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February 9, 2012 18:08
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Utility
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| *swp | |
| *pyc |
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| This is a utility gist, containing utility scripts |
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| /* Author: Luke Campbell | |
| * Description: Aggregation map (in map/reduce) for granules | |
| */ | |
| /* Structure | |
| { | |
| "name" : "field name", | |
| "type" : "field type", | |
| } | |
| */ | |
| function traverse(doc) { | |
| for(var i in doc.identifiables) | |
| { | |
| var identifiable = doc.identifiables[i]; | |
| emit([doc.stream_resource_id, doc.identifiables.time_bounds.value_pair[0], i], [i,identifiable]); | |
| } | |
| } | |
| function (doc) { | |
| if(doc.type_=="StreamGranuleContainer") | |
| { | |
| traverse(doc); | |
| } | |
| } |
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| /* | |
| * Author: Luke Campbell | |
| * Description: Reduction and merging of granules in JS | |
| */ | |
| function print_dic(obj) { | |
| var s = "\n{\n"; | |
| for(var key in obj) | |
| { | |
| s+='\t'; | |
| s+=key; | |
| s+= " : " | |
| s+= obj[key]; | |
| s+= ",\n" | |
| } | |
| s += "}\n"; | |
| debug(s); | |
| } | |
| function DumpObject(obj) | |
| { | |
| var od = new Object; | |
| var result = ""; | |
| var len = 0; | |
| for (var property in obj) | |
| { | |
| var value = obj[property]; | |
| if (typeof value == 'string') | |
| value = "'" + value + "'"; | |
| else if (typeof value == 'object') | |
| { | |
| if (value instanceof Array) | |
| { | |
| value = "[ " + value + " ]"; | |
| } | |
| else | |
| { | |
| var ood = DumpObject(value); | |
| value = "{ " + ood.dump + " }"; | |
| } | |
| } | |
| result += "'" + property + "' : " + value + ", \n"; | |
| len++; | |
| } | |
| od.dump = result; | |
| od.len = len; | |
| return od; | |
| } | |
| function get_keys(obj){ | |
| var keys = []; | |
| for(var key in obj) | |
| keys.push(key); | |
| return keys; | |
| } | |
| function value_in(value,ary) { | |
| for(var i in ary) | |
| { | |
| if(value == ary[i]) | |
| return i; | |
| } | |
| } | |
| function merge_record_count(c1,c2) { | |
| var retval = { | |
| "definition": "", | |
| "reference_frame": "", | |
| "description": "", | |
| "quality_id": "", | |
| "axisID": "", | |
| "constraint": merge_constraint(c1.constraint, c2.constraint), | |
| "value": c1.value + c2.value, | |
| "updatable": (c1.updatable && c2.updatable), | |
| "type_": "CountElement", | |
| "nil_value_ids": c1.nil_value_ids.concat(c2.nil_value_ids), | |
| "label": "", | |
| "optional": (c1.optional && c2.optional), | |
| "id": "" | |
| } | |
| return retval; | |
| } | |
| function merge_constraint(c1, c2) { | |
| var sig_figures = Math.max(c1.significant_figures, c2.significant_figures); | |
| var type_ = "AllowedValues"; | |
| var intervals = []; | |
| var values = []; | |
| values = values.concat(c1.values, c2.values); | |
| intervals = intervals.concat(c1.intervals, c2.intervals); | |
| var retval = { | |
| "significant_figures": sig_figures, | |
| "type_": "AllowedValues", | |
| "intervals": intervals, | |
| "values": values | |
| }; | |
| return retval; | |
| } | |
| function merge_mesh_location(c1,c2) { | |
| var retval = { | |
| "definition": "", | |
| "reference_frame": "", | |
| "description": "", | |
| "quality_id": "", | |
| "axisID": "", | |
| "constraint": merge_constraint(c1.constraint, c2.constraint), | |
| "code_space": "", | |
| "value": "", | |
| "updatable": (c1.updatable && c2.updatable), | |
| "type_": "CategoryElement", | |
| "nil_value_ids": c1.nil_value_ids.concat(c2.nil_value_ids), | |
| "label": "", | |
| "optional": (c1.optional && c2.optional), | |
| "id": "" | |
| }; | |
| return retval; | |
| } | |
| function merge_range_set(c1,c2) { | |
| var retval = { | |
| "definition": "", | |
| "reference_frame": "", | |
| "nil_values_ids": [ ], | |
| "unit_of_measure": { | |
| "type_": "UnitReferenceProperty", | |
| "code": "", | |
| "reference": "" | |
| }, | |
| "description": "", | |
| "quality_id": "", | |
| "mesh_location": merge_mesh_location(c1.mesh_location, c2.mesh_location), | |
| "constraint": merge_constraint(c1.constraint, c2.constraint), | |
| "reference_value": "", | |
| "updatable": (c1.updatable && c2.updatable), | |
| "type_": "RangeSet", | |
| "bounds_id": "conductivity_bounds", | |
| "label": "", | |
| "optional": (c1.optional && c2.optional), | |
| "id": "", | |
| "values_path": "" | |
| }; | |
| return retval; | |
| } | |
| function merge_data_stream(c1,c2) { | |
| var retval = { | |
| "description": "", | |
| "element_type_id": "", | |
| "element_count_id": "", | |
| "type_": "DataStream", | |
| "label": "", | |
| "encoding_id": "", | |
| "values": "", | |
| "id": "" | |
| }; | |
| return retval; | |
| } | |
| function merge_unit_reference_property(c1,c2) { | |
| var retval = { | |
| "type_": "UnitReferenceProperty", | |
| "code": "", | |
| "reference": "" | |
| }; | |
| return retval; | |
| } | |
| function merge_axis(c1,c2) { | |
| var retval = { | |
| "definition": "", | |
| "reference_frame": "", | |
| "description": "", | |
| "quality_id": "", | |
| "axisID": "", | |
| "constraint": merge_constraint(c1.constraint, c2.constraint), | |
| "code_space": "", | |
| "value": "", | |
| "updatable": (c1.updatable && c2.updatable), | |
| "type_": "CategoryElement", | |
| "nil_value_ids": c1.nil_value_ids.concat(c2.nil_value_ids), | |
| "label": "", | |
| "optional": (c1.optional && c2.optional), | |
| "id": "" | |
| }; | |
| return retval; | |
| } | |
| function merge_coordinate_axis(c1,c2) { | |
| var retval = { | |
| "definition": "", | |
| "reference_frame": "", | |
| "nil_values_ids": [ ], | |
| "unit_of_measure": merge_unit_reference_property(c1.unit_of_measure, c2.unit_of_measure), | |
| "description": "", | |
| "quality_id": "", | |
| "axis": merge_axis(c1.axis, c2.axis), | |
| "mesh_location": merge_mesh_location(c1.mesh_location, c2.mesh_location), | |
| "constraint": merge_constraint(c1.constraint, c2.constraint), | |
| "reference_value": "", | |
| "updatable": (c1.updatable && c2.updatable), | |
| "type_": "CoordinateAxis", | |
| "bounds_id": c1.bounds_id, | |
| "label": "", | |
| "optional": (c1.optional && c2.optional), | |
| "id": "", | |
| "values_path": "" | |
| }; | |
| } | |
| function merge_quantity_range_element(c1,c2) { | |
| var value_pair = [ | |
| Math.min(c1.value_pair[0], c2.value_pair[0]), | |
| Math.max(c1.value_pair[1], c2.value_pair[1]) | |
| ]; | |
| debug("here"); | |
| var constraint = merge_constraint(c1.constraint, c2.constraint); | |
| var nil_value_ids = c1.nil_value_ids.concat(c2.nil_value_ids); | |
| var updatable = c1.updatable && c2.updatable; | |
| var optional = c1.optional && c2.optional; | |
| var retval = { | |
| "definition": "", | |
| "reference_frame": "", | |
| "unit_of_measure": { | |
| "type_": "UnitReferenceProperty", | |
| "code": "", | |
| "reference": "" | |
| }, | |
| "description": "", | |
| "quality_id": "", | |
| "axisID": "", | |
| "constraint": constraint, | |
| "updatable": updatable, | |
| "type_": "QuantityRangeElement", | |
| "value_pair": value_pair, | |
| "nil_value_ids": nil_value_ids, | |
| "label": "", | |
| "optional": optional, | |
| "id": "" | |
| }; | |
| return retval; | |
| } | |
| function merge(c1,c2) { | |
| if(c1.type_ != c2.type_) | |
| return null; | |
| if(c1.type_ == "QuantityRangeElement") | |
| { | |
| return merge_quantity_range_element(c1,c2); | |
| } | |
| if(c1.type_ == "CoordinateAxis") | |
| { | |
| return merge_coordinate_axis(c1,c2); | |
| } | |
| if(c1.type_ == "CategoryElement") | |
| { | |
| return merge_axis(c1,c2); | |
| } | |
| if(c1.type_ == "DataStream") | |
| { | |
| return merge_data_stream(c1,c2); | |
| } | |
| if(c1.type_ == "RangeSet") | |
| { | |
| return merge_range_set(c1,c2); | |
| } | |
| if(c1.type_ == "CountElement") | |
| { | |
| return merge_record_count(c1,c2); | |
| } | |
| } | |
| function reduce(keys,values,rereduce) | |
| { | |
| var master = {}; | |
| if(!rereduce) | |
| { | |
| var key_ring = []; | |
| var master = {}; | |
| for(var i in values) | |
| { | |
| var key = values[i][0]; | |
| var value = values[i][1]; | |
| if(!value_in(key,key_ring)) | |
| { | |
| key_ring.push(key); | |
| master[key] = value; | |
| } | |
| else | |
| { | |
| master[key] = merge(master[key], value); | |
| } | |
| } | |
| return master; | |
| } | |
| else | |
| { | |
| var key_ring = get_keys(values[0]); | |
| var master = values[0]; | |
| for(var i in values) | |
| { | |
| var value = values[i]; | |
| if(i==0) | |
| continue; | |
| var keys = get_keys(value); | |
| for(j in keys) | |
| { | |
| var key = keys[j]; | |
| if(!value_in(key,keys)) | |
| { | |
| key_ring.push(key); | |
| master[key] = value; | |
| } | |
| else | |
| { | |
| master[key] = merge(master[key],value) | |
| } | |
| } | |
| } | |
| return master; | |
| } | |
| return master; | |
| } | |
| var bull = | |
| {"total_rows":34,"offset":0,"rows":[ | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"conductivity_bounds"],"value":["conductivity_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[2,2],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"conductivity_data"],"value":["conductivity_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"RangeSet","bounds_id":"conductivity_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"data_stream"],"value":["data_stream",{"description":"","element_type_id":"","element_count_id":"","type_":"DataStream","label":"","encoding_id":"","values":"","id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"height_bounds"],"value":["height_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[0,0],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"height_data"],"value":["height_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"height_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"latitude_bounds"],"value":["latitude_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[0,0],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"latitude_data"],"value":["latitude_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"latitude_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"longitude_bounds"],"value":["longitude_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[0,0],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"longitude_data"],"value":["longitude_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"longitude_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"pressure_bounds"],"value":["pressure_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[1,1],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"pressure_data"],"value":["pressure_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"RangeSet","bounds_id":"pressure_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"record_count"],"value":["record_count",{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"value":7,"updatable":true,"type_":"CountElement","nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"stream_encoding"],"value":["stream_encoding",{"sha1":"67163547351897233CF5C4E76DDD8AF051250BDC","compression":null,"encoding_type":"hdf5","type_":"Encoding","record_dimension":"","label":"","id":"","description":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"temperature_bounds"],"value":["temperature_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[48.658104161804005,51.372301018019606],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"temperature_data"],"value":["temperature_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"RangeSet","bounds_id":"temperature_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"time_bounds"],"value":["time_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[1,7],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"0f1b2896bd2448b88ccc6f2af077c712","key":["new",1,"time_data"],"value":["time_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"time_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"conductivity_bounds"],"value":["conductivity_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[2,2],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"conductivity_data"],"value":["conductivity_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"RangeSet","bounds_id":"conductivity_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"data_stream"],"value":["data_stream",{"description":"","element_type_id":"","element_count_id":"","type_":"DataStream","label":"","encoding_id":"","values":"","id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"height_bounds"],"value":["height_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[0,0],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"height_data"],"value":["height_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"height_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"latitude_bounds"],"value":["latitude_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[0,0],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"latitude_data"],"value":["latitude_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"latitude_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"longitude_bounds"],"value":["longitude_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[0,0],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"longitude_data"],"value":["longitude_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"longitude_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"pressure_bounds"],"value":["pressure_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[1,1],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"pressure_data"],"value":["pressure_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"RangeSet","bounds_id":"pressure_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"record_count"],"value":["record_count",{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"value":5,"updatable":true,"type_":"CountElement","nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"stream_encoding"],"value":["stream_encoding",{"sha1":"93A96C63984B684D6F69A1C5CCE9219C4ABD0402","compression":null,"encoding_type":"hdf5","type_":"Encoding","record_dimension":"","label":"","id":"","description":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"temperature_bounds"],"value":["temperature_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[43.42495730636228,57.36993605256888],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"temperature_data"],"value":["temperature_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"RangeSet","bounds_id":"temperature_bounds","label":"","optional":false,"id":"","values_path":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"time_bounds"],"value":["time_bounds",{"definition":"","reference_frame":"","unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axisID":"","constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"updatable":true,"type_":"QuantityRangeElement","value_pair":[8,12],"nil_value_ids":[],"label":"","optional":false,"id":""}]}, | |
| {"id":"43ffc22f29294d9e969c70abea2d2787","key":["new",8,"time_data"],"value":["time_data",{"definition":"","reference_frame":"","nil_values_ids":[],"unit_of_measure":{"type_":"UnitReferenceProperty","code":"","reference":""},"description":"","quality_id":"","axis":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"mesh_location":{"definition":"","reference_frame":"","description":"","quality_id":"","axisID":"","constraint":{"pattern":"","type_":"AllowedTokens","values":[]},"code_space":"","value":"","updatable":true,"type_":"CategoryElement","nil_value_ids":[],"label":"","optional":false,"id":""},"constraint":{"significant_figures":-1,"type_":"AllowedValues","intervals":[],"values":[]},"reference_value":"","updatable":true,"type_":"CoordinateAxis","bounds_id":"time_bounds","label":"","optional":false,"id":"","values_path":""}]} | |
| ]}; | |
| var key_ring = []; | |
| var master = {}; | |
| for(var row in bull.rows) | |
| { | |
| var key = bull.rows[row]["value"][0]; | |
| var value = bull.rows[row]["value"][1]; | |
| if(!value_in(key,key_ring)) | |
| { | |
| key_ring.push(key); | |
| debug("Pushing " + key); | |
| master[key] = value; | |
| } | |
| else | |
| { | |
| master[key] = merge(master[key], value); | |
| } | |
| } | |
| debug(DumpObject(master).dump); | |
| debug("No syntax problems"); | |
| quit(); |
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| /* Bulk Min */ | |
| function(keys, values, rereduce) { | |
| var min_lat = 0.0; | |
| var min_lon = 0.0; | |
| var min_time = ""; | |
| var min_depth = 0.0; | |
| var max_lat=0.0; | |
| var max_lon=0.0; | |
| var max_time=""; | |
| var max_depth=0.0; | |
| if(! rereduce) | |
| { | |
| for(var i in values) { | |
| if(values[i].lat > max_lat) | |
| max_lat = values[i].lat; | |
| if(values[i].lon > max_lon) | |
| max_lon = values[i].lon; | |
| if(values[i].time.localeCompare(max_time) > 0) | |
| max_time = values[i].time; | |
| if(values[i].depth > max_depth) | |
| max_depth = values[i].depth; | |
| if(min_lat == 0.0) | |
| min_lat = values[i].lat; | |
| if(min_lon == 0.0) | |
| min_lon = values[i].lon; | |
| if(min_time.localeCompare("")==0) | |
| min_time = values[i].time; | |
| if(min_depth==0.0) | |
| min_depth = values[i].depth; | |
| if(values[i].lat < min_lat) | |
| min_lat = values[i].lat; | |
| if(values[i].lon < min_lon) | |
| min_lon = values[i].lon; | |
| if(values[i].time.localeCompare(min_time) < 0) | |
| min_time = values[i].time; | |
| if(values[i].depth < min_depth) | |
| min_depth = values[i].depth; | |
| } | |
| return {"min_lat":min_lat, "min_lon":min_lon, "min_time":min_time, "min_depth":min_depth, | |
| "max_lat":max_lat, "max_lon":max_lon, "max_time":max_time, "max_depth":max_depth}; | |
| } | |
| for(var i in values) { | |
| if(values[i].max_lat > max_lat) | |
| max_lat = values[i].max_lat; | |
| if(values[i].max_lon > max_lon) | |
| max_lon = values[i].max_lon; | |
| if(values[i].max_time.localeCompare(max_time) > 0) | |
| max_time = values[i].max_time; | |
| if(values[i].max_depth > max_depth) | |
| max_depth = values[i].max_depth; | |
| if(min_lat == 0.0) | |
| min_lat = values[i].min_lat; | |
| if(min_lon == 0.0) | |
| min_lon = values[i].min_lon; | |
| if(min_time.localeCompare("")==0) | |
| min_time = values[i].min_time; | |
| if(min_depth==0.0) | |
| min_depth = values[i].min_depth; | |
| if(values[i].min_lat < min_lat) | |
| min_lat = values[i].min_lat; | |
| if(values[i].min_lon < min_lon) | |
| min_lon = values[i].min_lon; | |
| if(values[i].min_time.localeCompare(min_time) < 0) | |
| min_time = values[i].min_time; | |
| if(values[i].min_depth < min_depth) | |
| min_depth = values[i].min_depth; | |
| } | |
| return {"min_lat":min_lat, "min_lon":min_lon, "min_time":min_time, "min_depth":min_depth, | |
| "max_lat":max_lat, "max_lon":max_lon, "max_time":max_time, "max_depth":max_depth}; | |
| } |
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| /******************************** | |
| * Author: Luke Campbell | |
| * Description: simple map to order by time | |
| ********************************/ | |
| // If the doc has a time_bounds display it | |
| function get_time(doc) { | |
| if(doc.identifiables.time_bounds) { | |
| emit([doc.stream_resource_id,doc.identifiables.time_bounds.value_pair[0]],doc._id); | |
| } | |
| } | |
| function(doc) { | |
| get_time(doc); | |
| } |
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| /* | |
| * Author: Luke Campbell <lcampbell@asascience.com> | |
| * Description: Utility and map functions to map the DataContainer's bounding elements. | |
| */ | |
| /* | |
| * Traverses an "identifiable" in a document to see if it contains a CoordinateAxis | |
| */ | |
| function traverse(identifiable) { | |
| if('type_' in identifiable) | |
| { | |
| if(identifiable.type_=="CoordinateAxis") | |
| { | |
| return identifiable.bounds_id; | |
| } | |
| else return null; | |
| } | |
| } | |
| /* | |
| * Gets the CoordinateAxis objects and their bounds_ids | |
| */ | |
| function get_bounds(doc) | |
| { | |
| identifiables = doc.identifiables; | |
| var bounds = []; | |
| for(var i in identifiables) | |
| { | |
| var bounds_id = traverse(identifiables[i]); | |
| if(bounds_id) | |
| bounds.push(bounds_id); | |
| } | |
| return bounds; | |
| } | |
| /* Data map */ | |
| function (doc) { | |
| if(doc.type_ == "DataContainer"){ | |
| var bounds = get_bounds(doc); | |
| for(var b in bounds) | |
| { | |
| var key = bounds[b]; | |
| var s = String(key) | |
| var pack = {}; | |
| pack[key] = doc.identifiables[key].value_pair; | |
| emit(doc._id, pack); | |
| } | |
| } | |
| } | |
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| { | |
| "_id": "_design/test", | |
| "_rev": "18-620dbc17196be2d20a5b7dae7f2cbec6", | |
| "language": "javascript", | |
| "views": { | |
| "dataset_by_latlong": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = {\"lat\":doc.lattitude, \"long\":doc.longitude, \"lat_h\":doc.lattitude_hemisphere, \"long_h\":doc.longitude_hemisphere};\n emit(pack,doc._id);\n }\n}" | |
| }, | |
| "dataset_by_lat": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.lattitude_hemisphere,doc.lattitude];\n emit(pack,doc._id);\n }\n}" | |
| }, | |
| "dataset_by_long": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.longitude_hemisphere,doc.longitude];\n emit(pack,doc._id);\n }\n}" | |
| }, | |
| "lat_max": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.lattitude_hemisphere,doc.lattitude];\n emit(pack,doc.lattitude);\n }\n}", | |
| "reduce": "\nfunction (keys,values,rereduce) {\n var max = 0.0;\n for(var i in values) {\n if(values[i] > max)\n max = values[i];\n }\n return max;\n \n}\n" | |
| }, | |
| "longitude_max": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.longitude_hemisphere,doc.longitude];\n emit(pack,doc.longitude);\n }\n}", | |
| "reduce": "function (keys,values,rereduce) {\n var max = 0.0;\n for(var i in values) {\n if(values[i] > max)\n max = values[i];\n }\n return max;\n \n}\n" | |
| }, | |
| "longitude_min": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.longitude_hemisphere,doc.longitude];\n emit(pack,doc.longitude);\n }\n}", | |
| "reduce": "function (keys,values,rereduce) {\n var min = 0.0;\n for(var i in values) {\n if(min==0.0)\n min = values[i];\n else if(values[i] < min)\n min = values[i];\n }\n return min;\n \n}\n" | |
| }, | |
| "lattitude_max": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.lattitude_hemisphere,doc.lattitude];\n emit(pack,doc.lattitude);\n }\n}", | |
| "reduce": "\nfunction (keys,values,rereduce) {\n var max = 0.0;\n for(var i in values) {\n if(values[i] > max)\n max = values[i];\n }\n return max;\n \n}\n" | |
| }, | |
| "lattitude_min": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n var pack = [doc.lattitude_hemisphere,doc.lattitude];\n emit(pack,doc.lattitude);\n }\n}", | |
| "reduce": "function (keys,values,rereduce) {\n var min = 0.0;\n for(var i in values) {\n if(min==0.0)\n min = values[i];\n else if(values[i] < min)\n min = values[i];\n }\n return min;\n \n}\n" | |
| }, | |
| "dataset_by_depth": { | |
| "map": "function(doc) {\n if(doc.type_ == \"SciData\") {\n\temit(doc.depth, doc._id); \n }\n}" | |
| } | |
| } | |
| } |
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| #!/usr/bin/python | |
| import urllib | |
| """ | |
| gausian | |
| """ | |
| def gaussian(num,mean,stdev): | |
| params = urllib.urlencode({ | |
| 'num':num, | |
| 'mean':mean, | |
| 'stdev':stdev, | |
| 'dec':10, | |
| 'col':1, | |
| 'notation':'scientific', | |
| 'format':'plain', | |
| 'rnd':'new' | |
| }) | |
| url = "http://www.random.org/gaussian-distributions/?" | |
| f = urllib.urlopen(url + params) | |
| s = f.read() | |
| return map(float,s.split()) | |
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| from prototype.sci_data.ctd_stream import * | |
| from pyon.datastore.datastore import DataStore | |
| import random | |
| import time | |
| db = cc.datastore_manager.get_datastore('test',DataStore.DS_PROFILE.SCIDATA) | |
| def rands(entropy): | |
| random_pressures = [(random.random()*100) for i in xrange(entropy)] | |
| random_salinity = [(random.random()*28) for i in xrange(entropy)] | |
| random_temperature = [(random.random()*10)+32 for i in xrange(entropy)] | |
| random_times = [random.randrange(1328205227, 1328896395) for i in xrange(entropy)] | |
| random_lat = [(random.random()*10)+30 for i in xrange(entropy)] | |
| random_lon = [(random.random()*10)+70 for i in xrange(entropy)] | |
| return [random_pressures, random_salinity, random_temperature, random_times, random_lat, random_lon] | |
| def generate_point(entropy=5): | |
| points = [] | |
| random_values = rands(entropy) | |
| point = ctd_stream_packet(stream_id='ctd_data', p=random_values[0], c=random_values[1], t=random_values[2],time=random_values[3], lat=random_values[4], lon=random_values[5], create_hdf=False) | |
| return point | |
| for i in xrange(1000): | |
| point = generate_point() | |
| print point.identifiables['temp_bounds'].value_pair | |
| print db.create(point) |
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| # coding: utf-8 | |
| import os | |
| def notify_growl(notification, app_title, msg_title, description): | |
| s = """ | |
| osascript -e ' | |
| tell application "System Events" | |
| set isRunning to (count of (every process whose bundle identifier is "com.Growl.GrowlHelperApp")) > 0 | |
| end tell | |
| if isRunning then | |
| tell application id "com.Growl.GrowlHelperApp" | |
| set the allNotificationsList to {"%(notification)s"} | |
| set the enabledNotificationsList to {"%(notification)s"} | |
| register as application "%(app_title)s" all notifications allNotificationsList default notifications enabledNotificationsList icon of application "OOICI" | |
| notify with name "%(notification)s" title "%(msg_title)s" description "%(description)s" application name "%(app_title)s" | |
| end tell | |
| end if | |
| ' | |
| """ | |
| os.system(s % {'notification':notification, 'app_title':app_title, 'msg_title':msg_title, 'description':description}) | |
| notify_growl('Testing Complete', 'Lukes App', 'Test', 'Your Tests Are COmplete') | |
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| function (doc) { | |
| if(doc.type_ == "StreamDefinitionContainer") | |
| emit([doc.stream_resource_id,0],doc._id); | |
| else if(doc.type_ == "StreamGranuleContainer") | |
| emit([doc.stream_resource_id,1], doc._id); | |
| } |
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| /* | |
| * Author: Luke Campbell <lcampbell@asascience.com> | |
| * Description: Utility and map functions to map the DataContainer's bounding elements. | |
| */ | |
| /* | |
| * Traverses an "identifiable" in a document to see if it contains a CoordinateAxis | |
| */ | |
| function traverse(identifiable) { | |
| if(identifiable.type_=="CoordinateAxis") | |
| { | |
| return identifiable.bounds_id; | |
| } | |
| else return null; | |
| } | |
| /* | |
| * Gets the CoordinateAxis objects and their bounds_ids | |
| */ | |
| function get_bounds(doc) | |
| { | |
| identifiables = doc.identifiables; | |
| var bounds = []; | |
| for(var i in identifiables) | |
| { | |
| var bounds_id = traverse(identifiables[i]); | |
| if(bounds_id) | |
| bounds.push(bounds_id); | |
| } | |
| return bounds; | |
| } | |
| /* Data map */ | |
| function (doc) { | |
| if(doc.type_ == "StreamGranuleContainer"){ | |
| var bounds = get_bounds(doc); | |
| for(var b in bounds) | |
| { | |
| var key = bounds[b]; | |
| var s = String(key) | |
| var pack = {}; | |
| pack[key] = doc.identifiables[key].value_pair; | |
| emit([doc.stream_resource_id,1], pack); | |
| } | |
| } | |
| } | |
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| var values = [{"latitude_bounds": [32.82749434232304, 35.88136580695911]}, | |
| {"longitude_bounds": [72.13537707453355, 79.47096912220914]}, | |
| {"pressure_bounds": [23.639431356878404, 99.0065973822419]}, | |
| {"time_bounds": [1328335674, 1328815194]}, | |
| {"latitude_bounds": [30.56511956376543, 39.8668534952689]}, | |
| {"longitude_bounds": [70.08879029021078, 79.83677131241231]}, | |
| {"pressure_bounds": [5.803856260555584, 92.48816689195833]}, | |
| {"time_bounds": [1328279085, 1328813844]}, | |
| {"latitude_bounds": [30.73539817388742, 39.964984394042006]}, | |
| {"longitude_bounds": [72.08876296429352, 79.5133985816489]}, | |
| {"pressure_bounds": [9.221997093799816, 79.76757195734481]}, | |
| {"time_bounds": [1328248954, 1328759449]}, | |
| {"latitude_bounds": [30.166858369808082, 38.25430998669332]}, | |
| {"longitude_bounds": [71.85294514716199, 77.16380594509812]}, | |
| {"pressure_bounds": [29.99730989462185, 82.81372002248642]}, | |
| {"time_bounds": [1328512630, 1328813665]}, | |
| {"latitude_bounds": [31.343091015925914, 38.59620338300263]}, | |
| {"longitude_bounds": [74.0292244624546, 78.68686066191046]}, | |
| {"pressure_bounds": [13.605053941661804, 93.92189694912912]}, | |
| {"time_bounds": [1328256830, 1328683615]}, | |
| {"latitude_bounds": [34.35376474823513, 39.957527786854286]}, | |
| {"longitude_bounds": [71.16988257909982, 78.00292358437143]}, | |
| {"pressure_bounds": [30.01808225812428, 94.13311797282411]}, | |
| {"time_bounds": [1328507186, 1328802093]}, | |
| {"latitude_bounds": [30.69232497126897, 39.576248953469886]}, | |
| {"longitude_bounds": [74.10886557497031, 79.8752728552944]}, | |
| {"pressure_bounds": [22.921413253511467, 95.40074981825215]}, | |
| {"time_bounds": [1328248168, 1328848298]}, | |
| {"latitude_bounds": [30.582360856184543, 37.836764159500596]}, | |
| {"longitude_bounds": [70.3273647975362, 79.93160201052886]}, | |
| {"pressure_bounds": [0.09340316296984064, 81.12757748904214]}, | |
| {"time_bounds": [1328226950, 1328741612]}, | |
| {"latitude_bounds": [31.453810773991492, 39.908149501559734]}, | |
| {"longitude_bounds": [70.6640187985041, 78.99301324789279]}, | |
| {"pressure_bounds": [6.774143595815407, 96.10012982587001]}, | |
| {"time_bounds": [0, 1328750003]}, | |
| {"latitude_bounds": [32.92028042679569, 38.671872613892354]}, | |
| {"longitude_bounds": [71.35892349393315, 79.1408830457507]}, | |
| {"pressure_bounds": [9.090840136197375, 78.85173290467694]}, | |
| {"time_bounds": [1328519568, 1328885354]}] | |
| function value_in(value,ary) { | |
| for(var i in ary) | |
| { | |
| if(value == ary[i]) | |
| return i; | |
| } | |
| } | |
| function get_keys(obj){ | |
| var keys = []; | |
| for(var key in obj) | |
| keys.push(key); | |
| return keys; | |
| } | |
| function print_dic(obj) { | |
| for(var key in obj) | |
| { | |
| debug(key); | |
| debug(obj[key]); | |
| } | |
| } | |
| function reduce(keys,values,rereduce) { | |
| var res_keys = []; | |
| var results = values[0]; | |
| /* Not a rereduce so populate the results dictionary */ | |
| for(var i in values) | |
| { | |
| var keys = get_keys(values[i]); | |
| for(var j in keys) | |
| { | |
| var key = keys[j]; | |
| if(! value_in(key, res_keys)) | |
| { | |
| res_keys.push(key); | |
| results[key] = values[i][key]; | |
| continue; | |
| } | |
| var value = values[i][key]; | |
| results[key][0] = Math.min(value[0], results[key][0]); | |
| results[key][1] = Math.max(value[1], results[key][1]); | |
| } | |
| } | |
| return results; | |
| } | |
| var result = reduce(null,values,true); | |
| print_dic(result); | |
| quit(); |
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| function (keys,values,rereduce) { | |
| var max_lat=0.0; | |
| var max_lon=0.0; | |
| var max_time=""; | |
| var max_depth=0.0; | |
| for(var i in values){ | |
| if(values[i].lat > max_lat) | |
| max_lat = values[i].lat; | |
| if(values[i].lon > max_lon) | |
| max_lon = values[i].lon; | |
| if(values[i].time.localeCompare(max_time) > 0) | |
| max_time = values[i].time; | |
| if(values[i].depth > max_depth) | |
| max_depth = values[i].depth; | |
| } | |
| return {"lat":max_lat,"lon":max_lon,"time":max_time,"depth":max_depth}; | |
| } | |
| function (keys,values,rereduce) { | |
| var min = 0.0; | |
| for(var i in values) { | |
| if(min==0.0) | |
| min = values[i]; | |
| else if(values[i].localeCompare(min) < 0) | |
| min = values[i]; | |
| } | |
| return min; | |
| } |
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| class SciData(dict): | |
| def __init__(self, *args, **kwargs): | |
| for k,v in kwargs.iteritems(): | |
| self[k] = v | |
| self['type_'] = "SciData" | |
| def __setattr__(self, key, value): | |
| self[key] = value | |
| def __getattr__(self, key): | |
| """docstring for __getattr__""" | |
| return self[key] | |
| def generate_points(number): | |
| import random | |
| import time | |
| random_temps = list(random.normalvariate(48.0,8) for x in xrange(80)) | |
| points = [] | |
| for d in xrange(number): | |
| sci_point = { | |
| "type_": "SciData", | |
| "temp": random.normalvariate(48.0,8), | |
| "depth": ((random.random() * 20) + 50), | |
| "origin_id": 1, | |
| "area": 1, | |
| "latitude": ((random.random() * 10)+30), | |
| "longitude": ((random.random() * 10)+70), | |
| "latitude_hemisphere": "N", | |
| "longitude_hemisphere": "W", | |
| "latitude_precision": 8, | |
| "longitude_precision": 8, | |
| "time": time.strftime("%Y-%m-%dT%H:%M:%S-05"), | |
| "submitting_entity": "OOICI-DM", | |
| "instutition": "OOICI", | |
| "organization": "ASA", | |
| "platform": None, | |
| "depth_units": "ft" | |
| } | |
| points.append(sci_point) | |
| return points | |
| if __name__ == "__main__": | |
| import pprint | |
| import couchdb | |
| from sets import Set | |
| lat_set = Set() | |
| long_set = Set() | |
| pp = pprint.PrettyPrinter() | |
| printf=pp.pprint | |
| couch = couchdb.Server() | |
| db = couch['ion_lukes-asa-macbook_local_scidata'] | |
| for point in generate_points(10): | |
| db.create(point) |
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