以下来自GDS文档的查询显示了如何通过Cypher创建GDS投影：

MATCH (source) OPTIONAL MATCH (source)-[r:READ]->(target)
WHERE r.numberOfPages IS NOT NULL
WITH gds.graph.project('existingNumberOfPages', source, target, { relationshipProperties: r { .numberOfPages } }) AS g
RETURN
  g.graphName AS graph, g.nodeCount AS nodes, g.relationshipCount AS rels

这是我的代码，我想创建一个自定义的投影：

MATCH (n)-[r]-(m) 
WHERE type(r) IN [
    'Environment_related_eQTL',
    'GO term\'s relationshipbiological_process',
    'GO term\'s relationshipcellular_component',
    'GO term\'s relationshipmolecular_function',
    'Gene and GO\'s biological_process term relationship',
    'Gene and GO\'s cellular_component term relationship',
    'Gene and GO\'s molecular_function term relationship',
    'Genes_regulated_by_methylation',
    'Phenotypes_affected_by_snp',
    'SNP_belongTo_Gene',
    'TF_regulates',
    'TranseQTL_belongTo_Gene',
    'TranseQTL_to_gene',
    'ciseQTL_belongTo_Gene',
    'ciseQTL_influence_Gene',
    'environmenteqtl_id_on',
    'gene_to_TFfamily',
    'subaloaction',
    'Gene_Phenotypes_affected_by_Gene_from_twas_araPhenotype'
]
WITH COLLECT(DISTINCT id(n)) + COLLECT(DISTINCT id(m)) AS allNodeIDs
MATCH (source)-[r]->(target) WHERE  id(source) IN allNodeIDs AND id(target) IN allNodeIDs AND type(r) IN [
    'Environment_related_eQTL',
    'GO term\'s relationshipbiological_process',
    'GO term\'s relationshipcellular_component',
    'GO term\'s relationshipmolecular_function',
    'Gene and GO\'s biological_process term relationship',
    'Gene and GO\'s cellular_component term relationship',
    'Gene and GO\'s molecular_function term relationship',
    'Genes_regulated_by_methylation',
    'Phenotypes_affected_by_snp',
    'SNP_belongTo_Gene',
    'TF_regulates',
    'TranseQTL_belongTo_Gene',
    'TranseQTL_to_gene',
    'ciseQTL_belongTo_Gene',
    'ciseQTL_influence_Gene',
    'environmenteqtl_id_on',
    'gene_to_TFfamily',
    'subaloaction',
    'Gene_Phenotypes_affected_by_Gene_from_twas_araPhenotype',
    'PPI',
    'TF_regulates'
]
WITH gds.graph.project(
  'graphdealj',
  source,
  target,
  {
    sourceNodeLabels: labels(source),
    targetNodeLabels: labels(target),
    relationshipType: type(r)
  }
) AS g
RETURN g.graphName AS graph, g.nodeCount AS nodes, g.relationshipCount AS rels

但我得到了这个错误：

Unknown function 'gds.graph.project' (line 47, column 6 (offset: 1700))
"    'TF_regulates'"
                   ^

我绝对确定我已经安装了GDS，因为我能够成功地执行其他投影方法和各种算法。此外，在最后一个GDS部分之前的查询部分执行时没有任何问题：

我试着在with之后添加一个call，但没有效果，但我可以保证在最后一个with之前的代码正常执行。你可以看到图片有输出