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Publié parHervé REY Modifié depuis plus de 5 années
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Hervé Rey, René Lecoustre, Sébastien Griffon, 2015 http://amapstudio.cirad.fr/soft/principes/start
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Encoding Modelling Observations Simulation Visualization Architecture model Evaluation Architectural Analysis Image processing Applications 2 Jourdan Rey 1995
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5 Palm Trees : Carl Linnaeus (1707-1778) named them « PRINCIPES » « Princes » of vegetal world, Thanks to their royal look. Palm Trees : Carl Linnaeus (1707-1778) named them « PRINCIPES » « Princes » of vegetal world, Thanks to their royal look.
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6 CaracteristicsDate PalmOil PalmCoconut Palm Tree Number in world180 10 6 1 250 10 6 1 186 10 6 Production Fruit (T) in world 6.7 10 6 165 10 6 61 10 6 Production Oil (T) In world -33 10 6 3.6 10 6 Planted Area (Ha) In world 1.8 10 6 9.2 10 6 9.4 10 6 Av. Tree nb / Ha100136130 Av. fruit Yield (Kg/Tree/year) 40 (40–400)132 (100-200)50 Av fruit Yield (T/Ha) 4 (4-40)18 (15-30)5.2 Av. Oil Yield (Kg/Tree) -26 (20-40)5 Av. Oil Yield (T/Ha) -3.5 (3-10)0.3 – 0.5 Extraction rate Oil / Fruit (%) -20 (20-35)60-70 (coprah)
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De Granville, 2014
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Stem Rachis Petiol Frond Frond Nervure LeafletsPinnae_2 SpinesPinnae_1 Stump 21
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Inflorescences Bract Peduncle Spikelet Date Stalk 22 rachis Steril zone Fertil zone
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Frond Stem (Stipe) Frond Nervure Rachis Petiol Thorns LeafletsPinnae_2 Stump 23
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Male Inflorescence Female Inflorescence Peduncle Spikelets Fruits Bunches Stalk 24
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Frond Stem (Stipe) Frond Nervure LeafletsPinnae_2 Rachis Petiol Bract 25
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Peduncle Coconut Spikelet Male Flowers Stalk Bract (spathe for palms) rachis 26
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37 Plot PalmTree /
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38 Plot PalmTree / Stem Inflorescence Stalk Inflorescence Stalk Frond Nervure Frond Nervure Stump Spear /
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39 Plot PalmTree / Stem Inflorescence Stalk Inflorescence Stalk Frond Nervure Frond Nervure Stump Spear Bract Pinnae_i Spikelet Male Flower Male Flower Female Flower (Fruit) Female Flower (Fruit) Internode / /
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40 Plot PalmTree / Stem Inflorescence Stalk Inflorescence Stalk Frond Nervure Frond Nervure Stump Spear Bract Pinnae_i Spikelet Male Flower Male Flower Female Flower (Fruit) Female Flower (Fruit) Internode Geometrical elements for simulation & visualisation / / / //
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Stem bears : SpearsFrondsInflorescencesStumps 43
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44 Frond-Nervure bears pinnaes
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45 Stalk bears Spikelets
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46 Spikelets bears Flowers / Fruits
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48 Plot PalmTree / Stem Inflorescence Stalk Inflorescence Stalk Frond Nervure Frond Nervure Stump Spear Bract Pinnae_i Spikelet Male Flower Male Flower Female Flower (Fruit) Female Flower (Fruit) Internode Geometrical elements for simulation & visualisation / / / + ++ + + + + + +
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52 Pinnae Elements
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53 Stalk Elements
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55 Plot PalmTree / Stem Inflorescence Stalk Inflorescence Stalk Frond Nervure Frond Nervure Stump Spear Bract Pinnae_i Spikelet Male Flower Male Flower Female Flower (Fruit) Female Flower (Fruit) Internode Geometrical elements for simulation & visualisation / / / + ++ + + + + + + < <
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59 X values come from gradients Y values are observed parameters values Control points (X, Y)
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60 X values Y values Piecewise functions
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61 Parameters evolve according to plant development (phytomer number increase)
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62 Gradients are indexed on position along stipe Gradients are indexed on position along stipe Example : Internode length 1
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64 Parameters evolve according to time (phytomer number increase) Gradients are indexed one time expressed in phyllochroneGradients are indexed one time expressed in phyllochrone Example : Frond lengthening
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65 Example : stipe diameter increase
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66 Stipe diameter Increase Example :
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67 Example : Frond axial insertion angle evolution
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68 Frond axial insertion angle Evolution
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Gradients are indexed on relative length position of organ on its bearer Gradients are indexed on relative length position of organ on its bearer 69 Example : Pinnae length
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70 Example : Spikelet length
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71 Pinnaelength Lengthening Example : PositionBearer
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Gradients are indexed on relative length position of organ element Gradients are indexed on relative length position of organ element 72 Pinnae elements Example : Pinnae width
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73 Control points are relative length position (% of total length) of organ itself Control points are relative length position (% of total length) of organ itself Example : Stalk width
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74 Pinnaewidth PositionElement Example : PositionBearer
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77 Yes NO
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78 Yes
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