#!/usr/bin/python3 import subprocess import os.path from renderlib import * from easing import * import svg.path # URL to Schedule-XML scheduleUrl = 'https://talks.2019.foss4g.org/bucharest/schedule/export/schedule.xml' # For (really) too long titles titlemap = { 198: 'Revamp of CRS management in the OSGeo C/C++ stack with PROJ and GDAL', 398: 'Visualizing Temporal Trends in a Time Series of Satellite Imagery', 287: 'Linking geospatial foss technologies on big data in biodiversity research', 273: 'OGC Overview', 189: '3.6 million points to polygons', 66: "Creating Wallonia's new very high resolution land cover maps", 87: 'Automated GIS-based Complex Developed for the Long-term monitoring', 78: 'UN Open GIS: Spiral 3 Geo-Analysis', 103: 'Soil Erosion Model Entering Open Source Era with GPU-based Parallelization', 85: 'A use case of sharing software and experience from all over the world', 445: 'National Forest Inventory in the Czech Republic presented in Graphs and Maps', 457: 'GEO 101 - an intro to the Group on Earth Observations (GEO).', 384: 'The shift of trade powers', 90: 'Inter-comparison of the Global Land Cover Maps in Africa', 70: 'Modelling Spatial Accessibility of Primary Health Care in Malawi', 65: 'A Scalable Approach for Spatio-Temporal Assessment of Photovoltaic', 313: 'GNOSIS Map Tiles', 102: 'Comparing INSPIRE and OpenStreetMap data', 345: 'Exploring large amounts of weather forecast data through FOSS', 313: 'GNOSIS Map Tiles', 513: 'EO Data Challenge proposals', 63: 'Fine spatial scale modelling of Trentino past forest landscape', 362: 'QGIS as a reference project to find sustainable ways to rock!', 86: 'Fast insight about the severity of hurricane impact with spatial analysis of Twitter', 46: 'A FOSS mapping system for support of electronic communication regulations', 439: 'Using open & closed source s/w to manage Transportation Networks', 60: 'An open risk index with learning indicators from OSM-tags', 68: 'Open Science, Knowledge Sharing and Reproducibility as Drivers', 426: "How to host and access STAC Imagery", 94: 'Human Geography with Open GIS in Higher Education Course', 72: 'An open drought monitoring system for the Deduru Oya basin in Sri Lanka', 396: 'The case of PULSE', 157: 'Streaming and rendering the Turin 3D geospatial content', 180: 'Validation of new OGC standard WFS 3.0 and status update of project', 211: 'Implementing Earth Observation based Wetland Monitoring Capacity in Africa', 415: 'Social Dynamics in Urban Context (SoDUCo)', 199: 'SHOGun, GeoServer & QGIS Integration', 344: 'Implementing an openEO compliant back-end for processing data cubes', 129: 'Continental Scale Point Cloud Data Management and Exploitation', 258: 'Using Cloud Optimised GeoTiffs to Query 24 Billion Pixels In Real-Time', 172: 'Development of a flood risk monitoring system.', 30: 'Case Study of Data Collection & Data Sharing', 316: 'GNOSIS Cartographic Map Style Sheets (CMSS)', 431: 'Flood Vulnerability Index for coastal communities', 459: 'Processing and refining European Land use Inventory LUCAS for National Needs', 518: 'Pivoting to Monetize Mobile Hyperlocal Gamification in the Cloud', } def introFrames(args): #1 Sec Background frames = 1*fps for i in range(0,frames): yield( ('text', 'style', 'opacity', 0), ('image1105', 'style', 'opacity', 1), ) #2 Sec FadeIn Text frames = 2*fps for i in range(0,frames): yield( ('text', 'style', 'opacity', "%.4f" % easeInCubic(i,0,1,frames)), ('image1105', 'style', 'opacity', 1), ) #4 Sec Everything frames = 4*fps for i in range(0,frames): yield( ('text', 'style', 'opacity', 1), ('image1105', 'style', 'opacity', 1), ) def outroFrames(args): # 5 Sec everything frames = 5*fps for i in range(0,frames): yield( ('layer1', 'style', 'opacity', 1), ('layer2', 'style', 'opacity', 1), ) def pauseFrames(params): # 2 sec Fadein Text1 frames = 2*fps for i in range(0, frames): yield ( ('text1', 'style', 'opacity', "%.4f" % easeOutCubic(i, 0, 1, frames)), ('text2', 'style', 'opacity', 0), ) # 2 sec Text1 frames = 2*fps for i in range(0, frames): yield ( ('text1', 'style', 'opacity', 1), ('text2', 'style', 'opacity', 0), ) # 2 sec Fadeout Text1 frames = 2*fps for i in range(0, frames): yield ( ('text1', 'style', 'opacity', "%.4f" % (1-easeOutCubic(i, 0, 1, frames))), ('text2', 'style', 'opacity', 0), ) # 2 sec blank frames = 2*fps for i in range(0, frames): yield ( ('text1', 'style', 'opacity', 0), ('text2', 'style', 'opacity', 0), ) # 2 sec Fadein Text2 frames = 2*fps for i in range(0, frames): yield ( ('text2', 'style', 'opacity', "%.4f" % easeOutCubic(i, 0, 1, frames)), ('text1', 'style', 'opacity', 0), ) # 2 sec Text2 frames = 2*fps for i in range(0, frames): yield ( ('text2', 'style', 'opacity', 1), ('text1', 'style', 'opacity', 0), ) # 2 sec Fadeout Text2 frames = 2*fps for i in range(0, frames): yield ( ('text2', 'style', 'opacity', "%.4f" % (1-easeOutCubic(i, 0, 1, frames))), ('text1', 'style', 'opacity', 0), ) # 2 sec blank frames = 2*fps for i in range(0, frames): yield ( ('text1', 'style', 'opacity', 0), ('text2', 'style', 'opacity', 0), ) def debug(): render('intro.svg', '../intro.ts', introFrames, { '$id': 2404, '$title': 'Linux Container im High Performance Computing', '$subtitle': 'Vom Wal zur Singularität und weiter', '$personnames': 'Holger Gantikow' } ) render('outro.svg', '../outro.ts', outroFrames ) def tasks(queue, args, idlist, skiplist): # iterate over all events extracted from the schedule xml-export for event in events(scheduleUrl): if event['room'] not in ('Plenary (National Theatre)', 'Ronda Ballroom', 'Fortuna West', 'Fortuna East', 'Rapsodia Ballroom', 'Opera Room', 'Opereta Room', 'Simfonia','Menuet Room','Hora Room','Coralle Room'): print("skipping room %s (%s)" % (event['room'], event['title'])) continue if (event['id'] in idlist or not idlist) and not 'intro' in skiplist: # generate a task description and put them into the queue queue.put(Rendertask( infile = 'intro.svg', outfile = str(event['id'])+".ts", sequence = introFrames, parameters = { '$id': event['id'], '$title': event['title'] if event['id'] not in titlemap else titlemap[event['id']], '$subtitle': event['subtitle'], '$personnames': event['personnames'] } )) if not 'outro' in skiplist: # place a task for the outro into the queue queue.put(Rendertask( infile = 'outro.svg', outfile = 'outro.ts', sequence = outroFrames )) if not 'pause' in skiplist: # place a task for the pause into the queue queue.put(Rendertask( infile = 'pause.svg', outfile = 'pause.ts', sequence = pauseFrames ))