4898794edd81be5285ea6e544acbedeaeb31bf78 max Tue Nov 23 08:10:57 2021 -0800 Fixing pointers to README file for license in all source code files. refs #27614 diff --git src/hg/sageVisCGI/rosChr22Dat.c src/hg/sageVisCGI/rosChr22Dat.c index 0b59330..91a254c 100644 --- src/hg/sageVisCGI/rosChr22Dat.c +++ src/hg/sageVisCGI/rosChr22Dat.c @@ -1,1075 +1,1075 @@ /* Copyright (C) 2005 The Regents of the University of California - * See README in this or parent directory for licensing information. */ + * See kent/LICENSE or http://genome.ucsc.edu/license/ for licensing information. */ /* rosChr22Dat.c was originally generated by the autoSql program, which also * generated rosChr22Dat.h and rosChr22Dat.sql. This module links the database and * the RAM representation of objects. */ #include "common.h" #include "linefile.h" #include "jksql.h" #include "rosChr22Dat.h" #include "hash.h" struct hash *expNameHash = NULL; struct hash *expNumHash = NULL; struct hash *geneNumHash = NULL; struct hash *geneNameHash = NULL; static int numTotalExperiments =0; static int numTotalGenes=0; void rosChr22DatStaticLoad(char **row, struct rosChr22Dat *ret) /* Load a row from rosChr22Dat table into ret. The contents of ret will * be replaced at the next call to this function. */ { ret->chrom = row[0]; ret->chromStart = sqlUnsigned(row[1]); ret->chromEnd = sqlUnsigned(row[2]); ret->name = row[3]; ret->probeType = sqlSigned(row[4]); ret->labelType = sqlSigned(row[5]); ret->strand = row[6]; ret->expName = row[7]; ret->fileName = row[8]; ret->exonName = row[9]; ret->controlType = row[10]; ret->probeID = sqlSigned(row[11]); ret->nSigCy3 = atof(row[12]); ret->rSigCy3 = atof(row[13]); ret->pixelsCy3 = sqlSigned(row[14]); ret->bgrdCy3 = atof(row[15]); ret->nSigCy5 = atof(row[16]); ret->rSigCy5 = atof(row[17]); ret->pixelsCy5 = sqlSigned(row[18]); ret->bgrdCy5 = atof(row[19]); ret->logRatio = atof(row[20]); ret->logError = atof(row[21]); ret->xdev = atof(row[22]); ret->pval = atof(row[23]); } struct rosChr22Dat *rosChr22DatLoad(char **row) /* Load a rosChr22Dat from row fetched with select * from rosChr22Dat * from database. Dispose of this with rosChr22DatFree(). */ { struct rosChr22Dat *ret; AllocVar(ret); ret->chrom = cloneString(row[0]); ret->chromStart = sqlUnsigned(row[1]); ret->chromEnd = sqlUnsigned(row[2]); ret->name = cloneString(row[3]); ret->probeType = sqlSigned(row[4]); ret->labelType = sqlSigned(row[5]); ret->strand = cloneString(row[6]); ret->expName = cloneString(row[7]); ret->fileName = cloneString(row[8]); ret->exonName = cloneString(row[9]); ret->controlType = cloneString(row[10]); ret->probeID = sqlSigned(row[11]); ret->nSigCy3 = atof(row[12]); ret->rSigCy3 = atof(row[13]); ret->pixelsCy3 = sqlSigned(row[14]); ret->bgrdCy3 = atof(row[15]); ret->nSigCy5 = atof(row[16]); ret->rSigCy5 = atof(row[17]); ret->pixelsCy5 = sqlSigned(row[18]); ret->bgrdCy5 = atof(row[19]); ret->logRatio = atof(row[20]); ret->logError = atof(row[21]); ret->xdev = atof(row[22]); ret->pval = atof(row[23]); return ret; } struct rosChr22Dat *rosChr22DatLoadAll(char *fileName) /* Load all rosChr22Dat from a tab-separated file. * Dispose of this with rosChr22DatFreeList(). */ { struct rosChr22Dat *list = NULL, *el; struct lineFile *lf = lineFileOpen(fileName, TRUE); char *row[24]; while (lineFileRow(lf, row)) { el = rosChr22DatLoad(row); slAddHead(&list, el); } lineFileClose(&lf); slReverse(&list); return list; } struct rosChr22Dat *rosChr22DatCommaIn(char **pS, struct rosChr22Dat *ret) /* Create a rosChr22Dat out of a comma separated string. * This will fill in ret if non-null, otherwise will * return a new rosChr22Dat */ { char *s = *pS; if (ret == NULL) AllocVar(ret); ret->chrom = sqlStringComma(&s); ret->chromStart = sqlUnsignedComma(&s); ret->chromEnd = sqlUnsignedComma(&s); ret->name = sqlStringComma(&s); ret->probeType = sqlSignedComma(&s); ret->labelType = sqlSignedComma(&s); ret->strand = sqlStringComma(&s); ret->expName = sqlStringComma(&s); ret->fileName = sqlStringComma(&s); ret->exonName = sqlStringComma(&s); ret->controlType = sqlStringComma(&s); ret->probeID = sqlSignedComma(&s); ret->nSigCy3 = sqlSignedComma(&s); ret->rSigCy3 = sqlSignedComma(&s); ret->pixelsCy3 = sqlSignedComma(&s); ret->bgrdCy3 = sqlSignedComma(&s); ret->nSigCy5 = sqlSignedComma(&s); ret->rSigCy5 = sqlSignedComma(&s); ret->pixelsCy5 = sqlSignedComma(&s); ret->bgrdCy5 = sqlSignedComma(&s); ret->logRatio = sqlSignedComma(&s); ret->logError = sqlSignedComma(&s); ret->xdev = sqlSignedComma(&s); ret->pval = sqlSignedComma(&s); *pS = s; return ret; } void rosChr22DatFree(struct rosChr22Dat **pEl) /* Free a single dynamically allocated rosChr22Dat such as created * with rosChr22DatLoad(). */ { struct rosChr22Dat *el; if ((el = *pEl) == NULL) return; freeMem(el->chrom); freeMem(el->name); freeMem(el->strand); freeMem(el->expName); freeMem(el->fileName); freeMem(el->exonName); freeMem(el->controlType); freez(pEl); } void rosChr22DatFreeList(struct rosChr22Dat **pList) /* Free a list of dynamically allocated rosChr22Dat's */ { struct rosChr22Dat *el, *next; for (el = *pList; el != NULL; el = next) { next = el->next; rosChr22DatFree(&el); } *pList = NULL; } void rosChr22DatOutput(struct rosChr22Dat *el, FILE *f, char sep, char lastSep) /* Print out rosChr22Dat. Separate fields with sep. Follow last field with lastSep. */ { if (sep == ',') fputc('"',f); fprintf(f, "%s", el->chrom); if (sep == ',') fputc('"',f); fputc(sep,f); fprintf(f, "%u", el->chromStart); fputc(sep,f); fprintf(f, "%u", el->chromEnd); fputc(sep,f); if (sep == ',') fputc('"',f); fprintf(f, "%s", el->name); if (sep == ',') fputc('"',f); fputc(sep,f); fprintf(f, "%d", el->probeType); fputc(sep,f); fprintf(f, "%d", el->labelType); fputc(sep,f); if (sep == ',') fputc('"',f); fprintf(f, "%s", el->strand); if (sep == ',') fputc('"',f); fputc(sep,f); if (sep == ',') fputc('"',f); fprintf(f, "%s", el->expName); if (sep == ',') fputc('"',f); fputc(sep,f); if (sep == ',') fputc('"',f); fprintf(f, "%s", el->fileName); if (sep == ',') fputc('"',f); fputc(sep,f); if (sep == ',') fputc('"',f); fprintf(f, "%s", el->exonName); if (sep == ',') fputc('"',f); fputc(sep,f); if (sep == ',') fputc('"',f); fprintf(f, "%s", el->controlType); if (sep == ',') fputc('"',f); fputc(sep,f); fprintf(f, "%d", el->probeID); fputc(sep,f); fprintf(f, "%f", el->nSigCy3); fputc(sep,f); fprintf(f, "%f", el->rSigCy3); fputc(sep,f); fprintf(f, "%d", el->pixelsCy3); fputc(sep,f); fprintf(f, "%f", el->bgrdCy3); fputc(sep,f); fprintf(f, "%f", el->nSigCy5); fputc(sep,f); fprintf(f, "%f", el->rSigCy5); fputc(sep,f); fprintf(f, "%d", el->pixelsCy5); fputc(sep,f); fprintf(f, "%f", el->bgrdCy5); fputc(sep,f); fprintf(f, "%f", el->logRatio); fputc(sep,f); fprintf(f, "%f", el->logError); fputc(sep,f); fprintf(f, "%f", el->xdev); fputc(sep,f); fprintf(f, "%f", el->pval); fputc(lastSep,f); } void createExpNameHash() { int i=0; char buff[32]; expNameHash = newHash(0); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "K562_RT_vs_Jurkat_RT"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Hep"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Testes_vs_Uterus"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Stomach_vs_Spinal_Chord"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Salivary_Gland_vs_Skeletal_Muscle"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Prostate_vs_Placenta"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pituitary_Gland_vs_Melanoma"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Lung_Carcinoma_vs_Lung"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Fetal_Liver_vs_Liver"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Bone_marrow_vs_Adrenal_Gland"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_vs_Heart"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(amygdala)_vs_Thymus"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(caudate_nucleus)_vs_Thyroid"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(cerebellum)_vs_Pancreas"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(corpus_callosum)_vs_Lymph_node"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(substantia_nigra)_vs_Kidney"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(thalamus)_vs_Fetal_lung"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Colorectal_adenocarcinoma_vs_Trachea"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Hela_cell_vs_Small_intestine"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Lymphoma_(Burkitt_Daudi)_vs_Leukemia_(lymphoblastic)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Lymphoma_(Burkitt_Raji)_vs_Leukemia_(promyelocytic)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Fetal_Kidney_vs_Fetal_Brain"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(amygdala)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(caudate_nucleus)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(cerebellum)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(corpus_callosum)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(substantia_nigra)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(thalamus)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Adrenal_Gland"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Bone_Marrow"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Colorectal_Adenocarcinoma"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Brain"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Kidney"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Liver"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Leukemia_(Lymphoblastic)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Leukemia_(Promyelocytic)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Lung"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Heart"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Hela_Cell"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Kidney"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Leukemia_(Chronic_Myelogenous)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Placenta"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Prostate"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Salivary_Gland"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Skeletal_Muscle"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Small_Intestine"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Spinal_Chord"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Stomach"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Testes"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lymphoma_(Burkitt)"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Melanoma"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Pancreas"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Pituitary_Gland"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Liver"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lung"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lung_Carcinoma"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lymph_Node"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Thymus"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Thyroid"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Trachea"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Jurkat_vs_Raji"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Hep_vs_Raji"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "293F_vs_Raji"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "pool_vs_Raji"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Hep_vs_Jurkat"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "K562_Agilent_vs_Jurkat_Agilent"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "293F_vs_Hep"); sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "293F_vs_Jurkat"); /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "293F_vs_Jurkat"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "293F_vs_Hep"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Hep_vs_Jurkat"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "K562_Agilent_vs_Jurkat_Agilent"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "pool_vs_Raji"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "293F_vs_Raji"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Hep_vs_Raji"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Jurkat_vs_Raji"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Trachea"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Thyroid"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Thymus"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lymph_Node"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lung_Carcinoma"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lung"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Liver"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Pituitary_Gland"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Pancreas"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Melanoma"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Lymphoma_(Burkitt)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Testes"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Stomach"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Spinal_Chord"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Small_Intestine"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Prostate"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Placenta"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Skeletal_Muscle"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Salivary_Gland"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Leukemia_(Chronic_Myelogenous)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Kidney"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Hela_Cell"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Heart"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Lung"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Leukemia_(Promyelocytic)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Leukemia_(Lymphoblastic)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Liver"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Kidney"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Fetal_Brain"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Colorectal_Adenocarcinoma"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Bone_Marrow"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Adrenal_Gland"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(thalamus)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(substantia_nigra)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(corpus_callosum)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(cerebellum)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(caudate_nucleus)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Brain_(amygdala)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Fetal_Kidney_vs_Fetal_Brain"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pool_vs_Hep"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Lymphoma_(Burkitt_Raji)_vs_Leukemia_(promyelocytic)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Lymphoma_(Burkitt_Daudi)_vs_Leukemia_(lymphoblastic)"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Hela_cell_vs_Small_intestine"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Colorectal_adenocarcinoma_vs_Trachea"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(thalamus)_vs_Fetal_lung"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(substantia_nigra)_vs_Kidney"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(corpus_callosum)_vs_Lymph_node"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(cerebellum)_vs_Pancreas"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(caudate_nucleus)_vs_Thyroid"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_(amygdala)_vs_Thymus"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Brain_vs_Heart"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Bone_marrow_vs_Adrenal_Gland"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Fetal_Liver_vs_Liver"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Lung_Carcinoma_vs_Lung"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Pituitary_Gland_vs_Melanoma"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Prostate_vs_Placenta"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Salivary_Gland_vs_Skeletal_Muscle"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Stomach_vs_Spinal_Chord"); */ /* sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "Testes_vs_Uterus"); */ /*sprintf(buff,"%d",i); i++; hashAddUnique(expNameHash, buff, "K562_RT_vs_Jurkat_RT"); */ } void createExpNumHash() { int i=0; char buff[32]; expNumHash = newHash(0); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("K562_RT_vs_Jurkat_RT"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Hep"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Testes_vs_Uterus"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Stomach_vs_Spinal_Chord"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Salivary_Gland_vs_Skeletal_Muscle"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Prostate_vs_Placenta"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pituitary_Gland_vs_Melanoma"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Lung_Carcinoma_vs_Lung"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Fetal_Liver_vs_Liver"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Bone_marrow_vs_Adrenal_Gland"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_vs_Heart"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_(amygdala)_vs_Thymus"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_(caudate_nucleus)_vs_Thyroid"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_(cerebellum)_vs_Pancreas"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_(corpus_callosum)_vs_Lymph_node"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_(substantia_nigra)_vs_Kidney"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Brain_(thalamus)_vs_Fetal_lung"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Colorectal_adenocarcinoma_vs_Trachea"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Hela_cell_vs_Small_intestine"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Lymphoma_(Burkitt_Daudi)_vs_Leukemia_(lymphoblastic)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Lymphoma_(Burkitt_Raji)_vs_Leukemia_(promyelocytic)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Fetal_Kidney_vs_Fetal_Brain"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain_(amygdala)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain_(caudate_nucleus)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain_(cerebellum)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain_(corpus_callosum)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain_(substantia_nigra)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain_(thalamus)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Adrenal_Gland"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Bone_Marrow"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Brain"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Colorectal_Adenocarcinoma"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Fetal_Brain"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Fetal_Kidney"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Fetal_Liver"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Leukemia_(Lymphoblastic)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Leukemia_(Promyelocytic)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Fetal_Lung"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Heart"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Hela_Cell"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Kidney"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Leukemia_(Chronic_Myelogenous)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Placenta"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Prostate"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Salivary_Gland"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Skeletal_Muscle"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Small_Intestine"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Spinal_Chord"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Stomach"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Testes"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Lymphoma_(Burkitt)"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Melanoma"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Pancreas"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Pituitary_Gland"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Liver"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Lung"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Lung_Carcinoma"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Lymph_Node"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Thymus"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Thyroid"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Pool_vs_Trachea"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Jurkat_vs_Raji"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Hep_vs_Raji"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("293F_vs_Raji"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("pool_vs_Raji"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("Hep_vs_Jurkat"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("K562_Agilent_vs_Jurkat_Agilent"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("293F_vs_Hep"), cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(expNumHash, cloneString("293F_vs_Jurkat"), cloneString(buff)); } void createGeneNameHash() { int i=0; char buff[32]; geneNameHash = newHash(0); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("384D8-2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("4E-T")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("A14GALT")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ACO2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ACR")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ADORA2A")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ADRBK2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ADSL")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("AF060862")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("AP1B1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("APOL")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ARFGAP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ARHGAP8")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ARSA")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ARVCF")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ATF4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ATP6E")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BCR")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BID")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BIK")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BK1048E9.5")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BK126B4.1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BK65A6.2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BRD1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("BZRP")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C.ctg22fin3-000000.7.0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C.ctg22fin4-000000.0.0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C.ctg22fin4-000000.17.0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C.ctg22fin4-000001.17.0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C.ctg22fin4-000001.39.0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C.ctg22fin4-000001.58.0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C22ORF2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C22ORF3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("C22ORF5")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CACNA1I")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CACNG2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CBX6")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CDC45L")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CECR1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CELSR1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CG12-1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CGI-51")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CGI-56")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CGI-96")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CHKL")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CLDN5")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CLTCL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("COMT")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CPT1B")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CRKL")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CRYBA4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CRYBB1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CRYBB2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CRYBB3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CSF2RB")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CSNK1E")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CST")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("CYP2D6")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DDT")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DDX17")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DGCR2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DGCR6")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DGCR8")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DIA1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DJ1042K10.2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DJ37E16.5")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DJ742C19.2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DKFZP434P211")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DMC1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DNAL4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("DRG1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("E46L")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ECGF1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("EIF3S7")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("EP300")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("EWSR1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FBLN1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FBXO7")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FKSG1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ10140")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20185")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20232")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20454")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20618")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20635")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20695")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("FLJ20699")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("G22P1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GALR3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GAR22")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GCAT")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GGA1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GGT1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GGTLA1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GIII-SPLA2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GNAZ")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GP1BB")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GPR24")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GRAP2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GSCL")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GSTT1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GSTT2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GTPBP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("GTSE1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("H1F0")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HCF2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HIRA")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HMG17L1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HMOX1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HRIHFB2122")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HS322B1A")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HS747E2A")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HSN44A4A")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HSPC025")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HSPC051")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HSPC117")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HSPC242")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("HsPOX2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("IGLL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("IL17R")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("IL2RB")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KCNJ4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KCNMB3L")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KDELR3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0015")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0063")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0153")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0330")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0637")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0645")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0685")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("KIAA0852")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LARGE")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LGALS1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LGALS2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LIF")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LIMK2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC51219")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC51233")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC51733")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC55586")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC55954")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC56993")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC57168")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LOC63929")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("LZTR1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MAFF")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MAPK1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MAPK11")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MAPK12")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MAPK8IP2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MB")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MCM5")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MDS019")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MGAT3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MIF")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MIL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MMP11")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MN1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MSE55")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("MTMR3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NAGA")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NCF4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NDUFA6")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NEFH")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NF2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NHP2L1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NIPSNAP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NLVCF")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NPTXR")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("NUP50")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("OSM")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("P2RXL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PACSIN2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PARVG")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PBI")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PDGFB")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PES1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PIK4CA")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PITPNB")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PK1.3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PKDREJ")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PLA2G6")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PMM1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PNUTL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("POLR2F")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("POM121L1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PPARA")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PPIL2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PRAME")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PRKCABP")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PRODH")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PSCD4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("PTD004")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RAB36")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RABL2B")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RAD53")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RANBP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RANGAP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RASD1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RAYL")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RBM9")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RBX1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RFPL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RFPL2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RFPL3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("rhodanese")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RPL3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RRP22")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("RTDR1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SCO2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SDF2L1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SEC14L2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SEP3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SEZ6L")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SF3A1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SH3BP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SLC16A8")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SLC25A17")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SLC5A1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SLC7A4")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SMARCB1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SMTN")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SNAP29")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SNRPD3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SOX10")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SREBF2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SSTR3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ST13")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SULTX3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SYN3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("SYNGR1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TAB1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TBX1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TCN2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TEF")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TIMP3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TIP39")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TOB2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TOM1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TOP3B")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TPST2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TR")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TST")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TTLL1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TUBA8")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("TXN2")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("UBE2L3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("UFD1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("UPK3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("USP18")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("VPREB3")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("XBP1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("YM-1")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("YWHAH")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ZNF278")); sprintf(buff,"%d",i++); hashAddUnique(geneNameHash, cloneString(buff), cloneString("ZNF74")); } void createGeneNumHash() { int i=0; char buff[32]; geneNumHash = newHash(0); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("384D8-2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("4E-T"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("A14GALT"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ACO2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ACR"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ADORA2A"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ADRBK2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ADSL"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("AF060862"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("AP1B1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("APOL"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ARFGAP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ARHGAP8"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ARSA"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ARVCF"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ATF4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ATP6E"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BCR"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BID"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BIK"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BK1048E9.5"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BK126B4.1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BK65A6.2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BRD1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("BZRP"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C.ctg22fin3-000000.7.0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C.ctg22fin4-000000.0.0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C.ctg22fin4-000000.17.0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C.ctg22fin4-000001.17.0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C.ctg22fin4-000001.39.0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C.ctg22fin4-000001.58.0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C22ORF2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C22ORF3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("C22ORF5"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CACNA1I"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CACNG2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CBX6"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CDC45L"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CECR1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CELSR1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CG12-1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CGI-51"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CGI-56"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CGI-96"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CHKL"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CLDN5"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CLTCL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("COMT"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CPT1B"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CRKL"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CRYBA4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CRYBB1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CRYBB2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CRYBB3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CSF2RB"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CSNK1E"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CST"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("CYP2D6"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DDT"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DDX17"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DGCR2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DGCR6"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DGCR8"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DIA1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DJ1042K10.2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DJ37E16.5"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DJ742C19.2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DKFZP434P211"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DMC1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DNAL4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("DRG1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("E46L"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ECGF1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("EIF3S7"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("EP300"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("EWSR1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FBLN1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FBXO7"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FKSG1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ10140"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20185"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20232"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20454"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20618"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20635"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20695"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("FLJ20699"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("G22P1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GALR3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GAR22"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GCAT"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GGA1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GGT1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GGTLA1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GIII-SPLA2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GNAZ"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GP1BB"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GPR24"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GRAP2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GSCL"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GSTT1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GSTT2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GTPBP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("GTSE1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("H1F0"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HCF2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HIRA"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HMG17L1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HMOX1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HRIHFB2122"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HS322B1A"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HS747E2A"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HSN44A4A"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HSPC025"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HSPC051"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HSPC117"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HSPC242"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("HsPOX2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("IGLL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("IL17R"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("IL2RB"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KCNJ4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KCNMB3L"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KDELR3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0015"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0063"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0153"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0330"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0637"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0645"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0685"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("KIAA0852"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LARGE"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LGALS1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LGALS2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LIF"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LIMK2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC51219"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC51233"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC51733"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC55586"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC55954"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC56993"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC57168"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LOC63929"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("LZTR1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MAFF"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MAPK1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MAPK11"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MAPK12"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MAPK8IP2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MB"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MCM5"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MDS019"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MGAT3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MIF"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MIL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MMP11"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MN1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MSE55"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("MTMR3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NAGA"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NCF4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NDUFA6"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NEFH"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NF2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NHP2L1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NIPSNAP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NLVCF"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NPTXR"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("NUP50"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("OSM"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("P2RXL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PACSIN2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PARVG"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PBI"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PDGFB"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PES1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PIK4CA"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PITPNB"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PK1.3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PKDREJ"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PLA2G6"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PMM1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PNUTL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("POLR2F"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("POM121L1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PPARA"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PPIL2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PRAME"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PRKCABP"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PRODH"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PSCD4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("PTD004"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RAB36"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RABL2B"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RAD53"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RANBP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RANGAP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RASD1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RAYL"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RBM9"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RBX1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RFPL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RFPL2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RFPL3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("rhodanese"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RPL3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RRP22"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("RTDR1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SCO2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SDF2L1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SEC14L2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SEP3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SEZ6L"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SF3A1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SH3BP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SLC16A8"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SLC25A17"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SLC5A1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SLC7A4"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SMARCB1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SMTN"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SNAP29"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SNRPD3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SOX10"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SREBF2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SSTR3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ST13"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SULTX3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SYN3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("SYNGR1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TAB1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TBX1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TCN2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TEF"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TIMP3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TIP39"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TOB2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TOM1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TOP3B"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TPST2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TR"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TST"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TTLL1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TUBA8"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("TXN2"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("UBE2L3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("UFD1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("UPK3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("USP18"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("VPREB3"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("XBP1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("YM-1"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("YWHAH"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ZNF278"),cloneString(buff)); sprintf(buff,"%d",i); i++; hashAddUnique(geneNumHash, cloneString("ZNF74"),cloneString(buff)); } int rcdLookUpExpNumber(char *name) { int ret=-1; char *toRet = NULL; if(expNumHash == NULL) return -2; toRet = hashFindVal(expNumHash, name); if(toRet == NULL) return ret; else return atoi(toRet); } char *rcdLookUpExpName(int expNum) { char buff[32]; char *expName = NULL; if(expNameHash == NULL) errAbort("rcdLookUpExpName() - expNameHash is NULL"); sprintf(buff, "%d", expNum); expName = hashFindVal(expNameHash, buff); return cloneString(expName); } char *rcdLookUpGeneName(int geneNum) { char buff[32]; char *geneName = NULL; if(geneNumHash == NULL) errAbort("rcdLookUpGeneName() - geneNumHash is NULL"); sprintf(buff, "%d", geneNum); geneName = hashFindVal(geneNameHash, buff); return cloneString(geneName); } void rcdInitExpTable() { if(expNameHash == NULL) createExpNameHash(); if(expNumHash == NULL) createExpNumHash(); if(geneNumHash == NULL) createGeneNumHash(); if(geneNameHash == NULL) createGeneNameHash(); } void countExpElements(void *val) { numTotalExperiments++; } void countGeneElements(void *val) { numTotalGenes++; } int rcdGetNumGenes() { if(numTotalGenes != 0) return numTotalGenes; else { hashTraverseVals(geneNameHash, countGeneElements); return numTotalGenes; } } int rcdGetNumExp() { if(numTotalExperiments != 0) return numTotalExperiments; else { hashTraverseVals(expNumHash, countExpElements); return numTotalExperiments; } }