From 745256ec65ec6fcb9b4dd60cb94fb8fc61b637ce Mon Sep 17 00:00:00 2001 From: HeningWang <62840739+HeningWang@users.noreply.github.com> Date: Tue, 21 Jan 2025 14:07:52 +0000 Subject: [PATCH] =?UTF-8?q?Deploying=20to=20gh-pages=20from=20@=20magpie-e?= =?UTF-8?q?a/magpie3-causal-implicature@ac5dd75b602bd2dc0ffd39098d91dc1804?= =?UTF-8?q?2301be=20=F0=9F=9A=80?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- experiments/pilot-indirectSource-V2/index.html | 2 +- experiments/pilot-indirectSource-V2/js/app.0ecdc1a6.js | 2 ++ experiments/pilot-indirectSource-V2/js/app.0ecdc1a6.js.map | 1 + experiments/pilot-indirectSource-V2/js/app.4bb81197.js | 2 -- experiments/pilot-indirectSource-V2/js/app.4bb81197.js.map | 1 - 5 files changed, 4 insertions(+), 4 deletions(-) create mode 100644 experiments/pilot-indirectSource-V2/js/app.0ecdc1a6.js create mode 100644 experiments/pilot-indirectSource-V2/js/app.0ecdc1a6.js.map delete mode 100644 experiments/pilot-indirectSource-V2/js/app.4bb81197.js delete mode 100644 experiments/pilot-indirectSource-V2/js/app.4bb81197.js.map diff --git a/experiments/pilot-indirectSource-V2/index.html b/experiments/pilot-indirectSource-V2/index.html index 5be740a..cad0b13 100644 --- a/experiments/pilot-indirectSource-V2/index.html +++ b/experiments/pilot-indirectSource-V2/index.html @@ -1 +1 @@ -
\n Far into the future, humankind has started to populate deep space.\n A powerful herb, called Xeliherb, has become vital for human survival and technological advancement.\n However, Xeliherb grows only sparsely on some far-out planets, making survival in deep space a constant struggle.\n
\n \n \n\n In the early days of deep space colonization, humans have relied on finding naturally growing Xeliherb.\n Dedicated Science Teams for Localization accumulated evidence for where to locate the precious, but fragile and hard-to-discover plant.\n
\n \n \n\n While the discovery of naturally growing Xeliherb is still important, farmers have started successfully cultivating Xeliherb in controlled environments as well.\n Still, the herb proves difficult to cultivate, so that dedicated Science Teams for Cultivation investigate how best to optimize the yield of Xeliherb farming.\n
\n \n \n\n You are leading a farming station for cultivating Xeliherb.\n Your job is to decide how best to maximize the yield of Xeliherb in the next farming cycle.\n You are currently thinking about experimenting with additionally cultivating a small amount of other deep-space herbs together with Xeliherb, such as Diaxone or Ralocrop.\n Presently, this is a total shot in the dark.\n You have no evidence so far that this might be effective.\n The problem is that cultivating Diaxone or Ralocrop is very costly in terms of precious resources and may even reduce the yield of Xeliherb.\n
\n \n \n\n Two Science Teams are working on different objectives related to Xeliherb. Based on what you've read, what is the key objective of\n {{ trial.F1_informationSource === \"indirect\" ? \"the Science Team for Localization\" : \"the Science Team for Cultivation\" }} ?\n
\n\n\n Nice, correct answer! \n
\n\n Wrong anwser. Please review your objectives again!\n
\n\n \n \n \n\n Coincidentally, you found an old journal from a Science Teams for Localization from the early days.\n Some scientists interested in localizing Xeliherb took the following note for themselves:
\n A high volume of Xeliherb is associated with the presence of Ralocrop. \n
\n You received a recent report from a Science Teams for Cultivation who made a very interesting discovery.\n The report states:
\n A high volume of Xeliherb is associated with the presence of Ralocrop. \n
\n Far into the future, humankind has started to populate deep space.\n A powerful herb, called Xeliherb, has become vital for human survival and technological advancement.\n However, Xeliherb grows only sparsely on some far-out planets, making survival in deep space a constant struggle.\n
\n \n \n\n In the early days of deep space colonization, humans have relied on finding naturally growing Xeliherb.\n Dedicated Science Teams for Localization accumulated evidence for where to locate the precious, but fragile and hard-to-discover plant.\n
\n \n \n\n While the discovery of naturally growing Xeliherb is still important, farmers have started successfully cultivating Xeliherb in controlled environments as well.\n Still, the herb proves difficult to cultivate, so that dedicated Science Teams for Cultivation investigate how best to optimize the yield of Xeliherb farming.\n
\n \n \n\n You are leading a farming station for cultivating Xeliherb.\n Your job is to decide how best to maximize the yield of Xeliherb in the next farming cycle.\n You are currently thinking about experimenting with additionally cultivating a small amount of other deep-space herbs together with Xeliherb, such as Diaxone or Ralocrop.\n Presently, this is a total shot in the dark.\n You have no evidence so far that this might be effective.\n The problem is that cultivating Diaxone or Ralocrop is very costly in terms of precious resources and may even reduce the yield of Xeliherb.\n
\n \n \n\n Two Science Teams are working on different objectives related to Xeliherb. Based on what you've read, what is the key objective of\n {{ trial.F1_informationSource === \"indirect\" ? \"the Science Team for Localization\" : \"the Science Team for Cultivation\" }} ?\n
\n\n\n Nice, correct answer! \n
\n\n Wrong anwser. Please review your objectives again!\n
\n\n \n \n \n\n Coincidentally, you found an old journal from a Science Teams for Localization from the early days.\n Some scientists interested in localizing Xeliherb took the following note for themselves:
\n A high volume of Xeliherb is associated with the presence of Ralocrop. \n
\n You received a recent report from a Science Teams for Cultivation who made a very interesting discovery.\n The report states:
\n A high volume of Xeliherb is associated with the presence of Ralocrop. \n