| 23 | function PipeEffect:loadEffectAttributes(xmlFile, key, node, i3dNode, i3dMapping) |
| 24 | if not PipeEffect:superClass().loadEffectAttributes(self, xmlFile, key, node, i3dNode, i3dMapping) then |
| 25 | return false |
| 26 | end |
| 27 | |
| 28 | self.maxBending = Utils.getNoNil(Effect.getValue(xmlFile, key, getXMLFloat, node, "maxBending"), 0.25) |
| 29 | self.shapeScaleSpread = {StringUtil.getVectorFromString(Utils.getNoNil(Effect.getValue(xmlFile, key, getXMLString, node, "shapeScaleSpread"), "0.6 1 1 0"))} |
| 30 | |
| 31 | local uvScaleSpeedFreqAmp = Effect.getValue(xmlFile, key, getXMLString, node, "uvScaleSpeedFreqAmp") |
| 32 | if uvScaleSpeedFreqAmp ~= nil then |
| 33 | self.uvScaleSpeedFreqAmp = {StringUtil.getVectorFromString(uvScaleSpeedFreqAmp)} |
| 34 | end |
| 35 | |
| 36 | local positionUpdateNodesStr = Effect.getValue(xmlFile, key, getXMLString, node, "positionUpdateNodes") |
| 37 | if positionUpdateNodesStr ~= nil then |
| 38 | local nodeStrs = StringUtil.splitString(" ", StringUtil.trim(positionUpdateNodesStr)) |
| 39 | self.positionUpdateNodes = {} |
| 40 | for _, nodeStr in pairs(nodeStrs) do |
| 41 | local updateNode = I3DUtil.indexToObject(Utils.getNoNil(node, self.rootNodes), nodeStr, i3dMapping) |
| 42 | if updateNode ~= nil then |
| 43 | table.insert(self.positionUpdateNodes, updateNode) |
| 44 | end |
| 45 | end |
| 46 | end |
| 47 | |
| 48 | self.updateDistance = Utils.getNoNil(Effect.getValue(xmlFile, key, getXMLBool, node, "updateDistance"), true) |
| 49 | self.extraDistance = Utils.getNoNil(Effect.getValue(xmlFile, key, getXMLFloat, node, "extraDistance"), 0) |
| 50 | |
| 51 | self.worldTarget = {0,0,0} |
| 52 | self.controlPoint = {StringUtil.getVectorFromString(Utils.getNoNil(Effect.getValue(xmlFile, key, getXMLString, node, "controlPoint"), "10 0.25 0 0"))} |
| 53 | self.controlPointY = 0 |
| 54 | self.distance = 0 |
| 55 | |
| 56 | return true |
| 57 | end |
| 88 | function PipeEffect:setDistance(distance, terrain) |
| 89 | setVisibility(self.node, distance > 0) |
| 90 | if self.updateDistance and getHasShaderParameter(self.node, "controlPoint") then |
| 91 | distance = distance + self.extraDistance |
| 92 | local _, dirY, _ = localDirectionToWorld(self.node, 0, 1, 0) |
| 93 | self.controlPointY = dirY*self.maxBending |
| 94 | self.distance = distance |
| 95 | |
| 96 | -- check the distance to the calculated point and correct the distance that is sent to the shader |
| 97 | local mCos = math.cos(self.controlPointY) |
| 98 | local mSin = math.sin(self.controlPointY) |
| 99 | local y = MathUtil.dotProduct(0, 0, distance, 0.0, mCos, -mSin) |
| 100 | local z = MathUtil.dotProduct(0, 0, distance, 0.0, mSin, mCos) |
| 101 | local realDistance = MathUtil.vector2Length(y, z) |
| 102 | distance = distance + (distance - realDistance) |
| 103 | |
| 104 | setShaderParameter(self.node, "controlPoint", distance-PipeEffect.SAFETY_OFFSET, self.controlPointY, 0, 0, false) |
| 105 | end |
| 106 | end |
| 110 | function PipeEffect:setFillType(fillType) |
| 111 | local success = PipeEffect:superClass().setFillType(self, fillType) |
| 112 | if success then |
| 113 | if getHasShaderParameter(self.node, "shapeScaleSpread") then |
| 114 | setShaderParameter(self.node, "shapeScaleSpread", self.shapeScaleSpread[1], self.shapeScaleSpread[2], self.shapeScaleSpread[3], self.shapeScaleSpread[4], false) |
| 115 | end |
| 116 | if self.uvScaleSpeedFreqAmp ~= nil and getHasShaderParameter(self.node, "uvScaleSpeedFreqAmp") then |
| 117 | setShaderParameter(self.node, "uvScaleSpeedFreqAmp", self.uvScaleSpeedFreqAmp[1], self.uvScaleSpeedFreqAmp[2], self.uvScaleSpeedFreqAmp[3], self.uvScaleSpeedFreqAmp[4], false) |
| 118 | end |
| 119 | if getHasShaderParameter(self.node, "controlPoint") then |
| 120 | setShaderParameter(self.node, "controlPoint", self.controlPoint[1], self.controlPoint[2], 0, 0, false) |
| 121 | end |
| 122 | end |
| 123 | |
| 124 | return success |
| 125 | end |
| 61 | function PipeEffect:update(dt) |
| 62 | PipeEffect:superClass().update(self, dt) |
| 63 | |
| 64 | if self.distance > 0 then |
| 65 | -- calculate world targets in update loop, otherwise update nodes wont be updated in multiplayer |
| 66 | local mCos = math.cos(self.controlPointY) |
| 67 | local mSin = math.sin(self.controlPointY) |
| 68 | local y = MathUtil.dotProduct(0, 0, self.distance, 0.0, mCos, -mSin) |
| 69 | local z = MathUtil.dotProduct(0, 0, self.distance, 0.0, mSin, mCos) |
| 70 | |
| 71 | -- recalculate the discharge point with the new distance |
| 72 | y = MathUtil.dotProduct(0, 0, self.distance, 0.0, mCos, -mSin) |
| 73 | z = MathUtil.dotProduct(0, 0, self.distance, 0.0, mSin, mCos) |
| 74 | |
| 75 | local wx, wy, wz = localToWorld(self.node, 0, y, z) |
| 76 | self.worldTarget[1], self.worldTarget[2], self.worldTarget[3] = wx, wy, wz |
| 77 | end |
| 78 | |
| 79 | if self.positionUpdateNodes ~= nil then |
| 80 | for _, node in pairs(self.positionUpdateNodes) do |
| 81 | setWorldTranslation(node, self.worldTarget[1], self.worldTarget[2], self.worldTarget[3]) |
| 82 | end |
| 83 | end |
| 84 | end |