass_rate_rate</keyword>
		<keyword>mass_flux</keyword>
		<keyword>molar_rate_scale</keyword>
		<keyword>conc_rate</keyword>
		<keyword>mole_fraction</keyword>
		<keyword>mass_fraction</keyword>
		<keyword>molar_volume</keyword>
		<keyword>volume_scale</keyword>
		<keyword>volume_rate_scale</keyword>
		<keyword>volume_rate_square</keyword>
		<keyword>volume_expansivity</keyword>
		<keyword>molar_density</keyword>
		<keyword>mass_density</keyword>
		<keyword>density_rate</keyword>
		<keyword>molar_energy</keyword>
		<keyword>energy_scale</keyword>
		<keyword>energy_rate_scale</keyword>
		<keyword>energy_rate</keyword>
		<keyword>heat_capacity</keyword>
		<keyword>heat_transfer_coefficient</keyword>
		<keyword>molar_energy_rate</keyword>
		<keyword>molar_heat_capacity</keyword>
		<keyword>molar_entropy</keyword>
		<keyword>relative_volatility</keyword>
		<keyword>power_per_length</keyword>
		<keyword>power_per_volume</keyword>
		<keyword>pressure_per_temperature</keyword>
		<keyword>irradiance</keyword>
		<keyword>irradiation</keyword>
		<keyword>specific_energy</keyword>
		<keyword>specific_enthalpy</keyword>
		<keyword>specific_entropy</keyword>
		<keyword>specific_heat_capacity</keyword>
		<keyword>specific_volume</keyword>
		<keyword>entropy</keyword>
		<keyword>entropy_rate</keyword>
		<keyword>conc_rate</keyword>
		<keyword>partition_coefficient</keyword>
		<keyword>monetary_unit</keyword>
		<keyword>cost_per_volume</keyword>
		<keyword>cost_per_mass</keyword>
		<keyword>cost_per_time</keyword>
		<keyword>cost_per_energy</keyword>
		<keyword>inverse_area</keyword>
		<keyword>angle</keyword>
		<keyword>solid_angle</keyword>
		<keyword>time</keyword>
		<keyword>speed</keyword>
		<keyword>acceleration</keyword>
		<keyword>stiffness</keyword>
		<keyword>viscosity</keyword>
		<keyword>thermal_conductivity</keyword>
		<keyword>diffusivity</keyword>
		<keyword>voltage</keyword>
		<keyword>resistance</keyword>
		<keyword>current</keyword>
		<keyword>capacitance</keyword>
		<keyword>inductance</keyword>
		<keyword>magnetic_field</keyword>
		<keyword>electric_field</keyword>
		<keyword>delta_distance</keyword>
		<keyword>delta_temperature</keyword>
		<keyword>temperature_rate</keyword>
		<keyword>delta_pressure</keyword>
		<keyword>delta_mass</keyword>
		<keyword>delta_mole</keyword>
		<keyword>delta_mass_rate</keyword>
		<keyword>delta_molar_rate</keyword>
		<keyword>delta_volume_rate</keyword>
		<keyword>delta_energy_rate</keyword>
		<keyword>delta_molar_energy_rate</keyword>
		<keyword>delta_entropy_rate</keyword>
		<keyword>mass_sec</keyword>
		<keyword>mole_sec</keyword>
	</keyword-list>

	<keyword-list _name = "Data Types" style = "Data Type" case-sensitive="TRUE">
		<keyword>factor</keyword>
		<keyword>distance</keyword>
		<keyword>pressure</keyword>
		<keyword>area</keyword>
		<keyword>volume</keyword>
		<keyword>temperature</keyword>
		<keyword>energy</keyword>
		<keyword>volume_rate</keyword>
		<keyword>frequency</keyword>
		<keyword>factor</keyword>
	</keyword-list>

<!-- variables -->

<!--
	<pattern-item _name="Variables" style="Variable">
		<regex>[a-zA-Z_][a-zA-Z0-9_]*</regex>
	</pattern-item>
-->

</language>
1	johnpye	132	<?xml version="1.0" encoding="UTF-8"?>
2			<!-- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
3			Syntax definition file for ASCEND modelling language.
4			Put this file into /usr/share/gtksourceview-[VERSION]/language-specs/ascend.lang
5
6			John Pye (C) 2005
7			-->
8
9			<!-- gtksourceview ASCEND IV language specification -->
10
11			<!DOCTYPE language SYSTEM "language.dtd">
12			<language _name="ASCEND" version="1.0" _section="Sources" mimetypes="text/x-ascend">
13
14			<escape-char>\</escape-char>
15
16			<!-- notes -->
17
18			<block-comment _name = "Note" style= "Others 2" end-at-line-end = "FALSE">
19			<start-regex>^\s*NOTES</start-regex>
20			<end-regex>END\s+NOTES</end-regex>
21			</block-comment>
22
23			<block-comment _name = "Stop" style= "Comment" end-at-line-end = "FALSE">
24			<start-regex>STOP\s+\{</start-regex>
25			<end-regex>\}</end-regex>
26			</block-comment>
27
28			<!-- Literals -->
29
30			<string _name="Text" style="String" end-at-line-end="FALSE">
31			<start-regex>"</start-regex>
32			<end-regex>"</end-regex>
33			</string>
34
35			<string _name="String Constant" style="String" end-at-line-end="FALSE">
36			<start-regex>'</start-regex>
37			<end-regex>'</end-regex>
38			</string>
39
40			<pattern-item _name="Integer Literals" style="Decimal">
41			<regex>\b[0-9]+\b</regex>
42			</pattern-item>
43
44			<pattern-item _name="Number Literals" style="Floating Point">
45			<regex>(\b[-+]?[0-9]+(\.[0-9]+)?\|\.[0-9]+)([Ee][\+-]?[0-9]+)?\b</regex>
46			</pattern-item>
47
48
49			<!-- Comments -->
50
51
52			<block-comment _name="Block Comment" style="Comment">
53			<start-regex>\(\*</start-regex>
54			<end-regex>\*\)</end-regex>
55			</block-comment>
56
57			<!-- punctuation -->
58
59			<!--
60			<pattern-item _name="Punctuation" style="Keyword">
61			<regex>(:=\|[\+\*\/\-\\|\^\(\)=;-])</regex>
62			</pattern-item>
63			-->
64
65			<!-- Reserved Words -->
66
67	johnpye	180	<keyword-list _name="Keywords" style="Keyword" case-sensitive="TRUE">
68	johnpye	132	<keyword>ADD</keyword>
69			<keyword>AND</keyword>
70			<keyword>ALIASES</keyword>
71			<keyword>ARE_ALIKE</keyword>
72			<keyword>ARE_THE_SAME</keyword>
73			<keyword>ARE_NOT_THE_SAME</keyword>
74	johnpye	211	<keyword>ASSERT</keyword>
75	johnpye	132	<keyword>ATOM</keyword>
76			<keyword>CALL</keyword>
77			<keyword>CASE</keyword>
78			<keyword>CARD</keyword>
79			<keyword>CHECK</keyword>
80			<keyword>CHOICE</keyword>
81			<keyword>CONSTANT</keyword>
82			<keyword>CONDITIONAL</keyword>
83			<keyword>CREATE</keyword>
84			<keyword>DATA</keyword>
85			<keyword>DEFAULT</keyword>
86			<keyword>DEFINITION</keyword>
87			<keyword>DO</keyword>
88			<keyword>ELSE</keyword>
89			<keyword>END</keyword>
90	johnpye	211	<keyword>FIX</keyword>
91	johnpye	132	<keyword>FOR</keyword>
92	johnpye	669	<keyword>FREE</keyword>
93	johnpye	132	<keyword>IF</keyword>
94	johnpye	694	<keyword>IMPORT</keyword>
95	johnpye	132	<keyword>IN</keyword>
96	johnpye	783	<keyword>INPUT</keyword>
97	johnpye	132	<keyword>INTERSECTION</keyword>
98			<keyword>IS_A</keyword>
99			<keyword>IS_REFINED_TO</keyword>
100			<keyword>MAX</keyword>
101			<keyword>MAXIMIZE</keyword>
102			<keyword>METHOD</keyword>
103			<keyword>METHODS</keyword>
104			<keyword>MIN</keyword>
105			<keyword>MINIMIZE</keyword>
106			<keyword>MODEL</keyword>
107			<keyword>NOTES</keyword>
108	johnpye	747	<keyword>OF</keyword>
109	johnpye	132	<keyword>OR</keyword>
110			<keyword>OTHERWISE</keyword>
111	johnpye	783	<keyword>OUTPUT</keyword>
112	johnpye	132	<keyword>PROVIDE</keyword>
113			<keyword>PROD</keyword>
114			<keyword>REPLACE</keyword>
115			<keyword>REQUIRE</keyword>
116			<keyword>REFINES</keyword>
117			<keyword>RUN</keyword>
118			<keyword>SATISFIED</keyword>
119			<keyword>SELECT</keyword>
120			<keyword>SELF</keyword>
121			<keyword>STUDY</keyword>
122			<keyword>SUCH_THAT</keyword>
123			<keyword>SUM</keyword>
124			<keyword>SWITCH</keyword>
125			<keyword>THEN</keyword>
126			<keyword>UNIVERSAL</keyword>
127			<keyword>UNION</keyword>
128			<keyword>USE</keyword>
129			<keyword>WHEN</keyword>
130			<keyword>WHERE</keyword>
131	johnpye	180	<keyword>WITH_VALUE</keyword>
132	johnpye	132	<keyword>WILL_BE</keyword>
133			<keyword>WILL_BE_THE_SAME</keyword>
134			<keyword>WILL_NOT_BE_THE_SAME</keyword>
135			</keyword-list>
136
137			<!-- units -->
138
139			<pattern-item _name="Units" style="Data Type">
140			<regex>\{[A-Za-z^0-9_/\*\?]+\}</regex>
141			</pattern-item>
142
143			<!-- dimension -->
144
145			<pattern-item _name="Dimension" style="Data Type">
146			<regex>\bDIMENSIONLESS\|DIMENSION (1/)?(([MQTLCEPS]\|TMP\|LUM)(\^[0-9]+)?)([\\/]([MQTLCEPS]\|TMP\|LUM)(\^[0-9]+)?)\b</regex>
147			</pattern-item>
148
149			<!-- constant -->
150
151			<keyword-list _name="Builtin Constants" style="Preprocessor" case-sensitive="true">
152			<keyword>FALSE</keyword>
153			<keyword>TRUE</keyword>
154	johnpye	1157
155	johnpye	132	<keyword>real_constant</keyword>
156	johnpye	1157	<keyword>integer_constant</keyword>
157			<keyword>symbol_constant</keyword>
158			<keyword>boolean_constant</keyword>
159
160			<keyword>real</keyword>
161			<keyword>integer</keyword>
162			<keyword>symbol</keyword>
163	johnpye	132	<keyword>boolean</keyword>
164	johnpye	747	<keyword>set</keyword>
165	johnpye	132	</keyword-list>
166
167			<keyword-list _name="Standard Constants" style="Preprocessor" case-sensitive="true">
168			<keyword>constant</keyword>
169			<keyword>critical_compressibility</keyword>
170			<keyword>acentric_factor</keyword>
171			<keyword>UNIFAC_size</keyword>
172			<keyword>Wilson_constant</keyword>
173			<keyword>vapor_pressure_constant</keyword>
174			<keyword>factor_constant</keyword>
175			<keyword>molar_weight_constant</keyword>
176			<keyword>atomic_mass_constant</keyword>
177			<keyword>temperature_constant</keyword>
178			<keyword>boiling_temperature</keyword>
179			<keyword>critical_temperature</keyword>
180			<keyword>reference_temperature</keyword>
181			<keyword>UNIFAC_a</keyword>
182			<keyword>pressure_constant</keyword>
183			<keyword>critical_pressure</keyword>
184			<keyword>reference_pressure</keyword>
185			<keyword>molar_volume_constant</keyword>
186			<keyword>critical_volume</keyword>
187			<keyword>reference_molar_volume</keyword>
188			<keyword>reference_mass_density</keyword>
189			<keyword>molar_energy_constant</keyword>
190			<keyword>reference_molar_energy</keyword>
191			<keyword>enthalpy_of_formation_constant</keyword>
192			<keyword>enthalpy_of_formation_constant</keyword>
193			<keyword>heat_of_vaporization_constant</keyword>
194			<keyword>Wilson_energy_constant</keyword>
195			<keyword>molar_entropy_constant</keyword>
196			<keyword>reference_molar_entropy</keyword>
197			<keyword>heat_capacity_constant</keyword>
198			<keyword>heat_capacity_a_constant</keyword>
199			<keyword>heat_capacity_b_constant</keyword>
200			<keyword>heat_capacity_c_constant</keyword>
201			<keyword>heat_capacity_d_constant</keyword>
202			<keyword>gas_constant</keyword>
203			<keyword>gravity_constant</keyword>
204			<keyword>circle_constant</keyword>
205			<keyword>speed_of_light</keyword>
206			<keyword>planck_constant</keyword>
207			<keyword>avogadro_constant</keyword>
208			<keyword>permittivity_constant</keyword>
209			<keyword>permeability_constant</keyword>
210			<keyword>electron_charge</keyword>
211			<keyword>electron_mass</keyword>
212			<keyword>proton_mass</keyword>
213			<keyword>boolean_start_true</keyword>
214			<keyword>boolean_start_false</keyword>
215			<keyword>start_true</keyword>
216			<keyword>start_false</keyword>
217			<keyword>free_energy_of_formation_constant</keyword>
218			<keyword>permeability_constant</keyword>
219			<keyword>permeability_constant</keyword>
220			<keyword>permeability_constant</keyword>
221			<keyword>permeability_constant</keyword>
222			<keyword>permeability_constant</keyword>
223			<keyword>permeability_constant</keyword>
224			</keyword-list>
225
226			<!-- equation labels -->
227
228			<pattern-item _name="Equation Labels" style="String">
229	johnpye	759	<regex>^\s[a-zA-Z][a-zA-Z0-9_](\[[a-zA-Z][a-zA-Z0-9_]*\]\|\[0-9]+\])?\:</regex>
230	johnpye	132	</pattern-item>
231
232
233			<!-- Functions -->
234
235			<!-- Single-Row Functions -->
236
237	johnpye	215	<keyword-list _name="Numerical Functions" style="Function" case-sensitive="TRUE">
238	johnpye	132	<keyword>abs</keyword>
239			<keyword>(arc)?(cos\|sin\|tan)h?</keyword>
240			<keyword>erf</keyword>
241			<keyword>exp</keyword>
242			<keyword>lnm?</keyword>
243	johnpye	215	<keyword>log10</keyword>
244	johnpye	132	</keyword-list>
245
246	johnpye	215	<!-- METHODS -->
247
248			<keyword-list _name="Standard model methods" style="Function" case-sensitive="TRUE">
249			<keyword>default_self</keyword>
250	johnpye	783	<keyword>on_load</keyword>
251	johnpye	1157	<keyword>ode_init</keyword>
252	johnpye	215	<keyword>specify</keyword>
253			<keyword>values</keyword>
254			<keyword>self_test</keyword>
255			<keyword>ClearAll</keyword>
256			<keyword>bound_self</keyword>
257			<keyword>scale_self</keyword>
258			<keyword>reset</keyword>
259			</keyword-list>
260
261	johnpye	132	<!-- Default measures -->
262
263			<keyword-list _name = "System Atoms" style="Data Type" case-sensitive="TRUE">
264			<keyword>relation</keyword>
265			<keyword>logic_relation</keyword>
266			<keyword>solver_var</keyword>
267			<keyword>lower_bound</keyword>
268			<keyword>upper_bound</keyword>
269			<keyword>nominal</keyword>
270			<keyword>included</keyword>
271			<keyword>message</keyword>
272			<keyword>fixed</keyword>
273			<keyword>boolean_var</keyword>
274			<keyword>generic_real</keyword>
275			<keyword>solver_int</keyword>
276			<keyword>relaxed</keyword>
277			<keyword>is_zero</keyword>
278			<keyword>solver_binary</keyword>
279			<keyword>solver_semi</keyword>
280			</keyword-list>
281
282			<keyword-list _name = "Standard Atoms" style="Data Type" case-sensitive="TRUE">
283			<keyword>bound_width</keyword>
284			<keyword>scaling_constant</keyword>
285			<keyword>ode_counter</keyword>
286			<keyword>obs_counter</keyword>
287			<keyword>real_parameter</keyword>
288			<keyword>length_parameter</keyword>
289			<keyword>positive_variable</keyword>
290			<keyword>variable</keyword>
291			<keyword>fraction</keyword>
292			<keyword>positive_factor</keyword>
293			<keyword>small_factor</keyword>
294			<keyword>small_positive_factor</keyword>
295			<keyword>reduced_pressure</keyword>
296			<keyword>exp_sub</keyword>
297			<keyword>power_sub</keyword>
298			<keyword>inverse_temperature</keyword>
299			<keyword>force</keyword>
300	johnpye	783	<keyword>force_per_length</keyword>
301			<keyword>surface_tension</keyword>
302	johnpye	132	<keyword>vapor_pressure</keyword>
303			<keyword>k_constant</keyword>
304			<keyword>molar_mass</keyword>
305			<keyword>molar_rate</keyword>
306			<keyword>mass</keyword>
307			<keyword>mole_scale</keyword>
308			<keyword>mole</keyword>
309			<keyword>mass_rate</keyword>
310	johnpye	1157	<keyword>mass_rate_rate</keyword>
311	johnpye	783	<keyword>mass_flux</keyword>
312	johnpye	132	<keyword>molar_rate_scale</keyword>
313			<keyword>conc_rate</keyword>
314			<keyword>mole_fraction</keyword>
315			<keyword>mass_fraction</keyword>
316			<keyword>molar_volume</keyword>
317			<keyword>volume_scale</keyword>
318			<keyword>volume_rate_scale</keyword>
319			<keyword>volume_rate_square</keyword>
320			<keyword>volume_expansivity</keyword>
321			<keyword>molar_density</keyword>
322			<keyword>mass_density</keyword>
323	johnpye	1157	<keyword>density_rate</keyword>
324	johnpye	132	<keyword>molar_energy</keyword>
325			<keyword>energy_scale</keyword>
326			<keyword>energy_rate_scale</keyword>
327			<keyword>energy_rate</keyword>
328			<keyword>heat_capacity</keyword>
329	johnpye	669	<keyword>heat_transfer_coefficient</keyword>
330	johnpye	132	<keyword>molar_energy_rate</keyword>
331	johnpye	669	<keyword>molar_heat_capacity</keyword>
332	johnpye	132	<keyword>molar_entropy</keyword>
333	johnpye	669	<keyword>relative_volatility</keyword>
334			<keyword>power_per_length</keyword>
335	johnpye	1157	<keyword>power_per_volume</keyword>
336			<keyword>pressure_per_temperature</keyword>
337	johnpye	822	<keyword>irradiance</keyword>
338			<keyword>irradiation</keyword>
339	johnpye	721	<keyword>specific_energy</keyword>
340	johnpye	669	<keyword>specific_enthalpy</keyword>
341			<keyword>specific_entropy</keyword>
342			<keyword>specific_heat_capacity</keyword>
343			<keyword>specific_volume</keyword>
344	johnpye	132	<keyword>entropy</keyword>
345			<keyword>entropy_rate</keyword>
346			<keyword>conc_rate</keyword>
347			<keyword>partition_coefficient</keyword>
348			<keyword>monetary_unit</keyword>
349			<keyword>cost_per_volume</keyword>
350			<keyword>cost_per_mass</keyword>
351			<keyword>cost_per_time</keyword>
352			<keyword>cost_per_energy</keyword>
353			<keyword>inverse_area</keyword>
354			<keyword>angle</keyword>
355			<keyword>solid_angle</keyword>
356			<keyword>time</keyword>
357			<keyword>speed</keyword>
358			<keyword>acceleration</keyword>
359	johnpye	669	<keyword>stiffness</keyword>
360	johnpye	132	<keyword>viscosity</keyword>
361			<keyword>thermal_conductivity</keyword>
362			<keyword>diffusivity</keyword>
363			<keyword>voltage</keyword>
364			<keyword>resistance</keyword>
365			<keyword>current</keyword>
366			<keyword>capacitance</keyword>
367			<keyword>inductance</keyword>
368			<keyword>magnetic_field</keyword>
369			<keyword>electric_field</keyword>
370			<keyword>delta_distance</keyword>
371			<keyword>delta_temperature</keyword>
372	johnpye	1157	<keyword>temperature_rate</keyword>
373	johnpye	669	<keyword>delta_pressure</keyword>
374	johnpye	132	<keyword>delta_mass</keyword>
375			<keyword>delta_mole</keyword>
376			<keyword>delta_mass_rate</keyword>
377			<keyword>delta_molar_rate</keyword>
378			<keyword>delta_volume_rate</keyword>
379			<keyword>delta_energy_rate</keyword>
380			<keyword>delta_molar_energy_rate</keyword>
381			<keyword>delta_entropy_rate</keyword>
382			<keyword>mass_sec</keyword>
383			<keyword>mole_sec</keyword>
384			</keyword-list>
385
386			<keyword-list _name = "Data Types" style = "Data Type" case-sensitive="TRUE">
387			<keyword>factor</keyword>
388			<keyword>distance</keyword>
389			<keyword>pressure</keyword>
390			<keyword>area</keyword>
391			<keyword>volume</keyword>
392			<keyword>temperature</keyword>
393			<keyword>energy</keyword>
394			<keyword>volume_rate</keyword>
395			<keyword>frequency</keyword>
396			<keyword>factor</keyword>
397			</keyword-list>
398
399			<!-- variables -->
400
401			<!--
402			<pattern-item _name="Variables" style="Variable">
403			<regex>[a-zA-Z_][a-zA-Z0-9_]*</regex>
404			</pattern-item>
405			-->
406
407			</language>