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<<include initialisation_variable>><<include init_plante>><<include menu>> <center><<include img_souris_vivante>></center>\ <span id="gauche">[[Souris mâle|souris_juvenile][$etape = 0; $sexe ="mâle"; $cobaye = "souris juvénile"; $init=1; $injection="non"; $injection2 ="non"]]</span><span id="droite">[[Souris femelle|souris_juvenile][$etape = 0; $sexe ="femelle"; $cobaye = "souris juvénile"; $init=1; $injection="non"; $injection2 ="non"]]</span> <center><<include img_tomate_accueil>></center>\ <span id="gauche">[[Graine de tomate|graine_tomate][$etape = 1; $cobaye = "graine de tomate"; $init=0]]</span><span id="droite">[[Jeune plant de tomate|condition_croissance_plante][$etape = 1; $cobaye = "Jeune plant de tomate"; $init=0]]</span> [[Plante de tomate fleurie|fleur_tomate][$etape = 1; $cobaye = "Plante de tomate fleurie"; $init=0]] <center><<include img_biolab_accueil>></center>\ <span id="gauche">[[Air|biolab_configuration][$etape = 1; $contenu = "air"; $init=1; $eclairage = "lumineux"; $temperature=20]]</span><span id="droite">[[Eau|biolab_configuration][$etape = 1; $contenu = "eau"; $init=1; $eclairage = "lumineux"; $temperature=20; $agitation ="eau calme"]]</span> <span id="gauche">[[Souris|biolab_configuration][$etape = 1; $contenu = "souris"; $temperature=20; $init=1; $eclairage = "lumineux"]]</span><span id="droite">[[Poisson|biolab_configuration][$etape = 1; $contenu = "poisson"; $init=1; $temperature=10; $eclairage = "lumineux"]]</span> <span id="gauche">[[Cloporte|biolab_configuration][$etape = 1; $contenu = "cloporte"; $init=1; $temperature=20; $hygrometrie = 70; $eclairage = "lumineux"]]</span><span id="droite">[[Pyrrhocore|biolab_configuration][$etape = 1; $contenu = "pyrrhocore"; $init=1; $temperature=20; $hygrometrie = 70; $eclairage = "lumineux"]]</span> <span id="gauche">[[Plant de tomate|biolab_configuration][$etape = 1; $contenu = "plante"; $init=1; $eclairage = "obscure"; $temperature=20]]</span><span id="droite">[[Graines de tomate|biolab_configuration][$etape = 1; $contenu = "graines en cours de germination"; $init=1; $temperature=20; $eclairage = "lumineux"]]</span> <center><<include img_bacterie>></center>\ [[Bactérie B1|condition_culture_microbienne][$etape = 0; $cobaye = "bactérie B1"; $init=1]] <span style="font-size:11px; color:grey">Pour des raisons pédagogiques, la bactérie B1 est une bactérie fictive. Elle est pathogène comme le bacille de Koch et elle se développe comme Escherichia Coli.</span> [[Réaliser un défi.|Defi]] <a data-passage="astuce"><center>''CREDITS - LICENCE - EXPLICATIONS''</center></a> <<include auteur>>

<<include menu>>\ <<if $defi == "sangsurvivant" and $etat == "vivante">><<if $injection == "bactérie B1" or $injection == "seconde injection de bactérie B1">><blockquote>BRAVO : tu as réussi le défi.</blockquote><<set $defi ="off">><<remember $sangsurvivant = "succès">><</if>><</if>>\ <center>\ <<if $analyse_sang is "souris">><div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"><<include img_analyse_sang>>\ <div id="Layer2" style="position:absolute; left:280px; top:20px; z-index:4">prélèvement de sang chez la souris <<if $etat == "morte">>morte<</if>></div></div>\ <<else>>\ <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"><<include img_analyse_sang>> <<include img_analyse_sang>>\ <div id="Layer2" style="position:absolute; left:40px; top:20px; z-index:4">prélèvement de sang arrivant aux $analyse_sang</div> <div id="Layer2" style="position:absolute; left:280px; top:20px; z-index:4">prélèvement de sang partant des $analyse_sang</div></div>\ <</if>> <table width="480"><tr style="text-align:center"> <td width="20%"><button class="menu" data-passage="analyse_sang" data-setter="$analyse_sang to 'souris'"><<include icon_sang_general>></button></td> <td width="20%"><<if $etat is "vivante">><button class="menu" data-passage="analyse_sang" data-setter="$analyse_sang to ' muscles'"><<include icon_muscle>></button><<else>><div style="filter:grayscale(90%)"><<include icon_muscle>></div><</if>></td> <td width="20%"><<if $etat is "vivante">><button class="menu" data-passage="analyse_sang" data-setter="$analyse_sang to ' intestins'"><<include icon_intestin>></button><<else>><div style="filter:grayscale(90%)"><<include icon_intestin>></div><</if>></td> <td width="20%"><<if $etat is "vivante">><button class="menu" data-passage="analyse_sang" data-setter="$analyse_sang to ' poumons'"><<include icon_poumon>></button><<else>><div style="filter:grayscale(90%)"><<include icon_poumon>></div><</if>></td> <td width="20%"><<if $etat is "vivante">><button class="menu" data-passage="analyse_sang" data-setter="$analyse_sang to ' reins'"><<include icon_rein>></button><<else>><div style="filter:grayscale(90%)"><<include icon_rein>></div><</if>></td></tr> <tr style="font-size:10px; text-align:center"><td>souris</td><td>muscles</td><td>intestins</td><td>poumons</td><td>reins</td></tr></table></center>\ <<if $analyse_sang is "souris">>\ ''Composition moléculaire :'' <table> <tr><td>Eau<span style="color:#bdbdbd">...................</span><<print $eau>></td><td width="40"></td><td>//normal entre 810 et 840 g/L//</td></tr> <tr><td>Anticorps<span style="color:#bdbdbd">..........</span><<print $anticorps>></td><td width="40"></td><td>//normal entre 0,15 et 0,80 g/L//</td></tr> <tr><td>Dioxygène<span style="color:#bdbdbd">........</span><<if $etat is "morte">>ND<<else>><<print $dioxygene>><</if>></td><td width="40"></td><td>//normal entre 16 et 20 mL/L//</td></tr> <tr><td>Glucose<span style="color:#bdbdbd">............</span><<if $etat is "morte">>ND<<else>><<print $glucose>><</if>></td><td width="40"></td><td>// normal entre 1,4 et 1,8 g/L//</td></tr></table>\ ''Composition cellulaire :'' <table><tr><td>Lymphocytes<span style="color:#bdbdbd">....</span><<print $lymphocyte>></td><td width="40"></td><td>//normal entre 4 050 et 12 000/mm^^3^^//</td></tr> <tr><td>Phagocytes<span style="color:#bdbdbd">......</span><<print $phagocyte>></td><td width="20"></td><td>//normal entre 1 350 et 4 000/mm^^3^^//</td></tr> <tr><td>Hématies<span style="color:#bdbdbd">..........</span><<print $hematie>></td><td width="40"></td><td>//normal entre 6,7M et 12,5M/mm^^3^^//</td></tr></table>\ <<elseif $analyse_sang is " muscles">>\ <table width="480px" class="sang"> <tr><td></td><td>Sang arrivant dans le muscle</td><td>Sang partant du muscle</td></tr> <tr><td style="text-align:left">Dioxyde de carbone //(mL/L)//</td><td><<print $co2>></td><td><<print $co2 + 4>></td></tr> <tr><td style="text-align:left">Dioxygène //(mL/L)//</td><td><<print $dioxygene>></td><td><<print $dioxygene - 4>></td></tr> <tr><td style="text-align:left">Glucose //(g/L)//</td><td><<print $glucose>></td><td><<print ($glucose - 0.4).toFixed(1)>></td></tr> <tr><td style="border:none; text-align:left">Urée //(g/L)//</td><td style="border:none"><<print $uree>></td><td style="border:none"><<print $uree+0.3>></td></tr></table>\ <<elseif $analyse_sang is " intestins">>\ <table width="480px" class="sang"> <tr><td></td><td>Sang arrivant dans les intestins</td><td>Sang partant des intestins</td></tr> <tr><td style="text-align:left">Dioxyde de carbone //(mL/L)//</td><td><<print $co2>></td><td><<print $co2 + 2>></td></tr> <tr><td style="text-align:left">Dioxygène //(mL/L)//</td><td><<print $dioxygene>></td><td><<print $dioxygene - 2>></td></tr> <tr><td style="text-align:left">Glucose //(g/L)//</td><td><<print ($glucose - 0.4).toFixed(1)>></td><td><<print $glucose>></td></tr> <tr><td style="border:none; text-align:left">Urée //(g/L)//</td><td style="border:none"><<print $uree>></td><td style="border:none"><<print ($uree+0.2).toFixed(1)>></td></tr></table> <<elseif $analyse_sang is " poumons">>\ <table width="480px" class="sang"> <tr><td></td><td>Sang arrivant dans les poumons</td><td>Sang partant des poumons</td></tr> <tr><td style="text-align:left">Dioxyde de carbone //(mL/L)//</td><td><<print $co2 +3>></td><td><<print $co2>></td></tr> <tr><td style="text-align:left">Dioxygène //(mL/L)//</td><td><<print ($dioxygene - 3)>></td><td><<print $dioxygene>></td></tr> <tr><td style="text-align:left">Glucose //(g/L)//</td><td><<print $glucose>></td><td><<print ($glucose -0.2).toFixed(1)>></td></tr> <tr><td style="border:none; text-align:left">Urée //(g/L)//</td><td style="border:none"><<print $uree>></td><td style="border:none"><<print ($uree+0.2).toFixed(1)>></td></tr></table>\ <<elseif $analyse_sang is " reins">>\ <table width="480px" class="sang"> <tr><td></td><td>Sang arrivant dans les reins</td><td>Sang partant des reins</td></tr> <tr><td style="text-align:left">Dioxyde de carbone //(mL/L)//</td><td><<print $co2>></td><td><<print $co2 + 2>></td></tr> <tr><td style="text-align:left">Dioxygène //(mL/L)//</td><td><<print $dioxygene>></td><td><<print $dioxygene - 2>></td></tr> <tr><td style="text-align:left">Glucose //(g/L)//</td><td><<print $glucose>></td><td><<print ($glucose -0.1).toFixed(1)>></td></tr> <tr><td style="border:none; text-align:left">Urée //(g/L)//</td><td style="border:none"><<print ($uree +0.3).toFixed(1)>></td><td style="border:none"><<print $uree>></td></tr></table>\ <</if>>\ <<if $etat neq "vivante">>//ND : donnée ''N''on ''D''isponible//<</if>> [[Réaliser des expériences avec le sang.|preparation_sang][$choix1 = 0; $choix2 = 0; $choix3 = 0; $choix4 = 0; $choix5 = 0; $plasma = "sans"; $globule_rouge= "sans"; $globule_blanc = "sans"; $b1 = "sans"; $b2 = "sans"; $echelle="0,005mm"]] [[Retour.|souris_adulte][$etape = 0]] <<include auteur>>

>Que voulez-vous injecter ? [[Ne rien injecter.|souris_juvenile][$injection = "non"; $etape =0]] [[Injecter des bactéries B1.|souris_juvenile][$injection = "bactérie B1"; $etape =0]] [[Injecter un vaccin contre la bactérie B1.|souris_juvenile][$injection = "vaccin"; $etape =0]] [[Injecter du liquide physiologique (sans effet sur les organismes).|souris_juvenile][$injection = "liquide physiologique"; $etape =0]] <<if $ablation == "hypophyse">>\ [[Injecter le contenu de l'hypophyse|souris_juvenile][$injection = "molécule d'hypophyse"; $etape =0]]\ <<else>><div class="button_off">Si tu retires d'abord l'hypophyse de la souris, tu pourras la broyer pour récupérer son contenu afin de l'injecter dans la souris.</div> <</if>>

<<if $etape ==0>> <<include menu>><<if $cobaye is "sang">><<set $anticorps =1.8; $paratope="B", $plasma= "sans"; $globule_blanc="sans"; $globule_rouge="sans">><</if>>\ >Choisir les gouttes à mélanger. <<if $cobaye is "sang" or ($cobaye is "souris adulte" and $paratope =="T")>> <span style="color:#1976d2">Sang provenant d'une souris <<if $injection neq "non" or $cobaye is "sang">>''morte'' de la bactérie B1.<</if>></span> <label class="switch"><<checkbox "$plasma" "" sans>><span class="slider round"></span></label> Goutte de plasma (anticorps, dioxygène, eau, glucose) <label class="switch"><<checkbox "$globule_blanc" "" avec>><span class="slider round"></span></label> Goutte de phagocytes <label class="switch"><<checkbox "$globule_rouge" "" avec>><span class="slider round"></span></label> Goutte d'hématies <</if>>\ <<if $cobaye is "sang" or ($cobaye is "souris adulte" and $paratope != "T")>>\ <span style="color:#1976d2">Sang provenant d'une souris <<if $injection neq "non" or $cobaye is"sang">>ayant ''guéri'' de la bactérie B1.<</if>></span> <label class="switch"><<checkbox "$plasma" "" avec>><span class="slider round"></span></label> Goutte de plasma (anticorps, dioxygène, eau, glucose) <label class="switch"><<checkbox "$globule_blanc" "" avec>><span class="slider round"></span></label> Goutte de phagocytes <label class="switch"><<checkbox "$globule_rouge" "" avec>><span class="slider round"></span></label> Goutte d'hématies <</if>>\ <span style="color:#1976d2">Bactéries</span> <label class="switch"><<radiobutton "$bac" b1 checked>><span class="slider round"></span></label> Goutte de bactéries B1 <label class="switch"><<radiobutton "$bac" b2>><span class="slider round"></span></label> Goutte de bactéries B2 <label class="switch"><<radiobutton "$bac" sans >><span class="slider round"></span></label> Goutte d'eau <button class="manip" data-passage="preparation_sang" data-setter="$etape to 1">Observer le mélange au microscope.</button>\ <<elseif $etape ==1>> <<include parametres_lame_sang>> <<set $etape ="sang">> <<goto [[microscopie]]>> <</if>> <<if $cobaye is "sang">><<else>>[[Retour.|analyse_sang][$hauteur to either (2,3,5); $etape =0; $lame1 ="rien"; $lame2 ="rien"; $lame3 ="rien"; $plasma="sans"; $bac="sans"; $globule_blanc="sans"; $globule_rouge="sans"]]<</if>>\

<<include menu>><<include modele_immuno>><<include modele_bacterie>>\ <center>Boite ronde avec ''bactérie'' (vue du dessus)</center>\ <div id="Layer1" style="position:relative; left:120px; top:0px; z-index:1"><<include img_bg_culture>>\ <div id="Layer1" style="position:absolute; left:0px; top:0px; z-index:1"><<include $culture_bacterie>>\ <div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:2"><<include img_petri>>\ <div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:3"><<include img_inhibition_antibio>>\ <div id="Layer3" style="position:absolute; left:0px; top:0px; z-index:4"><<if $antibiotique == "avec">><<include img_vancomycine>><</if>>\ </div></div></div></div></div> <div style="font-size:10px">NOTE : Chaque «point» est une colonie bactérienne obtenue à partir d'une seule bactérie. Celle-ci s'est multipliée si bien qu'il y en a des milliers et que cela forme un point visible à l'oeil nu.</div><<if $antibiotique != "non">> Diamètre de la zone d'inhibition autour de l'antibiotique : $diametre_antibio mm <</if>> [[Observer les bactéries au microscope.|microscopie][$etape = "bacterie"; $echelle ="0,005mm"]] <<if $temperature_culture_microbienne <= 40>>\ [[Injecter les bactéries de la boite dans une souris juvénile.|souris_juvenile][$injection = "bactérie B1 de la boîte"; $cobaye = "souris juvénile"; $etape = 0; $init =1]]\ <<elseif $temperature_culture_microbienne == 90>>\ [[Injecter les bactéries de la boite dans une souris juvénile.|souris_juvenile][$injection = "bactérie B1 morte de la boîte"; $cobaye = "souris juvénile"; $etape = 0; $init =1]]<</if>> >''CONDITIONS EXPÉRIMENTALES'' >Durée de culture : 5 jours >Température : <<print $temperature_culture_microbienne>>°C >Lumière : <<print $lampe_culture_microbienne>> >Substance nutritive : <<print $milieu_culture_microbienne>> > Antibiotique : <<if $vancomycine == "vancomycine">> vancomycine <</if>>\ <<if $penicilline == "penicilline">> penicilline <</if>>\ <<if $amoxicilline == "amoxicilline">> amoxicilline<</if>>\ <<if $antibiotique == "non">>Non<</if>> <<include auteur>>

<<include menu>><<if $init==1>><<include init_bacterie>><</if>><<if $amoxicilline is "" and $penicilline is "" and $vancomycine is "">><<set $antibiotique = "non">><<else>><<set $antibiotique = "oui">><</if>>\ <center>Boite ronde avec ''bactérie'' (vue du dessus) <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"><<include img_bg_culture>> <div id="Layer2" style="position:absolute; left:120px; top:0px; z-index:2"><<include img_petri>></div> <div id="Layer2" style="position:absolute; left:120px; top:0px; z-index:2"><<if $antibiotique == "avec">><<include img_vancomycine>><</if>> </div></div></center>\ \ <<if $etape == 0>>\ [["Substances nutritives : " + $milieu_culture_microbienne|condition_culture_microbienne][$etape = 1; $init=0]] [["Température : " + $temperature_culture_microbienne + "°C"|condition_culture_microbienne][$etape = 2; $init=0]] [["Antibiotiques : " + $antibiotique + " (" + $penicilline + " " + $amoxicilline + " " + $vancomycine + ")"|condition_culture_microbienne][$etape = 3; $antibiotique="avec"; $init=0]] [["Eclairage : " + $lampe_culture_microbienne|condition_culture_microbienne][$etape = 4; $init=0]] <button class="manip" data-passage="agenda" data-setter="$agenda to 'bacteries'; $duree to 5; $etape_culture_microbienne to 'finale'; $init=0">Démarrer la culture de bactérie.</button>\ <<elseif $etape is 1>>\ <blockquote>Choisir les substances nutritives à placer dans la boite de Pétri.</blockquote>\ [[Gélose avec sang|condition_culture_microbienne][$etape = 0; $milieu_culture_microbienne = "gélose avec sang"]] [[Gélose avec lactose|condition_culture_microbienne][$etape = 0; $milieu_culture_microbienne = "gélose avec lactose"]]\ <<elseif $etape is 2>>\ <blockquote>Choisir la température de culture microbienne.</blockquote>\ [[25°C|condition_culture_microbienne][$temperature_culture_microbienne = 25; $etape = 0]] [[37°C|condition_culture_microbienne][$temperature_culture_microbienne = 37; $etape = 0]] [[39°C|condition_culture_microbienne][$temperature_culture_microbienne = 39; $etape = 0]] [[90°C|condition_culture_microbienne][$temperature_culture_microbienne = 90; $etape = 0]]\ <<elseif $etape is 3>>\ <blockquote>Sélectionner le ou les antibiotiques à déposer sur la pastille de papier placée au centre de la boîte.</blockquote>\ <label class="switch"><<checkbox "$amoxicilline" "" amoxicilline>><span class="slider round"></span></label> Amoxicilline <label class="switch"><<checkbox "$penicilline" "" penicilline>><span class="slider round"></span></label> Pénicilline <label class="switch"><<checkbox "$vancomycine" "" vancomycine>><span class="slider round"></span></label> Vancomycine <button class="manip" data-passage="condition_culture_microbienne" data-setter="$etape to 0">Valider mon choix.</button>\ <<elseif $etape is 4>>\ <blockquote>Choisir le type d'éclairage.</blockquote>\ [[Lampe classique.|condition_culture_microbienne][$lampe_culture_microbienne = "lampe classique"; $etape = 0]] [[Lampe à ultra-violet.|condition_culture_microbienne][$lampe_culture_microbienne = "lampe à UV"; $etape = 0]] <</if>> <<include auteur>>

<<silently>> <<if $penicilline == "penicilline">>\ /* ce code hierarchise les images pour que ce soit l'antibiotique le plus puissant qui s'affiche au premier plan */ <<set $pastille = "img_penicilline"; $diametre_antibio = "31">>\ <<set $antibiotique = "avec">>\ <<elseif $amoxicilline == "amoxicilline">>\ <<set $pastille = "img_amoxicilline"; $diametre_antibio = "24">>\ <<set $antibiotique = "avec">>\ <<elseif $vancomycine == "vancomycine">>\ <<set $pastille = "img_vancomycine"; $diametre_antibio = "0">>\ <<set $antibiotique = "avec">>\ <</if>>\ \ <<if $etape_culture_microbienne == "finale">> <<if $milieu_culture_microbienne == "gélose avec lactose">> <<set $culture_bacterie = "svg_bacterie_pas_croissance">> <<set $lame1 = "img_bacteries_mortes">> <<else>> <<if $temperature_culture_microbienne == 25>> <<set $culture_bacterie = "svg_bacterie_faible_croissance">> <<set $lame1 = "img_bacteries_mobiles_rares">> <<elseif $temperature_culture_microbienne == 37>> <<if $lampe_culture_microbienne =="lampe classique">> <<set $culture_bacterie = "svg_bacterie_mutation_faible">> <<set $lame1 = "img_bacteries_mobiles">> <<elseif $lampe_culture_microbienne =="lampe à UV">> <<set $culture_bacterie = "svg_bacterie_mutation_forte">> <<set $lame1 = "img_bacteries_mobiles">> <</if>> <<elseif $temperature_culture_microbienne == 39>> <<set $culture_bacterie = "svg_bacterie_faible_croissance">> <<set $lame1 = "img_bacteries_mobiles_rares">> <<elseif $temperature_culture_microbienne == 90>> <<set $culture_bacterie = "svg_bacterie_pas_croissance">> <<set $lame1 = "img_bacteries_mortes">> <</if>> <</if>> <<elseif $cobaye == "bactérie B1">>/* cette condition est indispensable pour que ce script n'entre pas en conflit avec d'autres*/ <<set $culture_bacterie = "svg_bacterie_mutation_pas_croissance">> <<set $lame1 = "img_bacteries_mobiles">> <</if>> <</silently>>

<<include menu>>\ <center>$cobaye</center> <<if $eclairage_serre == "obscure">><div style="filter:grayscale(90%)"><div id="Layer1" style="position:relative; left:155px; top:0px; z-index:1"><<if $sol_serre == "coton">><<include pot_coton>><<elseif $sol_serre =="cendres volcaniques">><<include pot_cendre>><<else>><<include pot_terre>><</if>><div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:2"><<include img_tomate>></div></div>\ <<else>><div id="Layer1" style="position:relative; left:155px; top:0px; z-index:0"><<if $sol_serre == "coton">><<include pot_coton>><<elseif $sol_serre =="cendres volcaniques">><<include pot_cendre>><<else>><<include pot_terre>><</if>><div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:2"><<include img_tomate>></div></div><</if>>\ <<if $etape == 1>>\ [["Contenu du pot : " + $sol_serre|condition_croissance_plante][$etape = 2]] [["Type d'air : "+ $air_serre|condition_croissance_plante][$etape = 3]] [["Type d'arrosage : " + $arrosage_serre|condition_croissance_plante][$etape = 4]] [["Eclairage : " + $eclairage_serre|condition_croissance_plante][$etape = 5]] [["Température : " + $temperature_serre|condition_croissance_plante][$etape = 6]] <button class="manip" data-passage="analyse_seve">Attendre 1 heure puis analyser la sève.</button>\ <button class="manip" data-passage="agenda" data-setter="$agenda to 'croissance_plante'; $duree to 15; $jour to 15">Cultiver la plante pendant 15 jours.</button>\ <<elseif $etape == 2>> [[Planter dans de la terre.|condition_croissance_plante][$sol_serre = "terre"; $etape = 1]] [[Planter dans du coton.|condition_croissance_plante][$sol_serre = "coton"; $etape = 1]] [[Planter dans de la terre contenant de l'engrais.|condition_croissance_plante][$sol_serre = "terre contenant de l'engrais"; $etape = 1]] [[Planter dans de la terre contenant des mycorhizes.|condition_croissance_plante][$sol_serre = "terre contenant des mycorhizes"; $etape = 1]] [[Planter dans des cendres volcaniques.|condition_croissance_plante][$sol_serre = "cendres volcaniques"; $etape = 1]] <<elseif $etape == 3>> [[Air complet (diazote, dioxygène et dioxyde de carbone).|condition_croissance_plante][$air_serre = "air complet"; $etape = 1]] [[Air sans dioxygène.|condition_croissance_plante][$air_serre = "air sans dioxygène"; $etape = 1]] [[Air sans dioxyde de carbone.|condition_croissance_plante][$air_serre = "air sans dioxyde de carbone"; $etape = 1]] [[Air enrichi en dioxyde de carbone (0,08% au lieu de 0,04%).|condition_croissance_plante][$air_serre = "air riche en dioxyde de carbone"; $etape = 1]] //NOTE : L'air est injecté au début de l'expérience. Il peut ensuite varier à cause des rejets de la plante.// <<elseif $etape == 4>> [[Ne pas arroser le jeune plant.|condition_croissance_plante][$arrosage_serre = "ne pas arroser"; $etape = 1]] [[Arroser avec de l'eau distillée (=eau pure sans sels minéraux).|condition_croissance_plante][$arrosage_serre = "arrosage avec de l'eau distillée"; $etape = 1]] [[Arroser avec de l'eau minéralisée (=eau avec des sels minéraux).|condition_croissance_plante][$arrosage_serre = "arrosage avec de l'eau minéralisée"; $etape = 1]] <<elseif $etape == 5>> [[Placer le jeune plant 24h par jour à l'obscurité.|condition_croissance_plante][$eclairage_serre = "obscure"; $etape = 1]] [[Placer le jeune plant 12h par jour à la lumière du jour.|condition_croissance_plante][$eclairage_serre = "lumineux"; $etape = 1]] <<elseif $etape == 6>> [[Régler la température à 8°C dans la serre.|condition_croissance_plante][$temperature_serre = "8°C"; $etape = 1]] [[Régler la température à 19°C dans la serre.|condition_croissance_plante][$temperature_serre = "19°C"; $etape = 1]] [[Régler la température à 35°C dans la serre.|condition_croissance_plante][$temperature_serre = "35°C"; $etape = 1]] <</if>>\ <<include auteur>> <<silently>><div class="button_off">Enrichir l'air avec du CO₂. En 2020, l'air contenait environ 400 ppm.</div> <span id="etiquette">[[400 ppm|condition_croissance_plante][$air_serre = "air avec 400 ppm de CO₂"; $etape=1]][[600 ppm|condition_croissance_plante][$air_serre = "air avec 600 ppm de CO₂"; $etape=1]][[800 ppm|condition_croissance_plante][$air_serre = "air avec 800 ppm de CO₂"; $etape=1]]</span><</silently>>

<<include menu>>\ <<silently>>\ <<set $erreur_manipulation to random(1,8)>>\ <<if $erreur_manipulation > 1>>\ <<if $arrosage_serre == "arrosage avec de l'eau minéralisée" and $air_serre != "air sans dioxygène">>\ <<if $temperature_serre == "8°C">>\ <<set $img = "img_graine_petit_germe">>\ <<set $taille_plante = randomFloat(1,3).toFixed(1)>> <<elseif $temperature_serre == "19°C">>\ <<set $img = "img_graine_grand_germe">>\ <<set $taille_plante = randomFloat(2.4,5).toFixed(1)>> <<else>>\ <<set $img = "img_graine">>\ <<set $taille_plante = 0>> <</if>>\ <<else>>\ <<set $img = "img_graine">>\ <<set $taille_plante = 0>> <</if>>\ <<else>>\ <<set $img = "img_graine">>\ <<set $taille_plante = 0>> <</if>>\ <</silently>>\ <center>Graine 7 jours plus tard. <<if $eclairage_serre == "obscure">><div style="filter:grayscale(90%)"><<include $img>></div><<else>><<include $img>><</if>> Taille du germe : <<print $taille_plante>> cm</center> <<if $taille_plante > 2>> <button class="manip" data-passage="agenda" data-setter="$agenda to 'condition_croissance_plante'; $duree to 20; $etape to 1; $cobaye to 'Jeune plant de tomate'">Laisser la plantule se développer et devenir un jeune plant.</button><</if>> >''CONDITIONS EXPÉRIMENTALES'' >Contenu du pot : <<print $sol_serre>> >Type d'arrosage : <<print $arrosage_serre>> >Type d'éclairage : <<print $eclairage_serre>> >Température réglée : <<print $temperature_serre>> >Type d'air : <<print $air_serre>> <<include auteur>>

<<include menu>>\ <<silently>> <<set $erreur_manipulation to random(1,10)>> <<if $air_serre == "air sans dioxygène" and $eclairage_serre =="obscure">> /* je définis ce qu'il se passe si les conditions ne sont pas réunis du pire au moins pire */ <<set $varA = "img_croissance_sans_O2">> <<set $taille_plante to (random(20,26)+random(20,26)+random(20,26))/10>> <<set $poids_feuille to (random(10,16)+random(10,16)+random(10,16))/10>> <<elseif $arrosage_serre == "ne pas arroser">> <<set $varA = "img_croissance_sans_eau">> <<set $taille_plante to (random(20,33)+random(20,33)+random(20,33))/10>> <<set $poids_feuille to (random(13,16)+random(13,16)+random(13,16))/10>> <<elseif $air_serre == "air sans dioxyde de carbone">> <<set $varA = "img_croissance_sans_CO2">> <<set $taille_plante to (random(40,66)+random(40,66)+random(40,66))/10>> <<set $poids_feuille to (random(26,33)+random(26,33)+random(26,33))/10>> <<elseif $eclairage_serre == "obscure">> <<set $varA = "img_tomate_obscurite">> <<set $taille_plante to (random(20,33)+random(20,33)+random(20,33))/10>> <<set $poids_feuille to (random(10,16)+random(10,16)+random(10,16))/10>> <<elseif $arrosage_serre == "arrosage avec de l'eau distillée">> <<if $sol_serre == "coton">> <<set $varA = "img_croissance_sans_sels"; $taille_plante to ((random(33,53)+random(33,53)+random(33,53))/10); $poids_feuille to ((random(27,36)+random(27,36)+random(27,36))/10)>> <<elseif $sol_serre == "cendres volcaniques" or $sol_serre == "terre contenant de l'engrais" or $sol_serre == "terre contenant des mycorhizes">> <<set $varA = "img_croissance_sans_sels"; $taille_plante to ((random(66,83)+random(66,83)+random(66,83))/10); $poids_feuille to ((random(46,60)+random(46,60)+random(46,60))/10)>> <<else>> <<set $varA = "img_croissance_sans_sels"; $taille_plante to ((random(46,73)+random(46,73)+random(46,73))/10); $poids_feuille to ((random(33,50)+random(33,50)+random(33,50))/10)>> <</if>> <<elseif $erreur_manipulation >1>> /* ce qu'il se passe dans des conditions acceptables */ <<if $sol_serre == "cendres volcaniques" or $sol_serre == "terre contenant de l'engrais" or $sol_serre == "terre contenant des mycorhizes">> <<set $varA = "img_super_croissance">> <<set $taille_plante to (random(150,183)+random(150,183)+random(150,183))/10>> /*45 > 55 */ <<set $poids_feuille to (random(110,133)+random(110,133)+random(110,133))/10>> /*35 > 40*/ <<elseif $sol_serre == "coton">> <<set $varA = "img_croissance_normale">> <<set $taille_plante to (random(110,133)+random(110,133)+random(110,133))/10>> /* 33> 40 */ <<set $poids_feuille to (random(86,96)+random(86,96)+random(86,96))/10>> /*26 > 29 */ <<else>> <<set $varA = "img_croissance_normale">> <<set $taille_plante to (random(130,150)+random(130,150)+random(130,150))/10>> /*39 > 45 */ <<set $poids_feuille to (random(96,120)+random(96,120)+random(96,120))/10>> /*29 > 36 */ <</if>> <<if $air_serre =="air riche en dioxyde de carbone">> <<set $taille_plante +=5>> <<set $poids_feuille +=4>> <</if>> <<if $temperature_serre =="35°C" or $temperature_serre =="8°C">> <<set $taille_plante -=5>> <<set $poids_feuille -=4>> <</if>> <<else>> / ce qu'il se passe en cas d'expérience ratées */ <<set $varA = "img_croissance_sans_O2">> <<set $taille_plante to (random(20,26)+random(20,26)+random(20,26))/10>> <<set $poids_feuille to (random(10,16)+random(10,16)+random(10,16))/10>> <</if>> <</silently>>\ <<if $defi == "planteterre">>\ <<if $sol_serre == "coton" and $air_serre == "air complet" and $arrosage_serre == "arrosage avec de l'eau minéralisée" and $eclairage_serre == "lumineux">>\ <blockquote>BRAVO : tu as réussi le défi.</blockquote><<remember $planteterre = "succès">><<set $defi to "off">>\ <</if>>\ <</if>>\ <center>Plante</center>\ <div id="Layer1" style="position:relative; left:155px; top:0px; z-index:0"><<if $sol_serre == "coton">><<include pot_coton>><<elseif $sol_serre =="cendres volcaniques">><<include pot_cendre>><<else>><<include pot_terre>><</if>><div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:2"><<include $varA>></div></div>\ <blockquote>\ Taille de la plante : <<print $taille_plante>> cm Masse des tiges et feuilles (après déshydratation) : <<print $poids_feuille>> g </blockquote>\ <<if $taille_plante > 33>>\ [[Couper une branche et la placer dans un verre d'eau|bouture]] [[Laisser la plante fleurir.|agenda][$agenda = "fleur_tomate"; $duree = 20; $etape = 1; $cobaye = "tomate"; $nombre_plante = "seule"]]<</if>>\ <blockquote>''CONDITIONS EXPÉRIMENTALES'' Contenu du pot : <<print $sol_serre>> Air injecté : <<print $air_serre>> Type d'arrosage : <<print $arrosage_serre>> Type d'éclairage : <<print $eclairage_serre>> Température : <<print $temperature_serre>> </blockquote> <<include auteur>>

<<silently>><<set $day to either(4,5,6)>> <<if $ablation == "moelle osseuse">> <<set $phagocyte to random (100,200) ; $lymphocyte to random (1800,2200) ; $anticorps to randomFloat (0.09,0.13).toFixed(2); $hematie to randomFloat (3.2,3.9).toFixed(1); $dioxygene to random (11,14)>> <</if>> /*Selon le type d'injection, la souris réagit différemment*/ <<if $injection == "liquide physiologique">> /* cela ne change rien */ <<elseif $ablation == "moelle osseuse" and $injection == "bactérie B1">> <<set $etat = "morte">> <<elseif $injection == "bactérie B1" or $injection =="bactérie B1 de la boîte">> <<if $paratope =="B" or $paratope =="BB">> /* le système immunitaire se défend */ <<set $phagocyte to random (6000,7500)>> <<set $lymphocyte to random (14000,16000)>> <<set $anticorps to randomFloat (1.8,2.0).toFixed(2)>> <<else>>/* le système immunitaire est défaillant */ <<set $etat = "morte">> <</if>> <<elseif $injection == "bactérie B1 morte de la boîte" or $injection == "vaccin">>/* dans ce cas, la souris a reçu un vaccin et le système immunitaire se défend.*/ <<set $paratope ="B">> <<set $lymphocyte to random (12000,13000)>> <<set $anticorps to randomFloat (1.8,2.0).toFixed(2)>> <</if>> <<if $injection2 == "bactérie B1">> <<if ($paratope == "B" or $paratope == "BB") and $anticorps <= 0.9>> <<set $phagocyte to random (6000,7500)>> <<set $lymphocyte to random (14000,16000)>> <<set $anticorps to randomFloat (1.8,2.0).toFixed(2)>> <<elseif ($paratope =="B" or $paratope == "BB") and $anticorps >= 0.9>> <<set $anticorps to randomFloat (2.4,2.9).toFixed(2)>> <<else>> <<set $etat = "morte">> <</if>> <<elseif $injection2 == "bactérie B2">> <<if $paratope =="BB" and $anticorps <= 0.9>> <<set $phagocyte to random (6000,7500)>> <<set $lymphocyte to random (14000,16000)>> <<set $anticorps to randomFloat (1.8,2.0).toFixed(2)>> <<elseif $paratope =="BB">> <<else>> <<set $etat = "morte">> <</if>> <<elseif $injection2 == "aucune">> <<if $anticorps >= 0.9>> <<set $anticorps to randomFloat (1.3,1.5).toFixed(2)>> <</if>> <</if>> <<endsilently>>\

<<include menu>>\ <blockquote>Tente les défis : Après avoir sélectionné un défi, tu dois le réussir sans cliquer sur un des 5 boutons du menu sinon le défi sera annulé.</blockquote>\ <<if $lamecassee == "succès">>\ <div class="button_on">Tu as réussi à casser une lame microscopique.</div> <<else>>\ [[Casser une lame microscopique|Start][$etape = 1; $defi ="lamecassee"]] <</if>>\ <<if $planteterre == "succès">>\ <div class="button_on">Tu as réussi à imaginer un test pour prouver que les plantes n'ont pas besoin de terre pour grandir.</div> <<else>>\ [[Imaginer un test pour prouver que les plantes n'ont pas besoin de terre pour grandir.|Start][$etape = 1; $defi = "planteterre"]] <</if>>\ <<if $sangsurvivant == "succès">>\ <div class="button_on">Tu as réussi à prélever du sang d'une souris ayant survécu à l'injection de bactéries B1.</div> <<else>>\ [[Analyser le sang d'une souris ayant survécu à l'injection de bactéries B1.|Start][$etape = 1; $defi = "sangsurvivant"]] <</if>>\ <<if $vaccin == "succès">>\ <div class="button_on">Tu as réussi à créer un vaccin pour protéger les souris de la bactérie B1.</div> <<else>>\ [[Créer un vaccin pour immuniser une souris contre la bactérie B1.|Start][$etape = 1; $defi ="vaccin"]] <</if>>\ <<if $ethique == "succès">>\ <div class="button_on">Tu as réussi le défi «Éthique».</div> <<else>>\ [[Faire mourir le plus de souris possibles en 2 minutes.|ethique][$etape = 1; $defi ="ethique"]] <</if>>\ /*<div class="button_off">Améliorer la croissance végétales sans engrais de synthèse (à venir)</div> <div class="button_off">Rater une expérience de germination malgré des conditions idéales (à venir)</div> <div class="button_off">Prouver que l'élévation d'un degré diminue la croissance des végétaux (bientôt disponible)</div>*/ [[Réinitialiser les défis.|reboot][$etape = 1]] [[Retour|Start]] <<include auteur>>

<<include menu>> <<if $etape is 1>> <blockquote>Etes-vous sur de réinitialiser vos découvertes et vos défis ? </blockquote> [[Non|Start]] [[Oui|reboot][$etape = 2]] <<elseif $etape is 2>> <blockquote>Réinitialisation effectuée.</blockquote> <<forget $sangsain>><<forget $sangsurvivant>><<forget $sangmort>><<forget $planteterre>><<forget $sangsurvivant>><<forget $lamecassee>><<forget $vaccin>><<forget $sangtetanos>><<forget $sang2coccus>><<forget $sangmortVirus>><<forget $sangsurvivantVirus>><<forget $ethique>> <</if>>

<table class="menu">\ <tr>\ <td width="96">\ <button class="menu" data-passage="Start" data-setter="$defi to 'off'; $CurDate = new Date(Date.now())"><<include icon_thyp>></button> </td>\ <td width="96">\ <button class="menu" data-passage="souris_juvenile" data-setter="$init to 2; $cobaye ='souris juvénile'; $etape to 0; $defi to 'off'; $injection to 'non'; $injection2 to 'non'; $CurDate = new Date(Date.now())"><<include icon_souris>></button> </td>\ <td width="96">\ <<if $cobaye is "graine de tomate">><button class="menu" data-passage="graine_tomate" data-setter="$init to 1; $defi to 'off'; $CurDate = new Date(Date.now())"><<include icon_plant>></button><<elseif $cobaye is "Plante de tomate fleurie">><button class="menu" data-passage="fleur_tomate" data-setter="$init to 1; $defi to 'off'; $CurDate = new Date(Date.now())"><<include icon_plant>></button><<else>><button class="menu" data-passage="condition_croissance_plante" data-setter="$cobaye to 'Jeune plant de tomate'; $init to 0; $etape to 1; $defi to 'off'; $CurDate = new Date(Date.now())"><<include icon_plant>></button><</if>>\ </td>\ <td width="96">\ <button class="menu" data-passage="biolab_configuration" data-setter="$etape to 1; $init to 2; $defi to 'off'; $CurDate = new Date(Date.now())"><<include icon_biolab>></button> </td>\ <td width="96">\ <button class="menu" data-passage="condition_culture_microbienne" data-setter="$etape to 0; $init to 1; $defi to 'off'; $CurDate = new Date(Date.now())"><<include icon_bact>></button> </td></tr></table>\

<<include menu>> <center>[img[logo]]</center> Un logiciel créé par ''Guillaume Berthelot'', professeur de SVT dans l'académie de ''Créteil''. ''Réalisez vos propres tests'' Vous pouvez faire plusieurs dizaines de test. Il n'existe aucune manière de savoir si votre test est correctement conçu ou pas, alors réflechissez bien ! ''Mener 2 tests à la fois.'' En ouvrant ''thyp'' dans un second onglet, vous pouvez comparer vos tests entre eux. ''Attention aux erreurs de manipulation ! '' Comme dans un véritable laboratoire, il arrive parfois que les résultats soient erronés à cause d'un matériel défectueux ou d'une manipulation hasardeuse. ''Recommencez plusieurs fois pour valider vos résultats.'' Faites autant de tests que nécessaire pour être certain de vos résultats. Cela ne coûte rien et aucun être vivant n'est maltraité. ''Capturer vos écrans.'' En réalisant une //capture écran//, vous pouvez illustrer facilement vos compte-rendus. ''Un logiciel pour le cycle 3 et 4.'' Le logiciel permet de traiter plusieurs parties du programme de la sixième à la troisième. ''Compatible avec tous types d'appareil connecté.'' Le logiciel nécessite uniquement un navigateur et une connexion internet. ''Téléchargeable pour fonctionner hors ligne.'' [[Télécharger le fichier hors-ligne|https://drive.google.com/u/0/uc?id=1-wDXMaV0yu5OuHMVlD2NK0__rnNx8T7o&export=download]] ''Explication des algorithmes.'' [[Télécharger la documentation expliquant les algorithmes|https://drive.google.com/u/0/uc?id=1LPskC9CljnzvXO9AfpgWxFIP6fUeeO6c&export=download]] Pour toute suggestion, contactez-moi sur mon mail académique. <a rel="license" href="https://creativecommons.org/licenses/by-nc-sa/2.0/fr/">Ce logiciel est gratuit et sous licence CC BY-NC-SA</a> <a href="https://www.twinery.org">Ce logiciel a été codé avec ''Twine''.</a>\ <<include auteur>>

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">\

<<include menu>>\ <center>Graine de tomate <<if $eclairage_serre == "obscure">><div style="filter:grayscale(90%)"><<include img_graine>></div><<else>><<include img_graine>><</if>></center>\ <<if $etape == 1>>\ [["Contenu du pot : " + $sol_serre|graine_tomate][$etape = 2]] [["Type d'arrosage : " + $arrosage_serre|graine_tomate][$etape = 3]] [["Eclairage : " + $eclairage_serre|graine_tomate][$etape = 4]] [["Température : " + $temperature_serre|graine_tomate][$etape = 5]] [["Type d'air : "+ $air_serre|graine_tomate][$etape = 6]] <button class="manip" data-passage="agenda" data-setter="$agenda to 'germination'; $duree to 7">Attendre 7 jours et observer le résultat.</button>\ <<elseif $etape == 2>>\ [[Placer la graine dans de la terre|graine_tomate][$sol_serre = "terre"; $etape = 1]] [[Placer la graine dans du coton.|graine_tomate][$sol_serre = "coton"; $etape = 1]] <<elseif $etape == 3>>\ [[Ne pas arroser la graine.|graine_tomate][$arrosage_serre = "ne pas arroser"; $etape = 1]] [[Arroser la graine modérément avec de l'eau minéralisée.|graine_tomate][$arrosage_serre = "arrosage avec de l'eau minéralisée"; $etape = 1]] [[Arroser la graine abondamment : les graines baignent dans l'eau.|graine_tomate][$arrosage_serre = "arrosage abondant avec de l'eau minéralisée"; $etape = 1]] <<elseif $etape == 4>>\ [[Mettre la graine à la lumière.|graine_tomate][$eclairage_serre = "lumineux"; $etape = 1]] [[Mettre la graine à l'obscurité.|graine_tomate][$eclairage_serre = "obscure"; $etape = 1]] <<elseif $etape == 5>>\ [[Régler la température à 4°C.|graine_tomate][$temperature_serre = "4°C"; $etape = 1]] [[Régler la température à 8°C.|graine_tomate][$temperature_serre = "8°C"; $etape = 1]] [[Régler la température à 19°C.|graine_tomate][$temperature_serre = "19°C"; $etape = 1]] [[Régler la température à 35°C.|graine_tomate][$temperature_serre = "35°C"; $etape = 1]] <<elseif $etape == 6>> [[Injecter de l'air avec dioxygène et dioxyde de carbone.|graine_tomate][$air_serre = "air complet"; $etape = 1]] [[Injecter de l'air sans dioxyde de carbone dans la serre.|graine_tomate][$air_serre = "air sans dioxyde de carbone"; $etape = 1]] [[Injecter de l'air sans dioxygène dans la serre.|graine_tomate][$air_serre = "air sans dioxygène"; $etape = 1]] //NOTE : L'air est injecté au début de l'expérience seulement.// <</if>>\ <<include auteur>>

<<include menu>>\ <<if $etape == 3>>\ <div id="Layer1" style="position:relative; left:60px; top:0px; z-index:0"><<include img_petiole>><<if $petale == "avec">><div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:2"><<include img_petale>></div><</if>><<if $etamine == "avec">><div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:3"><<include img_etamine>></div><</if>><<if $pistil== "avec">><div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:4"><<include img_pistil>></div><</if>></div>\ <<else>>\ <center><div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"> <<if $petale =="avec">><<include img_avec_fleur>><<else>><<include img_plante_sans_petale>><</if>>\ <<if $nombre_plante == "avec une autre plante de tomate">><<include img_avec_fleur>>\ <<elseif $nombre_plante == "avec une plante de moutarde">><<include img_moutarde>><</if>>\ <<if $bourdon == "avec">><div id="Layer2" style="position:absolute; left:135px; top:80px; z-index:2"><<if $nombre_plante == "avec une autre plante de tomate">><<include img_bourdon_pollinise>><<else>><<include img_bourdon_immobile>><</if>></div><</if>></div></center>\ <</if>>\ <<if $etape == 1>>\ <blockquote>Vous pouvez modifier seulement les fleurs de la plante de gauche.</blockquote>\ [["Plante " + $nombre_plante|fleur_tomate][$etape = 2]] [["Serre : " + $bourdon + " bourdons."|fleur_tomate][$etape = 4]] <<if $nombre_plante is "seule">>\ [["Fleurs : " + $petale + " pétales, " + $etamine + " étamines et " + $pistil + " pistil."|fleur_tomate][$etape = 3]]<<else>>\ [["Fleurs de gauche : " + $petale + " pétales, " + $etamine + " étamines et " + $pistil + " pistil."|fleur_tomate][$etape = 3]] <</if>>\ <<if $nombre_plante is "seule">><button class="manip" data-passage="agenda" data-setter="$agenda to 'fruit'; $duree to 15">Cultiver la plante pendant 15 jours.</button><<else>><button class="manip" data-passage="agenda" data-setter="$agenda to 'fruit'; $duree to 15">Cultiver les plantes pendant 15 jours.</button><</if>>\ <<elseif $etape == 2>>\ [[Placer la plante seule dans la serre.|fleur_tomate][$etape = 1; $nombre_plante = "seule"]] [[Placer la plante avec une autre plante de tomate dans la serre.|fleur_tomate][$etape = 1; $nombre_plante = "avec une autre plante de tomate"]] [[Placer la plante avec une plante de moutarde dans la serre.|fleur_tomate][$etape = 1; $nombre_plante = "avec une plante de moutarde"]]\ <<elseif $etape == 3>>\ //On remarque une fine "poussière" orange sur les étamines.// <<if $choix1 == 0>>[[Enlever les pétales.|fleur_tomate][$choix1 = 1; $petale = "sans"]]<<else>><div class="button_off">Pétales enlevées.</div><</if>> <<if $choix2 == 0>>[[Enlever les étamines.|fleur_tomate][$choix2 = 1; $etamine = "sans"]]<<else>><div class="button_off">Etamines enlevées.</div><</if>> <<if $choix3 == 0>>[[Enlever le pistil.|fleur_tomate][$choix3 = 1; $pistil = "sans"]]<<else>><div class="button_off">Pistil enlevé.</div><</if>> <<if $nombre_plante is "seule">>[[J'ai terminé de modifier les fleurs.|fleur_tomate][$etape = 1]]<<else>>[[J'ai terminé de modifier les fleurs de la plante de gauche.|fleur_tomate][$etape = 1]]<</if>>\ <<elseif $etape == 4>>\ [[Ajouter des bourdons dans la serre.|fleur_tomate][$etape = 1; $bourdon = "avec"]] [[Retirer les bourdons de la serre.|fleur_tomate][$etape = 1; $bourdon = "sans"]] <</if>>\ <<include auteur>>

<<include menu>><<set $erreur_manipulation to random(1,10)>>\ <center>Résultat 15 jours après</center>\ <<if $nombre_plante == "avec une plante de moutarde">>\ <center><<include img_avec_fleur>><<include img_moutarde>></center> <<elseif $nombre_plante == "seule">>\ <center><<include img_avec_fleur>></center>\ <<elseif $nombre_plante == "avec une autre plante de tomate">>\ <<if $erreur_manipulation == 1 or $bourdon == "sans">>\ <<if $petale =="avec">><<set $img = "img_avec_fleur">><<else>><<set $img = "img_plante_sans_petale">><</if>>\ <<set $img2 = "img_avec_fleur">>\ /*ci-dessous est codé une condition où les bourdons ne repère pas les fleurs à cause de l'absence des pétales*/ <<elseif $petale == "sans" and $erreur_manipulation <= 3 >>\ <<set $img = "img_plante_sans_petale">>\ <<set $img2 = "img_avec_fleur">>\ <<else>> <<if $etamine == "avec">><<set $img2 = "img_avec_fruit">><<else>><<set $img2 = "img_avec_fleur">><</if>>\ <<if $pistil == "avec">><<set $img = "img_avec_fruit">><<elseif $petale == "sans">><<set $img = "img_plante_sans_petale">><<else>><<set $img = "img_avec_fleur">><</if>>\ <</if>>\ <center><<include $img>><<include $img2>></center>\ <</if>>\ <<if $nombre_plante == "avec une autre plante de tomate" and ($img=="img_avec_fruit" or $img2=="img_avec_fruit")>>[[Récupérer les graines dans les tomates.|graine_tomate]]<</if>> <blockquote>''CONDITIONS EXPÉRIMENTALES'' La plante <<if $nombre_plante!="seule">>de gauche<</if>> a des fleurs <<print $petale>> pétales, <<print $etamine>> étamines et <<print $pistil>> pistil. <<if $nombre_plante neq "seule">>La plante de droite a des fleurs non modifiées.<</if>> La serre <<if $bourdon == "avec">>contient des bourdons<<else>>ne contient pas de bourdon<</if>>. </blockquote>\ <<include auteur>>

<<include menu>>\ <<if $defi == "lamecassee" and $hauteur == 1>><<set $defi ="off">><blockquote>BRAVO : Tu as réussi le défi.</blockquote><<remember $lamecassee = "succès">><</if>>\ <<nobr>><center> <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"> <<if $hauteur == 4>><<include preparation_microscopique>><</if>> <<if $hauteur >= 6 or $hauteur == 2>><div style="filter:blur(8px)"><<include preparation_microscopique>></div><</if>> <<if $hauteur == 3 or $hauteur == 5>><div style="filter:blur(4px)"><<include preparation_microscopique>></div><</if>> <<if $hauteur == 1>><div style="filter:blur(8px)"><<include preparation_microscopique>></div><</if>> <div id="Layer2" style="position:absolute; left:120px; top:0px; z-index:4"><<if $hauteur neq 1>><<include img_champs_oculaire>><<else>><<include img_champs_oculaire_cassee>><</if>> <div id="Layer3" style="position:absolute; left:4px; top:212px; z-index:5"><span class="echelle">$echelle</span></div></div></div></center><<endnobr>>\ <<if $hauteur > 1 and $hauteur < 7>>\ [[Monter les objectifs.|microscopie][$hauteur += 1]]\ <<else>>\ <div class="button_off">Monter les objectifs.</div>\ <</if>> <<if $hauteur > 1>>\ [[Baisser les objectifs.|microscopie][$hauteur -=1]]\ <<else>>\ <div class="button_off">Baisser les objectifs.</div>\ <</if>>\ <<if $etape == "sang">>\ [[Retour.|preparation_sang][$hauteur to either (2,3,5); $etape =0]]\ <<elseif $etape == "bacterie">>\ [[Retour.|bacteries][$etape = 1; $hauteur to either (2,3,5)]]\ <<elseif $etape == "spermatozoide">>\ [[Retour.|souris_adulte][$etape = 0; $hauteur to either (2,3,5)]]\ <</if>>\ <<if $hauteur is 4 and $etape is "spermatozoide" and $spz is "img_sperme_sain">>[[Faire s'accoupler le mâle.|transfert][$etape = 0; $noyau="blanche"; $cytoplasme="blanche"; $membrane="blanche"]]<</if>>\ <<include auteur>>

<<silently>><<include img_globule_rouge>><</silently>> <<for _i to 0; _i lt 12; _i++>>\ <<set $imgLefta to random(40,200); $imgTopa to random(10,200)>>\ <<print $imag + " style='position: absolute; transform:rotate(" + random(0,360) + "deg); left: " + $imgLefta + "px; top: " + $imgTopa + "px;' >">>\ <</for>>

<<silently>> /*Pour le bon déroulement du logiciel, les variables doivent être réinitialisées à chaque nouvelle expérience.*/ /*Pour la navigation dans les menu*/ <<set $etape = 0>><<set $choix1 = 0>><<set $choix2 = 0>><<set $choix3 = 0>><<set $choix4 = 0>><<set $choix5 = 0>><<set $r1 = 0>><<set $r2 = 0>><<set $r3 = 0>><<set $r4 = 0>><<set $r5 = 0>><<set $r6 = 0>><<set $r7 = 0>><<set $r8 = 0>> /*Pour tous les cobayes*/ <<set $cobaye = 0>><<set $CurDate = new Date(Date.now())>> /*Pour le microscope*/ <<set $hauteur to either(2,3,5)>><<set $lame1 = "rien">><<set $lame2 = "rien">><<set $lame3 = "rien">> /*au cas où un élève clique directement sur une icône cobaye, il faut définir les paramètres expérimentaux par défaut*/ <<set $sexe="mâle"; $injection = "non"; $ablation = "non"; $ration = "normale"; $microbiote = "microbiote d'une souris saine">> /* pour la souris */ /* pour la plante, les paramètres sont définis dans le passage menu */ <<set $contenu ="souris"; $temperature=20; $eclairage="lumineux">> /* pour le biolab */ <<endsilently>>

Ci-dessous sont recensés toutes les variables et leurs valeurs possibles : POUR LA SOURIS $injection : non / liquide physiologique / bactérie B1 / bactérie B2 / bactérie B1 morte / $ablation : non / oui $reaction : inerte / entend / entend_bouge $bruit : oui / non $etat : vivante / morte $phagocyte : entre 0 et 8000 $lymphocyte : entre 0 et 8000 $anticorps : entre 0,15 et 0,8 $charge_microbienne : 0 / 100 $jour : 0 / 6 $paratope : B (bactérie B1) / T (bactérie B2) / V (virus) $epitope : B $microbiote : normale / aucun / obese POUR LA BACTERIE $etape_culture_microbienne : intiale / finale $temperature_culture_microbienne : 25 / 37 / 39 / 90 $milieu_culture_microbienne : gélose avec glucose / gélose avec sang $antibiotique : oui / non $pastille : amoxicilline / penicilline / vancomycine $lampe_culture_microbienne : lampe classique / lampe à UV $colonie_bacterie : img_petite_colonie_bacterie / img_moyenne_colonie_bacterie / img_grande_colonie_bacterie $lame : img_bacteries_mobiles / img_bacteries_mortes / img_bacteries_agglutinees

<center>\ <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"><<include img_fond_microscope>></div>\ <div id="Layer2" style="position:absolute; left:120px; top:0px; z-index:2"><<if $lame1 neq "rien">><<include $lame1>><</if>></div>\ <div id="Layer3" style="position:absolute; left:120px; top:0px; z-index:3"><<if $lame2 neq "rien">><<include $lame2>><</if>></div>\ <div id="Layer4" style="position:absolute; left:120px; top:0px; z-index:4"><<if $lame3 neq "rien">><<include $lame3>><</if>></div>\ </center>\

<<silently>><<include img_phago>><</silently>> <<set $imgLeft to random(40,80); $imgTop to random(40,80)>>\ <<print $imageC + " style='position: absolute; transform:rotate(" + random(0,360) + "deg); left: " + $imgLeft + "px; top: " + $imgTop + "px;' >">>\ <<set $imgLeft to random(100,160); $imgTop to random(100,160)>>\ <<print $imageC + " style='position: absolute; transform:rotate(" + random(0,360) + "deg); left: " + $imgLeft + "px; top: " + $imgTop + "px;' >">>\

<<include menu>><<if $init==1>><<include modele_immuno>><</if>>\ <<if $defi == "vaccin" and $injection == "bactérie B1 morte de la boîte">><blockquote>BRAVO : tu as réussi le défi. Injectez la bactérie B1 à la souris pour vérifier qu'elle est immunisée.</blockquote><<set $defi ="off">><<remember $vaccin = "succès">><</if>>\ <center>Souris adulte $sexe <<if $etat == "morte">>morte $day jours après l'injection<</if>> <<include souris>>\ <<if $ablation == "moelle épinière coupé au cou">>La souris ne peut plus bouger ses pattes avants et arrières.<<elseif $ablation == "moelle épinière coupé au dos">>La souris ne peut plus bouger ses pattes arrières.<<elseif $ablation == "nerf cochléaire">>La souris peut encore bouger son cou.<</if>>\ </center>\ <<if $etape == 0>>\ [[Analyser le sang.|analyse_sang][$bruit="non"; $init=0]] [[Mesurer la taille et la masse de la souris.|souris_adulte][$etape = 2; $bruit="non"; $init=0]] <<if $etat == "morte">><div class="button_off">Injecter un produit dans le sang.</div><<elseif $injection == "non">>[[Injecter un produit dans le sang.|souris_adulte][$etape = 1; $bruit="non"; $init=0]]<<elseif $injection2 == "non">>[[Injecter un SECOND produit dans le sang.|souris_adulte][$etape = 1; $bruit="non"; $init=0]]<<else>><div class="button_off">Injecter un SECOND produit dans le sang.</div><</if>> <<if $etat == "morte">><div class="button_off">Faire du bruit derrière la souris. </div><<else>>[[Faire du bruit derrière la souris.|souris_adulte][$bruit = "oui"; $init=0]]<</if>> <<if $sexe is "mâle" and $etat is "vivante">>[[Observer au microscope le sperme de la souris.|microscopie][$lame1 = $spz; $etape = "spermatozoide"; $echelle ="0,1 mm"; $bruit="non"; $init=0]]<<elseif $sexe is "femelle" and $etat is "vivante">>[[Vérifier si la souris ovule.|souris_adulte][$etape = 3; $bruit="non"; $init=0]]<</if>> \ <<elseif $etape == 1>> [[Injecter des bactéries B1 (1) et attendre 3 semaines.|agenda][$agenda = "souris_adulte"; $duree = 21; $injection2 = "bactérie B1"; $etape =0; $init=1]]\ [[Injecter des bactéries B2 (2) et attendre 3 semaines.|agenda][$agenda = "souris_adulte"; $duree = 21; $injection2 = "bactérie B2"; $etape =0; $init=1]] [[Ne rien injecter et attendre 3 semaines.|agenda][$agenda = "souris_adulte"; $duree = 20; $injection2 = "aucune"; $etape =0; $init=1]] [[Ne rien faire.|souris_adulte][$etape =0; $injection2 ="non"; $etape =0, $init=1]] // 1 : La bactérie B1 est une bactérie mortelle. 2 : La bactérie B2 est différente de la B1 mais également mortelle.// <<elseif $etape == 2>> <<include mesure>> <<elseif $etape == 3>> <center>Un ''test d'ovulation'' est réalisé avec une bandelette-test.</center> <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1"><<include img_test_ovulation>>\ <div id="Layer2" style="position:absolute; left:0px; top:0px; z-index:2"><<if $ovulation is "non">><<include img_test_negatif>><<else>><<include img_test_positif>><</if>></div></div>\ <center>//Un trait : test négatif. Deux traits : test positif//</center> <<if $ovulation is "oui" and $ablation is "non">>[[Faire s'accoupler la femelle.|transfert][$etape = 0; $noyau="blanche"; $cytoplasme="blanche"; $membrane="blanche"]]<</if>> [[Retour|souris_adulte][$etape = 0]]\ <</if>>\ <blockquote>\ ''CONDITIONS EXPÉRIMENTALES'' <<if $injection2 == "non">>Produit injecté dans le sang : <<print $injection>><<else>>\ Première injection : <<print $injection>> Seconde injection 3 semaines plus tard : <<print $injection2>><</if>> Organe retiré : <<print $ablation>> Type de microbiote : <<print $microbiote>> Ration alimentaire : <<print $ration>> </blockquote> <<include auteur>>

[[Retirer le microbiote de la souris|souris_juvenile][$microbiote = "pas de microbiote" ; $etape = 0]] [[Remplacer le microbiote de la souris par celui d'un humain obèse. |souris_juvenile][$microbiote = "microbiote d'un humain obèse" ; $etape = 0]] [[Remplacer le microbiote de la souris par celui d'un humain mince. |souris_juvenile][$microbiote = "microbiote d'un humain mince" ; $etape = 0]] [[Laisser le microbiote de la souris. |souris_juvenile][$microbiote = "microbiote d'une souris saine" ; $etape = 0]] //Définition : Le microbiote est l'ensemble des bactéries présentes dans le tube digestif (intestin grêle et gros intestin).//

<<include menu>><<include modele_poids_taille>><<if $init >= 1>><<include init_souris>><</if>><<silently>><<if $injection == "molécule d'hypophyse" and $ablation neq "hypophyse">><<set $injection = "non">><</if>> <</silently>>\ <center>\ <<if $etape == 2>>\ <<include img_anatomie_souris>>\ <<else>>\Souris juvénile $sexe <<include img_souriceau_blanc>>\ <</if>>\ </center>\ <<if $etape == 0>>\ [["Injecter un produit dans le sang : " + $injection|souris_juvenile][$etape = 1; $init=0]] [["Retirer un organe : " + $ablation|souris_juvenile][$etape = 2; $init=0]] [["Nourrir la souris : ration " + $ration|souris_juvenile][$etape = 4; $init=0]] [["Modifier le microbiote : " + $microbiote|souris_juvenile][$etape = 3; $init=0]] [[Mesurer la taille et la masse de la souris juvénile|souris_juvenile][$etape = 5; $init=0]] <button class="manip" data-passage="agenda" data-setter="$agenda to 'souris_adulte'; $etape to 0; $duree to 21; $cobaye to 'souris adulte'; $init=1">Nourrir et élever la souris pendant 3 semaines.</button> <button class="manip" data-passage="preparation_sang" data-setter="$etape to 0; $cobaye to 'sang'; $init=0; $echelle to '0,005mm'">Expérimenter sur du //sang// de différentes souris.</button>\ <<elseif $etape == 1>>\ <<include injection>>\ <<elseif $etape == 2>>\ <<include ablation>>\ <<elseif $etape == 3>>\ <<include microbiote>>\ <<elseif $etape == 4>>\ <<include ration_alimentaire>>\ <<elseif $etape == 5>> <<include mesure_juvenile>>\ <</if>> <<include auteur>>

[[Aucun|souris_juvenile][$etape =0; $ablation = "non"]] <div class="button_off">A : cerveau</div> [[B : hypophyse|souris_juvenile][$etape =0 ; $ablation = "hypophyse"; $hypophyse = "sans"; $injection = "non"]] [[C : moelle épinière - section au niveau du cou|souris_juvenile][$etape =0 ; $ablation = "moelle épinière coupé au cou"; $reaction = "entend"]] [[D : moelle épinière - section au niveau du dos|souris_juvenile][$etape =0 ; $ablation = "moelle épinière coupé au dos"]] [[E : nerf cochléaire (relié à la cochlée)|souris_juvenile][$etape =0 ; $ablation = "nerf cochléaire"; $reaction = "inerte"]] <div class="button_off">F : oreille - cochlée</div> <div class="button_off">G : muscles du cou</div> [[H : nerf spinal (relié au muscle du cou)|souris_juvenile][$etape =0 ; $ablation = "nerf spinal"; $reaction = "entend"]] [[I : Moelle osseuse (destruction par radiation).|souris_juvenile][$etape =0 ; $ablation = "moelle osseuse"]] <<if $sexe is "mâle">>[[J : nerf relié aux testicules|souris_juvenile][$etape =0 ; $ablation = "nerf relié aux testicules"]] <div class="button_off">K : testicules</div><<else>>[[J : nerf relié aux ovaires|souris_juvenile][$etape =0 ; $ablation = "nerf relié aux ovaires"]] <div class="button_off">K : ovaires</div><</if>>

>Taille de la souris = <<print $taille_souris>> cm >Masse de la souris = <<print $poids_souris>> g >Évolution de la masse en 3 semaines = + <<print ($poids_souris - $poids_juvenile).toFixed(1)>> g [[Retour|souris_adulte][$etape = 0]]\

[[Donner une PETITE ration alimentaire : 2 g par jour|souris_juvenile][$etape =0; $ration = "petite"]] [[Donner une ration alimentaire NORMALE : 4 g par jour|souris_juvenile][$etape =0; $ration = "normale"]] [[Donner une GRANDE ration alimentaire : 6 g par jour|souris_juvenile][$etape =0; $ration = "grande"]]

<<silently>>\ <<if $cobaye == "souris adulte">> <<if $poids_souris <= 18>>\ <<set $corps = "img_corps_maigre">>\ <<elseif $poids_souris >= 26>>\ <<set $corps = "img_corps_obese">>\ <<else>> <<set $corps = "img_corps_normal">>\ <</if>>\ \ <<if $bruit == "oui">>\ <<timed 0.2s>><<replace "#bruit">><<include img_bruit>><</replace>> <<next 2s>><<replace "#bruit">><</replace>><</timed>> <<if random(1,10)==1>>/* erreur d'expérience */ <<else>> <<if $ablation == "nerf cochléaire">>\ <<set $tete = "img_tete_souris">>\ <<elseif $ablation == "moelle épinière coupé au cou" or $ablation == "nerf spinal">>\ <<timed 0.2s>><<replace "#tete">><<include img_souris_entend>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_tete>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_entend>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_tete>><</replace>>\ <</timed>>\ <<else>>\ <<timed 0.2s>><<replace "#tete">><<include img_souris_entend>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_tete>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_entend>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_tete>><</replace>>\ <<next>><<replace "#tete">><<include img_souris_bouge>><</replace>>\ <<next 1s>><<replace "#tete">><<include img_souris_tete>><</replace>>\ <</timed>>\ <</if>>\ <</if>>\ <</if>>\ <<else>> <<set $corps = "img_corps_normal">>\ <</if>> <<endsilently>>\ <<if $etat == "vivante">>\ <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1">\ <<include $corps>>\ <div id="Layer2" style="position:absolute; left:120px; top:0px; z-index:2">\ <span id="tete"><<include img_souris_tete>></span>\ <div id="Layer3" style="position:absolute; left:120px; top:0px; z-index:2">\ <span id="bruit"></span>\ </div></div>\ </div>\ <<else>>\ <<include img_souris_morte>>\ <</if>>\

<<silently>> <<set $erreur = random (1,8)>> <<if $ablation neq "hypophyse">> <<set $taille_penis = randomFloat (1.9,2.1).toFixed(1)>> <<set $poids_vesicule = random (99,101)>> <<if $erreur == 1>><<set $spz = "img_sperme_anormal">><<else>><<set $spz = "img_sperme_sain">><</if>> <<if $erreur == 1>><<set $ovulation="non">><<else>><<set $ovulation="oui">><</if>> <<elseif $ablation == "hypophyse" and $injection == "molécule d'hypophyse">> <<set $spz = "img_sperme_sain">> <<set $taille_penis = randomFloat (1.9,2.1).toFixed(1)>> <<set $poids_vesicule = random (101,120)>> <<set $ovulation ="oui">> <<else>> <<set $taille_penis = randomFloat (0.9,1.2).toFixed(1)>> <<set $poids_vesicule = random (15,25)>> <<set $spz = "rien">> <<set $ovulation ="non">> <</if>> /* poids */ <<if $ration == "normale">> <<if $microbiote == "pas de microbiote">><<set $poids_souris = ((random(46,60)+random(46,60)+random(46,60))/10)>><</if>> */entre 14 et 18 */ <<if $microbiote == "microbiote d'une souris saine" or $microbiote == "microbiote d'un humain mince">><<set $poids_souris = ((random(63,83)+random(63,83)+random(63,83))/10)>><</if>> */entre 19 et 25 */ <<if $microbiote == "microbiote d'un humain obèse">><<set $poids_souris = ((random(96,116)+random(96,116)+random(96,116))/10)>><</if>> */entre 29 et 35 */ <<if $ablation == "hypophyse">><<set $poids_souris -= 3; $taille_souris -= 2>><</if>> <<if $injection == "bactérie B1">><<set $poids_souris -= 1>><</if>> <<if $sexe is "femelle">><<set $poids_souris -= 2>><</if>> <<elseif $ration == "petite">> <<if $microbiote == "pas de microbiote">><<set $poids_souris = ((random(43,56)+random(43,56)+random(43,56))/10)>><</if>> */entre 13 et 17 */ <<if $microbiote == "microbiote d'une souris saine" or $microbiote == "microbiote d'un humain mince">><<set $poids_souris = ((random(53,63)+random(53,63)+random(53,63))/10)>><</if>> */entre 16 et 19 */ <<if $microbiote == "microbiote d'un humain obèse">><<set $poids_souris = ((random(60,70)+random(60,70)+random(60,70))/10)>><</if>> */entre 18 et 21 */ <<if $injection == "bactérie B1">><<set $poids_souris -= 1>><</if>> <<if $sexe is "femelle">><<set $poids_souris -= 2>><</if>> <<elseif $ration == "grande">> <<if $microbiote == "pas de microbiote">><<set $poids_souris = ((random(63,76)+random(63,76)+random(63,76))/10)>><</if>> */entre 19 et 23 */ <<if $microbiote == "microbiote d'une souris saine" or $microbiote == "microbiote d'un humain mince">><<set $poids_souris = ((random(80,100)+random(80,100)+random(80,100))/10)>><</if>> */entre 24 et 30 */ <<if $microbiote == "microbiote d'un humain obèse">><<set $poids_souris = ((random(110,130)+random(110,130)+random(110,130))/10)>><</if>> */entre 34 et 40 */ <<if $injection == "bactérie B1">><<set $poids_souris -= 1>><</if>> <<if $sexe is "femelle">><<set $poids_souris -= 2>><</if>> <</if>> <<if $microbiote == "pas de microbiote">> <<set $lymphocyte to random (3900,4100)>> <<set $anticorps to randomFloat (0.13,0.15).toFixed(2)>> <<set $paratope to either ("B","T","T","T","T","T")>> <</if>> <</silently>>\

<<silently>> <<if $time !=0>> <<if $temperature ==20 and $hygrometrie ==70 and $eclairage =="lumineux">> <<set $preferendum1 to random(1,3); $preferendum2=(4-$preferendum1)>> <<elseif $temperature ==10>> <<set $preferendum1 to random(0,1); $preferendum2=(4-$preferendum1)>> <<elseif $temperature ==25>> <<set $preferendum1 to random(3,4); $preferendum2=(4-$preferendum1)>> <<elseif $hygrometrie ==50>> <<set $preferendum1 to random(3,4); $preferendum2=(4-$preferendum1)>> <<elseif $eclairage == "obscure">> <<set $preferendum1 to random(0,1); $preferendum2=(4-$preferendum1)>> <<else>> <<set $preferendum1 to random(1,3); $preferendum2=(4-$preferendum1)>> <</if>> <</if>> <</silently>>\

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

<<include menu>><<set $erreur_manipulation to random(1,10)>>\ <<if $etape==1>>\ <center>Morceau de tige</center> <center><<include img_bouture_ratee>></center> [[Attendre une semaine|bouture][$etape=2]] <<elseif $etape==2>>\ <<if $erreur_manipulation==1>>\ <center>Morceau de tige une semaine après</center> <center><<include img_bouture_ratee>></center> <<else>>\ <center>Morceau de tige une semaine après</center> <center><<include img_bouture>></center> [[Planter la nouvelle plante dans de la terre|condition_croissance_plante][$etape = 1; $cobaye = "tomate"]] <</if>>\ <</if>>\ <<include auteur>>

<<include menu>><<if $init >=1>><<include init_biolab>><<else>><<include valeurs_mesures_biolab>><</if>>\ <center>BIO-LAB <<include img_biolab>></center> <<if $etape == 1>>\ <<if $contenu is "pyrrhocore" or $contenu is "cloporte">><blockquote>Vous pouvez modifier seulement le grand BIO-LAB. Le petit BIO-LAB restera à 20°C, 70 % HR et sera lumineux.</blockquote><</if>>\ [["Sonde : " + $outil|biolab_configuration][$etape = 2; $init=0]] [["Éclairage : " + $eclairage|biolab_configuration][$etape = 4; $init=0]] <<if $contenu == "poisson">>\ <div class="button_off">Température de l'eau : $temperature °C</div> <<else>>\ [["Température : " + $temperature + " °C" |biolab_configuration][$etape = 5; $init=0]] <</if>>\ <<if $contenu == "cloporte" or $contenu == "pyrrhocore">>\ [["Humidité de l'air : " + $hygrometrie + " %HR" |biolab_configuration][$etape = 6; $init=0]] <</if>>\ <<if $contenu is "eau">>[["Agitation : " + $agitation|biolab_configuration][$etape = 3; $init=0]]<</if>>\ <button class="manip" data-passage="biolab_mesure" data-setter="$time to 0; $init to 0">Lancer les mesures.</button> <<elseif $etape == 2>>\ [[Utiliser une sonde à dioxygène - oxymètre|biolab_configuration][$etape = 1; $outil = "sonde à dioxygène"; $outil_ecran ="% O~~2~~"]] [[Utiliser une sonde de luminosité - luxmètre|biolab_configuration][$etape = 1; $outil = "sonde de luminosité"; ; $outil_ecran ="LUX"]] <<if $contenu == "eau agitée">><div class="button_off">sonde à dioxyde de carbone - désactivé</div><<else>>[[Utiliser une sonde à dioxyde de carbone|biolab_configuration][$etape = 1; $outil = "sonde à dioxyde de carbone"; $outil_ecran ="% CO~~2~~"]]<</if>> [[Utiliser une sonde à température - thermomètre|biolab_configuration][$etape = 1; $outil = "thermomètre"; $outil_ecran ="T°C"]] [[Ne pas utiliser de sonde|biolab_configuration][$etape = 1; $outil = "aucune"; ; $outil_ecran =""]] <<elseif $etape == 3>>\ [[Eau calme et non agitée.|biolab_configuration][$etape = 1; $agitation = "eau calme"]] [[Eau agitée.|biolab_configuration][$etape = 1; $agitation = "eau agitée"]] <<elseif $etape == 4>>\ [[Allumer la lumière|biolab_configuration][$etape = 1; $eclairage = "lumineux"]] [[Eteindre la lumière|biolab_configuration][$etape = 1; $eclairage = "obscure"]] <<elseif $etape == 5>>\ [[Mettre à 10°C|biolab_configuration][$etape = 1; $temperature=10]] [[Mettre à 20°C|biolab_configuration][$etape = 1; $temperature=20]] [[Mettre à 25°C|biolab_configuration][$etape = 1; $temperature=25]] <<elseif $etape == 6>>\ [[Régler l'humidité à 50 %HR|biolab_configuration][$etape = 1; $hygrometrie=50]] [[Régler l'humidité à 70 %HR|biolab_configuration][$etape = 1; $hygrometrie=70]] <</if>>\ <<include auteur>>

<<include menu>><<include valeurs_mesures_biolab>><<if $contenu =="pyrrhocore" or $contenu=="cloporte">><<include biolab_preferendum>><</if>>\ <center>BIO-LAB ''<<print $time>> minutes'' après le début de l'expérience. <<include img_biolab>></center> <<if $etape == 1>>\ [[ATTENDRE 15 MINUTES|biolab_mesure][$etape =2; $time =15]]\ <<elseif $etape == 2>>\ [[ATTENDRE 15 MINUTES|biolab_mesure][$etape =3; $time =30]]\ <<elseif $etape == 3>>\ [[ATTENDRE 15 MINUTES|biolab_mesure][$etape =4; $time =45]]\ <<elseif $etape == 4>>\ [[ATTENDRE 15 MINUTES|biolab_mesure][$etape =5; $time =60]]\ <<elseif $etape == 5>>\ <div class="button_off">FIN DES MESURES.</div> <</if>> <blockquote>''CONDITIONS EXPÉRIMENTALES'' <<if $contenu =="pyrrhocore" or $contenu=="cloporte">>\ Grand Bio-Lab : <<print $temperature>>°C, <<print $eclairage>> et <<print $hygrometrie>> %HR Petit Bio-Lab : 20°C et lumineux et 70 %HR<<else>>\ Température : <<print $temperature>>°C Éclairage : <<print $eclairage>>.<</if>> <<if $contenu is "eau">>Agitation : $agitation<</if>> <<if $outil neq "aucune">>//note : La sonde est précise au centième.//<</if>></blockquote> <<include auteur>>

<<silently>> <<if $outil == "sonde à dioxygène">>\ <<if $contenu == "air">> <<set $mesure =20.9>> <<elseif $contenu == "eau" and $agitation is "eau calme">> <<if $temperature is 10>><<set $mesure to randomFloat(8.6, 9.2)>><<elseif $temperature is 20>><<set $mesure to randomFloat(7.8, 8.2)>><<elseif $temperature is 25>><<set $mesure to randomFloat(6.9, 7.5)>><</if>> <<elseif $contenu == "eau" and $agitation is "eau agitée">> <<set _dissolution to randomFloat(0.4, 0.5)>> <<if $time == 0>><<if $temperature is 10>><<set $mesure to randomFloat(8.6, 9.2)>><<elseif $temperature is 20>><<set $mesure to randomFloat(7.8, 8.2)>><<elseif $temperature is 25>><<set $mesure to randomFloat(6.9, 7.5)>><</if>> <<elseif $time == 15>><<set $mesure to ($mesure+_dissolution)>> <<elseif $time == 30>><<set $mesure to ($mesure+_dissolution)>> <<elseif $time == 45>><<set $mesure to ($mesure+_dissolution)>> <<elseif $time == 60>><<set $mesure to ($mesure+_dissolution)>> <</if>> <<elseif $contenu == "souris" and $eclairage =="lumineux">> <<set _conso to randomFloat(1.9, 2.1)>> <<if $time == 0>><<set $mesure=20.9>> <<elseif $time == 15>><<set $mesure to ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure to ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure to ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure to ($mesure-_conso)>> <</if>> <<elseif $contenu == "souris" and $eclairage =="obscure">> <<set _conso to randomFloat(1.0, 1.4)>> <<if $time == 0>><<set $mesure=20.9>> <<elseif $time == 15>><<set $mesure to ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure to ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure to ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure to ($mesure-_conso)>> <</if>> <<elseif $contenu == "pyrrhocore" or $contenu=="cloporte">> <<set _conso to randomFloat(0.2, 0.4)>> <<if $time == 0>><<set $mesure =20.9>> <<elseif $time == 15>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure = ($mesure-_conso)>> <</if>> <<elseif $contenu == "graines en cours de germination">> <<set _conso to randomFloat(0.007, 0.009)>> <<if $time == 0>><<set $mesure =20.9>> <<elseif $time == 15>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure = ($mesure-_conso)>> <</if>> <<elseif $contenu == "poisson">> <<set _conso to randomFloat(0.4, 0.6)>> <<if $time == 0>><<set $mesure =8.0>> <<elseif $time == 15>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure = ($mesure-_conso)>> <</if>> <<elseif $contenu == "plante" and $eclairage == "obscure">> <<set _conso to randomFloat(0.3, 0.5)>> <<if $time == 0>><<set $mesure =20.9>> <<elseif $time == 15>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure = ($mesure-_conso)>> <</if>> <<elseif $contenu == "plante" and $eclairage == "lumineux">> <<set _rejet to randomFloat(0.3, 0.5)>> <<if $time == 0>><<set $mesure =20.9>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <</if>> <<elseif $outil == "sonde à dioxyde de carbone">> <<if $contenu == "air" >> <<set $mesure = 0.04>> <<elseif $contenu == "eau" and $agitation is "eau calme">> <<if $temperature is 10>><<set $mesure to randomFloat(1.8, 1.9)>><<elseif $temperature is 20>><<set $mesure to randomFloat(1.5, 1.6)>><<elseif $temperature is 25>><<set $mesure to randomFloat(0.9, 1.0)>><</if>> <<elseif $contenu == "eau" and $agitation is "eau agitée">> <<set _dissolution to randomFloat(0.0, 0.1)>> <<if $time == 0>><<if $temperature is 10>><<set $mesure to randomFloat(1.8, 1.9)>><<elseif $temperature is 20>><<set $mesure to randomFloat(1.5, 1.6)>><<elseif $temperature is 25>><<set $mesure to randomFloat(0.9, 1.0)>><</if>> <<elseif $time == 15>><<set $mesure to ($mesure-(_dissolution /20))>> <<elseif $time == 30>><<set $mesure to ($mesure+(_dissolution /20))>> <<elseif $time == 45>><<set $mesure to ($mesure-(_dissolution /20))>> <<elseif $time == 60>><<set $mesure to ($mesure+(_dissolution /20))>> <</if>> <<elseif $contenu == "souris" and $eclairage=="lumineux">> <<set _rejet to randomFloat(0.30, 0.40)>> <<if $time == 0>><<set $mesure =0.04>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <<elseif $contenu == "souris" and $eclairage =="obscure">> <<set _conso to randomFloat(0.20, 0.30)>> <<if $time == 0>><<set $mesure=0.04>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <<elseif $contenu == "pyrrhocore" or $contenu=="cloporte">> <<set _rejet to randomFloat(0.0,0.20)>> <<if $time == 0>><<set $mesure =0.04>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <<elseif $contenu == "graines en cours de germination">> <<set _rejet to randomFloat(0.004,0.006)>> <<if $time == 0>><<set $mesure =0.04>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <<elseif $contenu == "poisson">> <<set _rejet to randomFloat(0.1,0.3)>> <<if $time == 0>><<set $mesure = 1.6>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <<elseif $contenu == "plante" and $eclairage == "obscure">> <<set _rejet to randomFloat(0.0, 0.2)>> <<if $time == 0>><<set $mesure =0.04>> <<elseif $time == 15>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 30>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 45>><<set $mesure = ($mesure+_rejet)>> <<elseif $time == 60>><<set $mesure = ($mesure+_rejet)>> <</if>> <<elseif $contenu == "plante" and $eclairage == "lumineux">> <<set _conso to randomFloat(0.0, 0.01)>> <<if $time == 0>><<set $mesure = 0.04>> <<elseif $time == 15>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 30>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 45>><<set $mesure = ($mesure-_conso)>> <<elseif $time == 60>><<set $mesure = ($mesure-_conso)>> <</if>> <</if>> <<elseif $outil == "sonde de luminosité">> <<if $eclairage == "obscure" and ($contenu is "eau" or $contenu is "poisson")>> <<set $mesure to random(2300,2400)>> <<elseif $eclairage == "obscure">> <<set $mesure to random(95,105)>> <<elseif $eclairage == "lumineux" >> <<set $mesure to random(14950,15050)>> <</if>> <<elseif $outil == "thermomètre">> <<if $contenu == "souris" >> <<set _chaud to randomFloat(0.1, 0.2)>> <<if $time == 0>><<set $mesure to $temperature>> <<elseif $time == 15>><<set $mesure = ($mesure+_chaud)>> <<elseif $time == 30>><<set $mesure = ($mesure+_chaud)>> <<elseif $time == 45>><<set $mesure = ($mesure+_chaud)>> <<elseif $time == 60>><<set $mesure = ($mesure+_chaud)>> <</if>> <<else>> <<set $mesure to $temperature>> <</if>> <<elseif $outil == "aucune">> <<set $mesure =0>> <</if>> <</silently>>\

<<include cobaye_biolab>>\ <div id="Layer1" style="position:relative; left:0px; top:0px; z-index:1">\ <<if $eclairage =="lumineux">><<include img_biolab_bas_lumineux>>\ <<else>><<include img_biolab_bas_sombre>>\ <</if>>\ <div id="Layer2" style="position:absolute; left:140px; top:0px; z-index:2">\ <<if $cobaye_biolab !="non">><<if $eclairage == "obscure">><div style="filter:grayscale(100%) brightness(0.8)"><<include $cobaye_biolab>></div>\ <<else>><<include $cobaye_biolab>><</if>><</if>>\ </div>\ <div id="Layer3" style="position:absolute; left:140px; top:0px; z-index:3">\ <<if ($contenu =="eau" and $agitation is "eau calme") or $contenu =="poisson">><<include img_biolab_haut_eau>>\ <<else>><<include img_biolab_haut>><</if>>\ </div>\ <div id="Layer3" style="position:absolute; left:140px; top:0px; z-index:3">\ <<if ($contenu =="plante" and $time >=30 and $eclairage=="lumineux") or ($contenu =="plante" and $time ==60 and $eclairage=="obscure") >><<include img_buee>><</if>>\ </div>\ <div id="Layer4" style="position:absolute; left:274px; top:10px; z-index:3">\ <<if $contenu =="pyrrhocore">><<include img_biolab2>><<include img_pyrrho_biolab_2>> <<elseif $contenu=="cloporte">><<include img_biolab2>><<include img_clopo_biolab_2>> <</if>>\ </div>\ <<if $outil neq "aucune">><div id="Layer5" style="position:absolute; left:175px; top:50px; z-index:4"><<if $time !="non">><<= $mesure.toFixed(2)>><<else>>_ _<</if>> $outil_ecran</div><</if>>\ </div>\

<<silently>> /* le code permet d'afficher la bonne image du cobaye dans le biolab principal */ <<if $contenu == "air">> <<set $cobaye_biolab = "non">> <<elseif $contenu == "souris" and $eclairage == "obscure">> <<set $cobaye_biolab = "img_souris_dodo_biolab">> <<elseif $contenu == "souris" and $time == 60>> <<set $cobaye_biolab = "img_souris_morte_biolab">> <<elseif $contenu == "souris" and $time neq 60>> <<set $cobaye_biolab = "img_souris_biolab">> <<elseif $contenu == "pyrrhocore">> <<set $cobaye_biolab = "img_pyrrho_biolab">> <<elseif $contenu == "cloporte">> <<set $cobaye_biolab = "img_clopo_biolab">> <<elseif $contenu == "eau">> <<if $agitation is "eau agitée">><<set $cobaye_biolab = "gif_agitation">><<else>><<set $cobaye_biolab = "non">><</if>> <<elseif $contenu == "poisson">> <<set $cobaye_biolab = "img_poisson_biolab">> <<elseif $contenu == "plante">> <<set $cobaye_biolab = "img_plante_biolab">> <<elseif $contenu == "graines en cours de germination">> <<set $cobaye_biolab = "img_tas_graine">> <</if>> <</silently>>\

<<silently>> <<if $bac =="b1">> <<set $b1="avec"; $b2="sans">> <<elseif $bac =="b2">> <<set $b1="sans"; $b2="avec">> <<else>> <<set $b1 ="sans"; $b2="sans">> <</if>>> <<if $plasma == "avec" and $anticorps > 0.9 and $b1 == "avec" and ($paratope =="BB" or $paratope=="B")>> <<set $lame1 = "img_bacteries_agglutinees">> <<elseif $plasma == "avec" and $anticorps > 0.9 and $b2 == "avec" and $paratope =="BB">> <<set $lame1 = "img_bacteries_agglutinees">> <<elseif $bac != "sans">> <<set $lame1 = "img_bacteries_mobiles_rares">> <<else>> <<set $lame1 = "rien">> <</if>> <<if $globule_blanc == "avec" and $bac !="sans" and $lame1 =="img_bacteries_agglutinees">> <<set $lame2 = "img_leucocyte_bac_ac">> <<elseif $globule_blanc == "avec" and $bac !="sans">> <<set $lame2 = "img_leucocyte_bac">> <<elseif $globule_blanc == "avec">> <<set $lame2 = "img_leucocyte">> <<else>> <<set $lame2 = "rien">> <</if>> <<if $globule_rouge == "avec">> <<set $lame3 = "img_hematie">> <<else>> <<set $lame3 = "rien">> <</if>> <<endsilently>>\

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