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====== Class venue ======

Classes will take place at IFGI, room 125, StudLAB "C". 

====== Class hours ======
Classes will be from 9.00 to 12.00am every weekday. I will introduce programming and modelling theory in the first two hours (9.00-11.00) and fill the last hour with pratices (11.00-12.00). 

====== Office hours ======
 
Tiago will be available in principle from 2.00 to 5.00pm at his office to help students with their questions - based on timely request by the students for individual or group meetings.
 

====== Lectures  ======

^Date  ^  Lecture	                  ^  Models                  ^ Description ^ Exercise |
^Get ready to be a modeler...|
| 21/7|{{env-model:classes:first2014:class1:lecture-introd.ppt|Introduction}}   |       | **Invited speaker:** [[http://www.dpi.inpe.br/gilberto/|Prof.Dr. Gilberto Camara]]| **At home:** Read Chapter 1 from the book "Environmental Modelling: Finding Simplicity in Complexity" \\ **At home:** Read the position paper {{env-model:classes:first2014:papers:ten_steps_model_devel_eval_2006.pdf | Ten iterative steps in development and evaluation of environmental models}} \\ ** There will be an exam on next Friday, from 11:00 to 12:00.** |
| 22/7|{{env-model:classes:first2014:class2:course_notices.pptx|Notices}} | | Learn with drag and drop programming. | [[http://code.org/api/hour/begin/codeorg|Hour of Code - Beginners]] and \\ [[http://code.org/api/hour/begin/lightbot|Hour of Code - LightBot]] \\ You like games? See this: [[http://wowprogramming.com/ | Lua fo WoW]]. \\ \\ **At home:** Install //TerraME// for the next class! If you want also install the //MySQL Community// database server (version 5.5.38 tested). For classes we will use the one availabe on the University network (gis-bigdata.uni-muenster.de).|
| 23/7|[[http://www.terrame.org|TerraME online]] |  | - Setting up TerraME bundle: \\ (1) TerraME **1.3.0**, \\ (2) [[http://www.geoinformatics.cc/lib/exe/fetch.php?tok=700693&media=http%3A%2F%2Fwww.dpi.inpe.br%2Fterraview%2Fdow%2FterraView420.exe | TerraView]] **4.2.0** and \\ (3) Crinson Text Editor \\ - Hello world in [[hhtp://www.lua.org|Lua]] programming language| **At home:** (1) Read {{env-model:classes:first2014:class3:luaforterrame-ashortintroduction2.pdf|Lua for TerraME: A short introduction}} \\ (2) Study [[ http://www.dcc.ufrj.br/~fabiom/lua/| homework]] 1 for the next class. You may learn lots of Lua programming on this page. If you need more... :-P  Homework 2 is for advanced users! Homework 3 is for master of Lua. Homework 4 is for professional programmers who wants to export C and C++ API to Lua programming languague.  |
| 24/7|{{env-model:classes:first2014:class3:mr_worm_lua.pptx | Mr. Worm}}, \\ {{env-model:classes:first2014:class4:1-lua-for-terrame.ppt|Lua for TerraME}} and \\ [[ http://www.lua.org/demo.html | Play with Lua online]]  |(1) {{env-model:classes:first2014:class3:mr_worm_scripts.zip|Mr Worm scripts}} \\ (2) {{env-model:classes:first2014:class4:1-introduction.zip|Lua scripts}} \\ (3) [[ http://www.dcc.ufrj.br/~fabiom/lua/homework1.html | Homework]] 1 | - Introdution to Lua programming \\ - Types: nil, number, boolean, string, table, function| **At home:** Solve these exercises for the next class: {{env-model:classes:first2014:class4:exercise-lua_programs.pdf|Programming in Lua}}. \\ ** Compress your codes in a ZIP file. Give your name to the file. Email me the file // BEFORE // the next class. ** \\ You may find the [[ http://www.lua.org/manual/5.2/ | Lua Reference Manual]] very  useful |
| 25/07 | Let's do it together: [[ http://www.dcc.ufrj.br/~fabiom/lua/homework1.html | Homework]] 1 and \\ {{ env-model:classes:first2014:class4:exercise-lua_programs.pdf | Solving Lua exercices}}             |         | Review on Lua programing. | |
^  System Dynamics ...|
| 28/07 | {{env-model:classes:first2014:class6:0-modeling_basics.ppt|Modelling basics}}             |         | Review on modelling theory. | ** Experiment 1: **{{env-model:classes:first2014:class6:bottle_experiment_and_play_with_math.xlsx | Water in a bottle.}}|
| 29/07 | {{env-model:classes:first2014:class7:1-model_development.ppt | Introduction to model development}} |         | Review on the model development process | **Experiment 2:**{{env-model:classes:first2014:class6:bottle_experiment_and_play_with_math.xlsx | Play with Maths.}} \\  ** At home: ** Read the paper "An extensible toolbox for modeling nature-society interactions" (about TerraME)|
| 30/07 | {{env-model:classes:first2014:class8:2-systems-theory.ppt | Introduction to system theory}} | {{env-model:classes:first2014:class8:system_theory_code.zip | System theory scripts}} | Review on the General System Theory | ** At home: ** {{env-model:classes:first2014:class9:dynamic_systems_exercises1.pdf | Exercises for the next class}}|
| 31/07 | {{env-model:classes:first2014:class8:2-systems-theory.ppt | Introduction to system dynamics}}(same as above) | {{env-model:classes:first2014:class8:system_theory_code.zip | System theory scripts}} (same as above) | Review on stochatics systems, dynamic equilibrium & System Dynamics. | ** At home: ** Exercises for the next class (the same as above)|
| 01/08 | {{env-model:classes:first2014:class9:lecture-predator-prey.ppt | Prey-predator model }} \\ Pratice, pratice & pratice... | {{env-model:classes:first2014:class9:fast_and_easy_continuous_simulation.zip | Continuous systems scripts}} \\ {{env-model:classes:first2014:class9:sir-basic-daily.zip | Epidemics scripts }} | Integration methods are ready to use in TerraME, even for coupled systems. They are fast and precise. | ** At home: ** {{env-model:classes:first2014:class9:exercise-epidemics.pdf | Exercises on epidemics simulation }} - ** Compress your code in a ZIP file. Give your name to the file. Email me the file // BEFORE // the class on 06/08. ** This presentation can be useful: {{env-model:classes:first2014:class9:lecture-epidemics.ppt | SIR models }}.|
^  Cellular Automata modelling ...|
| 04/08 | {{env-model:classes:first2014:class10:lecture-mono-lake.ppt | Mono Lake model }} \\ ( {{env-model:classes:first2014:class10:ford_modelling_environment_mono_lake.pdf | Chapter 4 }} ) \\ {{env-model:classes:first2014:class10:lecture-cellular-automata.ppt | CA models }} \\ ** First exame **|  {{env-model:classes:first2014:class10:monolake_code.zip | Mono Lake scripts}} \\ {{ terralab:curso:envsoft:class10:game_of_life_code.zip | Game of Life }} | - Simulating the use of renewable resources \\ - Introducition to Cellular Automata | ** At home: ** Read the paper "An extensible toolbox for modeling nature-society interactions" (about TerraME - see the "Papers" section in this page) |
| 05/08 | {{env-model:classes:first2014:class10:lecture-cellular-automata.ppt | CA models }} \\ (same as above) \\ {{env-model:classes:first2014:class11:lecture-fire-in-the-forest.ppt | Fire spreading CA }} | {{ terralab:curso:envsoft:class11:fire_spreading_deterministic.zip | Fire spreading code }} | - Introducition to Cellular Automata \\ - Simulating diffusive spatial processes | ** At home: ** (1) {{env-model:classes:first2014:class11:synchronize.zip | Exercises on diffusive processes. }} ** Write your answers in a PDF. Give your name to the file. Email me the file // BEFORE // the class on 06/08 - TOMORROW. ** \\ (2) Email me the exercises for "Temperature Control & Feedbacks in a Heat System". ** Compress your codes in a ZIP file. Give your name to the file. Email me the file // BEFORE // the class on 06/08 - TOMORROW. **  \\ (3) {{env-model:classes:first2014:class11:exercise-fire-in-the-forest.pdf | Exercises on diffusive processes }} ** Compress your code in a ZIP file. Give your name to the file. Email me the file // BEFORE // the class on 07/08. ** |
| 06/08 | - Fire in {{env-model:classes:first2014:class12:geodata_national_park_emas_go_brazil.zip | geodatabases}}. \\ - {{ env-model:classes:first2014:class12:lecture-hydrological-model.ppt | Rain drainage models }} in a  {{ env-model:classes:first2014:class12:data-cabeca_de_boi-mdb.zip | real topography }} \\ - Spatial prey-predator model | - {{ env-model:classes:first2014:class12:fire_spread-access.zip | Fire spreading code}}\\ - {{env-model:classes:first2014:class12:rain_drainage.zip | Rain drainage codes }} \\  - {{env-model:classes:first2014:class13:continuous_ca_prey_predator.zip | Spatial prey-predator codes }}  | - How to build cellular spaces using the TerraView GIS and use it within TerraME models \\ - Continuous CA| ** At home: ** Final Project :!: |
^ Agent based modelling... |
| 07/08 | - {{ env-model:classes:first2014:class15:lecture-agent-based-modelling.ppt | Agent based models }} \\ - Segregation models | {{env-model:classes:first2014:class15:schelling_agents.zip | Schelling's agent codes }} |  | ** At home: ** Final project |
| 08/08 | {{ env-model:classes:first2014:class14:terrame_putting_all_together.ppt | TerraME - Putting all together }} | {{ env-model:classes:first2014:class15:abm_basics.zip  | ABM basics code }} | Multiscale spatially-explicit modelling in TerraME | ** At home: ** Final project |
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