Mercurial > dive4elements > river
view artifacts/doc/conf/meta-data.xml @ 7471:fff862f4ef76
Experimental caching of datacage recommendations. The respective hook is called a lot and running the datacage over and over again when loading data can be expensive. So the generated recommendations are cached for some time.
Hopefully this improves the overall speed of loading data from the datacage.
| author | Sascha L. Teichmann <teichmann@intevation.de> |
|---|---|
| date | Wed, 30 Oct 2013 15:26:21 +0100 |
| parents | e590599031d8 |
| children | 39d348c0812d |
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<?xml version="1.0" encoding="UTF-8"?> <dc:template xmlns:dc="http://www.intevation.org/2011/Datacage"> <datacage> <dc:comment> User specific part ------------------ This is a hack because we currently have no way to supress empty folders (either in the client or in the datacage). </dc:comment> <dc:if test="dc:contains($parameters, 'user-id') and not(dc:contains($artifact-outs, 'floodmap-hws')) and not($current-state-id = 'state.winfo.uesk.dgm')"> <dc:call-macro name="load-user"/> </dc:if> <dc:call-macro name="load-system"/> <dc:macro name="load-system"> <dc:context connection="system"> <dc:statement> SELECT id AS river_id, name AS river_name FROM rivers WHERE lower(name) LIKE lower(${river}) </dc:statement> <dc:for-each> <dc:call-macro name="generate-system-content"/> </dc:for-each> </dc:context> </dc:macro> <dc:macro name="load-user"> <old_calculations> <dc:call-macro name="generate-user-content"/> </old_calculations> </dc:macro> <dc:macro name="generate-system-content"> <dc:message>Generate system content with variables: {dc:dump-variables()}</dc:message> <dc:call-macro name="artifact-range"> <dc:call-macro name="km-filtered-wsts"> <dc:choose> <dc:when test="dc:contains($parameters, 'recommended')"> <dc:comment> Recommendations (client shall load immediately). </dc:comment> <dc:iterate var="out" container="artifact-outs"> <dc:message>Rec out iteration for: {$out}</dc:message> <dc:choose> <dc:when test="$out = 'w_differences'"> <dc:call-macro name="annotations"/> </dc:when> <dc:when test="$out = 'discharge_longitudinal_section'"> <dc:call-macro name="annotations"/> <dc:call-macro name="officiallines_user"/> </dc:when> <dc:when test="$out = 'historical_discharge_wq'"> <dc:call-macro name="mainvalues"/> </dc:when> <dc:when test="$out = 'cross_section'"> <dc:call-macro name="cross_sections"/> <dc:call-macro name="hyks"/> <dc:call-macro name="officiallines_user"/> </dc:when> <dc:when test="$out = 'discharge_curve'"> <dc:call-macro name="mainvalues"/> </dc:when> <dc:when test="$out = 'computed_discharge_curve'"> <dc:call-macro name="mainvalues"/> <dc:call-macro name="basedata_2_fixations_wqkms"/> </dc:when> <dc:when test="$out = 'duration_curve'"> <dc:call-macro name="mainvalues"/> </dc:when> <dc:when test="$out = 'reference_curve'"> <dc:call-macro name="mainvalues"/> </dc:when> <dc:when test="$out = 'fix_wq_curve'"> <dc:call-macro name="mainvalues"/> <dc:call-macro name="qsectors"/> </dc:when> <dc:when test="$out = 'longitudinal_section'"> <dc:call-macro name="annotations"/> <dc:call-macro name="officiallines_user"/> </dc:when> <dc:when test="$out = 'fix_longitudinal_section_curve'"> <dc:call-macro name="annotations"/> </dc:when> <dc:when test="$out = 'bedheight_middle'"> <dc:call-macro name="annotations"/> </dc:when> <dc:when test="$out = 'bed_difference_epoch'"> <dc:call-macro name="annotations"/> <dc:call-macro name="basedata_6_delta_w"/> </dc:when> <dc:when test="$out = 'bed_difference_year'"> <dc:call-macro name="annotations"/> <dc:call-macro name="basedata_6_delta_w"/> </dc:when> <dc:when test="$out = 'bed_difference_height_year'"> <dc:call-macro name="annotations"/> <dc:call-macro name="basedata_6_delta_w"/> </dc:when> <dc:when test="$out = 'floodmap'"> <dc:call-macro name="flood-map-recommended"/> </dc:when> <dc:when test="$out = 'floodmap-hws'"> <dc:call-macro name="flood-map-recommended"/> </dc:when> <dc:when test="$out = 'minfo-heights'"> <dc:call-macro name="minfo-heights"/> </dc:when> <dc:when test="$out = 'minfo-heights-epoch'"> <bedheights> <dc:call-macro name="bed-heights-epoch"/> </bedheights> </dc:when> <dc:when test="$out = 'sedimentload_ls'"> <dc:call-macro name="annotations"/> </dc:when> </dc:choose> </dc:iterate> </dc:when> <dc:otherwise> <dc:comment> Non - Recommendations (offered to user to choose additional data from). </dc:comment> <dc:iterate var="out" container="artifact-outs"> <dc:message>Non Rec out iteration for: {$out}</dc:message> <dc:choose> <dc:when test="$out = 'cross_section'"> <dc:call-macro name="basedata_0"/> <dc:call-macro name="basedata_1_additionals"/> <dc:call-macro name="basedata_2_fixations"/> <dc:call-macro name="basedata_3_officials"/> <dc:call-macro name="basedata_4_heightmarks-points"/> <dc:call-macro name="cross_sections"/> <dc:call-macro name="basedata_5_flood-protections"/> <dc:call-macro name="hyks"/> </dc:when> <dc:when test="$out = 'longitudinal_section'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'w_differences'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'discharge_longitudinal_section'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'historical_discharge_wq'"> <dc:call-macro name="discharge-curve-prototype"/> <dc:call-macro name="basedata_5_flood-protections"/> <dc:call-macro name="basedata_0"/> <dc:call-macro name="basedata_1_additionals"/> <dc:call-macro name="basedata_4_heightmarks-points"/> <computed_discharge_curve> <dc:call-macro name="mainvalues"/> </computed_discharge_curve> </dc:when> <dc:when test="$out = 'discharge_curve'"> <dc:call-macro name="discharge-curve-prototype"/> <dc:call-macro name="basedata_1_additionals_wq"/> <dc:call-macro name="basedata_5_flood-protections"/> <computed_discharge_curve> <dc:call-macro name="mainvalues"/> </computed_discharge_curve> </dc:when> <dc:when test="$out = 'duration_curve'"> <dc:call-macro name="mainvalues"/> <dc:call-macro name="basedata_2_fixations_relative_point"/> <dc:call-macro name="basedata_4_heightmarks-points-relative_points"/> <dc:call-macro name="basedata_5_flood-protections_relative_points"/> </dc:when> <dc:when test="$out = 'reference_curve'"> <dc:call-macro name="mainvalues"/> <dc:call-macro name="annotations"/> <dc:call-macro name="basedata_1_additionals-relative_point"/> <dc:call-macro name="basedata_2_fixations_relative_point"/> <dc:call-macro name="basedata_4_heightmarks-points-relative_points"/> <dc:call-macro name="basedata_5_flood-protections_relative_points"/> </dc:when> <dc:when test="$out = 'fix_wq_curve'"> <dc:call-macro name="discharge-curve-prototype"/> <dc:call-macro name="basedata_1_additionals_marks"/> <dc:call-macro name="basedata_2_fixations_wqkms"/> <dc:call-macro name="basedata_3_officials"/> <dc:call-macro name="basedata_5_flood-protections_relative_points"/> </dc:when> <dc:when test="$out = 'fix_longitudinal_section_curve'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'map'"> <dc:call-macro name="flood-map-complete"/> </dc:when> <dc:when test="$out = 'flow_velocity'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'bed_longitudinal_section'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'sedimentload_ls'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'bedheight_middle'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'bed_difference_height_year'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'bed_difference_year'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'bed_difference_epoch'"> <dc:call-macro name="longitudinal-section-prototype"/> </dc:when> <dc:when test="$out = 'floodmap'"> <dc:choose> <dc:when test="dc:contains($parameters, 'dem')"> <dc:call-macro name="flood-map-dem"/> </dc:when> <dc:when test="dc:contains($parameters, 'hws')"> <hws> <dc:call-macro name="flood-map-hws-lines"/> <dc:call-macro name="flood-map-hws-points"/> </hws> </dc:when> <dc:otherwise> <dc:call-macro name="flood-map-complete"/> </dc:otherwise> </dc:choose> </dc:when> <dc:when test="$out = 'floodmap-hws'"> <dc:choose> <dc:when test="dc:contains($parameters, 'dem')"> <dc:call-macro name="flood-map-dem"/> </dc:when> <dc:when test="dc:contains($parameters, 'hws')"> <hws> <dc:call-macro name="flood-map-hws-lines"/> <dc:call-macro name="flood-map-hws-points"/> </hws> </dc:when> <dc:otherwise> <dc:call-macro name="flood-map-complete"/> </dc:otherwise> </dc:choose> </dc:when> <dc:when test="$out = 'computed_discharge_curve'"> <dc:call-macro name="discharge-curve-prototype"/> <dc:call-macro name="basedata_0_wq"/> <dc:call-macro name="basedata_1_additionals_wq"/> <dc:call-macro name="basedata_5_flood-protections"/> <computed_discharge_curve> <dc:call-macro name="mainvalues"/> </computed_discharge_curve> </dc:when> <dc:when test="$out = 'minfo-heights'"> <dc:call-macro name="minfo-heights"/> </dc:when> <dc:when test="$out = 'minfo-heights-epoch'"> <bedheights> <dc:call-macro name="bed-heights-epoch"/> </bedheights> </dc:when> <dc:when test="$out = 'differenceable'"> <dc:if test="$current-state-id != 'state.winfo.uesk.wsp'"> <dc:call-macro name="basedata_0"/> <dc:call-macro name="basedata_1_additionals"/> <dc:call-macro name="basedata_2_fixations"/> <dc:call-macro name="basedata_4_heightmarks-points"/> <dc:call-macro name="basedata_5_flood-protections"/> <dc:call-macro name="minfo-heights"/> </dc:if> </dc:when> <dc:when test="$out = 'waterlevels'"> <dc:if test="$current-state-id != 'state.winfo.uesk.wsp'"> <dc:call-macro name="basedata_0"/> <dc:call-macro name="basedata_1_additionals"/> <dc:call-macro name="basedata_2_fixations"/> <dc:call-macro name="basedata_4_heightmarks-points"/> <dc:call-macro name="basedata_5_flood-protections"/> </dc:if> </dc:when> <dc:when test="starts-with($out, 'sq_relation')"> <dc:call-macro name="sqrelations"/> </dc:when> </dc:choose> </dc:iterate> </dc:otherwise> </dc:choose> </dc:call-macro> </dc:call-macro> </dc:macro> <dc:macro name="generate-user-content"> <dc:message>Generate user content with variables: {dc:dump-variables()}</dc:message> <dc:call-macro name="artifact-range"> <dc:call-macro name="all-user-artifacts"> <dc:call-macro name="km-filtered-user-artifacts"> <dc:choose> <dc:when test="dc:contains($parameters, 'recommended')"> <dc:comment> Recommendations (user) </dc:comment> <dc:iterate var="out" container="artifact-outs"> <dc:choose> <dc:when test="$out = 'longitudinal_section'"> <dc:call-macro name="officiallines_user"/> </dc:when> </dc:choose> </dc:iterate> </dc:when> <dc:otherwise> <dc:comment> Non Recommendations (user) - offer to load other projects </dc:comment> <dc:iterate var="out" container="artifact-outs"> <dc:choose> <dc:when test="$out = 'longitudinal_section'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'discharge_longitudinal_section'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'w_differences'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'computed_discharge_curve'"> <dc:call-macro name="computed-discharge-curve"/> <dc:call-macro name="fix-wq-curve"/> <dc:call-macro name="discharge-curve"/> <dc:call-macro name="extreme-wq-curve"/> </dc:when> <dc:when test="$out = 'fix_deltawt_curve'"> <dc:call-macro name="delta-wt"/> </dc:when> <dc:when test="$out = 'reference_curve'"> <dc:call-macro name="reference-curves"/> </dc:when> <dc:when test="$out = 'cross_section'"> <dc:call-macro name="waterlevels"/> </dc:when> <dc:when test="$out = 'fix_longitudinal_section_curve'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'fix_derivate_curve'"> <dc:call-macro name="fix-derivate-curve"/> </dc:when> <dc:when test="$out = 'fix_wq_curve'"> <dc:call-macro name="fix-wq-curve"/> <dc:call-macro name="waterlevels-fix"/> </dc:when> <dc:when test="$out = 'duration_curve'"> <dc:call-macro name="duration-curve"/> </dc:when> <dc:when test="$out = 'differenceable'"> <dc:call-macro name="differenceable-fix"/> <dc:call-macro name="differences"/> <dc:comment comment="Candidate for:"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:comment> </dc:when> <dc:when test="$out = 'waterlevels'"> <dc:call-macro name="waterlevels-fix"/> <dc:comment comment="Candidate for:"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:comment> </dc:when> <dc:when test="$out = 'floodmap'"> <dc:call-macro name="flood-map"/> </dc:when> <dc:when test="$out = 'map'"> <dc:call-macro name="flood-map"/> </dc:when> <dc:when test="$out = 'bedheight_middle'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'floodmap-hws'"> <dc:call-macro name="floodmap-hws-user"/> </dc:when> <dc:when test="$out = 'flow_velocity'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'bed_longitudinal_section'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'sedimentload_ls'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'bed_difference_year'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'bed_difference_height_year'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="$out = 'bed_difference_epoch'"> <dc:call-macro name="longitudinal-section-user-prototype"/> </dc:when> <dc:when test="starts-with($out, 'sq_relation')"> <dc:call-macro name="sqrelations_user"/> </dc:when> </dc:choose> </dc:iterate> </dc:otherwise> </dc:choose> </dc:call-macro> </dc:call-macro> </dc:call-macro> </dc:macro> <!-- Macros to load user data --> <dc:macro name="differences"> <dc:filter expr="$facet_name = 'w_differences'"> <dc:if test="dc:has-result()"> <differences> <dc:call-macro name="collection-group"> <differences description="{dc:group-key()}"> <dc:for-each> <w_differences description="{$facet_description}" factory="winfo" artifact-id="{$a_gid}" ids="{$facet_num}" target_out="{$out}" out="w_differences"/> </dc:for-each> </differences> </dc:call-macro> </differences> </dc:if> </dc:filter> </dc:macro> <dc:macro name="reference-curves"> <dc:filter expr="$out = 'reference_curve' and $facet_name = 'reference_curve'"> <dc:if test="dc:has-result()"> <reference_curves> <dc:call-macro name="collection-group"> <ref_curve description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="out" value="reference_curve"/> </dc:element> </dc:for-each> </ref_curve> </dc:call-macro> </reference_curves> </dc:if> </dc:filter> </dc:macro> <dc:macro name="historical_discharge_curve"> <dc:variable name="refgauge" type="number" expr="$reference_gauge"/> <dc:context> <dc:statement> SELECT g.id AS gauge_id, g.name AS gauge_name, dt.id AS dt_id, t.start_time AS start_time, t.stop_time AS stop_time, dt.bfg_id AS bfg_id FROM gauges g JOIN discharge_tables dt ON g.id = dt.gauge_id LEFT JOIN time_intervals t ON dt.time_interval_id = t.id WHERE g.river_id = ${river_id} AND dt.kind <> 0 AND ((g.station = ${fromkm} AND g.station = ${tokm}) OR g.official_number = ${refgauge}) ORDER BY start_time </dc:statement> <dc:if test="dc:has-result()"> <historical_discharge_curves> <dc:group expr="$gauge_name"> <dc:for-each> <dc:variable name="combined_desc" expr="concat($bfg_id, ' ', dc:date-format('dd.MM.yyyy', $start_time), ' - ', dc:date-format('dd.MM.yyyy', $stop_time))"/> <histdis name="{$combined_desc}" description="{$combined_desc}" factory="gaugedischarge" target_out="{$out}" ids="{$gauge_name};{$dt_id};{$combined_desc}"/> </dc:for-each> </dc:group> </historical_discharge_curves> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map"> <dc:filter expr="$facet_name = 'floodmap.wsplgen'"> <dc:if test="dc:has-result()"> <floodmap> <dc:for-each> <dc:variable name="combined_desc" expr="concat($facet_description, ' ', dc:date-format('dd.MM.yyyy - H:mm:ss', $a_creation), ' ', $collection_name)"/> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${combined_desc}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_id}"/> <dc:attribute name="ids" value="${a_id}"/> <dc:attribute name="out" value="floodmap"/> </dc:element> </dc:for-each> </floodmap> </dc:if> </dc:filter> </dc:macro> <dc:macro name="waterlevels"> <dc:filter expr="$out_name = 'cross_section'"> <dc:if test="dc:has-result()"> <waterlevels> <dc:group expr="concat($river, ' ', dc:date-format('dd.MM.yyyy - H:mm:ss', $a_creation))"> <dc:comment>Aheinecke: Why is this grouping different from the rest?</dc:comment> <longitudinal_section_columns description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="cross_section"/> </dc:element> </dc:for-each> </longitudinal_section_columns> </dc:group> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:macro name="collection-group"> <dc:group expr="concat($river, ' ', dc:date-format('dd.MM.yyyy - H:mm:ss', $a_creation), ' ', $collection_name)"> <dc:macro-body/> </dc:group> </dc:macro> <dc:macro name="longitudinal"> <dc:filter expr="$out_name = 'longitudinal_section'"> <dc:if test="dc:has-result()"> <waterlevels_ls> <dc:call-macro name="collection-group"> <dc:comment>Aheinecke: Why is this grouping different from the rest?</dc:comment> <longitudinal_section_columns description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="longitudinal_section"/> </dc:element> </dc:for-each> </longitudinal_section_columns> </dc:call-macro> </waterlevels_ls> </dc:if> </dc:filter> </dc:macro> <dc:macro name="longitudinal-section-fix"> <dc:filter expr="$out_name = 'fix_longitudinal_section_curve' and (starts-with($facet_name, 'fix_deviation_ls') or starts-with($facet_name, 'fix_sector_average_ls') or starts-with($facet_name, 'fix_analysis_events_ls') or starts-with($facet_name, 'fix_reference_events_ls')) or ($a_state = 'state.fix.vollmer.compute' and ($facet_name = 'longitudinal_section.w' or $facet_name = 'longitudinal_section.q')) "> <dc:if test="dc:has-result()"> <waterlevels_fix> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:choose> <dc:when test="$a_state = 'state.fix.vollmer.compute'"> <dc:attribute name="out" value="longitudinal_section"/> </dc:when> <dc:otherwise> <dc:attribute name="out" value="fix_longitudinal_section_curve"/> </dc:otherwise> </dc:choose> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels_fix> </dc:if> </dc:filter> </dc:macro> <dc:macro name="delta-wt"> <dc:filter expr="$out_name = 'fix_deltawt_curve' and ($facet_name = 'fix_analysis_events_dwt' or $facet_name = 'fix_analysis_periods_dwt' or $facet_name = 'fix_reference_events_dwt' or starts-with($facet_name, 'fix_deviation_dwt') or starts-with($facet_name, 'fix_sector_average_dwt'))"> <dc:if test="dc:has-result()"> <waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="fix_deltawt_curve"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:macro name="delta-wt-ls"> <dc:filter expr="$out_name = 'fix_deltawt_curve' and (starts-with($facet_name, 'fix_sector_average_dwt') or starts-with($facet_name, 'fix_deviation_dwt'))"> <dc:if test="dc:has-result()"> <waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="fix_deltawt_curve"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:macro name="fix-derivate-curve"> <dc:filter expr="$out_name = 'fix_derivate_curve' and $facet_name = 'fix_derivate_curve'"> <dc:if test="dc:has-result()"> <waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="fix_derivate_curve"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:macro name="fix-wq-curve"> <dc:filter expr="$out_name = 'fix_wq_curve' and (starts-with($facet_name, 'fix_analysis_events_wq') or starts-with($facet_name, 'fix_reference_events_wq') or starts-with($facet_name, 'fix_sector_average_wq') or $facet_name = 'fix_wq_curve')"> <dc:if test="dc:has-result()"> <waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="fix_wq_curve"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:macro name="discharge-curve"> <dc:filter expr="$facet_name = 'discharge_curve.curve'"> <dc:if test="dc:has-result()"> <discharge_curves> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="ids" value="${a_gid}"/> <dc:attribute name="out" value="discharge_curve"/> </dc:element> </dc:for-each> </discharge_curves> </dc:if> </dc:filter> </dc:macro> <dc:macro name="extreme-wq-curve"> <dc:filter expr="$facet_name = 'extreme_wq_curve' or $facet_name = 'extreme_wq_curve_base'"> <dc:if test="dc:has-result()"> <computed_discharge_curves> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="ids" value="${a_gid}"/> <dc:attribute name="out" value="computed_discharge_curve"/> </dc:element> </dc:for-each> </computed_discharge_curves> </dc:if> </dc:filter> </dc:macro> <dc:macro name="computed-discharge-curve"> <dc:filter expr="$facet_name = 'computed_discharge_curve.q'"> <dc:if test="dc:has-result()"> <computed_discharge_curves> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="ids" value="${a_gid}"/> <dc:attribute name="out" value="computed_discharge_curve"/> </dc:element> </dc:for-each> </computed_discharge_curves> </dc:if> </dc:filter> </dc:macro> <dc:macro name="duration-curve"> <dc:filter expr="$facet_name = 'duration_curve.q' or $facet_name = 'duration_curve.w'"> <dc:if test="dc:has-result()"> <computed_discharge_curves> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_id}"/> <dc:attribute name="ids" value="${a_id}"/> <dc:attribute name="out" value="duration_curve"/> </dc:element> </dc:for-each> </computed_discharge_curves> </dc:if> </dc:filter> </dc:macro> <dc:comment>TODO doesnt work nicely for fix/wq-diags. Aheinecke (27.5.2013): Why?</dc:comment> <dc:macro name="waterlevels-fix"> <dc:filter expr="($out_name = 'longitudinal_section' and $facet_name = 'longitudinal_section.w') and (not ($current-state-id = 'state.winfo.uesk.wsp' and $ld_m = 'location'))"> <dc:if test="dc:has-result()"> <waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:choose> <dc:when test="$ld_m = 'location'"> <dc:variable name="combined_desc" expr="concat($facet_description, ' an KM ', $deffrom)"/> </dc:when> <dc:otherwise> <dc:variable name="combined_desc" expr="concat($facet_description, ' von KM ', $deffrom, ' bis KM ', $defto)"/> </dc:otherwise> </dc:choose> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${combined_desc}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="longitudinal_section"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:comment comment="For building differences." /> <dc:macro name="differenceable-fix"> <dc:comment> No diffs between beddiffs and others, for now. <beddifferences> <dc:call-macro name="bedheight_differences"/> </beddifferences> </dc:comment> <dc:comment comment="Vollmer curves need own factory"/> <dc:filter expr="$a_state = 'state.fix.vollmer.compute' and $facet_name = 'longitudinal_section.w'"> <dc:if test="dc:has-result()"> <vollmer_waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:choose> <dc:when test="$ld_m = 'location'"> <dc:variable name="combined_desc" expr="concat($facet_description, ' an KM ', $deffrom)"/> </dc:when> <dc:otherwise> <dc:variable name="combined_desc" expr="concat($facet_description, ' von KM ', $deffrom, ' bis KM ', $defto)"/> </dc:otherwise> </dc:choose> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${combined_desc}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="fixanalysis"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="longitudinal_section"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </vollmer_waterlevels> </dc:if> </dc:filter> <dc:filter expr="not($a_state = 'state.fix.vollmer.compute') and (($out_name = 'longitudinal_section' and $facet_name = 'longitudinal_section.w') and (not ($current-state-id = 'state.winfo.uesk.wsp' and $ld_m = 'location')))"> <dc:if test="dc:has-result()"> <waterlevels> <dc:call-macro name="collection-group"> <waterlevels description="{dc:group-key()}"> <dc:for-each> <dc:choose> <dc:when test="$ld_m = 'location'"> <dc:variable name="combined_desc" expr="concat($facet_description, ' an KM ', $deffrom)"/> </dc:when> <dc:otherwise> <dc:variable name="combined_desc" expr="concat($facet_description, ' von KM ', $deffrom, ' bis KM ', $defto)"/> </dc:otherwise> </dc:choose> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${combined_desc}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="longitudinal_section"/> </dc:element> </dc:for-each> </waterlevels> </dc:call-macro> </waterlevels> </dc:if> </dc:filter> </dc:macro> <dc:macro name="floodmap-hws-user"> <dc:comment>No grouping in this?</dc:comment> <dc:filter expr="$out_name = 'floodmap' and $facet_name = 'floodmap.usershape'"> <own-hws> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="floodmap"/> </dc:element> </dc:for-each> </own-hws> </dc:filter> </dc:macro> <dc:macro name="bedquality"> <dc:filter expr="$out_name = 'bed_longitudinal_section' and ($facet_name = 'bed_longitudinal_section.bed_diameter_toplayer' or $facet_name = 'bed_longitudinal_section.bed_diameter_sublayer' or $facet_name = 'bed_longitudinal_section.bedload_diameter' or $facet_name = 'bed_longitudinal_section.sediment_density_toplayer' or $facet_name = 'bed_longitudinal_section.sediment_density_sublayer' or $facet_name = 'bed_longitudinal_section.porosity_toplayer' or $facet_name = 'bed_longitudinal_section.porosity_sublayer')"> <dc:if test="dc:has-result()"> <bed_quality> <dc:call-macro name="collection-group"> <quality-bed description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="factory" value="minfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}-${facet_name}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="bed_longitudinal_section"/> </dc:element> </dc:for-each> </quality-bed> </dc:call-macro> </bed_quality> </dc:if> </dc:filter> </dc:macro> <dc:macro name="flow-velocity"> <dc:filter expr="$out_name = 'flow_velocity' and starts-with($facet_name, 'flow_velocity')"> <dc:if test="dc:has-result()"> <flow_velocity> <dc:call-macro name="collection-group"> <flow description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="factory" value="minfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="flow_velocity"/> </dc:element> </dc:for-each> </flow> </dc:call-macro> </flow_velocity> </dc:if> </dc:filter> </dc:macro> <dc:macro name="sediment-load"> <dc:filter expr="$out_name = 'sedimentload_ls' and starts-with($facet_name, 'sedimentload')"> <dc:if test="dc:has-result()"> <sediment_load> <dc:call-macro name="collection-group"> <load description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="factory" value="minfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}-${facet_name}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="sedimentload_ls"/> </dc:element> </dc:for-each> </load> </dc:call-macro> </sediment_load> </dc:if> </dc:filter> </dc:macro> <dc:macro name="bedheight_differences"> <dc:filter expr="($out_name = 'bed_difference_year' or ($out_name = 'bed_difference_epoch' or $out_name = 'bed_difference_height_year')) and (starts-with($facet_name, 'bedheight_difference.year') or (starts-with($facet_name, 'bedheight_difference.epoch') or starts-with($facet_name, 'bedheight_difference.height')))"> <dc:if test="dc:has-result()"> <bedheight_differences> <dc:call-macro name="collection-group"> <difference description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="factory" value="minfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="${out_name}"/> </dc:element> </dc:for-each> </difference> </dc:call-macro> </bedheight_differences> </dc:if> </dc:filter> </dc:macro> <dc:macro name="sqrelations_user"> <dc:filter expr=" ($out = 'sq_relation_a' and starts-with($facet_name, 'sq_a_')) or ($out = 'sq_relation_b' and starts-with($facet_name, 'sq_b_')) or ($out = 'sq_relation_c' and starts-with($facet_name, 'sq_c_')) or ($out = 'sq_relation_d' and starts-with($facet_name, 'sq_d_')) or ($out = 'sq_relation_e' and starts-with($facet_name, 'sq_e_')) or ($out = 'sq_relation_f' and starts-with($facet_name, 'sq_f_'))"> <dc:if test="dc:has-result()"> <sq_relations> <dc:call-macro name="collection-group"> <sqrel description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="factory" value="minfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="${out_name}"/> </dc:element> </dc:for-each> </sqrel> </dc:call-macro> </sq_relations> </dc:if> </dc:filter> </dc:macro> <dc:macro name="waterlevels-discharge"> <dc:filter expr="$out_name = 'discharge_longitudinal_section'"> <dc:if test="dc:has-result()"> <waterlevels_discharge> <dc:call-macro name="collection-group"> <discharge description="{dc:group-key()}"> <dc:for-each> <dc:element name="${facet_name}"> <dc:attribute name="factory" value="winfo"/> <dc:attribute name="target_out" value="${out}"/> <dc:attribute name="description" value="${facet_description}"/> <dc:attribute name="ids" value="${facet_num}-${facet_name}"/> <dc:attribute name="artifact-id" value="${a_gid}"/> <dc:attribute name="out" value="discharge_longitudinal_section"/> </dc:element> </dc:for-each> </discharge> </dc:call-macro> </waterlevels_discharge> </dc:if> </dc:filter> </dc:macro> <!-- Macros to load system data --> <dc:macro name="annotations"> <annotation factory="annotations" ids="{$river_id}" target_out="{$out}" /> </dc:macro> <dc:macro name="mainvalues"> <wmainvalue factory="mainvalue" ids="{$river_id}:w" target_out="{$out}" /> <qmainvalue factory="mainvalue" ids="{$river_id}:q" target_out="{$out}" /> </dc:macro> <dc:macro name="cross_sections"> <cross_sections id="flood-protections-{$river_id}"> <dc:context connection="system"> <dc:statement> SELECT DISTINCT cs.id AS prot_id, cs.description AS prot_description FROM cross_sections cs JOIN cross_section_lines csl ON csl.cross_section_id = cs.id WHERE cs.river_id = ${river_id} AND csl.km BETWEEN ${fromkm} AND ${tokm} </dc:statement> <dc:for-each> <cross_section name="{$prot_description}" ids="{$prot_id}" factory="crosssections" target_out="{$out}" /> </dc:for-each> </dc:context> </cross_sections> </dc:macro> <dc:macro name="hyks"> <hyks id="hyk-{$river_id}"> <dc:context connection="system"> <dc:statement> SELECT DISTINCT h.id AS hyk_id, h.description AS hyk_description FROM hyks h JOIN hyk_entries he ON he.hyk_id = h.id WHERE river_id = ${river_id} AND he.km BETWEEN ${fromkm} AND ${tokm} </dc:statement> <dc:for-each> <hyk name="{$hyk_description}" ids="{$hyk_id}" factory="hyk" target_out="{$out}" /> </dc:for-each> </dc:context> </hyks> </dc:macro> <dc:macro name="fixings-macro"> <dc:filter expr="$kind=2"> <dc:if test="dc:has-result()"> <fixations> <dc:group expr="dc:replace($wst_description, 'Fixierungen/', '')"> <fixation name="{dc:group-key()}"> <dc:for-each> <dc:macro-body/> </dc:for-each> </fixation> </dc:group> </fixations> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_2_fixations_wqkms"> <dc:call-macro name="fixings-macro"> <column name="{$wst_column_name}" ids="fixations-wstv-{$wst_column_position}-{$wst_id}" factory="wqinterpol" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <dc:macro name="basedata_2_fixations"> <dc:call-macro name="fixings-macro"> <column name="{$wst_column_name}" ids="fixations-wstv-{$wst_column_position}-{$wst_id}" factory="staticwqkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <dc:macro name="basedata_3_officials"> <dc:filter expr="$kind=3"> <dc:if test="dc:has-result()"> <officiallines> <dc:group expr="$wst_description"> <official name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="additionals-wstv-{$wst_column_position}-{$wst_id}" factory="staticwqkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </official> </dc:group> </officiallines> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_4_heightmarks-points"> <dc:filter expr="$kind=4"> <dc:if test="dc:has-result()"> <heightmarks> <dc:group expr="dc:replace($wst_description, 'HW-Marken/', '')"> <heightmark name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="heightmarks_points-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </heightmark> </dc:group> </heightmarks> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_4_heightmarks-points-relative_points"> <dc:filter expr="$kind=4"> <dc:if test="dc:has-result()"> <heightmarks> <dc:group expr="dc:replace($wst_description, 'HW-Marken/', '')"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="heightmarks_points-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </heightmarks> </dc:if> </dc:filter> </dc:macro> <dc:macro name="discharge-curve-prototype"> <dc:call-macro name="discharge_table_gauge"/> <dc:call-macro name="historical_discharge_curve"/> <dc:call-macro name="basedata_0_wq"/> <dc:call-macro name="basedata_2_fixations_wqkms"/> <dc:call-macro name="basedata_4_heightmarks-points"/> </dc:macro> <dc:macro name="longitudinal-section-prototype"> <dc:call-macro name="basedata_0"/> <dc:call-macro name="basedata_1_additionals"/> <dc:call-macro name="basedata_2_fixations"/> <dc:call-macro name="basedata_3_officials"/> <dc:call-macro name="basedata_4_heightmarks-points"/> <dc:call-macro name="basedata_5_flood-protections"/> <dc:call-macro name="annotations_per_type"/> <minfo> <fixanalysis> <dc:call-macro name="basedata_6_delta_w"/> <dc:call-macro name="basedata_7_waterlevels"/> </fixanalysis> <dc:call-macro name="yields"/> <dc:call-macro name="densities"/> <dc:call-macro name="minfo-heights"/> <dc:call-macro name="sounding-width"/> <dc:call-macro name="morph_width"/> <dc:call-macro name="flow_velocity_measurements"/> <dc:call-macro name="flow_velocity_models"/> </minfo> </dc:macro> <dc:macro name="longitudinal-section-user-prototype"> <dc:comment> WINFO/DIFF/FIX </dc:comment> <dc:call-macro name="longitudinal"/> <dc:call-macro name="differences"/> <dc:call-macro name="waterlevels-discharge"/> <dc:call-macro name="longitudinal-section-fix"/> <dc:comment> MINFO </dc:comment> <dc:call-macro name="bedheight_differences"/> <dc:call-macro name="bedquality"/> <dc:call-macro name="flow-velocity"/> <dc:call-macro name="sediment-load"/> </dc:macro> <dc:macro name="densities"> <densities> <dc:context> <dc:statement> SELECT DISTINCT sd.id AS sdid, sd.description AS description, d.lower AS depth_lower, d.upper AS depth_upper, min(sdv.year) AS year FROM sediment_density sd JOIN depths d ON sd.depth_id = d.id JOIN sediment_density_values sdv on sdv.sediment_density_id = sd.id WHERE sd.river_id = ${river_id} GROUP BY sd.id, sd.description, d.upper, d.lower ORDER BY year, depth_lower, depth_upper </dc:statement> <dc:if test="dc:has-result()"> <dc:for-each> <density description="{$depth_lower}-{$depth_upper} cm" factory="sedimentdensity" target_out="{$out}" info="{$description}" ids="{$sdid}" /> </dc:for-each> </dc:if> </dc:context> </densities> </dc:macro> <dc:macro name="one-load"> <dc:for-each> <dc:variable name="syear" type="string" expr="dc:date-format('yyyy', $year)"/> <year description="{$syear}" factory="sedimentyield" target_out="{$out}" info="{$description}" ids="{$syid}" /> </dc:for-each> </dc:macro> <dc:macro name="epoch-load"> <dc:for-each> <dc:variable name="syear" type="string" expr="dc:date-format('yyyy', $startyear)"/> <dc:variable name="eyear" type="string" expr="dc:date-format('yyyy', $endyear)"/> <year description="{$syear}-{$eyear}" factory="sedimentyield" target_out="{$out}" info="{$description}" ids="{$syid}" /> </dc:for-each> </dc:macro> <dc:macro name="loads"> <dc:if test="dc:has-result()"> <dc:filter expr="$fraction='sand'"> <dc:if test="dc:has-result()"> <sand> <dc:macro-body/> </sand> </dc:if> </dc:filter> <dc:filter expr="$fraction='fine_middle'"> <dc:if test="dc:has-result()"> <fine_middle> <dc:macro-body/> </fine_middle> </dc:if> </dc:filter> <dc:filter expr="$fraction='coarse'"> <dc:if test="dc:has-result()"> <coarse> <dc:macro-body/> </coarse> </dc:if> </dc:filter> <dc:filter expr="$fraction='suspended_sediment'"> <dc:if test="dc:has-result()"> <susp_sediment> <dc:macro-body/> </susp_sediment> </dc:if> </dc:filter> <dc:filter expr="$fraction='susp_sand'"> <dc:if test="dc:has-result()"> <susp_sand> <dc:macro-body/> </susp_sand> </dc:if> </dc:filter> <dc:filter expr="$fraction='susp_sand_bed'"> <dc:if test="dc:has-result()"> <susp_sand_bed> <dc:macro-body/> </susp_sand_bed> </dc:if> </dc:filter> <dc:filter expr="$fraction='total'"> <dc:if test="dc:has-result()"> <total_load> <dc:macro-body/> </total_load> </dc:if> </dc:filter> </dc:if> </dc:macro> <dc:macro name="yields"> <yields> <years> <dc:context> <dc:statement> SELECT DISTINCT sy.id AS syid, sy.description AS description, ti.start_time AS year, gf.name AS fraction FROM sediment_yield sy JOIN rivers r ON sy.river_id = r.id JOIN sediment_yield_values syv ON sy.id = syv.sediment_yield_id JOIN time_intervals ti ON sy.time_interval_id = ti.id JOIN grain_fraction gf ON gf.id = sy.grain_fraction_id WHERE r.id = ${river_id} AND ti.stop_time IS NULL AND syv.station BETWEEN ${fromkm} AND ${tokm} ORDER BY fraction </dc:statement> <dc:call-macro name="loads"> <dc:call-macro name="one-load"/> </dc:call-macro> </dc:context> </years> <epochs> <dc:context> <dc:statement> SELECT DISTINCT sy.id AS syid, sy.description AS description, ti.start_time AS startyear, ti.stop_time AS endyear, gf.name AS fraction FROM sediment_yield sy JOIN rivers r ON sy.river_id = r.id JOIN sediment_yield_values syv ON sy.id = syv.sediment_yield_id JOIN time_intervals ti ON sy.time_interval_id = ti.id JOIN grain_fraction gf ON gf.id = sy.grain_fraction_id WHERE r.id = ${river_id} AND ti.stop_time IS NOT NULL AND syv.station BETWEEN ${fromkm} AND ${tokm} ORDER BY fraction </dc:statement> <dc:call-macro name="loads"> <dc:call-macro name="epoch-load"/> </dc:call-macro> </dc:context> </epochs> </yields> </dc:macro> <dc:macro name="basedata_5_flood-protections"> <dc:filter expr="$kind=5"> <dc:if test="dc:has-result()"> <flood_protections> <dc:group expr="dc:replace($wst_description, 'HW-Schutzanlagen/', '')"> <flood_protection name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="flood_protection-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </flood_protection> </dc:group> </flood_protections> </dc:if> </dc:filter> </dc:macro> <dc:macro name="annotations_per_type"> <annotations> <dc:context> <all_annotations factory="annotations" ids="{$river_id}" target_out="{$out}" /> <dc:statement> SELECT id AS anno_id, name AS anno_description FROM annotation_types </dc:statement> <dc:for-each> <annotation name="{$anno_description}" factory="annotations" target_out="{$out}" ids="{$river_id}:{$anno_description}"/> </dc:for-each> </dc:context> </annotations> </dc:macro> <dc:macro name="basedata_2_fixations_relative_point"> <dc:filter expr="$kind=2"> <dc:if test="dc:has-result()"> <fixations> <dc:group expr="dc:replace($wst_description, 'Fixierungen/', '')"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="fixations-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </fixations> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_5_flood-protections_relative_points"> <dc:filter expr="$kind=5"> <dc:if test="dc:has-result()"> <flood_protections> <dc:group expr="$wst_description"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="flood_protection-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </flood_protections> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_1_additionals-relative_point"> <dc:filter expr="$kind=1"> <dc:if test="dc:has-result()"> <additionals> <dc:group expr="$wst_description"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="additionals-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </additionals> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_7_waterlevels"> <dc:filter expr="$kind=7"> <dc:if test="dc:has-result()"> <wlevel> <dc:group expr="dc:replace($wst_description, 'CSV/', '')"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="additionals-wstv-{$wst_column_position}-{$wst_id}" factory="staticwqkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </wlevel> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_6_delta_w"> <dc:filter expr="$kind=6"> <dc:if test="dc:has-result()"> <delta_w> <delta_w_cm> <dc:filter expr="contains($wst_description, 'cm.csv')"> <dc:group expr="dc:replace($wst_description, 'CSV/', '')"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="delta_w-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </dc:filter> </delta_w_cm> <delta_w_cma> <dc:filter expr="contains($wst_description, 'cm-a.csv')"> <dc:group expr="dc:replace($wst_description, 'CSV/', '')"> <relativepoint name="{dc:group-key()}"> <dc:for-each> <column name="{$wst_column_name}" ids="delta_w-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:for-each> </relativepoint> </dc:group> </dc:filter> </delta_w_cma> </delta_w> </dc:if> </dc:filter> </dc:macro> <dc:macro name="discharge_table_gauge"> <dc:context> <dc:statement> SELECT g.id AS gauge_id, g.name AS gauge_name, t.start_time AS start_time, t.stop_time AS stop_time FROM gauges g JOIN discharge_tables dt ON g.id = dt.gauge_id LEFT JOIN time_intervals t ON dt.time_interval_id = t.id WHERE g.river_id = ${river_id} AND dt.kind = 0 AND ((g.station = ${fromkm} AND g.station = ${tokm}) OR g.official_number = ${refgauge}) </dc:statement> <dc:if test="dc:has-result()"> <dc:for-each> <current_gauge factory="gaugedischarge" target_out="{$out}" ids="{$gauge_name}"/> </dc:for-each> </dc:if> </dc:context> </dc:macro> <dc:macro name="qsectors"> <qsector factory="qsectors" ids="{$river_id}" target_out="{$out}" /> </dc:macro> <dc:macro name="flood-map-recommended"> <kilometrage> <riveraxis factory="riveraxis" ids="{$river_id}" target_out="{$out}" /> </kilometrage> <rastermap> <background factory="wmsbackground" ids="{$river_id}" target_out="{$out}" /> </rastermap> </dc:macro> <dc:macro name="minfo-heights"> <dc:comment> The input here is a list differenc ids noted in the form: [2726deb8-e71f-4acc-bc57-c7ae6062df2e;bedheight;0;FP-Mai2006vHW]# [df79ba16-7e2a-43d6-b15b-34dca1fd9bff;bedheight;0;FP-2007_0-286]# [027ba0ac-5453-4e63-a99b-1feeb82a4e06;bedheight;0;QP-2002nHW]# [26b9b6eb-1ce5-4011-83c7-b88e15e99870;bedheight;0;FP-Nov2008] (Linebreaks inserted for readability) We take this string and look for all 4 digit numbers (\d{4}) after we have removed the uuids from the input string (dc:replace all). On this list of numbers we use the dc:min/max-number functions to get the extreme values and interpret the result as a number. </dc:comment> <dc:choose> <dc:when test="dc:contains($parameters, 'diffids')"> <dc:variable name="year_from" expr=" dc:min-number( dc:find-all( '\d{4}', dc:replace-all( $diffids, '[\da-f]{8}-[\da-f]{4}-[\da-f]{4}-[\da-f]{4}-[\da-f]{12}', '')))" type="number"/> <dc:variable name="year_to" expr=" dc:max-number( dc:find-all( '\d{4}', dc:replace-all( $diffids, '[\da-f]{8}-[\da-f]{4}-[\da-f]{4}-[\da-f]{4}-[\da-f]{12}', '')))" type="number"/> </dc:when> <dc:otherwise> <dc:comment>Just show everything</dc:comment> <dc:variable name="year_to" expr="9999" type="number"/> <dc:variable name="year_from" expr="0" type="number"/> </dc:otherwise> </dc:choose> <bedheights> <dc:call-macro name="bed-heights-single"/> <dc:call-macro name="bed-heights-epoch"/> </bedheights> </dc:macro> <dc:macro name="bed-heights-single"> <single> <dc:context> <dc:statement> SELECT bhs.id AS bedh_id, bhs.year AS bedh_year, bhs.description AS bedh_descr, bht.name AS type_name FROM bed_height_single bhs JOIN bed_height_type bht ON bht.id = bhs.type_id WHERE bhs.river_id = ${river_id} AND lower(bhs.description) NOT LIKE '%epoch%' AND bhs.year BETWEEN ${year_from} AND ${year_to} </dc:statement> <dc:if test="dc:has-result()"> <dc:group expr="$bedh_year"> <cross-sections name="{dc:group-key()}"> <dc:for-each> <height factory="bedheight" target_out="{$out}" ids="bedheight-single-{$bedh_id}-{$bedh_year}" info="{$type_name}" description="{$bedh_descr}"/> </dc:for-each> </cross-sections> </dc:group> </dc:if> </dc:context> </single> </dc:macro> <dc:macro name="bed-heights-epoch"> <epoch> <dc:context> <dc:statement> SELECT id AS bedh_id, year AS bedh_year, description AS bedh_descr FROM bed_height_single WHERE river_id = ${river_id} AND lower(description) LIKE '%epoch%' AND year BETWEEN ${year_from} AND ${year_to} </dc:statement> <dc:for-each> <height factory="bedheight" target_out="{$out}" ids="bedheight-single-{$bedh_id}-{$bedh_year}" description="{$bedh_descr}"/> </dc:for-each> </dc:context> </epoch> </dc:macro> <dc:macro name="flow_velocity_models"> <dc:context> <dc:statement> SELECT fvm.id AS fvmid, fvm.description AS fvmd, dz.upper_discharge AS upperQ, dz.lower_discharge AS lowerQ FROM flow_velocity_model fvm JOIN discharge_zone dz ON dz.id = fvm.discharge_zone_id WHERE dz.river_id = ${river_id} ORDER BY dz.value </dc:statement> <dc:if test="dc:has-result()"> <flowvelocitymodel> <dc:for-each> <measurement_value name="{$fvmd}" ids="{$fvmid}" factory="flowvelocitymodel" info="{$lowerQ} - {$upperQ}" target_out="{$out}" /> </dc:for-each> </flowvelocitymodel> </dc:if> </dc:context> </dc:macro> <dc:macro name="flow_velocity_measurements"> <dc:context> <dc:statement> SELECT id AS fvmid, description AS fvmd FROM flow_velocity_measurements WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <flowvelocitymeasurement> <dc:for-each> <flow_velocity_measurement name="{$fvmd}"> <dc:context> <dc:statement> SELECT id, description, station, datetime, v, w, q FROM flow_velocity_measure_values WHERE measurements_id = ${fvmid} AND station BETWEEN ${fromkm} AND ${tokm} </dc:statement> <dc:for-each> <measurement_value name="{$description} - {$station} - {$datetime}" ids="{$id}" factory="flowvelocity" target_out="{$out}" /> </dc:for-each> </dc:context> </flow_velocity_measurement> </dc:for-each> </flowvelocitymeasurement> </dc:if> </dc:context> </dc:macro> <dc:macro name="morph_width"> <dc:context> <dc:statement> SELECT id AS width_id FROM morphologic_width WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <morph_width> <dc:for-each> <dc:context> <dc:statement> SELECT min(station) AS from_station, max(station) AS to_station FROM morphologic_width_values WHERE morphologic_width_id = ${width_id} </dc:statement> <dc:for-each> <morphologic-width name="{$from_station} - {$to_station}" ids="{$width_id}" factory="morph-width" target_out="{$out}" /> </dc:for-each> </dc:context> </dc:for-each> </morph_width> </dc:if> </dc:context> </dc:macro> <dc:macro name="sounding-width"> <dc:context> <dc:statement> SELECT id AS bedh_id, year AS bedh_year, description AS bedh_descr FROM bed_height_single WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <soundings_width> <dc:for-each> <height factory="bedheight" target_out="{$out}" ids="bedheight-singlevalues-{$bedh_id}-{$bedh_year}" description="{$bedh_descr}"/> </dc:for-each> </soundings_width> </dc:if> </dc:context> </dc:macro> <dc:macro name="sqrelations"> <dc:context> <dc:statement> SELECT sq.description AS description, ti.start_time AS start_time, ti.stop_time AS stop_time, ms.name AS station_name, lower(sqv.parameter) AS parameter, sqv.id AS sqvid FROM sq_relation sq JOIN time_intervals ti ON ti.id = sq.time_interval_id JOIN rivers r ON r.id = sq.river_id JOIN sq_relation_value sqv ON sqv.sq_relation_id = sq.id JOIN measurement_station ms ON sqv.measurement_station_id = ms.id WHERE r.id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <sq_relations> <dc:filter expr="$out = concat('sq_relation_', $parameter)"> <dc:group expr="$station_name"> <station description="{dc:group-key()}"> <dc:for-each> <dc:variable name="combined_desc" expr="concat(dc:date-format('yyyy', $start_time), ' bis ', dc:date-format('yyyy', $stop_time))"/> <sqvalue factory="staticsqrelation" target_out="{$out}" ids="{$sqvid};{$station_name}: {$combined_desc}" description="{$combined_desc}"/> </dc:for-each> </station> </dc:group> </dc:filter> </sq_relations> </dc:if> </dc:context> </dc:macro> <dc:macro name="basedata_0_macro"> <dc:filter expr="$kind = 0"> <dc:if test="dc:has-result()"> <basedata> <dc:group expr="$wst_description"> <basedata name="{dc:group-key()}"> <dc:for-each> <dc:macro-body/> </dc:for-each> </basedata> </dc:group> </basedata> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_0"> <dc:call-macro name="basedata_0_macro"> <column name="{$wst_column_name}" ids="base_data-wstv-{$wst_column_position}-{$wst_id}" factory="staticwqkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <dc:macro name="basedata_0_wq"> <dc:call-macro name="basedata_0_macro"> <column name="{$wst_column_name}" ids="base_data-wstv-{$wst_column_position}-{$wst_id}" factory="wqinterpol" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <dc:macro name="basedata_1_additionals_macro"> <dc:filter expr="$kind=1"> <dc:if test="dc:has-result()"> <additionals> <dc:group expr="dc:replace($wst_description, 'Zus.Längsschnitte/', '')"> <additional name="{dc:group-key()}"> <dc:for-each> <dc:macro-body/> </dc:for-each> </additional> </dc:group> </additionals> </dc:if> </dc:filter> </dc:macro> <dc:macro name="basedata_1_additionals"> <dc:call-macro name="basedata_1_additionals_macro"> <column name="{$wst_column_name}" ids="additionals-wstv-{$wst_column_position}-{$wst_id}" factory="staticwqkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <dc:macro name="basedata_1_additionals_marks"> <dc:call-macro name="basedata_1_additionals_macro"> <column name="{$wst_column_name}" ids="additionalsmarks-wstv-{$wst_column_position}-{$wst_id}" factory="staticwkms" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <dc:macro name="basedata_1_additionals_wq"> <dc:call-macro name="basedata_1_additionals_macro"> <column name="{$wst_column_name}" ids="base_data-wstv-{$wst_column_position}-{$wst_id}" factory="wqinterpol" target_out="{$out}" info="{$info} [km {$deffrom} - {$defto}]"/> </dc:call-macro> </dc:macro> <!-- Floodmap part --> <dc:macro name="flood-map-complete"> <dc:call-macro name="flood-map-buildings"/> <dc:call-macro name="catchments"/> <dc:call-macro name="floodmarks"/> <hws> <dc:call-macro name="hwslines"/> <dc:call-macro name="hwspoints"/> </hws> <dc:call-macro name="flood-map-routing"/> <hydrboundaries> <dc:call-macro name="flood-map-floodplain"/> <dc:call-macro name="flood-map-hydr-boundaries"/> </hydrboundaries> <dc:call-macro name="flood-map-uesk"/> </dc:macro> <dc:macro name="flood-map-routing"> <route_data> <dc:call-macro name="flood-map-qps"/> <dc:call-macro name="flood-map-fixpoints"/> <dc:call-macro name="flood-map-km"/> <dc:call-macro name="flood-map-riveraxis"/> </route_data> </dc:macro> <dc:macro name="flood-map-hydr-boundaries"> <bfg_model> <dc:call-macro name="flood-map-hydr-boundaries-poly"/> <dc:call-macro name="flood-map-hydr-boundaries-lines"/> </bfg_model> <dc:call-macro name="flood-map-hydr-boundaries-state"/> </dc:macro> <dc:macro name="flood-map-dem"> <dems> <dc:context> <dc:statement> SELECT d.id AS dem_id, r.a AS dem_lower, r.b AS dem_upper, d.name AS name, t.start_time AS start_time, t.stop_time AS stop_time, 'Projektion: ' || d.projection || '<BR>' || 'Rasterweite: ' || d.resolution || 'm<BR>' || 'Format: ' || d.format || '<BR>' || 'Zeitraum: ' AS info FROM dem d JOIN ranges r ON d.range_id = r.id LEFT JOIN time_intervals t ON d.time_interval_id = t.id WHERE d.river_id = ${river_id} AND NOT((${tokm} < r.a) or (${fromkm} > r.b)) </dc:statement> <dc:for-each> <dem factory="demfactory" target_out="{$out}" ids="{$dem_id}" name="{$name}" info="{$info}{dc:date-format('yyyy', $start_time)} - {dc:date-format('yyyy', $stop_time)}"/> </dc:for-each> </dc:context> </dems> </dc:macro> <dc:macro name="filter_hws_ddg"> <dc:macro name="durchlass_damm_graben"> <dc:macro name="ddg_factory"> <dc:for-each> <hws factory="hwsfactory" name="{$hws_name}" target_out="{$out}" /> </dc:for-each> </dc:macro> <dc:filter expr="$hws_kind=1"> <dc:if test="dc:has-result()"> <Durchlass><dc:call-macro name="ddg_factory"/></Durchlass> </dc:if> </dc:filter> <dc:filter expr="$hws_kind=2"> <dc:if test="dc:has-result()"> <Damm><dc:call-macro name="ddg_factory"/></Damm> </dc:if> </dc:filter> <dc:filter expr="$hws_kind=3"> <dc:if test="dc:has-result()"> <Graben><dc:call-macro name="ddg_factory"/></Graben> </dc:if> </dc:filter> </dc:macro> <dc:filter expr="$hws_official=1"> <dc:if test="dc:has-result()"> <official> <dc:call-macro name="durchlass_damm_graben"/> </official> </dc:if> </dc:filter> <dc:filter expr="$hws_official=0"> <dc:if test="dc:has-result()"> <inofficial> <dc:call-macro name="durchlass_damm_graben"/> </inofficial> </dc:if> </dc:filter> </dc:macro> <dc:macro name="flood-map-hws-lines"> <dc:context> <dc:statement> SELECT DISTINCT name AS hws_name, official AS hws_official, kind_id AS hws_kind FROM hws_lines WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <lines> <dc:call-macro name="filter_hws_ddg"/> </lines> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map-hws-points"> <dc:context> <dc:statement> SELECT DISTINCT name AS hws_name, official AS hws_official, kind_id AS hws_kind FROM hws_points WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <points> <dc:call-macro name="filter_hws_ddg"/> </points> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map-hydr-boundaries-state"> <federal> <dc:context> <dc:statement> SELECT DISTINCT name FROM hydr_boundaries WHERE river_id = ${river_id} AND kind = 2 </dc:statement> <dc:for-each> <line factory="wmshydrboundariesfactory" target_out="{$out}" ids="{$river_id};{$name};2" name="{$name}"/> </dc:for-each> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT name FROM hydr_boundaries_poly WHERE river_id = ${river_id} AND kind = 2 </dc:statement> <dc:for-each> <line factory="wmshydrboundariespolyfactory" target_out="{$out}" ids="{$river_id};{$name};2" name="{$name}"/> </dc:for-each> </dc:context> </federal> </dc:macro> <dc:macro name="flood-map-hydr-boundaries-lines"> <dc:context> <dc:statement> SELECT DISTINCT name FROM hydr_boundaries WHERE river_id = ${river_id} AND kind = 1 </dc:statement> <dc:comment> What about all other line kinds?</dc:comment> <dc:if test="dc:has-result()"> <lines> <dc:for-each> <line factory="wmshydrboundariesfactory" target_out="{$out}" ids="{$river_id};{$name};1" name="{$name}"/> </dc:for-each> </lines> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map-hydr-boundaries-poly"> <areas> <dc:context> <dc:statement> SELECT DISTINCT b.sectie AS sectie_id, sk.name AS sectie FROM hydr_boundaries_poly b JOIN sectie_kinds sk ON b.sectie = sk.id WHERE b.river_id = ${river_id} AND b.kind = 1 </dc:statement> <dc:if test="dc:has-result()"> <sobek_areas> <dc:for-each> <boundary name="{$sectie}" factory="wmshydrboundariespolyfactory" target_out="{$out}" ids="{$river_id};{$sectie};1;{$sectie_id};-1"/> </dc:for-each> </sobek_areas> </dc:if> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT b.sobek AS sobek_id, sk.name AS sobek FROM hydr_boundaries_poly b JOIN sobek_kinds sk ON b.sobek = sk.id WHERE b.river_id = ${river_id} AND b.kind = 1 </dc:statement> <dc:if test="dc:has-result()"> <sobek_flooded> <dc:for-each> <boundary name="{$sobek}" factory="wmshydrboundariespolyfactory" target_out="{$out}" ids="{$river_id};{$sobek};1;-1;{$sobek_id}"/> </dc:for-each> </sobek_flooded> </dc:if> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT b.name AS name FROM hydr_boundaries_poly b WHERE b.river_id = ${river_id} AND b.kind = 1 AND b.sobek IS NULL AND b.sectie is NULL </dc:statement> <dc:for-each> <boundary name="{$name}" factory="wmshydrboundariespolyfactory" target_out="{$out}" ids="{$river_id};{$name}"/> </dc:for-each> </dc:context> </areas> </dc:macro> <dc:macro name="flood-map-uesk"> <dc:context> <dc:statement> SELECT DISTINCT 1 FROM floodmaps WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <uesk> <calculations> <dc:context> <dc:statement> SELECT DISTINCT 1 FROM floodmaps WHERE river_id = ${river_id} AND (kind = 112 OR kind = 111) </dc:statement> <dc:if test="dc:has-result()"> <current> <dc:context> <dc:statement> SELECT DISTINCT name AS name FROM floodmaps WHERE river_id = ${river_id} AND kind = 111 </dc:statement> <dc:if test="dc:has-result()"> <bfg> <dc:for-each> <floodmaps factory="wmsfloodmapsfactory" target_out="{$out}" ids="{$river_id};{$name}" name="{$name}"/> </dc:for-each> </bfg> </dc:if> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT name AS name FROM floodmaps WHERE river_id = ${river_id} AND kind = 112 </dc:statement> <dc:if test="dc:has-result()"> <federal> <dc:for-each> <floodmaps factory="wmsfloodmapsfactory" target_out="{$out}" ids="{$river_id};{$name}" name="{$name}"/> </dc:for-each> </federal> </dc:if> </dc:context> </current> </dc:if> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT 1 from floodmaps where river_id = ${river_id} AND (kind = 122 OR kind = 121) </dc:statement> <dc:if test="dc:has-result()"> <potential> <dc:context> <dc:statement> SELECT DISTINCT name AS name FROM floodmaps WHERE river_id = ${river_id} AND kind = 121 </dc:statement> <dc:if test="dc:has-result()"> <bfg> <dc:for-each> <floodmaps factory="wmsfloodmapsfactory" target_out="{$out}" ids="{$river_id};{$name}" name="{$name}"/> </dc:for-each> </bfg> </dc:if> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT name AS name FROM floodmaps WHERE river_id = ${river_id} AND kind = 122 </dc:statement> <dc:if test="dc:has-result()"> <federal> <dc:for-each> <floodmaps factory="wmsfloodmapsfactory" target_out="{$out}" ids="{$river_id};{$name}" name="{$name}"/> </dc:for-each> </federal> </dc:if> </dc:context> </potential> </dc:if> </dc:context> </calculations> <dc:context> <dc:statement> SELECT DISTINCT source AS source FROM floodmaps WHERE river_id = ${river_id} AND kind = 200 </dc:statement> <dc:if test="dc:has-result()"> <measurements> <dc:for-each> <year name="{$source}"> <dc:context> <dc:statement> SELECT DISTINCT name AS name FROM floodmaps WHERE river_id = ${river_id} AND kind = 200 AND source = ${source} </dc:statement> <dc:for-each> <floodmaps factory="wmsfloodmapsfactory" target_out="{$out}" ids="{$river_id};{$name}" name="{$name}"/> </dc:for-each> </dc:context> </year> </dc:for-each> </measurements> </dc:if> </dc:context> </uesk> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map-floodplain"> <dc:context> <dc:statement> SELECT DISTINCT fp.kind_id AS kind_id, flk.name AS kind_name FROM floodplain fp JOIN floodplain_kinds flk on fp.kind_id = flk.id WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <floodplain> <dc:filter expr="$kind_id=1"> <dc:for-each> <floody factory="wmsfloodplainfactory" target_out="{$out}" description="{$kind_name}" ids="{$river_id};{$kind_name};{$kind_id}"/> </dc:for-each> </dc:filter> <dc:filter expr="$kind_id != 1"> <dc:if test="dc:has-result()"> <other> <dc:for-each> <floody factory="wmsfloodplainfactory" target_out="{$out}" description="{$layer_name}" ids="{$river_id};{$layer_name};{$kind_id}"/> </dc:for-each> </other> </dc:if> </dc:filter> </floodplain> </dc:if> </dc:context> </dc:macro> <dc:macro name="hwspoints_by_kind"> <dc:comment> Call from a context where fed_name hws_kind hws_name and river_id is availble </dc:comment> <dc:macro name="hwspoints_by_kind_factory"> <dc:for-each> <hws factory="wmshwspointsfactory" target_out="{$out}" ids="{$river_id};{$hws_name}" name="{$hws_name}"/> </dc:for-each> </dc:macro> <dc:filter expr="$hws_kind=1"> <dc:if test="dc:has-result()"> <Durchlass> <dc:call-macro name="hwspoints_by_kind_factory"/> </Durchlass> </dc:if> </dc:filter> <dc:filter expr="$hws_kind=2"> <dc:if test="dc:has-result()"> <Damm> <dc:call-macro name="hwspoints_by_kind_factory"/> </Damm> </dc:if> </dc:filter> <dc:filter expr="$hws_kind=3"> <dc:if test="dc:has-result()"> <Graben> <dc:call-macro name="hwspoints_by_kind_factory"/> </Graben> </dc:if> </dc:filter> </dc:macro> <dc:macro name="hwspoints"> <hws_points> <official> <dc:context> <dc:statement> SELECT DISTINCT fs.name AS fed_name, fs.id AS fed_id FROM hws_points hws JOIN fed_states fs ON hws.fed_state_id = fs.id WHERE river_id = ${river_id} AND hws.official=1 </dc:statement> <dc:for-each> <dc:context> <dc:statement> SELECT DISTINCT name AS hws_name, kind_id AS hws_kind FROM hws_points WHERE river_id = ${river_id} AND official=1 AND fed_state_id = ${fed_id} ORDER BY name </dc:statement> <fedstate description="{$fed_name}"> <dc:call-macro name="hwspoints_by_kind"/> </fedstate> </dc:context> </dc:for-each> </dc:context> <dc:context> <dc:statement> SELECT distinct name AS hws_name, kind_id AS hws_kind FROM hws_points WHERE river_id = ${river_id} AND official=1 AND fed_state_id IS NULL ORDER BY name </dc:statement> <hws_fed_unknown> <dc:call-macro name="hwspoints_by_kind"/> </hws_fed_unknown> </dc:context> </official> <inofficial> <dc:context> <dc:statement> SELECT DISTINCT fs.name AS fed_name, fs.id AS fed_id FROM hws_points hws JOIN fed_states fs ON hws.fed_state_id = fs.id WHERE river_id = ${river_id} AND hws.official=0 </dc:statement> <dc:for-each> <dc:context> <dc:statement> SELECT DISTINCT name AS hws_name, kind_id AS hws_kind FROM hws_points WHERE river_id = ${river_id} AND official=0 AND fed_state_id = ${fed_id} ORDER BY name </dc:statement> <fedstate description="{$fed_name}"> <dc:call-macro name="hwspoints_by_kind"/> </fedstate> </dc:context> </dc:for-each> </dc:context> <dc:context> <dc:statement> SELECT distinct name AS hws_name, kind_id AS hws_kind FROM hws_points WHERE river_id = ${river_id} AND official=0 AND fed_state_id IS NULL ORDER BY name </dc:statement> <hws_fed_unknown> <dc:call-macro name="hwspoints_by_kind"/> </hws_fed_unknown> </dc:context> </inofficial> </hws_points> </dc:macro> <dc:macro name="hwslines_by_kind"> <dc:comment> Call from a context where fed_name hws_kind hws_name and river_id is availble </dc:comment> <dc:macro name="hwslines_by_kind_factory"> <dc:for-each> <hws factory="wmshwslinesfactory" target_out="{$out}" ids="{$river_id};{$hws_name}" name="{$hws_name}"/> </dc:for-each> </dc:macro> <dc:filter expr="$hws_kind=1"> <dc:if test="dc:has-result()"> <Durchlass> <dc:call-macro name="hwslines_by_kind_factory"/> </Durchlass> </dc:if> </dc:filter> <dc:filter expr="$hws_kind=2"> <dc:if test="dc:has-result()"> <Damm> <dc:call-macro name="hwslines_by_kind_factory"/> </Damm> </dc:if> </dc:filter> <dc:filter expr="$hws_kind=3"> <dc:if test="dc:has-result()"> <Graben> <dc:call-macro name="hwslines_by_kind_factory"/> </Graben> </dc:if> </dc:filter> </dc:macro> <dc:macro name="hwslines"> <hws_lines> <official> <dc:context> <dc:statement> SELECT DISTINCT fs.name AS fed_name, fs.id AS fed_id FROM hws_lines hws JOIN fed_states fs ON hws.fed_state_id = fs.id WHERE river_id = ${river_id} AND hws.official=1 </dc:statement> <dc:for-each> <dc:context> <dc:statement> SELECT DISTINCT name AS hws_name, kind_id AS hws_kind FROM hws_lines WHERE river_id = ${river_id} AND official=1 AND fed_state_id = ${fed_id} ORDER BY name </dc:statement> <fedstate description="{$fed_name}"> <dc:call-macro name="hwslines_by_kind"/> </fedstate> </dc:context> </dc:for-each> </dc:context> <dc:context> <dc:statement> SELECT distinct name AS hws_name, kind_id AS hws_kind FROM hws_lines WHERE river_id = ${river_id} AND official=1 AND fed_state_id IS NULL ORDER BY name </dc:statement> <hws_fed_unknown> <dc:call-macro name="hwslines_by_kind"/> </hws_fed_unknown> </dc:context> </official> <inofficial> <dc:context> <dc:statement> SELECT DISTINCT fs.name AS fed_name, fs.id AS fed_id FROM hws_lines hws JOIN fed_states fs ON hws.fed_state_id = fs.id WHERE river_id = ${river_id} AND hws.official=0 </dc:statement> <dc:for-each> <dc:context> <dc:statement> SELECT DISTINCT name AS hws_name, kind_id AS hws_kind FROM hws_lines WHERE river_id = ${river_id} AND official=0 AND fed_state_id = ${fed_id} ORDER BY name </dc:statement> <fedstate description="{$fed_name}"> <dc:call-macro name="hwslines_by_kind"/> </fedstate> </dc:context> </dc:for-each> </dc:context> <dc:context> <dc:statement> SELECT distinct name AS hws_name, kind_id AS hws_kind FROM hws_lines WHERE river_id = ${river_id} AND official=0 AND fed_state_id IS NULL ORDER BY name </dc:statement> <hws_fed_unknown> <dc:call-macro name="hwslines_by_kind"/> </hws_fed_unknown> </dc:context> </inofficial> </hws_lines> </dc:macro> <dc:macro name="floodmarks"> <dc:context> <dc:statement> SELECT DISTINCT COALESCE(CAST (year AS VARCHAR(64)), 'Unbekanntes Jahr') AS year FROM flood_marks WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <floodmarks> <dc:for-each> <floodmark name="{$year}" factory="wmsfloodmarkfactory" target_out="{$out}" ids="{$river_id};{$year};{$year}"/> </dc:for-each> </floodmarks> </dc:if> </dc:context> </dc:macro> <dc:macro name="catchments"> <catchments> <catchment_wms factory="externalwmsfactory" target_out="{$out}" ids="http://geoportal.bafg.de/wmsproxy/INSPIRE/DrainageBasin;HY.PHYSICALWATERS.CATCHMENTS;Einzugsgebiete (WMS)" /> <dc:call-macro name="flood-map-gaugelocations"/> </catchments> </dc:macro> <dc:macro name="flood-map-gaugelocations"> <gaugelocations> <gauge_points factory="externalwmsfactory" ids="http://www.pegelonline.wsv.de/webservices/gis/wms;Pegelpunkte;Pegelpunkte (WSV)" target_out="{$out}" /> <gauge_names factory="externalwmsfactory" ids="http://www.pegelonline.wsv.de/webservices/gis/wms;Pegelnamen;Pegelnamen (WSV)" target_out="{$out}" /> <gauge_level factory="externalwmsfactory" ids="http://www.pegelonline.wsv.de/webservices/gis/wms;Pegelwasserstand;Aktueller Wasserstand (WSV)" target_out="{$out}" /> <gauge_tendency factory="externalwmsfactory" ids="http://www.pegelonline.wsv.de/webservices/gis/wms;TendenzWasserstand;Tendenz des Wasserstands (WSV)" target_out="{$out}" /> </gaugelocations> </dc:macro> <dc:macro name="flood-map-riveraxis"> <dc:context> <dc:statement> SELECT DISTINCT ak.name AS kind_name, ax.kind_id AS kind_id, ax.name AS layer_name FROM river_axes ax JOIN axis_kinds ak on ax.kind_id = ak.id WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <axis> <dc:filter expr="$kind_id=1"> <dc:for-each> <actual description="{$kind_name}" ids="{$river_id};{$kind_name};{$kind_id}" factory="riveraxis" target_out="{$out}" /> </dc:for-each> </dc:filter> <dc:filter expr="$kind_id!=1"> <other> <dc:for-each> <misc-axis description="{$layer_name}" ids="{$river_id};{$layer_name};{$kind_id}" factory="riveraxis" target_out="{$out}" /> </dc:for-each> </other> </dc:filter> </axis> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map-km"> <dc:context> <dc:statement> SELECT DISTINCT 1 FROM river_axes_km WHERE river_id = ${river_id} </dc:statement> <dc:for-each> <kilometrage factory="wmskmfactory" ids="{$river_id}" target_out="{$out}" /> </dc:for-each> </dc:context> </dc:macro> <dc:macro name="flood-map-fixpoints"> <dc:context> <dc:statement> SELECT name AS name FROM fixpoints WHERE river_id = ${river_id} GROUP BY name </dc:statement> <dc:for-each> <fixpoints factory="wmsfixpointsfactory" target_out="{$out}" ids="{$river_id};{$name}"/> </dc:for-each> </dc:context> </dc:macro> <dc:macro name="flood-map-qps"> <dc:context> <dc:statement> SELECT DISTINCT cs.kind_id AS kind_id, cs.name AS layer_name, ck.name AS kind_name FROM cross_section_tracks cs JOIN cross_section_track_kinds ck ON cs.kind_id = ck.id WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <qps> <dc:filter expr="$kind_id=1"> <dc:for-each> <actual description="{$kind_name}" factory="wmsqpsfactory" target_out="{$out}" ids="{$river_id};{$kind_name};{$kind_id}"/> </dc:for-each> </dc:filter> <dc:filter expr="$kind_id = 0"> <dc:if test="dc:has-result()"> <other> <dc:for-each> <misc-qps description="{$layer_name}" factory="wmsqpsfactory" target_out="{$out}" ids="{$river_id};{$layer_name};{$kind_id}"/> </dc:for-each> </other> </dc:if> </dc:filter> </qps> </dc:if> </dc:context> </dc:macro> <dc:macro name="flood-map-buildings"> <buildings> <dc:context> <dc:statement> SELECT DISTINCT b.name AS building_name, bk.name AS building_kind, b.kind_id AS building_kind_id FROM buildings b JOIN building_kinds bk ON b.kind_id = bk.id WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <dc:filter expr="$building_kind_id!=0"> <dc:for-each> <buildings description="{$building_kind}" factory="wmsbuildingsfactory" target_out="{$out}" ids="{$river_id};{$building_kind};{$building_kind_id}"/> </dc:for-each> </dc:filter> <dc:filter expr="$building_kind_id=0"> <other> <dc:for-each> <buildings description="{$building_name}" factory="wmsbuildingsfactory" target_out="{$out}" ids="{$river_id};{$building_name}"/> </dc:for-each> </other> </dc:filter> </dc:if> </dc:context> <dc:context> <dc:statement> SELECT DISTINCT j.kind_id AS jetty_kind_id, jk.name AS jetty_kind FROM jetties j JOIN jetty_kinds jk ON j.kind_id = jk.id WHERE river_id = ${river_id} </dc:statement> <dc:if test="dc:has-result()"> <jetties> <dc:for-each> <jetty description="{$jetty_kind}" factory="wmsjettiesfactory" target_out="{$out}" ids="{$river_id};{$jetty_kind};{$jetty_kind_id}"/> </dc:for-each> </jetties> </dc:if> </dc:context> </buildings> </dc:macro> <dc:macro name="officiallines_user"> <dc:if test="dc:contains($parameters, 'official-lines')"> <dc:container-context container="official-lines"> <dc:properties> <dc:property name="name" alias="olname"/> <dc:property name="wstId" alias="wstid"/> <dc:property name="columnPos" alias="wstcolpos"/> </dc:properties> <dc:if test="dc:has-result()"> <officiallines> <dc:for-each> <column name="{$olname}" ids="official-wstv-{$wstcolpos}-{$wstid}" factory="staticwqkms" target_out="{$out}"/> </dc:for-each> </officiallines> </dc:if> </dc:container-context> </dc:if> </dc:macro> <!-- Common stuff --> <dc:macro name="km-filtered-wsts"> <dc:context connection="system"> <dc:statement> SELECT w.kind AS kind, w.id AS wst_id, wc.id AS wst_column_id, wc.position AS wst_column_position, wc.description AS info, w.description AS wst_description, COALESCE(wc.name, '') AS wst_column_name, wr.a AS deffrom, wr.b AS defto FROM wst_columns wc JOIN wsts w ON wc.wst_id = w.id JOIN wst_ranges wr ON wc.id = wr.wst_column_id WHERE w.river_id = ${river_id} AND NOT((${tokm} < wr.a) or (${fromkm} > wr.b)) </dc:statement> <dc:macro-body/> </dc:context> </dc:macro> <dc:macro name="all-user-artifacts"> <dc:context connection="user"> <dc:comment>Select collections and masterartifacts. XXX: The cast is a quick hack because the ld_* values are now TEXT fields. To properly fix / asses the problems here an SLT evaluation is needed. </dc:comment> <dc:statement> SELECT c.name AS collection_name, ma.id AS a_id, ma.state AS a_state, ma.gid AS a_gid, ma.creation AS a_creation, CAST(COALESCE(ma.ld_mode, '') AS VARCHAR(255)) AS ld_m, CAST(COALESCE(ma.ld_locations, '') AS VARCHAR(255)) AS ld_l, CAST(COALESCE(ma.ld_from, '') AS VARCHAR(255)) AS ld_f, CAST(COALESCE(ma.ld_to, '') AS VARCHAR(255)) AS ld_t, o.name AS out_name, o.id AS out_id, f.name AS facet_name, f.num AS facet_num, f.description AS facet_description, f.id AS fid FROM users u JOIN collections c ON c.user_id = u.id JOIN master_artifacts_range ma ON ma.collection_id = c.id JOIN outs o ON o.artifact_id = ma.id JOIN facets f ON f.out_id = o.id WHERE u.gid = CAST(${user-id} AS UUID) AND ma.gid <> CAST(${artifact-id} AS uuid) AND f.name NOT LIKE '%empty.facet%' AND EXISTS ( SELECT id FROM artifact_data ad WHERE ad.artifact_id = ma.id AND k = 'river' AND v = ${river}) </dc:statement> <dc:virtual-column name="deffrom" type="number" expr="dc:fromValue($ld_m, $ld_l, $ld_f)"> <dc:virtual-column name="defto" type="number" expr="dc:toValue($ld_m, $ld_l, $ld_t)"> <dc:macro-body/> </dc:virtual-column> </dc:virtual-column> </dc:context> </dc:macro> <dc:macro name="km-filtered-user-artifacts"> <dc:comment> Apply KM Filtering but pass sq_ facets with no regard about their location. </dc:comment> <dc:filter expr="not($deffrom > $tokm or $defto < $fromkm) or starts-with($facet_name, 'sq_')"> <dc:macro-body/> </dc:filter> </dc:macro> <dc:macro name="artifact-range"> <dc:variable name="fromkm" type="number" expr="dc:fromValue(dc:get('ld_mode'), dc:get('ld_locations'), dc:get('ld_from'))"/> <dc:variable name="tokm" type="number" expr="dc:toValue(dc:get('ld_mode'), dc:get('ld_locations'), dc:get('ld_to'))"/> <dc:macro-body/> </dc:macro> </datacage> </dc:template>