Terrain des sites de plongée : champ de hauteur authoré, Banc du Vigilant, formes variées et rendu sous-marin #4
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@@ -9,15 +9,15 @@
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script = ExtResource("1_n3xpu")
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placement_id = &"prospection_vessel"
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kind = 0
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position_m = Vector3(-12, -37.10001, 108)
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yaw_radians = 0.35
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position_m = Vector3(-14.154642, -37.198338, 98.39586)
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yaw_radians = -1.380808047881126
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footprint_m = Vector3(28, 8, 9)
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[sub_resource type="Resource" id="Resource_xcojm"]
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script = ExtResource("1_n3xpu")
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placement_id = &"decoy_yacht"
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kind = 1
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position_m = Vector3(-40, -24.655516, -200)
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position_m = Vector3(-30, -25.199738, -150)
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yaw_radians = 1.1
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footprint_m = Vector3(12, 3, 4)
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@@ -71,7 +71,7 @@ footprint_m = Vector3(4, 1.5, 1.5)
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script = ExtResource("1_n3xpu")
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placement_id = &"vessel_anchor"
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kind = 5
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position_m = Vector3(0, -14, -250)
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position_m = Vector3(0, -14, -210)
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[sub_resource type="Resource" id="Resource_e72vy"]
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script = ExtResource("1_n3xpu")
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@@ -101,13 +101,13 @@ position_m = Vector3(40, -40, 125)
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[sub_resource type="Resource" id="Resource_xvesq"]
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script = ExtResource("2_36hd6")
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route_id = &"safe_ridge"
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waypoints_m = PackedVector3Array(0, -14, -250, 70, -16, -200, 76, -16, -100, 78, -16, 0, 76, -18, 80, 40, -24, 105, 0, -26, 100, -14, -30, 98)
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waypoints_m = PackedVector3Array(0, -14, -210, 70, -16, -200, 76, -16, -100, 78, -16, 0, 76, -18, 80, 40, -24, 105, 0, -26, 100, -14, -30, 98)
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maximum_depth_m = 32.0
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[sub_resource type="Resource" id="Resource_lcu7s"]
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script = ExtResource("2_36hd6")
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route_id = &"risky_groove"
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waypoints_m = PackedVector3Array(0, -14, -250, -60, -20, -150, -50, -31, -100, -35, -33, -20, -22, -34, 60, -14, -33, 98)
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waypoints_m = PackedVector3Array(0, -14, -210, -60, -20, -150, -50, -31, -100, -35, -33, -20, -22, -34, 60, -14, -33, 98)
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maximum_depth_m = 48.0
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[resource]
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@@ -116,6 +116,7 @@ site_id = &"zone1_vigilant"
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display_name = "Banc du Vigilant"
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terrain = ExtResource("4_i0v8k")
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playable_bounds_m = Rect2(-300, -300, 600, 600)
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spawn_position_m = Vector3(0, -10, -250)
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spawn_position_m = Vector3(0, -10, -210)
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spawn_yaw_radians = 3.141592653589793
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placements = Array[ExtResource("1_n3xpu")]([SubResource("Resource_rqt47"), SubResource("Resource_xcojm"), SubResource("Resource_yljal"), SubResource("Resource_aqgwj"), SubResource("Resource_aervf"), SubResource("Resource_qgawl"), SubResource("Resource_q0ace"), SubResource("Resource_hd5cl"), SubResource("Resource_wy8hl"), SubResource("Resource_e72vy"), SubResource("Resource_3n33i"), SubResource("Resource_cdmnh"), SubResource("Resource_u8dqp"), SubResource("Resource_3uttw")])
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routes = Array[ExtResource("2_36hd6")]([SubResource("Resource_xvesq"), SubResource("Resource_lcu7s")])
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@@ -86,7 +86,7 @@ crédibilité, conformément à la direction artistique.
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| Champ de hauteur | 513 × 513 cellules, 1,5 m par cellule, élévations float32 (`SiteTerrainData`) |
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| Profondeur min / max du terrain | 20 m / 88 m |
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| Profondeur d'écrasement coque I | hors terrain : le fond ne tue jamais par lui-même |
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| Mouillage du navire | centre nord du plateau, 24 m de fond |
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| Mouillage du navire | centre nord du plateau, 25 m de fond |
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| Point de départ du sous-marin | sous le navire, 10 m de profondeur |
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Les distances sont dimensionnées pour l'autonomie Standard (environ 1,2 km,
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@@ -150,14 +150,14 @@ correspond pas au rapport.
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### 4.4 Les deux routes vers la cible
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**Route sûre — par l'Échine (≈ 470 m, 26–32 m).** Depuis le navire, suivre la
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**Route sûre — par l'Échine (≈ 450 m, 26–32 m).** Depuis le navire, suivre la
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crête longue vers le sud. Elle est lumineuse, large, sans obstacle, et se lit
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d'un seul scan. Elle mène au bord du plateau au-dessus de la Saignée : il
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faut ensuite descendre dans le sillon par son extrémité nord, à faible
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pente. Coût : temps et batterie. Récompense : zéro dégât, retour facile à
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estimer.
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**Route risquée — par la Saignée (≈ 370 m, 36–48 m).** Un sillon de 12 à
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**Route risquée — par la Saignée (≈ 340 m, 36–48 m).** Un sillon de 12 à
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18 m de large, aux parois de 8 à 10 m, qui coupe le plateau en diagonale et
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débouche directement sur la proue de la cible. Sombre (les projecteurs
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deviennent nécessaires), étroit (collisions), en pente (la batterie de
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@@ -15,7 +15,11 @@ const DiveRulesResolver = preload("res://game/domain/rules/dive_rules_resolver.g
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const SITE_PATH := "res://content/sites/zone1_vigilant.tres"
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const ROUTE_CLEARANCE_M := 3.0
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const MINIMUM_LANDMARK_SPACING_M := 60.0
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const TEST_COUNT := 30
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const MAXIMUM_ANCHOR_TO_WRECK_M := 320.0
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const MAXIMUM_WRECK_SPACING_M := 260.0
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const HULL_HALF_LENGTH_M := 14.0
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const HULL_SEABED_TOLERANCE_M := 2.0
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const TEST_COUNT := 34
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var _failures: Array[String] = []
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@@ -107,6 +111,26 @@ func _test_zone1_content() -> void:
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spaced = false
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_expect(spaced, "landmarks are at least 60 m apart")
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var wrecks := targets + decoys
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if anchors.size() == 1:
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var anchor := anchors[0].position_m
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var farthest := 0.0
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for wreck: SitePlacement in wrecks:
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farthest = maxf(farthest, _xz_distance(anchor, wreck.position_m))
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_expect(farthest <= MAXIMUM_ANCHOR_TO_WRECK_M, "every wreck lies within 320 m of the mooring (farthest %.0f m)" % farthest)
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var widest := 0.0
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for i in wrecks.size():
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for j in range(i + 1, wrecks.size()):
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widest = maxf(widest, _xz_distance(wrecks[i].position_m, wrecks[j].position_m))
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_expect(widest <= MAXIMUM_WRECK_SPACING_M, "every pair of wrecks lies within 260 m (widest %.0f m)" % widest)
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if targets.size() == 1:
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var target_xz := Vector2(targets[0].position_m.x, targets[0].position_m.z)
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var spawn_xz := Vector2(spawn.x, spawn.z)
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var yaw := definition.spawn_yaw_radians
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var spawn_forward := Vector2(-sin(yaw), -cos(yaw))
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_expect(spawn_forward.dot(target_xz - spawn_xz) > 0.0, "the spawn faces the target wreck")
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_expect(_hull_lies_along_seabed(field, targets[0]), "the target hull lies along the groove floor")
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func _rests_on_terrain(field: TerrainHeightField, placement: SitePlacement) -> bool:
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var seabed := field.elevation_at(placement.position_m.x, placement.position_m.z)
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@@ -114,6 +138,17 @@ func _rests_on_terrain(field: TerrainHeightField, placement: SitePlacement) -> b
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return bottom >= seabed - placement.footprint_m.y and bottom <= seabed + 1.0
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func _hull_lies_along_seabed(field: TerrainHeightField, hull: SitePlacement) -> bool:
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var centre := Vector2(hull.position_m.x, hull.position_m.z)
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var long_axis := Vector2(cos(hull.yaw_radians), -sin(hull.yaw_radians))
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var centre_seabed := field.elevation_at(centre.x, centre.y)
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for side: float in [-1.0, 1.0]:
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var end := centre + long_axis * HULL_HALF_LENGTH_M * side
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if absf(field.elevation_at(end.x, end.y) - centre_seabed) > HULL_SEABED_TOLERANCE_M:
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return false
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return true
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func _route_clears_terrain(field: TerrainHeightField, route: SiteRoute) -> bool:
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for i in range(route.waypoints_m.size() - 1):
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var a := route.waypoints_m[i]
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@@ -16,6 +16,9 @@ const GROOVE_END := Vector2(-10.0, 120.0)
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const RIDGE_START := Vector2(70.0, -150.0)
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const RIDGE_END := Vector2(80.0, 90.0)
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const BREAK_Z := 125.0
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# The target's centre sits this far up the groove from GROOVE_END, so its 28 m hull
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# stops one groove half-width short of the end cap and rests on the flat groove floor.
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const TARGET_SET_BACK_M := 22.0
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static func recipe() -> SiteTerrainBaker.Recipe:
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@@ -30,7 +33,7 @@ static func recipe() -> SiteTerrainBaker.Recipe:
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result.rock_reflectivity = 0.72
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result.sand_reflectivity = 0.45
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result.primitives = [
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# Plateau: 24 m deep at the vessel (z = -300), 6 m deeper over 400 m toward the south.
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# Plateau: 24 m deep at z = -300 (about 25 m at the mooring), 6 m deeper over 400 m toward the south.
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SiteTerrainBaker.SlopedPlane.new(24.0, 0.0, -0.015, 0.0, -300.0),
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# L'Échine: long north-south rock ridge, 6 m high, flanks steeper than 20°.
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SiteTerrainBaker.Ridge.new(RIDGE_START, RIDGE_END, 12.0, 6.0, 25.0),
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@@ -63,18 +66,23 @@ static func recipe() -> SiteTerrainBaker.Recipe:
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static func definition(terrain: SiteTerrainData) -> DiveSiteDefinition:
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var field := TerrainHeightField.from_data(terrain)
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# The target hull's long axis (local +X) lies along la Saignée.
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var groove_axis := (GROOVE_END - GROOVE_START).normalized()
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var groove_yaw := atan2(-groove_axis.y, groove_axis.x)
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var target_xz := GROOVE_END - groove_axis * TARGET_SET_BACK_M
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var result := DiveSiteDefinition.new()
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result.site_id = &"zone1_vigilant"
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result.display_name = "Banc du Vigilant"
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result.terrain = terrain
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result.playable_bounds_m = Rect2(-300.0, -300.0, 600.0, 600.0)
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result.spawn_position_m = Vector3(0.0, -10.0, -250.0)
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result.spawn_yaw_radians = 0.0
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# Spawn beside the mooring, facing south toward the site.
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result.spawn_position_m = Vector3(0.0, -10.0, -210.0)
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result.spawn_yaw_radians = PI
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result.placements = [
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_on_seabed(field, &"prospection_vessel", SitePlacement.Kind.WRECK_TARGET,
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Vector2(-12.0, 108.0), 0.35, Vector3(28.0, 8.0, 9.0), 2.0),
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target_xz, groove_yaw, Vector3(28.0, 8.0, 9.0), 2.0),
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_on_seabed(field, &"decoy_yacht", SitePlacement.Kind.WRECK_DECOY,
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Vector2(-40.0, -200.0), 1.1, Vector3(12.0, 3.0, 4.0), 0.5),
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Vector2(-30.0, -150.0), 1.1, Vector3(12.0, 3.0, 4.0), 0.5),
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_on_seabed(field, &"decoy_coaster", SitePlacement.Kind.WRECK_DECOY,
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Vector2(140.0, 40.0), -0.6, Vector3(26.0, 6.0, 8.0), 1.2),
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_on_seabed(field, &"secondary_item", SitePlacement.Kind.SECONDARY_ITEM,
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@@ -87,7 +95,7 @@ static func definition(terrain: SiteTerrainData) -> DiveSiteDefinition:
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Vector2(-9.0, 146.0), 0.0, Vector3(2.0, 1.5, 2.0), 0.2),
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_on_seabed(field, &"debris_4", SitePlacement.Kind.DEBRIS,
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Vector2(-7.0, 152.0), 2.0, Vector3(4.0, 1.5, 1.5), 0.3),
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_marker(&"vessel_anchor", SitePlacement.Kind.VESSEL_ANCHOR, Vector3(0.0, -14.0, -250.0)),
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_marker(&"vessel_anchor", SitePlacement.Kind.VESSEL_ANCHOR, Vector3(0.0, -14.0, -210.0)),
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_marker(&"echine", SitePlacement.Kind.LANDMARK, Vector3(75.0, -20.0, -50.0)),
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_marker(&"deux_freres", SitePlacement.Kind.LANDMARK, Vector3(-151.0, -18.0, -125.0)),
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_marker(&"rides", SitePlacement.Kind.LANDMARK, Vector3(0.0, -25.0, -230.0)),
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@@ -96,12 +104,12 @@ static func definition(terrain: SiteTerrainData) -> DiveSiteDefinition:
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]
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result.routes = [
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_route(&"safe_ridge", 32.0, [
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Vector3(0.0, -14.0, -250.0), Vector3(70.0, -16.0, -200.0), Vector3(76.0, -16.0, -100.0),
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Vector3(0.0, -14.0, -210.0), Vector3(70.0, -16.0, -200.0), Vector3(76.0, -16.0, -100.0),
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Vector3(78.0, -16.0, 0.0), Vector3(76.0, -18.0, 80.0), Vector3(40.0, -24.0, 105.0),
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Vector3(0.0, -26.0, 100.0), Vector3(-14.0, -30.0, 98.0),
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]),
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_route(&"risky_groove", 48.0, [
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Vector3(0.0, -14.0, -250.0), Vector3(-60.0, -20.0, -150.0), Vector3(-50.0, -31.0, -100.0),
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Vector3(0.0, -14.0, -210.0), Vector3(-60.0, -20.0, -150.0), Vector3(-50.0, -31.0, -100.0),
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Vector3(-35.0, -33.0, -20.0), Vector3(-22.0, -34.0, 60.0), Vector3(-14.0, -33.0, 98.0),
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]),
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]
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