[virtualcommons-svn] commit/irrigation: alllee: updating ASU 2009 experiment configuration files, a
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[virtualcommons-svn] commit/irrigation: alllee: updating ASU 2009 experiment configuration files, adding improved instructions and
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From: <com...@bi...> - 2014-05-13 22:10:36
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1 new commit in irrigation: https://bitbucket.org/virtualcommons/irrigation/commits/d329f6fb640a/ Changeset: d329f6fb640a User: alllee Date: 2014-05-14 00:10:17 Summary: updating ASU 2009 experiment configuration files, adding improved instructions and debriefing with access to templated data variables Affected #: 6 files diff -r 24aadba65e1d39ba5b323e0a945f2667a0dd95d6 -r d329f6fb640a43e9349e9ba1dc349475f474f5c0 ivy.xml --- a/ivy.xml +++ b/ivy.xml @@ -5,7 +5,9 @@ <ivy-module version="2.0"><info organisation="edu.asu.commons" module="irrigation"/><dependencies> - <dependency org="edu.asu.commons" name="csidex" rev="0.7-SNAPSHOT"/> + <dependency org="edu.asu.commons" name="csidex" rev="0.7-SNAPSHOT"> + <exclude module="jnlp-api" /> + </dependency><dependency org="org.jfree" name="jfreechart" rev="1.0.17"/></dependencies></ivy-module> diff -r 24aadba65e1d39ba5b323e0a945f2667a0dd95d6 -r d329f6fb640a43e9349e9ba1dc349475f474f5c0 src/main/resources/configuration/asu/2009/t1/irrigation.xml --- a/src/main/resources/configuration/asu/2009/t1/irrigation.xml +++ b/src/main/resources/configuration/asu/2009/t1/irrigation.xml @@ -4,6 +4,7 @@ <comment>Irrigation experiment server configuration</comment><entry key="hostname">@SERVER_ADDRESS@</entry><entry key="port">@PORT_NUMBER@</entry> +<entry key="number-of-rounds">22</entry><entry key="round0">round0.xml</entry><entry key="round1">round1.xml</entry><entry key="round2">round2.xml</entry> @@ -28,7 +29,6 @@ <entry key="round21">round21.xml</entry><entry key="wait-for-participants">true</entry> -<entry key="number-of-rounds">22</entry><entry key="q1">49</entry><entry key="a1">49%</entry> @@ -78,36 +78,42 @@ ]]></entry> -<!-- FIXME: lots of parameterizable fields here. should make instructions -template-language-pluggable ---><entry key="initial-instructions"><![CDATA[ +<h1>Instructions</h1> +<hr><p> -You have already earned 5 dollars by showing up for this exercise. You can earn -more, up to an extra 25 dollars. You will participate in this exercise as a part of -a group of five participants. Your group has been formed by randomly assigning you -to FOUR other participants in the room. +You have already earned {showUpPayment} by showing up for this exercise. You +can earn more, up to a maximum of about {maximumPayment}, by participating in this +experiment which will take about an hour to an hour and a half. The amount of money +you earn depends on your decisions AND the decisions of other people in this room +over the course of the experiment. </p> +<h2>Groups</h2> +<hr> +You will be participating in this exercise as a part of a group of +{self.clientsPerGroup} participants. Your group has been formed by randomly +selecting you and four other participants in the room. +</p> +<h2>How to participate</h2> +<hr><p> -The amount of money you earn will depend on the decisions made by you and the other -members of your group. This exercise mimics decisions people make in irrigation -systems. In each round you will receive 10 tokens which you can invest in the -irrigation infrastructure. Based on the <b>water delivery capacity</b> of the -irrigation infrastructure and the availability of water you will be able to -grow crops. Tokens earned in a round is the sum of tokens not invested plus -tokens earned by growing crops. Each token is worth 5 cents. In each round you -will first decide how much to invest in the irrigation infrastructure. Based -on the combined contributions of all 5 participants in your group in each -round, your group can maintain the capacity of the irrigation infrastructure -for growing crops. +This exercise mimics decisions people make in irrigation systems. In each round you will receive {self.tokenEndowment} +tokens. You can choose to invest in the irrigation infrastructure or keep the tokens. Based on the <b>water delivery +capacity</b> of the irrigation infrastructure and the availability of water you will be able to grow crops. The total +number of tokens you can earn in a round is the sum of your tokens not invested plus the tokens you earn from growing +crops. Each token is worth {dollarsPerToken}. In each round you will first decide how much to invest in the irrigation +infrastructure. Based on the combined contributions of all 5 participants in your group in each round, your group can +maintain the capacity of the irrigation infrastructure for growing crops. </p><p> We will now start a practice round to help illustrate the experiment. Before each -round in this experiment you will have a chat period of {self.chatDuration} seconds where you can -send text messages to the other participants. You may discuss any aspect of the -exercise with two important exceptions: +round in this experiment you will have a chat period of {self.chatDuration} seconds +where you can send text messages to the other participants. +{self.restrictedVisibilityInstructions} + +You may discuss any aspect of the exercise with two important exceptions: </p><ol><li>You are <b>not allowed</b> to promise the other participants @@ -131,62 +137,64 @@ ]]></entry> - <entry key="facilitator-instructions"><![CDATA[ -<h3>Facilitator Instructions</h3><p> -Welcome to the facilitator interface. This interface allows you to control -the experiment. You may only modify configuration parameters <b>before</b> -you start the experiment by selecting the Configuration menu. When all the -participants are ready to begin the experiment, you can start the experiment -by selecting Experiment -> Start. After a round has been completed you -will be able to view the statistics for all of the participants. You can -begin the next round by selecting Round -> Start. + This facilitator interface allows you to control the experiment. In general you + will be following a sequence similar to this: +</p> +<ol> + <li>Show instructions</li> + <li>Start round</li> + <li>After round is over, start standalone chat round if necessary</li> + <li>Goto 1.</li> +</ol> +]]> +</entry> + +<entry key="welcome-instructions"> +<![CDATA[ +<h1>Welcome</h1> +<hr> +<p> +Welcome to the experiment. We will begin shortly after everyone has been +assigned a station. +<br><br> +Please <b>wait quietly</b> and <b>do not close this window, open any other applications, or communicate with any of the other participants</b>. </p> ]]></entry> -<entry key="welcome-instructions"> + +<entry key="quiz-instructions"><![CDATA[ -<center> -<h3>Welcome to the CARL lab. Please wait quietly and do not close this window or open any -other applications.</h3> -<h3>The experiment will begin shortly after everyone has been -assigned a station.</h3></center> -]]> -</entry> - - -<entry key="quiz-page1"> -<![CDATA[ +<h2>Quiz</h2> +<hr><p> The first two questions deal with irrigation infrastructure investment. <b>Please refer to Table 1 of your handout</b>. </p> - <form> -Question 1:<br> +<p>Question 1:<br> Given an existing infrastructure efficiency of 20%, if the five participants invest a <b>total of 29 additional tokens</b>, what is the new irrigation infrastructure efficiency?<br><input type="text" name="q1" value = "">% -<br><br> - -Question 2:<br> +</p> +<p>Question 2:<br> Suppose the infrastructure efficiency in the last round was 60%. For the current round, the efficiency will decline by an amount of 25% for a resulting infrastructure efficiency of 35%. If the members of your group invest a total of 15 tokens, what will be your group's resulting water delivery capacity?<br> - <input type="text" name="q2" value = ""> cubic feet per second -<br><br> - -<b>The next two questions deal with the capacity of the irrigation system in relation -to the actual amount of water available.</b> -<br><br> +</p> +<p> +The next two questions deal with the capacity of the irrigation system in relation +to the actual amount of water available. +</p> +<p> Question 3:<br> If the irrigation efficiency is between 71 and 80%, the water delivery capacity of the irrigation system is 35 cubic feet per second. Suppose the water supply @@ -195,40 +203,30 @@ B? <br><input type='text' name='q3' value=''> cubic feet per second -<br><br> -Question 4: +</p> +<p>Question 4:<br> If the available water delivery capacity is 25 cubic feet per second and A, B, C, and D are not using water, how much cubic feet of water per second is available for E?<br><input type='text' name='q4' value=''> cubic feet per second -<br><br> - -<input type="submit" name="submit" value="Submit"><br> -<br> - -]]> -</entry> - -<entry key="quiz-page2"> -<![CDATA[ +</p><p> The final two questions cover the number of tokens you can earn in within a round. -<b>Please refer to table 2 of your handout</b>. +<b>Please refer to Table 2 of your handout</b>. </p> -<form> -Question 5:<br> +<p>Question 5:<br> If you invest 7 of the 10 tokens you start with and you apply 202 cubic feet of water to your fields, what is the total number of tokens you will have earned at the end of the round?<br><input type="text" name="q5" value="">tokens -<br><br> -Question 6:<br> +</p> +<p>Question 6:<br> If you invest all 10 tokens you start with and you apply 555 cubic feet of water to your fields, what is the total number of tokens you will have earned at the end of the round?<br><input type="text" name="q6" value="">tokens -<br><br> -<input type="submit" name="submit" value="Submit"> +</p> +<input type="submit" name="submit" value="Submit"><br></form> ]]></entry> @@ -292,12 +290,14 @@ </table> ]]></entry> - <entry key='chat-instructions'><![CDATA[ <h3>Chat Instructions</h3> -You may now chat for {self.chatDuration} seconds with the other members of your group. You may -discuss any aspect of the exercise with two important exceptions: +<hr> +<p> +You may now chat for {self.chatDuration} seconds with the other members of your group. +{self.restrictedVisibilityInstructions} +You may discuss any aspect of the exercise with two important exceptions: </p><ol><li>You are <b>not allowed</b> to promise the other participants @@ -322,6 +322,267 @@ <entry key="investment-instructions"><![CDATA[ +<h1>Current infrastructure condition</h1> + <hr> + <h2>Current infrastructure efficiency: {actualInfrastructureEfficiency}%</h2> + <h2>Current water delivery capacity: {waterDeliveryCapacity} cubic feet per second</h2> + <h2>Available water supply: {self.waterSupplyCapacity} cubic feet per second</h2> +<h1>Investment Instructions</h1> +<hr> +<p> +You have been endowed with {self.tokenEndowment} tokens to invest. You must make a decision about +how much you wish to invest in the irrigation infrastructure by choosing a number +between 0 and {self.tokenEndowment}. You can see the relationship between total +investment and irrigation infrastructure in the table below. After you have entered +the number of tokens you'd like to invest, hit the enter key or click the submit +button to confirm your investment. When everybody has made their decision, the total +investment will be calculated and the overall irrigation infrastructure will be +displayed. Each token you invest corresponds to one percent of infrastructure +efficiency, so if you invest 10 tokens you are contributing 10% to the overall +infrastructure efficiency. +</p> +<table border="1" cellspacing="2" cellpadding="2"> +<thead> +<tr> +<th>Irrigation Infrastructure Efficiency (percent)</th> +<th>Water delivery capacity (cubic feet per second)</th> +</tr> +</thead> +<tbody> +<tr> +<td> ≤ 45</td><td>0</td> +</tr> +<tr> +<td>46-51</td><td>5</td> +</tr> +<tr> +<td>52-55</td><td>10</td> +</tr> +<tr> +<td>56-58</td><td>15</td> +</tr> +<tr> +<td>59-61</td><td>20</td> +</tr> +<tr> +<td>62-65</td><td>25</td> +</tr> +<tr> +<td>66-70</td><td>30</td> +</tr> +<tr> +<td>71-80</td><td>35</td> +</tr> +<tr> +<td>81-100</td><td>40</td> +</tr> +</tbody> +</table> +]]> +</entry> +<entry key='client-debriefing'> +<![CDATA[ +<h1>{if (self.practiceRound)}Practice Round{else}Round {self.roundNumber}{endif} Results</h1> +<hr> + <table border=3 cellpadding=5 cellspacing=5> + <tr> + <th>Position</th> + <th>Initial token endowment</th> + <th>Tokens invested</th> + <th>Tokens not invested</th> + <th>Tokens earned from growing crops</th> + <th>Total tokens earned this round</th> + <th>Dollars earned this round</th> + <th>Total dollars earned</th> + </tr> + {dataModel.orderedVisibleClients: {clientData| + <tr align='center' bgcolor='{if (clientData.self)}#FFFFCC{else}#CCCCCC{endif}'> + <td>{clientData.priorityString}</td> + <td>{self.tokenEndowment}</td> + <td>{clientData.investedTokens}</td> + <td>{clientData.uninvestedTokens}</td> + <td>{clientData.tokensEarnedFromWaterCollected}</td> + <td>{clientData.allTokensEarnedThisRound}</td> + <td>{clientData.totalDollarsEarnedThisRound}</td> + <td>{clientData.grandTotalIncome}</td> + </tr> + }} + </table> + <h2>Earnings</h2> + <hr> + <p> + You are in position {clientData.priorityString} and received + {clientData.totalDollarsEarnedThisRound} this past round. Your + <b>total income</b> is <b>{clientData.grandTotalIncome}</b>, including + the {showUpPayment} show-up bonus and {clientData.quizEarnings} for + answering {clientData.correctQuizAnswers} quiz questions correctly. + </p> + {if (self.practiceRound)} + <p><b>NOTE: this was a practice round and did not contribute to your earnings.</b></p> + {endif} + {if (showExitInstructions)} + <h2>Exit Survey</h2> + <hr> + <p> + This was the last round, but not the end of the experiment. We ask that you please carefully fill out a brief survey as we prepare your payments. + </p> + <h2>Payment: You Are Computer Number {clientData.id.stationNumber}</h2> + <hr> + <p> + <b>Please note the computer number listed above and write it on your survey.</b> + When payments are ready we will call you up one by one. Please wait until + your computer number, <b>{clientData.id.stationNumber}</b>, is called to turn in your + survey and receive payment. + <b>NOTE: Please answer the survey completely (there may be a back side)</b> + and <b>bring all your belongings with you</b> when you come up to receive + your payment to help us speed up the payment process. + </p> + {endif} +]]> +</entry> +<entry key="same-as-previous-round-instructions"> + <![CDATA[ + <h2>Round {self.roundNumber} Instructions</h2> + <hr> + <p>Round {self.roundNumber} is the same as the previous round.</p> + <p>{self.specialInstructions}</p> + <p>The length of this round is {self.roundDurationInSeconds} seconds.</p> + <p><b>Do you have any questions?</b> If you have any questions at this time + please raise your hand and someone will come over to your station and + answer it. + </p> + ]]> +</entry> +<entry key="contribution-summary"> +<![CDATA[ +<h1>Contributions Summary</h1> +<hr> +<p> +Your group invested a total of <b>{groupDataModel.totalContributedTokens} tokens</b> this round, resulting in an infrastructure efficiency of <b>{groupDataModel.infrastructureEfficiency}%</b> and a water delivery capacity of <b>{groupDataModel.irrigationCapacity} cubic feet per second</b>. +The amount of water available to pass through your canal is <b>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</b>. +</p> +<table border=2 cellspacing=2 cellpadding=3> +<tr> +<th></th></th><th>Infrastructure Efficiency</th><th>Water Delivery Capacity</th><th>Water Availability</th> +</tr> +<tr align='center'> +<td>Before Investment</td><td>{groupDataModel.infrastructureEfficiencyBeforeInvestment}%</td><td>{groupDataModel.irrigationCapacityBeforeInvestment} cubic feet per second</td><td>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</td> +</tr> +<tr align='center'> +<td>After Investment</td><td>{groupDataModel.infrastructureEfficiency}%</td><td>{groupDataModel.irrigationCapacity} cubic feet per second</td><td>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</td> +</tr> +</table> +]]> +</entry> +<entry key="special-instructions"> +<![CDATA[ +<h2>Special Instructions</h2> +<hr> +{if (self.restrictedVisibility)} +<p>You can only <b>communicate with and observe the actions</b> of your <b>immediate neighbors</b>.</p> +{endif} +<p> +{if (self.infrastructureEfficiencyReset)} +The irrigation infrastructure efficiency has been <b>reset to {initialInfrastructureEfficiency}%</b> with a corresponding <b>water delivery capacity of {waterDeliveryCapacity} cubic feet per second</b>. +{else} +The irrigation infrastructure efficiency carried over from the previous round is +{initialInfrastructureEfficiency}% but has declined by +{self.infrastructureDegradationFactor} and is now <b>{actualInfrastructureEfficiency}%</b> +with a corresponding <b>water delivery capacity of {waterDeliveryCapacity} cubic feet per second</b>. +{endif} +</p> +<p>The <b>available water supply is {self.waterSupplyCapacity} cubic feet per second</b>.</p> +]]> +</entry> +<entry key="restricted-visibility-instructions"> +<![CDATA[{if (self.restrictedVisibility)}<b>NOTE:</b> In this experiment you can <b>only communicate with and observe the actions of your immediate neighbors</b>.{endif}]]> +</entry> +<entry key="facilitator-debriefing"> +<![CDATA[ +<h3>Round {self.roundNumber} results</h3> +<hr> +<table border=1 cellspacing=3 cellpadding=3> +<tr><th>Participant</th><th>Current tokens</th><th>Current income</th><th>Quiz earnings</th><th>Total income</th></tr> +{clientDataList: {data | +<tr align="RIGHT"><td>{data}</td><td>{data.allTokensEarnedThisRound}</td><td>{data.totalDollarsEarnedThisRound}</td><td>{data.quizEarnings}</td><td>{data.grandTotalIncome}</td></tr> +}} +</table> +{if (self.lastRound)} +<h2><font color='blue'>The experiment is over. Please prepare payments.</font></h2> +{endif} +]]> +</entry> +<entry key='quiz-results'> + <![CDATA[ + <h2>Quiz Results</h2> + <hr> + <p> + {if (allCorrect)} + You have answered all the questions correctly and earned <b>{totalQuizEarnings}</b>. + {else} + You answered {numberCorrect} out of {totalQuestions} questions correctly and earned <b>{totalQuizEarnings}</b>. Questions you've answered + incorrectly are highlighted in red. Please see below for more details. + {endif} + </p> + <br> + <hr> + <p><span class='q1'>Question 1:</span><br> + Given an existing infrastructure efficiency of 20%, if the five participants invest + a <b>total of 29 additional tokens</b>, what is the new irrigation infrastructure + efficiency? + <br><b>{incorrect_q1} + An existing infrastructure efficiency of 20% + 29 tokens invested = 49% infrastructure efficiency.</b> + </p> + <p><span class='q2'>Question 2:</span><br> + Suppose the infrastructure efficiency in the last round was 60%. For the current + round, the efficiency will decline by an amount of 25% for a resulting + infrastructure efficiency of 35%. If the members of your group invest a total of 15 + tokens, what will be your group's resulting water delivery capacity?<br> + <b>{incorrect_q2} + An existing infrastructure efficiency of 35% + 15 tokens invested = 50% infrastructure efficiency for the current round. + An infrastructure efficiency of 50% corresponds to a water delivery capacity of 5 cubic feet per second.</b> + </p> + <p><span class='q3'>Question 3:</span><br> + If the irrigation efficiency is between 71 and 80%, the water delivery capacity of + the irrigation system is 35 cubic feet per second. Suppose the water supply + available to your group is 30 cubic feet per second and A opens their gate, + diverting water at 25 cubic feet per second. What is the available water flow for + B?<br> + <b>{incorrect_q3} + Since there is only 30 cubic feet per second of water available, the irrigation infrastructure capacity of 35 cubic feet + per second will not be fully used. When A opens their gate, they take 25 of the 30 cubic feet per second out of the + canal, leaving 5 cubic feet per second for B.</b> + </p> + <p><span class='q4'>Question 4:</span><br> + If the available water delivery capacity is 25 cubic feet per second and A, B, C, and D are not using water, how much cubic feet of water per second is available for E?<br> + <b>{incorrect_q4} + If A has 25 cfps available and does not take any water, the same amount is available for the people + downstream. Since B, C and D do not take water, 25 cfps is available for E. + </b> + </p> + <p> + <span class='q5'>Question 5:</span><br> + If you invest 7 of the 10 tokens you start with and you apply 202 cubic feet of + water to your fields, what is the total number of tokens you will have earned at the + end of the round?<br> + <b>{incorrect_q5} + If you invest 7 out of 10 tokens, you keep 3 tokens for yourself. If you apply 202 cubic feet of water to your field you will earn 4 tokens. 3 + 4 = 7 tokens</b> + </p> + <p><span class='q6'>Question 6:</span><br> + If you invest all 10 tokens you start with and you apply 555 cubic feet of water to + your fields, what is the total number of tokens you will have earned at the end of + the round?<br> + <b>{incorrect_q6} + If you invest all 10 tokens, you keep 0 tokens from your initial endowment. If you apply 555 cubic feet of + water to your field you will earn 19 tokens. 0 + 19 = 19 tokens. + </b> + </p> + ]]> +</entry> + + +<entry key="investment-instructions"> +<![CDATA[ <p> You have been endowed with 10 tokens to invest. You must make a decision about how much you wish to invest [0,10] in the irrigation infrastructure. You can diff -r 24aadba65e1d39ba5b323e0a945f2667a0dd95d6 -r d329f6fb640a43e9349e9ba1dc349475f474f5c0 src/main/resources/configuration/asu/2009/t2/irrigation.xml --- a/src/main/resources/configuration/asu/2009/t2/irrigation.xml +++ b/src/main/resources/configuration/asu/2009/t2/irrigation.xml @@ -4,6 +4,7 @@ <comment>Irrigation experiment server configuration</comment><entry key="hostname">@SERVER_ADDRESS@</entry><entry key="port">@PORT_NUMBER@</entry> +<entry key="number-of-rounds">22</entry><entry key="round0">round0.xml</entry><entry key="round1">round1.xml</entry><entry key="round2">round2.xml</entry> @@ -28,7 +29,6 @@ <entry key="round21">round21.xml</entry><entry key="wait-for-participants">true</entry> -<entry key="number-of-rounds">22</entry><entry key="q1">49</entry><entry key="a1">49%</entry> @@ -78,36 +78,42 @@ ]]></entry> -<!-- FIXME: lots of parameterizable fields here. should make instructions -template-language-pluggable ---><entry key="initial-instructions"><![CDATA[ +<h1>Instructions</h1> +<hr><p> -You have already earned 5 dollars by showing up for this exercise. You can earn -more, up to an extra 25 dollars. You will participate in this exercise as a part of -a group of five participants. Your group has been formed by randomly assigning you -to FOUR other participants in the room. +You have already earned {showUpPayment} by showing up for this exercise. You +can earn more, up to a maximum of about {maximumPayment}, by participating in this +experiment which will take about an hour to an hour and a half. The amount of money +you earn depends on your decisions AND the decisions of other people in this room +over the course of the experiment. </p> +<h2>Groups</h2> +<hr> +You will be participating in this exercise as a part of a group of +{self.clientsPerGroup} participants. Your group has been formed by randomly +selecting you and four other participants in the room. +</p> +<h2>How to participate</h2> +<hr><p> -The amount of money you earn will depend on the decisions made by you and the other -members of your group. This exercise mimics decisions people make in irrigation -systems. In each round you will receive 10 tokens which you can invest in the -irrigation infrastructure. Based on the <b>water delivery capacity</b> of the -irrigation infrastructure and the availability of water you will be able to -grow crops. Tokens earned in a round is the sum of tokens not invested plus -tokens earned by growing crops. Each token is worth 5 cents. In each round you -will first decide how much to invest in the irrigation infrastructure. Based -on the combined contributions of all 5 participants in your group in each -round, your group can maintain the capacity of the irrigation infrastructure -for growing crops. +This exercise mimics decisions people make in irrigation systems. In each round you will receive {self.tokenEndowment} +tokens. You can choose to invest in the irrigation infrastructure or keep the tokens. Based on the <b>water delivery +capacity</b> of the irrigation infrastructure and the availability of water you will be able to grow crops. The total +number of tokens you can earn in a round is the sum of your tokens not invested plus the tokens you earn from growing +crops. Each token is worth {dollarsPerToken}. In each round you will first decide how much to invest in the irrigation +infrastructure. Based on the combined contributions of all 5 participants in your group in each round, your group can +maintain the capacity of the irrigation infrastructure for growing crops. </p><p> We will now start a practice round to help illustrate the experiment. Before each -round in this experiment you will have a chat period of {self.chatDuration} seconds where you can -send text messages to the other participants. You may discuss any aspect of the -exercise with two important exceptions: +round in this experiment you will have a chat period of {self.chatDuration} seconds +where you can send text messages to the other participants. +{self.restrictedVisibilityInstructions} + +You may discuss any aspect of the exercise with two important exceptions: </p><ol><li>You are <b>not allowed</b> to promise the other participants @@ -131,62 +137,64 @@ ]]></entry> - <entry key="facilitator-instructions"><![CDATA[ -<h3>Facilitator Instructions</h3><p> -Welcome to the facilitator interface. This interface allows you to control -the experiment. You may only modify configuration parameters <b>before</b> -you start the experiment by selecting the Configuration menu. When all the -participants are ready to begin the experiment, you can start the experiment -by selecting Experiment -> Start. After a round has been completed you -will be able to view the statistics for all of the participants. You can -begin the next round by selecting Round -> Start. + This facilitator interface allows you to control the experiment. In general you + will be following a sequence similar to this: +</p> +<ol> + <li>Show instructions</li> + <li>Start round</li> + <li>After round is over, start standalone chat round if necessary</li> + <li>Goto 1.</li> +</ol> +]]> +</entry> + +<entry key="welcome-instructions"> +<![CDATA[ +<h1>Welcome</h1> +<hr> +<p> +Welcome to the experiment. We will begin shortly after everyone has been +assigned a station. +<br><br> +Please <b>wait quietly</b> and <b>do not close this window, open any other applications, or communicate with any of the other participants</b>. </p> ]]></entry> -<entry key="welcome-instructions"> + +<entry key="quiz-instructions"><![CDATA[ -<center> -<h3>Welcome to the CARL lab. Please wait quietly and do not close this window or open any -other applications.</h3> -<h3>The experiment will begin shortly after everyone has been -assigned a station.</h3></center> -]]> -</entry> - - -<entry key="quiz-page1"> -<![CDATA[ +<h2>Quiz</h2> +<hr><p> The first two questions deal with irrigation infrastructure investment. <b>Please refer to Table 1 of your handout</b>. </p> - <form> -Question 1:<br> +<p>Question 1:<br> Given an existing infrastructure efficiency of 20%, if the five participants invest a <b>total of 29 additional tokens</b>, what is the new irrigation infrastructure efficiency?<br><input type="text" name="q1" value = "">% -<br><br> - -Question 2:<br> +</p> +<p>Question 2:<br> Suppose the infrastructure efficiency in the last round was 60%. For the current round, the efficiency will decline by an amount of 25% for a resulting infrastructure efficiency of 35%. If the members of your group invest a total of 15 tokens, what will be your group's resulting water delivery capacity?<br> - <input type="text" name="q2" value = ""> cubic feet per second -<br><br> - -<b>The next two questions deal with the capacity of the irrigation system in relation -to the actual amount of water available.</b> -<br><br> +</p> +<p> +The next two questions deal with the capacity of the irrigation system in relation +to the actual amount of water available. +</p> +<p> Question 3:<br> If the irrigation efficiency is between 71 and 80%, the water delivery capacity of the irrigation system is 35 cubic feet per second. Suppose the water supply @@ -195,40 +203,30 @@ B? <br><input type='text' name='q3' value=''> cubic feet per second -<br><br> -Question 4: +</p> +<p>Question 4:<br> If the available water delivery capacity is 25 cubic feet per second and A, B, C, and D are not using water, how much cubic feet of water per second is available for E?<br><input type='text' name='q4' value=''> cubic feet per second -<br><br> - -<input type="submit" name="submit" value="Submit"><br> -<br> - -]]> -</entry> - -<entry key="quiz-page2"> -<![CDATA[ +</p><p> The final two questions cover the number of tokens you can earn in within a round. -<b>Please refer to table 2 of your handout</b>. +<b>Please refer to Table 2 of your handout</b>. </p> -<form> -Question 5:<br> +<p>Question 5:<br> If you invest 7 of the 10 tokens you start with and you apply 202 cubic feet of water to your fields, what is the total number of tokens you will have earned at the end of the round?<br><input type="text" name="q5" value="">tokens -<br><br> -Question 6:<br> +</p> +<p>Question 6:<br> If you invest all 10 tokens you start with and you apply 555 cubic feet of water to your fields, what is the total number of tokens you will have earned at the end of the round?<br><input type="text" name="q6" value="">tokens -<br><br> -<input type="submit" name="submit" value="Submit"> +</p> +<input type="submit" name="submit" value="Submit"><br></form> ]]></entry> @@ -292,12 +290,14 @@ </table> ]]></entry> - <entry key='chat-instructions'><![CDATA[ <h3>Chat Instructions</h3> -You may now chat for {self.chatDuration} seconds with the other members of your group. You may -discuss any aspect of the exercise with two important exceptions: +<hr> +<p> +You may now chat for {self.chatDuration} seconds with the other members of your group. +{self.restrictedVisibilityInstructions} +You may discuss any aspect of the exercise with two important exceptions: </p><ol><li>You are <b>not allowed</b> to promise the other participants @@ -322,6 +322,267 @@ <entry key="investment-instructions"><![CDATA[ +<h1>Current infrastructure condition</h1> + <hr> + <h2>Current infrastructure efficiency: {actualInfrastructureEfficiency}%</h2> + <h2>Current water delivery capacity: {waterDeliveryCapacity} cubic feet per second</h2> + <h2>Available water supply: {self.waterSupplyCapacity} cubic feet per second</h2> +<h1>Investment Instructions</h1> +<hr> +<p> +You have been endowed with {self.tokenEndowment} tokens to invest. You must make a decision about +how much you wish to invest in the irrigation infrastructure by choosing a number +between 0 and {self.tokenEndowment}. You can see the relationship between total +investment and irrigation infrastructure in the table below. After you have entered +the number of tokens you'd like to invest, hit the enter key or click the submit +button to confirm your investment. When everybody has made their decision, the total +investment will be calculated and the overall irrigation infrastructure will be +displayed. Each token you invest corresponds to one percent of infrastructure +efficiency, so if you invest 10 tokens you are contributing 10% to the overall +infrastructure efficiency. +</p> +<table border="1" cellspacing="2" cellpadding="2"> +<thead> +<tr> +<th>Irrigation Infrastructure Efficiency (percent)</th> +<th>Water delivery capacity (cubic feet per second)</th> +</tr> +</thead> +<tbody> +<tr> +<td> ≤ 45</td><td>0</td> +</tr> +<tr> +<td>46-51</td><td>5</td> +</tr> +<tr> +<td>52-55</td><td>10</td> +</tr> +<tr> +<td>56-58</td><td>15</td> +</tr> +<tr> +<td>59-61</td><td>20</td> +</tr> +<tr> +<td>62-65</td><td>25</td> +</tr> +<tr> +<td>66-70</td><td>30</td> +</tr> +<tr> +<td>71-80</td><td>35</td> +</tr> +<tr> +<td>81-100</td><td>40</td> +</tr> +</tbody> +</table> +]]> +</entry> +<entry key='client-debriefing'> +<![CDATA[ +<h1>{if (self.practiceRound)}Practice Round{else}Round {self.roundNumber}{endif} Results</h1> +<hr> + <table border=3 cellpadding=5 cellspacing=5> + <tr> + <th>Position</th> + <th>Initial token endowment</th> + <th>Tokens invested</th> + <th>Tokens not invested</th> + <th>Tokens earned from growing crops</th> + <th>Total tokens earned this round</th> + <th>Dollars earned this round</th> + <th>Total dollars earned</th> + </tr> + {dataModel.orderedVisibleClients: {clientData| + <tr align='center' bgcolor='{if (clientData.self)}#FFFFCC{else}#CCCCCC{endif}'> + <td>{clientData.priorityString}</td> + <td>{self.tokenEndowment}</td> + <td>{clientData.investedTokens}</td> + <td>{clientData.uninvestedTokens}</td> + <td>{clientData.tokensEarnedFromWaterCollected}</td> + <td>{clientData.allTokensEarnedThisRound}</td> + <td>{clientData.totalDollarsEarnedThisRound}</td> + <td>{clientData.grandTotalIncome}</td> + </tr> + }} + </table> + <h2>Earnings</h2> + <hr> + <p> + You are in position {clientData.priorityString} and received + {clientData.totalDollarsEarnedThisRound} this past round. Your + <b>total income</b> is <b>{clientData.grandTotalIncome}</b>, including + the {showUpPayment} show-up bonus and {clientData.quizEarnings} for + answering {clientData.correctQuizAnswers} quiz questions correctly. + </p> + {if (self.practiceRound)} + <p><b>NOTE: this was a practice round and did not contribute to your earnings.</b></p> + {endif} + {if (showExitInstructions)} + <h2>Exit Survey</h2> + <hr> + <p> + This was the last round, but not the end of the experiment. We ask that you please carefully fill out a brief survey as we prepare your payments. + </p> + <h2>Payment: You Are Computer Number {clientData.id.stationNumber}</h2> + <hr> + <p> + <b>Please note the computer number listed above and write it on your survey.</b> + When payments are ready we will call you up one by one. Please wait until + your computer number, <b>{clientData.id.stationNumber}</b>, is called to turn in your + survey and receive payment. + <b>NOTE: Please answer the survey completely (there may be a back side)</b> + and <b>bring all your belongings with you</b> when you come up to receive + your payment to help us speed up the payment process. + </p> + {endif} +]]> +</entry> +<entry key="same-as-previous-round-instructions"> + <![CDATA[ + <h2>Round {self.roundNumber} Instructions</h2> + <hr> + <p>Round {self.roundNumber} is the same as the previous round.</p> + <p>{self.specialInstructions}</p> + <p>The length of this round is {self.roundDurationInSeconds} seconds.</p> + <p><b>Do you have any questions?</b> If you have any questions at this time + please raise your hand and someone will come over to your station and + answer it. + </p> + ]]> +</entry> +<entry key="contribution-summary"> +<![CDATA[ +<h1>Contributions Summary</h1> +<hr> +<p> +Your group invested a total of <b>{groupDataModel.totalContributedTokens} tokens</b> this round, resulting in an infrastructure efficiency of <b>{groupDataModel.infrastructureEfficiency}%</b> and a water delivery capacity of <b>{groupDataModel.irrigationCapacity} cubic feet per second</b>. +The amount of water available to pass through your canal is <b>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</b>. +</p> +<table border=2 cellspacing=2 cellpadding=3> +<tr> +<th></th></th><th>Infrastructure Efficiency</th><th>Water Delivery Capacity</th><th>Water Availability</th> +</tr> +<tr align='center'> +<td>Before Investment</td><td>{groupDataModel.infrastructureEfficiencyBeforeInvestment}%</td><td>{groupDataModel.irrigationCapacityBeforeInvestment} cubic feet per second</td><td>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</td> +</tr> +<tr align='center'> +<td>After Investment</td><td>{groupDataModel.infrastructureEfficiency}%</td><td>{groupDataModel.irrigationCapacity} cubic feet per second</td><td>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</td> +</tr> +</table> +]]> +</entry> +<entry key="special-instructions"> +<![CDATA[ +<h2>Special Instructions</h2> +<hr> +{if (self.restrictedVisibility)} +<p>You can only <b>communicate with and observe the actions</b> of your <b>immediate neighbors</b>.</p> +{endif} +<p> +{if (self.infrastructureEfficiencyReset)} +The irrigation infrastructure efficiency has been <b>reset to {initialInfrastructureEfficiency}%</b> with a corresponding <b>water delivery capacity of {waterDeliveryCapacity} cubic feet per second</b>. +{else} +The irrigation infrastructure efficiency carried over from the previous round is +{initialInfrastructureEfficiency}% but has declined by +{self.infrastructureDegradationFactor} and is now <b>{actualInfrastructureEfficiency}%</b> +with a corresponding <b>water delivery capacity of {waterDeliveryCapacity} cubic feet per second</b>. +{endif} +</p> +<p>The <b>available water supply is {self.waterSupplyCapacity} cubic feet per second</b>.</p> +]]> +</entry> +<entry key="restricted-visibility-instructions"> +<![CDATA[{if (self.restrictedVisibility)}<b>NOTE:</b> In this experiment you can <b>only communicate with and observe the actions of your immediate neighbors</b>.{endif}]]> +</entry> +<entry key="facilitator-debriefing"> +<![CDATA[ +<h3>Round {self.roundNumber} results</h3> +<hr> +<table border=1 cellspacing=3 cellpadding=3> +<tr><th>Participant</th><th>Current tokens</th><th>Current income</th><th>Quiz earnings</th><th>Total income</th></tr> +{clientDataList: {data | +<tr align="RIGHT"><td>{data}</td><td>{data.allTokensEarnedThisRound}</td><td>{data.totalDollarsEarnedThisRound}</td><td>{data.quizEarnings}</td><td>{data.grandTotalIncome}</td></tr> +}} +</table> +{if (self.lastRound)} +<h2><font color='blue'>The experiment is over. Please prepare payments.</font></h2> +{endif} +]]> +</entry> +<entry key='quiz-results'> + <![CDATA[ + <h2>Quiz Results</h2> + <hr> + <p> + {if (allCorrect)} + You have answered all the questions correctly and earned <b>{totalQuizEarnings}</b>. + {else} + You answered {numberCorrect} out of {totalQuestions} questions correctly and earned <b>{totalQuizEarnings}</b>. Questions you've answered + incorrectly are highlighted in red. Please see below for more details. + {endif} + </p> + <br> + <hr> + <p><span class='q1'>Question 1:</span><br> + Given an existing infrastructure efficiency of 20%, if the five participants invest + a <b>total of 29 additional tokens</b>, what is the new irrigation infrastructure + efficiency? + <br><b>{incorrect_q1} + An existing infrastructure efficiency of 20% + 29 tokens invested = 49% infrastructure efficiency.</b> + </p> + <p><span class='q2'>Question 2:</span><br> + Suppose the infrastructure efficiency in the last round was 60%. For the current + round, the efficiency will decline by an amount of 25% for a resulting + infrastructure efficiency of 35%. If the members of your group invest a total of 15 + tokens, what will be your group's resulting water delivery capacity?<br> + <b>{incorrect_q2} + An existing infrastructure efficiency of 35% + 15 tokens invested = 50% infrastructure efficiency for the current round. + An infrastructure efficiency of 50% corresponds to a water delivery capacity of 5 cubic feet per second.</b> + </p> + <p><span class='q3'>Question 3:</span><br> + If the irrigation efficiency is between 71 and 80%, the water delivery capacity of + the irrigation system is 35 cubic feet per second. Suppose the water supply + available to your group is 30 cubic feet per second and A opens their gate, + diverting water at 25 cubic feet per second. What is the available water flow for + B?<br> + <b>{incorrect_q3} + Since there is only 30 cubic feet per second of water available, the irrigation infrastructure capacity of 35 cubic feet + per second will not be fully used. When A opens their gate, they take 25 of the 30 cubic feet per second out of the + canal, leaving 5 cubic feet per second for B.</b> + </p> + <p><span class='q4'>Question 4:</span><br> + If the available water delivery capacity is 25 cubic feet per second and A, B, C, and D are not using water, how much cubic feet of water per second is available for E?<br> + <b>{incorrect_q4} + If A has 25 cfps available and does not take any water, the same amount is available for the people + downstream. Since B, C and D do not take water, 25 cfps is available for E. + </b> + </p> + <p> + <span class='q5'>Question 5:</span><br> + If you invest 7 of the 10 tokens you start with and you apply 202 cubic feet of + water to your fields, what is the total number of tokens you will have earned at the + end of the round?<br> + <b>{incorrect_q5} + If you invest 7 out of 10 tokens, you keep 3 tokens for yourself. If you apply 202 cubic feet of water to your field you will earn 4 tokens. 3 + 4 = 7 tokens</b> + </p> + <p><span class='q6'>Question 6:</span><br> + If you invest all 10 tokens you start with and you apply 555 cubic feet of water to + your fields, what is the total number of tokens you will have earned at the end of + the round?<br> + <b>{incorrect_q6} + If you invest all 10 tokens, you keep 0 tokens from your initial endowment. If you apply 555 cubic feet of + water to your field you will earn 19 tokens. 0 + 19 = 19 tokens. + </b> + </p> + ]]> +</entry> + + +<entry key="investment-instructions"> +<![CDATA[ <p> You have been endowed with 10 tokens to invest. You must make a decision about how much you wish to invest [0,10] in the irrigation infrastructure. You can diff -r 24aadba65e1d39ba5b323e0a945f2667a0dd95d6 -r d329f6fb640a43e9349e9ba1dc349475f474f5c0 src/main/resources/configuration/asu/2009/t3/irrigation.xml --- a/src/main/resources/configuration/asu/2009/t3/irrigation.xml +++ b/src/main/resources/configuration/asu/2009/t3/irrigation.xml @@ -4,6 +4,7 @@ <comment>Irrigation experiment server configuration</comment><entry key="hostname">@SERVER_ADDRESS@</entry><entry key="port">@PORT_NUMBER@</entry> +<entry key="number-of-rounds">22</entry><entry key="round0">round0.xml</entry><entry key="round1">round1.xml</entry><entry key="round2">round2.xml</entry> @@ -28,7 +29,6 @@ <entry key="round21">round21.xml</entry><entry key="wait-for-participants">true</entry> -<entry key="number-of-rounds">22</entry><entry key="q1">49</entry><entry key="a1">49%</entry> @@ -78,36 +78,42 @@ ]]></entry> -<!-- FIXME: lots of parameterizable fields here. should make instructions -template-language-pluggable ---><entry key="initial-instructions"><![CDATA[ +<h1>Instructions</h1> +<hr><p> -You have already earned 5 dollars by showing up for this exercise. You can earn -more, up to an extra 25 dollars. You will participate in this exercise as a part of -a group of five participants. Your group has been formed by randomly assigning you -to FOUR other participants in the room. +You have already earned {showUpPayment} by showing up for this exercise. You +can earn more, up to a maximum of about {maximumPayment}, by participating in this +experiment which will take about an hour to an hour and a half. The amount of money +you earn depends on your decisions AND the decisions of other people in this room +over the course of the experiment. </p> +<h2>Groups</h2> +<hr> +You will be participating in this exercise as a part of a group of +{self.clientsPerGroup} participants. Your group has been formed by randomly +selecting you and four other participants in the room. +</p> +<h2>How to participate</h2> +<hr><p> -The amount of money you earn will depend on the decisions made by you and the other -members of your group. This exercise mimics decisions people make in irrigation -systems. In each round you will receive 10 tokens which you can invest in the -irrigation infrastructure. Based on the <b>water delivery capacity</b> of the -irrigation infrastructure and the availability of water you will be able to -grow crops. Tokens earned in a round is the sum of tokens not invested plus -tokens earned by growing crops. Each token is worth 5 cents. In each round you -will first decide how much to invest in the irrigation infrastructure. Based -on the combined contributions of all 5 participants in your group in each -round, your group can maintain the capacity of the irrigation infrastructure -for growing crops. +This exercise mimics decisions people make in irrigation systems. In each round you will receive {self.tokenEndowment} +tokens. You can choose to invest in the irrigation infrastructure or keep the tokens. Based on the <b>water delivery +capacity</b> of the irrigation infrastructure and the availability of water you will be able to grow crops. The total +number of tokens you can earn in a round is the sum of your tokens not invested plus the tokens you earn from growing +crops. Each token is worth {dollarsPerToken}. In each round you will first decide how much to invest in the irrigation +infrastructure. Based on the combined contributions of all 5 participants in your group in each round, your group can +maintain the capacity of the irrigation infrastructure for growing crops. </p><p> We will now start a practice round to help illustrate the experiment. Before each -round in this experiment you will have a chat period of {self.chatDuration} seconds where you can -send text messages to the other participants. You may discuss any aspect of the -exercise with two important exceptions: +round in this experiment you will have a chat period of {self.chatDuration} seconds +where you can send text messages to the other participants. +{self.restrictedVisibilityInstructions} + +You may discuss any aspect of the exercise with two important exceptions: </p><ol><li>You are <b>not allowed</b> to promise the other participants @@ -131,62 +137,64 @@ ]]></entry> - <entry key="facilitator-instructions"><![CDATA[ -<h3>Facilitator Instructions</h3><p> -Welcome to the facilitator interface. This interface allows you to control -the experiment. You may only modify configuration parameters <b>before</b> -you start the experiment by selecting the Configuration menu. When all the -participants are ready to begin the experiment, you can start the experiment -by selecting Experiment -> Start. After a round has been completed you -will be able to view the statistics for all of the participants. You can -begin the next round by selecting Round -> Start. + This facilitator interface allows you to control the experiment. In general you + will be following a sequence similar to this: +</p> +<ol> + <li>Show instructions</li> + <li>Start round</li> + <li>After round is over, start standalone chat round if necessary</li> + <li>Goto 1.</li> +</ol> +]]> +</entry> + +<entry key="welcome-instructions"> +<![CDATA[ +<h1>Welcome</h1> +<hr> +<p> +Welcome to the experiment. We will begin shortly after everyone has been +assigned a station. +<br><br> +Please <b>wait quietly</b> and <b>do not close this window, open any other applications, or communicate with any of the other participants</b>. </p> ]]></entry> -<entry key="welcome-instructions"> + +<entry key="quiz-instructions"><![CDATA[ -<center> -<h3>Welcome to the CARL lab. Please wait quietly and do not close this window or open any -other applications.</h3> -<h3>The experiment will begin shortly after everyone has been -assigned a station.</h3></center> -]]> -</entry> - - -<entry key="quiz-page1"> -<![CDATA[ +<h2>Quiz</h2> +<hr><p> The first two questions deal with irrigation infrastructure investment. <b>Please refer to Table 1 of your handout</b>. </p> - <form> -Question 1:<br> +<p>Question 1:<br> Given an existing infrastructure efficiency of 20%, if the five participants invest a <b>total of 29 additional tokens</b>, what is the new irrigation infrastructure efficiency?<br><input type="text" name="q1" value = "">% -<br><br> - -Question 2:<br> +</p> +<p>Question 2:<br> Suppose the infrastructure efficiency in the last round was 60%. For the current round, the efficiency will decline by an amount of 25% for a resulting infrastructure efficiency of 35%. If the members of your group invest a total of 15 tokens, what will be your group's resulting water delivery capacity?<br> - <input type="text" name="q2" value = ""> cubic feet per second -<br><br> - -<b>The next two questions deal with the capacity of the irrigation system in relation -to the actual amount of water available.</b> -<br><br> +</p> +<p> +The next two questions deal with the capacity of the irrigation system in relation +to the actual amount of water available. +</p> +<p> Question 3:<br> If the irrigation efficiency is between 71 and 80%, the water delivery capacity of the irrigation system is 35 cubic feet per second. Suppose the water supply @@ -195,40 +203,30 @@ B? <br><input type='text' name='q3' value=''> cubic feet per second -<br><br> -Question 4: +</p> +<p>Question 4:<br> If the available water delivery capacity is 25 cubic feet per second and A, B, C, and D are not using water, how much cubic feet of water per second is available for E?<br><input type='text' name='q4' value=''> cubic feet per second -<br><br> - -<input type="submit" name="submit" value="Submit"><br> -<br> - -]]> -</entry> - -<entry key="quiz-page2"> -<![CDATA[ +</p><p> The final two questions cover the number of tokens you can earn in within a round. -<b>Please refer to table 2 of your handout</b>. +<b>Please refer to Table 2 of your handout</b>. </p> -<form> -Question 5:<br> +<p>Question 5:<br> If you invest 7 of the 10 tokens you start with and you apply 202 cubic feet of water to your fields, what is the total number of tokens you will have earned at the end of the round?<br><input type="text" name="q5" value="">tokens -<br><br> -Question 6:<br> +</p> +<p>Question 6:<br> If you invest all 10 tokens you start with and you apply 555 cubic feet of water to your fields, what is the total number of tokens you will have earned at the end of the round?<br><input type="text" name="q6" value="">tokens -<br><br> -<input type="submit" name="submit" value="Submit"> +</p> +<input type="submit" name="submit" value="Submit"><br></form> ]]></entry> @@ -292,12 +290,14 @@ </table> ]]></entry> - <entry key='chat-instructions'><![CDATA[ <h3>Chat Instructions</h3> -You may now chat for {self.chatDuration} seconds with the other members of your group. You may -discuss any aspect of the exercise with two important exceptions: +<hr> +<p> +You may now chat for {self.chatDuration} seconds with the other members of your group. +{self.restrictedVisibilityInstructions} +You may discuss any aspect of the exercise with two important exceptions: </p><ol><li>You are <b>not allowed</b> to promise the other participants @@ -322,6 +322,267 @@ <entry key="investment-instructions"><![CDATA[ +<h1>Current infrastructure condition</h1> + <hr> + <h2>Current infrastructure efficiency: {actualInfrastructureEfficiency}%</h2> + <h2>Current water delivery capacity: {waterDeliveryCapacity} cubic feet per second</h2> + <h2>Available water supply: {self.waterSupplyCapacity} cubic feet per second</h2> +<h1>Investment Instructions</h1> +<hr> +<p> +You have been endowed with {self.tokenEndowment} tokens to invest. You must make a decision about +how much you wish to invest in the irrigation infrastructure by choosing a number +between 0 and {self.tokenEndowment}. You can see the relationship between total +investment and irrigation infrastructure in the table below. After you have entered +the number of tokens you'd like to invest, hit the enter key or click the submit +button to confirm your investment. When everybody has made their decision, the total +investment will be calculated and the overall irrigation infrastructure will be +displayed. Each token you invest corresponds to one percent of infrastructure +efficiency, so if you invest 10 tokens you are contributing 10% to the overall +infrastructure efficiency. +</p> +<table border="1" cellspacing="2" cellpadding="2"> +<thead> +<tr> +<th>Irrigation Infrastructure Efficiency (percent)</th> +<th>Water delivery capacity (cubic feet per second)</th> +</tr> +</thead> +<tbody> +<tr> +<td> ≤ 45</td><td>0</td> +</tr> +<tr> +<td>46-51</td><td>5</td> +</tr> +<tr> +<td>52-55</td><td>10</td> +</tr> +<tr> +<td>56-58</td><td>15</td> +</tr> +<tr> +<td>59-61</td><td>20</td> +</tr> +<tr> +<td>62-65</td><td>25</td> +</tr> +<tr> +<td>66-70</td><td>30</td> +</tr> +<tr> +<td>71-80</td><td>35</td> +</tr> +<tr> +<td>81-100</td><td>40</td> +</tr> +</tbody> +</table> +]]> +</entry> +<entry key='client-debriefing'> +<![CDATA[ +<h1>{if (self.practiceRound)}Practice Round{else}Round {self.roundNumber}{endif} Results</h1> +<hr> + <table border=3 cellpadding=5 cellspacing=5> + <tr> + <th>Position</th> + <th>Initial token endowment</th> + <th>Tokens invested</th> + <th>Tokens not invested</th> + <th>Tokens earned from growing crops</th> + <th>Total tokens earned this round</th> + <th>Dollars earned this round</th> + <th>Total dollars earned</th> + </tr> + {dataModel.orderedVisibleClients: {clientData| + <tr align='center' bgcolor='{if (clientData.self)}#FFFFCC{else}#CCCCCC{endif}'> + <td>{clientData.priorityString}</td> + <td>{self.tokenEndowment}</td> + <td>{clientData.investedTokens}</td> + <td>{clientData.uninvestedTokens}</td> + <td>{clientData.tokensEarnedFromWaterCollected}</td> + <td>{clientData.allTokensEarnedThisRound}</td> + <td>{clientData.totalDollarsEarnedThisRound}</td> + <td>{clientData.grandTotalIncome}</td> + </tr> + }} + </table> + <h2>Earnings</h2> + <hr> + <p> + You are in position {clientData.priorityString} and received + {clientData.totalDollarsEarnedThisRound} this past round. Your + <b>total income</b> is <b>{clientData.grandTotalIncome}</b>, including + the {showUpPayment} show-up bonus and {clientData.quizEarnings} for + answering {clientData.correctQuizAnswers} quiz questions correctly. + </p> + {if (self.practiceRound)} + <p><b>NOTE: this was a practice round and did not contribute to your earnings.</b></p> + {endif} + {if (showExitInstructions)} + <h2>Exit Survey</h2> + <hr> + <p> + This was the last round, but not the end of the experiment. We ask that you please carefully fill out a brief survey as we prepare your payments. + </p> + <h2>Payment: You Are Computer Number {clientData.id.stationNumber}</h2> + <hr> + <p> + <b>Please note the computer number listed above and write it on your survey.</b> + When payments are ready we will call you up one by one. Please wait until + your computer number, <b>{clientData.id.stationNumber}</b>, is called to turn in your + survey and receive payment. + <b>NOTE: Please answer the survey completely (there may be a back side)</b> + and <b>bring all your belongings with you</b> when you come up to receive + your payment to help us speed up the payment process. + </p> + {endif} +]]> +</entry> +<entry key="same-as-previous-round-instructions"> + <![CDATA[ + <h2>Round {self.roundNumber} Instructions</h2> + <hr> + <p>Round {self.roundNumber} is the same as the previous round.</p> + <p>{self.specialInstructions}</p> + <p>The length of this round is {self.roundDurationInSeconds} seconds.</p> + <p><b>Do you have any questions?</b> If you have any questions at this time + please raise your hand and someone will come over to your station and + answer it. + </p> + ]]> +</entry> +<entry key="contribution-summary"> +<![CDATA[ +<h1>Contributions Summary</h1> +<hr> +<p> +Your group invested a total of <b>{groupDataModel.totalContributedTokens} tokens</b> this round, resulting in an infrastructure efficiency of <b>{groupDataModel.infrastructureEfficiency}%</b> and a water delivery capacity of <b>{groupDataModel.irrigationCapacity} cubic feet per second</b>. +The amount of water available to pass through your canal is <b>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</b>. +</p> +<table border=2 cellspacing=2 cellpadding=3> +<tr> +<th></th></th><th>Infrastructure Efficiency</th><th>Water Delivery Capacity</th><th>Water Availability</th> +</tr> +<tr align='center'> +<td>Before Investment</td><td>{groupDataModel.infrastructureEfficiencyBeforeInvestment}%</td><td>{groupDataModel.irrigationCapacityBeforeInvestment} cubic feet per second</td><td>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</td> +</tr> +<tr align='center'> +<td>After Investment</td><td>{groupDataModel.infrastructureEfficiency}%</td><td>{groupDataModel.irrigationCapacity} cubic feet per second</td><td>{groupDataModel.actualWaterDeliveryCapacity} cubic feet per second</td> +</tr> +</table> +]]> +</entry> +<entry key="special-instructions"> +<![CDATA[ +<h2>Special Instructions</h2> +<hr> +{if (self.restrictedVisibility)} +<p>You can only <b>communicate with and observe the actions</b> of your <b>immediate neighbors</b>.</p> +{endif} +<p> +{if (self.infrastructureEfficiencyReset)} +The irrigation infrastructure efficiency has been <b>reset to {initialInfrastructureEfficiency}%</b> with a corresponding <b>water delivery capacity of {waterDeliveryCapacity} cubic feet per second</b>. +{else} +The irrigation infrastructure efficiency carried over from the previous round is +{initialInfrastructureEfficiency}% but has declined by +{self.infrastructureDegradationFactor} and is now <b>{actualInfrastructureEfficiency}%</b> +with a corresponding <b>water d... 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