diff --git a/2014-03-21/images/Thumbs.db b/2014-03-21/images/Thumbs.db
new file mode 100644
index 0000000..b03caf6
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diff --git a/2014-03-21/python/exercise1.py b/2014-03-21/python/exercise1.py
index ec9810a..8f26a38 100644
--- a/2014-03-21/python/exercise1.py
+++ b/2014-03-21/python/exercise1.py
@@ -9,7 +9,7 @@
 quadrati_orizzontali=STRUCT([quadrato,T(1)(2.5)]*3+[T(1)(12),quadrato]+[T(1)(2.5),quadrato]*2)
 quadrati_verticali=STRUCT([quadrati_orizzontali,T(2)(2.5)]*3+[T(2)(12),quadrati_orizzontali]+[T(2)(2.5),quadrati_orizzontali]*2)
 
-#creo i quadrati bianchi 
+#creo i quadrati bianchi
 quadrato_bianco=T([1,2,3])([10.5,1.5,0.1])(PROD([Q(3.5),Q(3.5)]));
 quadrati_bianchi_orizzontali=STRUCT([quadrato_bianco,T(1)(19.5)]*2)
 quadrati_bianchi_verticali=STRUCT([quadrati_bianchi_orizzontali,T(2)(19.5)]*2)
diff --git a/2014-03-21/python/exercise4.py b/2014-03-21/python/exercise4.py
index f7948dd..6a875dd 100644
--- a/2014-03-21/python/exercise4.py
+++ b/2014-03-21/python/exercise4.py
@@ -2,7 +2,7 @@
 
 col=Color4f([(0.78),(0.04),(0.084)])
 
-#######################  ES 4   ###################
+####################### ES 4 ###################
 #SCALA
 
 def creaRampa (lung) :
@@ -23,21 +23,6 @@ def creaBaseSupporto (lung):
 
 ###########################
 
-
-
-
-
-
-
-
-
-
-
-
-
-
-####################
-
 colonna_rossa3D=COLOR(col)(INSR(PROD)([Q(1.5),Q(10),Q(1.5)]))
 colonne_orizz_rosse3D=STRUCT([colonna_rossa3D,T(1)(2.5)]*3+[T(1)(12),colonna_rossa3D]+[T(1)(2.5),colonna_rossa3D]*2)
 colonne_vertic_rosse3D=T([1,3])([9,9])(STRUCT([colonne_orizz_rosse3D,T(3)(2.5)]*3+[T(3)(13),colonne_orizz_rosse3D]+[T(3)(2.5),colonne_orizz_rosse3D]*2))
diff --git a/2014-04-11/images/1379660848030.jpg b/2014-04-11/images/1379660848030.jpg
new file mode 100644
index 0000000..382ba1b
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diff --git a/2014-04-11/images/20100501_lego_chinapavilion01es.jpg b/2014-04-11/images/20100501_lego_chinapavilion01es.jpg
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index 0000000..e056269
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diff --git a/2014-04-11/images/416040.jpg b/2014-04-11/images/416040.jpg
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diff --git a/2014-04-11/images/Screenshot 2014-04-12 08.25.46.png b/2014-04-11/images/Screenshot 2014-04-12 08.25.46.png
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diff --git a/2014-04-11/images/china_pavilion_shanghai_world_expo_shanghai_china.jpg b/2014-04-11/images/china_pavilion_shanghai_world_expo_shanghai_china.jpg
new file mode 100644
index 0000000..44090a6
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diff --git a/2014-04-11/index.html b/2014-04-11/index.html
index e69de29..1a94206 100644
--- a/2014-04-11/index.html
+++ b/2014-04-11/index.html
@@ -0,0 +1,38 @@
+<html>
+<head>
+<title>Homework1 - China pavilion Expo 2010 </title>
+
+</head>
+<body>
+<hr>
+<h2><b>Nome: </b>Michele</h2>
+<h2><b>Cognome: </b>D'Antimi</h2>
+<h2><b>Matricola: </b>442995</h2>
+<hr>	
+<h1>Documentazione ed immagini</h1>
+<hr>
+<ul>
+Ho aggiunto nuove caratteristiche al modello 3D creato durante il primo Homework. La creazione dell'area circostante l'edificio è stato creata prendendo spunto
+dalle immagini ed aggiungendo altri elementi che si potevano accostare bene all'ambiente.
+Inizialmente è avvenuta una pianificazione su "carta" delle modifiche e delle aggiunte da effettuare e successivamente queste sono state riportate 
+su codice.
+<br/>
+<li><a href="http://en.wikipedia.org/wiki/China_pavilion_at_Expo_2010">China_pavilion</a></li>
+<li><a href="http://www.google.it/imgres?client=firefox-a&hs=PY7&sa=X&rls=org.mozilla%3Ait%3Aofficial&channel=sb&biw=1366&bih=664&tbm=isch&tbnid=gGbkbzOKycyfTM%3A&imgrefurl=http%3A%2F%2Fwww.tuttocina.it%2Ffdo%2Fbetter-city-better-life.htm&docid=wAXvRTg4_GnqEM&imgurl=http%3A%2F%2Fwww.tuttocina.it%2Ffdo%2Fimages%2Fchina-pavilion.jpg&w=500&h=254&ei=OJ4sU4f0DoW0tAbEm4DoBg&zoom=1&ved=0CF0QhBwwAg&iact=rc&dur=511&page=1&start=0&ndsp=15">China_pavilion_vista frontale</a></li>
+<li><a href="http://www.schindler.com/content/cn/internet/en/about-us/news/press-releases-2009/ride-on-schindler--view-china-pavilion-home-/_jcr_content/contentPar/textimage/image.spooler.textImageBig.500.jpg/1379660848030.jpg">China_pavilion_vista dall'alto</a></li>
+<li><a href="http://images.china.cn/images1/200712/416040.jpg">China_pavilion_vista_laterale</a></li>
+<li><a href="http://www.globeimages.net/data/media/89/china_pavilion_shanghai_world_expo_shanghai_china.jpg">China_pavilion</a></li>
+</ul>
+<hr>
+<p></p>
+
+<h1>Link agli esercizi</h1>
+<hr>
+
+<li><a href="python/exercise1.py">Exercise 1</a></li>
+<li><a href="python/exercise2.py">Exercise 2</a></li>
+<li><a href="python/exercise3.py">Exercise 3</a></li>
+<li><a href="python/exercise4.py">Exercise 4</a></li>
+
+</body>
+</html>
\ No newline at end of file
diff --git a/2014-04-11/python/exercise1.py b/2014-04-11/python/exercise1.py
index e69de29..5c9e308 100644
--- a/2014-04-11/python/exercise1.py
+++ b/2014-04-11/python/exercise1.py
@@ -0,0 +1,127 @@
+from pyplasm import *
+from larcc import *
+
+col=Color4f([(0.78),(0.04),(0.084)])
+green=Color4f([(0.133),(0.545),(0.133)])
+
+
+#####################################################################################################################
+
+def creaRampa (lung,q=30) :
+	grad2d = MKPOL([[[0,0],[0,0.2],[0.2,0.2]],[[1,2,3]],None])
+	grad3d = MAP([S1,S3,S2])(PROD([grad2d,Q(q)]))
+	rampa=STRUCT([grad3d,T([1,3])([0.2,0.2])]*lung)
+	return rampa
+
+def creaBaseSupporto (lung,q=30):
+	supp2d = MKPOL([[[0,0],[0.2*lung,0],[0.2*lung,0.2*lung]],[[1,2,3]],None])
+	supp3d = MAP([S1,S3,S2])(PROD([supp2d,Q(q)]))
+	return supp3d
+
+
+
+########################################################################################################################################################
+#creo dei giardini sul tetto della costruzione
+
+
+giardino_supporto=COLOR(green)(MKPOL([[[35,0,5,],[85,0,5],[85,0,75],[35,0,75]],[[1,2,3,4]],None]))
+giardino_supporto2=COLOR(green)(MKPOL([[[55,0,55],[55,0,75],[5,0,75],[5,0,55]],[[1,2,3,4]],None]))
+giardino_supporto3=COLOR(green)(MKPOL([[[5,0,125,],[5,0,145],[95,0,125],[95,0,155]],[[1,2,3,4]],None]))
+giardino_supporto4=T(2)(0.1)(COLOR(green)(MKPOL([[[95,0,125,],[35,0,195],[35,0,125],[95,0,195]],[[1,2,3,4]],None])))
+giardino_supporto5=COLOR(green)(MKPOL([[[115,0,5,],[190,0,5],[145,0,65],[115,0,75]],[[1,2,3,4]],None]))
+giardino_supporto6=COLOR(green)(MKPOL([[[120,0,125,],[185,0,145],[194,0,125],[120,0,155]],[[1,2,3,4]],None]))
+giardino_1=T(2)(0.1)(STRUCT([giardino_supporto,giardino_supporto2, giardino_supporto3, giardino_supporto4, giardino_supporto5, giardino_supporto6]))
+
+########################################################################################################################################################
+
+#creao la strada che porta alla costruzione
+
+strada=T([1,2,3])([10,0.1,80])(CUBOID([170,0.1,30]))
+strada_bordo_1=COLOR(BLACK)(T([1,2,3])([10,0.3,80])(CUBOID([170,0.1,5])))
+strada_bordo_2=T(3)(25)(strada_bordo_1)
+
+#########################################################################################################################################################
+
+colonna_rossa3D=COLOR(col)(INSR(PROD)([Q(1.5),Q(10),Q(1.5)]))
+colonne_orizz_rosse3D=STRUCT([colonna_rossa3D,T(1)(2.5)]*3+[T(1)(12),colonna_rossa3D]+[T(1)(2.5),colonna_rossa3D]*2)
+colonne_vertic_rosse3D=T([1,3])([9,9])(STRUCT([colonne_orizz_rosse3D,T(3)(2.5)]*3+[T(3)(13),colonne_orizz_rosse3D]+[T(3)(2.5),colonne_orizz_rosse3D]*2))
+
+finestra3D=T(3)(9)(COLOR(BLACK)(INSR(PROD)([Q(3.5),Q(10),Q(3.5)])))
+finestre_orizz_3D=T([1,3])([10.5,1.5])(STRUCT([finestra3D,T(1)(19.5)]*2))
+finestre_vertic_3D=STRUCT([finestre_orizz_3D,T(3)(20.5)]*2)
+
+
+colonna_primo_livello3D=COLOR(col)(T([1,2,3])([7.5,10,9])(INSR(PROD)([Q(29),Q(1.5),Q(1.5)])))
+colonne_primo_livello3D=STRUCT([colonna_primo_livello3D,T(3)(2.5)]*3+[T(3)(13),colonna_primo_livello3D]+[T(3)(2.5),colonna_primo_livello3D]*2)
+
+colonne_sec_livello3D=T(2)(1.5)(colonne_primo_livello3D)
+colonne_sec_livello3D=COLOR(col)(MAP([S3,S2,S1])(colonne_sec_livello3D))
+
+colonna_ter_livello3D=COLOR(col)(T([1,2,3])([6,13,6.5])(INSR(PROD)([Q(33),Q(1.5),Q(1.5)])))
+colonne_ter_livello3D=T(3)(2)(STRUCT([colonna_ter_livello3D,T(3)(2.5)]*3+[T(3)(3.5),colonna_ter_livello3D]+[T(3)(3.5),colonna_ter_livello3D]*4))
+colonne_quar_livello3D=T([2,3])([1.5,-1])(colonne_ter_livello3D)
+colonne_quar_livello3D=COLOR(col)(MAP([S3,S2,S1])(colonne_quar_livello3D))
+
+colonna_quin_livello3D=COLOR(col)(T([1,2,3])([4.5,16,4.5])(INSR(PROD)([Q(37),Q(1.5),Q(1.5)])))
+colonne_quin_livello3D=T(3)(3)(STRUCT([colonna_quin_livello3D,T(3)(2.5)]*5+[T(3)(5.5),colonna_quin_livello3D]+[T(3)(3.5),colonna_quin_livello3D]*3))
+colonne_ses_livello3D=T([2,3])([1.5,-1])(colonne_quin_livello3D)
+colonne_ses_livello3D=COLOR(col)(T(1)(2)(MAP([S3,S2,S1])(colonne_ses_livello3D)))
+
+colonna_sett_livello3D=COLOR(col)(T([1,2,3])([4,19,3])(INSR(PROD)([Q(39),Q(1.5),Q(1.5)])))
+colonne_sett_livello3D=T(3)(3)(STRUCT([colonna_sett_livello3D,T(3)(2.5)]*4+[T(3)(5.5),colonna_sett_livello3D]+[T(3)(3.5),colonna_sett_livello3D]*5))
+colonne_ott_livello3D=T([2,3])([1.5,-1])(colonne_sett_livello3D)
+colonne_ott_livello3D=COLOR(col)(T(1)(3)(MAP([S3,S2,S1])(colonne_ott_livello3D)))
+
+colonna_nono_livello3D=COLOR(col)(T([1,2,3])([1.5,22,2])(INSR(PROD)([Q(43),Q(1.5),Q(1.5)])))
+colonne_nono_livello3D=T(3)(2)(STRUCT([colonna_nono_livello3D,T(3)(2.5)]*5+[T(3)(5.5),colonna_nono_livello3D]+[T(3)(3.5),colonna_nono_livello3D]*5))
+
+colonne_decimo_livello3D=T([2,3])([1.5,-1])(colonne_nono_livello3D)
+colonne_decimo_livello3D=COLOR(col)(T(1)(3)(MAP([S3,S2,S1])(colonne_decimo_livello3D)))
+
+#creo gli oggetti sul tetto
+
+tetto=COLOR(col) (T([1,2,3])([1.5,25,1.5])(INSR(PROD)([Q(43),Q(1),Q(43)])))
+pianale= T([1,2,3])([1.5,25,1.5])(INSR(PROD)([Q(43),Q(1.3),Q(43)]))
+prato= COLOR(GRAY)(T([1,2,3])([3,25,3])(INSR(PROD)([Q(40),Q(1.5),Q(40)])))
+
+#edificio sul tetto senza le porte
+edificio_alto_senza_porte=PROD([Q(8),Q(4)])
+edificio_alto_senza_porte_uno=T([1,2])([10.5,26.5])(COLOR(col)(edificio_alto_senza_porte))
+edificio_alto_senza_porte_due=T([1,2])([25.5,26.5])(COLOR(col)(edificio_alto_senza_porte))
+tetto_edificio=T([1,2])([10,30.5])(COLOR(col)(PROD([Q(24),Q(1)])))
+ed=STRUCT([edificio_alto_senza_porte_uno,edificio_alto_senza_porte_due,tetto_edificio])
+
+#creo i due edifici sul tetto con il rispettivo tetto
+edificio=COLOR(col)(T(3)(12)(PROD([ed,Q(8)])))
+edificio2=COLOR(col)(T(3)(26)(PROD([ed,Q(8)])))
+tetto_edificio3D=T([1,3])([-1,45])(R([3,1])(PI/2)(COLOR(col)(T(3)(26)(PROD([tetto_edificio,Q(9)])))))
+tetto_edificio3D_2=T(1)(-15)(tetto_edificio3D)
+
+
+percorso_tetto=T([1,2,3])([11,32,13.5])(CUBOID([7,0.1,19]))
+percorso_tetto_2=T([1,2])([15,-0.4])(percorso_tetto)
+percorso_tetto_3=T([1,2,3])([11,32,12.6])(CUBOID([22,0.1,7]))
+percorso_tetto_4=T(3)(14)(percorso_tetto_3)
+percorsi_tetto=T(2)(-0.3)(INSR(STRUCT)([percorso_tetto,percorso_tetto_2,percorso_tetto_3,percorso_tetto_4]))
+
+giardino_tetto1=COLOR(green)(T([1,2,3])([11,26.6,3.3])(CUBOID([7,0.1,39.3])))
+giardino_tetto_2=T(1)(15)(giardino_tetto1)
+giardino_tetto_3=COLOR(green)(T([1,2,3])([3.3,26.6,12.6])(CUBOID([39.3,0.1,7])))
+giardino_tetto_4=T(3)(14)(giardino_tetto_3)
+
+giardino_tetto=INSR(STRUCT)([giardino_tetto1,giardino_tetto_2,giardino_tetto_3, giardino_tetto_4])
+
+#######################################################################################################################################################
+#Crea il supporto della costruzione
+
+supp=creaRampa(50,50)
+ramp=creaBaseSupporto(50,50)
+scala= COLOR(GRAY)(T([1,2,3])([-3,-10,-2.5])(MAP([S1,S3,S2])(STRUCT([supp,ramp]))))
+supporto=COLOR(GRAY)(T([1,2,3])([7,-10,-2.5])(CUBOID([30.5,10,50])))
+
+
+####################################################################################################################################################
+
+china_pavillion=T([1,2,3])([150,10,75])(INSR(STRUCT)([ percorsi_tetto,percorso_tetto_2, scala,supporto, giardino_tetto,  tetto_edificio3D,tetto_edificio3D_2,prato,pianale,edificio,edificio2,tetto,colonne_decimo_livello3D,colonne_nono_livello3D,colonne_ott_livello3D,colonne_sett_livello3D,colonne_ses_livello3D,colonne_quin_livello3D,colonne_quar_livello3D,colonne_ter_livello3D,colonne_sec_livello3D, colonne_primo_livello3D ,finestre_vertic_3D,colonne_vertic_rosse3D]))
+
+VIEW(china_pavillion)
diff --git a/2014-04-11/python/exercise2.py b/2014-04-11/python/exercise2.py
new file mode 100644
index 0000000..5c87d97
--- /dev/null
+++ b/2014-04-11/python/exercise2.py
@@ -0,0 +1,178 @@
+from pyplasm import *
+from larcc import *
+
+col=Color4f([(0.78),(0.04),(0.084)])
+green=Color4f([(0.133),(0.545),(0.133)])
+
+
+#####################################################################################################################
+
+def creaRampa (lung,q=30) :
+	grad2d = MKPOL([[[0,0],[0,0.2],[0.2,0.2]],[[1,2,3]],None])
+	grad3d = MAP([S1,S3,S2])(PROD([grad2d,Q(q)]))
+	rampa=STRUCT([grad3d,T([1,3])([0.2,0.2])]*lung)
+	return rampa
+
+def creaBaseSupporto (lung,q=30):
+	supp2d = MKPOL([[[0,0],[0.2*lung,0],[0.2*lung,0.2*lung]],[[1,2,3]],None])
+	supp3d = MAP([S1,S3,S2])(PROD([supp2d,Q(q)]))
+	return supp3d
+
+
+def larRing1(params):
+	r1,r2 =params
+	def larRing0(shape=[36,1]):
+		V,CV =larIntervals (shape)([PI,r2-r1])
+		V=translatePoints(V,[0,r1])
+		domain=V,CV
+		x=lambda V : [p[1] * COS(p[0]) for p in V]
+		y=lambda V : [p[1] * SIN(p[0]) for p in V]
+		return larMap([x,y])(domain)
+	return larRing0
+
+
+def larDisk1(radius=1):
+	def larDisk0(shape=[36,1]):
+		domain=larIntervals(shape)([PI,radius])
+		V,CV=domain
+		x=lambda V : [p[1]*COS(p[0]) for p in V]
+		y=lambda V : [p[1]*SIN(p[0]) for p in V]
+		return larMap([x,y]) (domain)
+	return larDisk0
+	
+#########################################################################################################################################################
+#Creo l'entrata
+
+ring=checkModel(larDisk1(15)([25,1]))
+ring_2=checkModel(larDisk1(12)([25,1]))
+ring_3=checkModel(larDisk1(5)([25,1]))
+ring=STRUCT(MKPOLS(ring))
+ring_2=STRUCT(MKPOLS(ring_2))
+ring_3=STRUCT(MKPOLS(ring_3))
+ring_3D=COLOR(col)(T([1,2])([3,20])(R([1,3])(PI/2)(PROD([ring,Q(4)]))))
+ring_3D_2=T([1,2])([-1.5,20])(R([1,3])(PI/2)(PROD([ring_2,Q(0.1)])))
+ring_3D_3=COLOR(BLACK)(T([1,2])([-2,20])(R([1,3])(PI/2)(PROD([ring_3,Q(0.1)]))))
+colonna_1=COLOR(col)(T(3)(-15)(CUBOID([3,20,3])))
+colonna_2=COLOR(col)(T(3)(12)(CUBOID([3,20,3])))
+entrata=T([1,3])([10.2,95.3])(STRUCT([ring_3D,ring_3D_2,ring_3D_3, colonna_1,colonna_2]))
+
+#VIEW(entrata)
+
+
+########################################################################################################################################################
+#creo dei giardini sul tetto della costruzione
+
+
+giardino_supporto=COLOR(green)(MKPOL([[[35,0,5,],[85,0,5],[85,0,75],[35,0,75]],[[1,2,3,4]],None]))
+giardino_supporto2=COLOR(green)(MKPOL([[[55,0,55],[55,0,75],[5,0,75],[5,0,55]],[[1,2,3,4]],None]))
+giardino_supporto3=COLOR(green)(MKPOL([[[5,0,125,],[5,0,145],[95,0,125],[95,0,155]],[[1,2,3,4]],None]))
+giardino_supporto4=T(2)(0.1)(COLOR(green)(MKPOL([[[95,0,125,],[35,0,195],[35,0,125],[95,0,195]],[[1,2,3,4]],None])))
+giardino_supporto5=COLOR(green)(MKPOL([[[115,0,5,],[190,0,5],[145,0,65],[115,0,75]],[[1,2,3,4]],None]))
+giardino_supporto6=COLOR(green)(MKPOL([[[120,0,125,],[185,0,145],[194,0,125],[120,0,155]],[[1,2,3,4]],None]))
+giardino_1=T(2)(0.1)(STRUCT([giardino_supporto,giardino_supporto2, giardino_supporto3, giardino_supporto4, giardino_supporto5, giardino_supporto6]))
+
+########################################################################################################################################################
+
+#creao la strada che porta alla costruzione
+
+strada=T([1,2,3])([10,0.1,80])(CUBOID([170,0.1,30]))
+strada_bordo_1=COLOR(BLACK)(T([1,2,3])([10,0.3,80])(CUBOID([170,0.1,5])))
+strada_bordo_2=T(3)(25)(strada_bordo_1)
+
+#########################################################################################################################################################
+
+colonna_rossa3D=COLOR(col)(INSR(PROD)([Q(1.5),Q(10),Q(1.5)]))
+colonne_orizz_rosse3D=STRUCT([colonna_rossa3D,T(1)(2.5)]*3+[T(1)(12),colonna_rossa3D]+[T(1)(2.5),colonna_rossa3D]*2)
+colonne_vertic_rosse3D=T([1,3])([9,9])(STRUCT([colonne_orizz_rosse3D,T(3)(2.5)]*3+[T(3)(13),colonne_orizz_rosse3D]+[T(3)(2.5),colonne_orizz_rosse3D]*2))
+
+finestra3D=T(3)(9)(COLOR(BLACK)(INSR(PROD)([Q(3.5),Q(10),Q(3.5)])))
+finestre_orizz_3D=T([1,3])([10.5,1.5])(STRUCT([finestra3D,T(1)(19.5)]*2))
+finestre_vertic_3D=STRUCT([finestre_orizz_3D,T(3)(20.5)]*2)
+
+
+colonna_primo_livello3D=COLOR(col)(T([1,2,3])([7.5,10,9])(INSR(PROD)([Q(29),Q(1.5),Q(1.5)])))
+colonne_primo_livello3D=STRUCT([colonna_primo_livello3D,T(3)(2.5)]*3+[T(3)(13),colonna_primo_livello3D]+[T(3)(2.5),colonna_primo_livello3D]*2)
+
+colonne_sec_livello3D=T(2)(1.5)(colonne_primo_livello3D)
+colonne_sec_livello3D=COLOR(col)(MAP([S3,S2,S1])(colonne_sec_livello3D))
+
+colonna_ter_livello3D=COLOR(col)(T([1,2,3])([6,13,6.5])(INSR(PROD)([Q(33),Q(1.5),Q(1.5)])))
+colonne_ter_livello3D=T(3)(2)(STRUCT([colonna_ter_livello3D,T(3)(2.5)]*3+[T(3)(3.5),colonna_ter_livello3D]+[T(3)(3.5),colonna_ter_livello3D]*4))
+colonne_quar_livello3D=T([2,3])([1.5,-1])(colonne_ter_livello3D)
+colonne_quar_livello3D=COLOR(col)(MAP([S3,S2,S1])(colonne_quar_livello3D))
+
+colonna_quin_livello3D=COLOR(col)(T([1,2,3])([4.5,16,4.5])(INSR(PROD)([Q(37),Q(1.5),Q(1.5)])))
+colonne_quin_livello3D=T(3)(3)(STRUCT([colonna_quin_livello3D,T(3)(2.5)]*5+[T(3)(5.5),colonna_quin_livello3D]+[T(3)(3.5),colonna_quin_livello3D]*3))
+colonne_ses_livello3D=T([2,3])([1.5,-1])(colonne_quin_livello3D)
+colonne_ses_livello3D=COLOR(col)(T(1)(2)(MAP([S3,S2,S1])(colonne_ses_livello3D)))
+
+colonna_sett_livello3D=COLOR(col)(T([1,2,3])([4,19,3])(INSR(PROD)([Q(39),Q(1.5),Q(1.5)])))
+colonne_sett_livello3D=T(3)(3)(STRUCT([colonna_sett_livello3D,T(3)(2.5)]*4+[T(3)(5.5),colonna_sett_livello3D]+[T(3)(3.5),colonna_sett_livello3D]*5))
+colonne_ott_livello3D=T([2,3])([1.5,-1])(colonne_sett_livello3D)
+colonne_ott_livello3D=COLOR(col)(T(1)(3)(MAP([S3,S2,S1])(colonne_ott_livello3D)))
+
+colonna_nono_livello3D=COLOR(col)(T([1,2,3])([1.5,22,2])(INSR(PROD)([Q(43),Q(1.5),Q(1.5)])))
+colonne_nono_livello3D=T(3)(2)(STRUCT([colonna_nono_livello3D,T(3)(2.5)]*5+[T(3)(5.5),colonna_nono_livello3D]+[T(3)(3.5),colonna_nono_livello3D]*5))
+
+colonne_decimo_livello3D=T([2,3])([1.5,-1])(colonne_nono_livello3D)
+colonne_decimo_livello3D=COLOR(col)(T(1)(3)(MAP([S3,S2,S1])(colonne_decimo_livello3D)))
+
+#creo gli oggetti sul tetto
+
+tetto=COLOR(col) (T([1,2,3])([1.5,25,1.5])(INSR(PROD)([Q(43),Q(1),Q(43)])))
+pianale= T([1,2,3])([1.5,25,1.5])(INSR(PROD)([Q(43),Q(1.3),Q(43)]))
+prato= COLOR(GRAY)(T([1,2,3])([3,25,3])(INSR(PROD)([Q(40),Q(1.5),Q(40)])))
+
+edificio_alto_senza_porte=PROD([Q(8),Q(4)])
+porta=PROD([Q(1),Q(2)])
+edificio_alto_con_porte_uno=T([1,2])([10.5,26.5])(COLOR(col)(DIFFERENCE([edificio_alto_senza_porte,T(1)(2)(porta),T(1)(5)(porta)])))
+edificio_alto_con_porte_due=T([1,2])([25.5,26.5])(COLOR(col)(DIFFERENCE([edificio_alto_senza_porte,T(1)(2)(porta),T(1)(5)(porta)])))
+tetto_edificio=T([1,2])([10,30.5])(COLOR(col)(PROD([Q(24),Q(1)])))
+ed=STRUCT([edificio_alto_con_porte_uno,edificio_alto_con_porte_due,tetto_edificio])
+
+#creo i due edifici sul tetto con il rispettivo tetto
+edificio=COLOR(col)(T(3)(12)(PROD([ed,Q(8)])))
+edificio2=COLOR(col)(T(3)(26)(PROD([ed,Q(8)])))
+tetto_edificio3D=T([1,3])([-1,45])(R([3,1])(PI/2)(COLOR(col)(T(3)(26)(PROD([tetto_edificio,Q(9)])))))
+tetto_edificio3D_2=T(1)(-15)(tetto_edificio3D)
+
+
+percorso_tetto=T([1,2,3])([11,32,13.5])(CUBOID([7,0.1,19]))
+percorso_tetto_2=T(1)(15)(percorso_tetto)
+
+percorso_tetto_3=T([1,2,3])([11,32,12.6])(CUBOID([22,0.1,7]))
+percorso_tetto_4=T(3)(14)(percorso_tetto_3)
+
+mura_tetto_edificio_1=COLOR(col)(T([1,2,3])([11,32,12.5])(CUBOID([0.3,2,21.1])))
+mura_tetto_edificio_2=COLOR(col)(T([1,2,3])([18,32,12.5])(CUBOID([0.3,2,21.1])))
+mura_tetto_edificio_3=COLOR(col)(T([1,2,3])([26,32,12.5])(CUBOID([0.3,2,21.1])))
+mura_tetto_edificio_4=COLOR(col)(T([1,2,3])([33,32,12.5])(CUBOID([0.3,2,21.1])))
+mura_tetto_edificio_5=COLOR(col)(T([1,2,3])([11,32.1,12.5])(CUBOID([22,2,0.3])))
+mura_tetto_edificio_6=T(3)(7)(mura_tetto_edificio_5)
+mura_tetto_edificio_7=T(3)(7)(mura_tetto_edificio_6)
+mura_tetto_edificio_8=T(3)(7)(mura_tetto_edificio_7)
+mura_tetto_edificio=T(2)(-0.5)(INSR(STRUCT)([ percorso_tetto_4, percorso_tetto_3, percorso_tetto_2, percorso_tetto, mura_tetto_edificio_8, mura_tetto_edificio_7, mura_tetto_edificio_6, mura_tetto_edificio_1,mura_tetto_edificio_2, mura_tetto_edificio_3,mura_tetto_edificio_4, mura_tetto_edificio_5]))
+
+giardino_tetto1=COLOR(green)(T([1,2,3])([11,26.6,3.3])(CUBOID([7,0.1,39.3])))
+giardino_tetto_2=T(1)(15)(giardino_tetto1)
+giardino_tetto_3=COLOR(green)(T([1,2,3])([3.3,26.6,12.6])(CUBOID([39.3,0.1,7])))
+giardino_tetto_4=T(3)(14)(giardino_tetto_3)
+
+giardino_tetto=INSR(STRUCT)([giardino_tetto1,giardino_tetto_2,giardino_tetto_3, giardino_tetto_4])
+
+#######################################################################################################################################################
+#Crea il supporto della costruzione
+
+supp=creaRampa(50,50)
+ramp=creaBaseSupporto(50,50)
+scala= COLOR(GRAY)(T([1,2,3])([-3,-10,-2.5])(MAP([S1,S3,S2])(STRUCT([supp,ramp]))))
+supporto=COLOR(GRAY)(T([1,2,3])([7,-10,-2.5])(CUBOID([30.5,10,50])))
+entrata=T([1,2,3])([-60,-10,-73])(entrata)
+base_supp=COLOR(GRAY)(T([1,2,3])([-60,-10,-2.5])(CUBOID([70,0.1,50])))
+
+####################################################################################################################################################
+
+china_pavillion=T([1,2,3])([150,10,75])(INSR(STRUCT)([base_supp,entrata, scala,supporto, giardino_tetto, mura_tetto_edificio, tetto_edificio3D,tetto_edificio3D_2,prato,pianale,edificio,edificio2,tetto,colonne_decimo_livello3D,colonne_nono_livello3D,colonne_ott_livello3D,colonne_sett_livello3D,colonne_ses_livello3D,colonne_quin_livello3D,colonne_quar_livello3D,colonne_ter_livello3D,colonne_sec_livello3D, colonne_primo_livello3D ,finestre_vertic_3D,colonne_vertic_rosse3D]))
+
+
+VIEW(china_pavillion)