本文整理汇总了Java中org.sbml.jsbml.SBO类的典型用法代码示例。如果您正苦于以下问题:Java SBO类的具体用法?Java SBO怎么用?Java SBO使用的例子?那么, 这里精选的类代码示例或许可以为您提供帮助。
SBO类属于org.sbml.jsbml包,在下文中一共展示了SBO类的5个代码示例,这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞,您的评价将有助于系统推荐出更棒的Java代码示例。
示例1: SBOTermToCDModifier
import org.sbml.jsbml.SBO; //导入依赖的package包/类
/**
* SBO term to CD modifier.
*
* @param sboterm the sboTerm
* @return the string
*/
public static String SBOTermToCDModifier(int sboTerm) {
if (SBO.isChildOf(sboTerm, intSBOTermForINHIBITION)) {
// = intSBOTermForTRANSLATIONAL_INHIBITION = intSBOTermForTRANSCRIPTIONAL_INHIBITION = intSBOTermForUNKNOWN_INHIBITION
return "INHIBITION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSCRIPTIONAL_ACTIVATION)) {
// = intSBOTermForTRANSLATIONAL_ACTIVATION
return "TRANSCRIPTIONAL_ACTIVATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTrigger)) {
return "TRIGGER";
} else if (SBO.isChildOf(sboTerm, intSBOTermForPHYSICAL_STIMULATION)) {
return "PHYSICAL_STIMULATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForHETERODIMER_ASSOCIATION)) {
return "HETERODIMER_ASSOCIATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForMODULATION)) {
return "MODULATION";
} else {
if (SBO.isChildOf(sboTerm, intSBOTermForCATALYSIS)) {
// = intSBOTermForUNKNOWN_CATALYSIS
}
return "CATALYSIS";
}
}
示例2: SBOTermToCDSpecies
import org.sbml.jsbml.SBO; //导入依赖的package包/类
/**
* SBO term to CD species.
*
* @param sboTerm the sbo term
* @return the string
*/
public static String SBOTermToCDSpecies(int sboTerm) {
if (SBO.isChildOf(sboTerm, intSBOTermForGENERIC)) {
return "GENERIC";
} else if (SBO.isChildOf(sboTerm, intSBOTermForPROTEIN)) {
return "PROTEIN";
} else if (SBO.isChildOf(sboTerm, intSBOTermForION_CHANNEL)) {
return "ION_CHANNEL";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRUNCATED)) {
return "TRUNCATED";
} else if (SBO.isChildOf(sboTerm, intSBOTermForRECEPTOR)) {
return "RECEPTOR";
} else if (SBO.isChildOf(sboTerm, intSBOTermForANTISENSE_RNA)) {
return "ANTISENSE_RNA";
} else if (SBO.isChildOf(sboTerm, intSBOTermForDEGRADED)) {
return "DEGRADED";
} else if (SBO.isChildOf(sboTerm, intSBOTermForDRUG)) {
return "DRUG";
} else if (SBO.isChildOf(sboTerm, intSBOTermForGENE)) {
return "GENE";
} else if (SBO.isChildOf(sboTerm, intSBOTermForION)) {
return "ION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForPHENOTYPE)) {
return "PHENOTYPE";
} else if (SBO.isChildOf(sboTerm, intSBOTermForRNA)) {
return "RNA";
} else if (SBO.isChildOf(sboTerm, intSBOTermForSIMPLE_MOLECULE)) {
return "SIMPLE_MOLECULE";
} else if (SBO.isChildOf(sboTerm, intSBOTermForCOMPLEX)) {
return "COMPLEX";
} else if (SBO.isChildOf(sboTerm, intSBOTermForUNKNOWN)) {
return "UNKNOWN";
} else {
return "PROTEIN";
}
}
示例3: SBOTermToCDReaction
import org.sbml.jsbml.SBO; //导入依赖的package包/类
/**
* SBO term to CD reaction.
*
* @param sboTerm the SBO term
* @return String
* TODO
*/
public static String SBOTermToCDReaction(int sboTerm) {
if (SBO.isChildOf(sboTerm, intSBOTermForKNOWN_TRANSITION_OMITTED)) {
return "KNOWN_TRANSITION_OMITTED";
} else if (SBO.isChildOf(sboTerm, intSBOTermForINHIBITION)) {
// = intSBOTermForTRANSLATIONAL_INHIBITION = intSBOTermForTRANSCRIPTIONAL_INHIBITION = intSBOTermForUNKNOWN_INHIBITION
return "INHIBITION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSCRIPTION)) {
return "TRANSCRIPTION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSLATION)) {
return "TRANSLATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSPORT)) {
return "TRANSPORT";
} else if (SBO.isChildOf(sboTerm, intSBOTermForHETERODIMER_ASSOCIATION)) {
return "HETERODIMER_ASSOCIATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForDISSOCIATION)) {
return "DISSOCIATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRUNCATION)) {
return "TRUNCATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForUNKNOWN_TRANSITION)) {
return "UNKNOWN_TRANSITION";
} else {
if (SBO.isChildOf(sboTerm, intSBOTermForSTATE_TRANSITION)) {
}
return "STATE_TRANSITION";
}
}
示例4: createSpeciesObjectFromSBOTerm
import org.sbml.jsbml.SBO; //导入依赖的package包/类
/**
* Creates the species object from SBO term.
*
* @param sg
* the sg
* @param sboterm
* the sboterm
* @return org.sbml._2001.ns.celldesigner.Species
* TODO
*/
// public org.sbml._2001.ns.celldesigner.Species getSpeciesById(String
// reference) {
// List<Species> list = model.getListOfSpecies().getSpecies();
//
// return ;
// }
public void createSpeciesObjectFromSBOTerm(SpeciesGlyph sg, int sboTerm) {
if (sboTerm == SBMLUtil.intSBOTermForCOMPLEX || //since protein is child of protein we can't use isChildOf in order to create protein
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForDEGRADED) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForDRUG) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForSIMPLE_MOLECULE) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForUNKNOWN) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForION) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForPHENOTYPE)) {
// nothing to do
} else if (SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForANTISENSE_RNA)) {
createAntisenseRNA((org.sbml.jsbml.Species) sg.getSpeciesInstance());
} else if (SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForGENE)) {
createGene((org.sbml.jsbml.Species) sg.getSpeciesInstance());
} else if (SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForRNA)) {
createRNA((org.sbml.jsbml.Species) sg.getSpeciesInstance());
} else /*if (SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForPROTEIN) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForGENERIC) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForRECEPTOR) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForION_CHANNEL) ||
SBO.isChildOf(sboTerm, SBMLUtil.intSBOTermForTRUNCATED))*/ {
createProtein((org.sbml.jsbml.Species) sg.getSpeciesInstance());
}
}
示例5: SBOTermToString
import org.sbml.jsbml.SBO; //导入依赖的package包/类
/**
* SBO term to string.
*
* @param sboTerm the sbo term
* @return String
* TODO
*/
public static String SBOTermToString(int sboTerm) {
if (SBO.isChildOf(sboTerm, intSBOTermForANTISENSE_RNA)) {
return "ANTISENSE_RNA";
} else if (SBO.isChildOf(sboTerm, intSBOTermForCOMPLEX)) {
return "COMPLEX";
} else if (SBO.isChildOf(sboTerm, intSBOTermForDEGRADED)) {
return "DEGRADED";
} else if (SBO.isChildOf(sboTerm, intSBOTermForDRUG)) {
return "DRUG";
} else if (SBO.isChildOf(sboTerm, intSBOTermForGENE)) {
return "GENE";
} else if (SBO.isChildOf(sboTerm, intSBOTermForGENERIC)) {
return "GENERIC";
} else if (SBO.isChildOf(sboTerm, intSBOTermForION)) {
return "ION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForPHENOTYPE)) {
return "PHENOTYPE";
} else if (SBO.isChildOf(sboTerm, intSBOTermForPROTEIN)) {
return "PROTEIN";
} else if (SBO.isChildOf(sboTerm, intSBOTermForRECEPTOR)) {
return "RECEPTOR";
} else if (SBO.isChildOf(sboTerm, intSBOTermForRNA)) {
return "RNA";
} else if (SBO.isChildOf(sboTerm, intSBOTermForION_CHANNEL)) {
return "ION_CHANNEL";
} else if (SBO.isChildOf(sboTerm, intSBOTermForSIMPLE_MOLECULE)) {
return "SIMPLE_MOLECULE";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRUNCATED)) {
return "TRUNCATED";
} else if (SBO.isChildOf(sboTerm, intSBOTermForUNKNOWN)) {
return "UNKNOWN";
} else if (SBO.isChildOf(sboTerm, intSBOTermForKNOWN_TRANSITION_OMITTED)) {
return "KNOWN_TRANSITION_OMITTED";
} else if (SBO.isChildOf(sboTerm, intSBOTermForSTATE_TRANSITION)) {
return "STATE_TRANSITION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSCRIPTION)) {
return "TRANSCRIPTION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSLATION)) {
return "TRANSLATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSPORT)) {
return "TRANSPORT";
} else if (SBO.isChildOf(sboTerm, intSBOTermForHETERODIMER_ASSOCIATION)) {
return "HETERODIMER_ASSOCIATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForDISSOCIATION)) {
return "DISSOCIATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRUNCATION)) {
return "TRUNCATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForUNKNOWN_TRANSITION)) {
return "UNKNOWN_TRANSITION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForModifier)) {
// = intSBOTermForMODULATION
return "Modifier";
} else if (SBO.isChildOf(sboTerm, intSBOTermForCATALYSIS)) {
// = intSBOTermForUNKNOWN_CATALYSIS
return "CATALYSIS";
} else if (SBO.isChildOf(sboTerm, intSBOTermForINHIBITION)) {
// = intSBOTermForTRANSLATIONAL_INHIBITION = intSBOTermForTRANSCRIPTIONAL_INHIBITION = intSBOTermForUNKNOWN_INHIBITION
return "INHIBITION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForPHYSICAL_STIMULATION)) {
return "PHYSICAL_STIMULATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRANSCRIPTIONAL_ACTIVATION)) {
// = intSBOTermForTRANSLATIONAL_ACTIVATION
return "TRANSCRIPTIONAL_ACTIVATION";
} else if (SBO.isChildOf(sboTerm, intSBOTermForTRIGGER)) {
return "TRIGGER";
} else {
return "";
}
}