def __init__( self):
self.currentState = STATUS_STAY
self.nextState = STATUS_STAY
self.figure = core.figure('Sapphiart/Sapphiart')
self.figure.connectAnimator(core.ANIMETION_SLOT_A0, STATE_MOTION[self.currentState])
self.currentDir= vmath.vec3(0,0,1)
self.gorlDir= vmath.vec3(0,0,1)
self.currentPosition = vmath.vec3(0,0,0)
self.transitTime = 0.0
def __init__(self, world):
self.figure = core.figure('capeMan')
points = self.figure.getVertexElements('body',
core.ATTRIBUTE_ID_POSITION,
core.WorldSpace)
shape = igeBullet.shape(igeBullet.CONVEX_HULL_SHAPE_PROXYTYPE,
points=points)
min, max = shape.getAabb()
compound = igeBullet.shape(igeBullet.COMPOUND_SHAPE_PROXYTYPE)
compound.addChildShape(shape, (0, -min[1], 0), (0, 0, 0, 1))
self.body = igeBullet.rigidBody(compound, 5, (0, 0, 0), (0, 0, 0, 1))
self.body.angularFactor = (0, 1, 0)
world.add(self.body)
#utl = Utils()
#utl.AddShapeMesh(compound)
points = self.figure.getVertexElements('cape',
core.ATTRIBUTE_ID_POSITION,
space=core.WorldSpace)
triangles = self.figure.getTriangles('cape')
self.soft = igeBullet.softBody(world, points, triangles)
self.figure.killJointTransform('cape')
self.figure.setMaterialRenderState('phong1', 'cull_face_enable', False)
pos, _, _ = self.figure.getJoint('anchor1', core.WorldSpace)
no, pos = self.soft.findNearestNode(pos)
self.soft.appendDeformableAnchor(no, self.body)
pos, _, _ = self.figure.getJoint('anchor2', core.WorldSpace)
no, pos = self.soft.findNearestNode(pos)
self.soft.appendDeformableAnchor(no, self.body)
pos, _, _ = self.figure.getJoint('anchor3', core.WorldSpace)
no, pos = self.soft.findNearestNode(pos)
self.soft.appendDeformableAnchor(no, self.body)
pos, _, _ = self.figure.getJoint('anchor4', core.WorldSpace)
no, pos = self.soft.findNearestNode(pos)
self.soft.appendDeformableAnchor(no, self.body)
fig.saveFigure("human/female01")
#convert figure 02
fig.clear()
tools.loadModel("human/female02.fbx", fig, convertOption)
tools.findConvertReplaceTextures(fig, ".", ".", core.TARGET_PLATFORM_MOBILE)
fig.saveFigure("human/female02")
#convert animation
fig.clear()
tools.loadModel("human/F_clap.FBX", fig, convertOption)
fig.saveAnimation("human/F_clap")
showcase = core.showcase("case")
fig1 = core.figure("human/female01")
fig2 = core.figure("human/female02")
anm = core.animator("human/F_clap")
fig1.connectAnimator(core.ANIMETION_SLOT_A0, anm)
fig2.connectAnimator(core.ANIMETION_SLOT_A0, anm)
fig1.position = (-50, 0, 0)
fig2.position = (50, 0, 0)
showcase.add(fig1, 1.0)
showcase.add(fig2, 1.0)
rotX = 0
rotY = 0
while True:
core.update()
"""
import igeCore as core
from igeCore import devtool
from igeCore import apputil
from igeCore.apputil import graphicsHelper
import igeVmath as vmath
import os
devtool.convertAssets('.', '.', core.TARGET_PLATFORM_PC,0.1)
core.window(True, 480, 640)
figure = core.figure('sample')
arrow = core.figure('arrow')
arrow.position = (0,0.5,0)
cam = core.camera()
cam.position = (0,1,2)
cam.target = (0,0,0)
env = core.environment()
env.setDirectionalLampColor(0, (0.9, 0.8, 1.0))
showcase = core.showcase("case")
showcase.add(env)
showcase.add(figure)
showcase.add(arrow)
_scale = 1.0, 1.0, 1.0
_dynamic = 100.0, 0.0, 0.0, 0.0
_particle.framerate = 60.0
_show_enabled = True
_loop_enabled = True
_handle = _particle.add(effect_list[effect_current], loop=_loop_enabled)
_particle.set_location(_handle, _position[0], _position[1], _position[2])
_particle.set_scale(_handle, _scale[0], _scale[1], _scale[2])
showcase = core.showcase("showcase")
camera = core.camera("cam01")
# camera.orthographicProjection = True
# camera.orthoHeight = _h / 50
camera.position = (10, 5, 10)
figure = core.figure('Sapphiart/Sapphiart')
figure.position = _position
showcase.add(figure)
while True:
w, h = core.viewSize()
curX = 0
curY = 0
press = 0
touch = core.singleTouch()
if touch != None:
curX = touch['cur_x'] + w // 2
curY = -touch['cur_y'] + h // 2
press = touch['is_holded'] | touch['is_moved']
impl.process_inputs()
def createEditableFigure():
shader = core.shaderGenerator()
shader.setBoneCondition(1, 1)
shader.setAmbientType(core.AMBIENT_TYPE_AMBIENT)
shader.setNumDirLamp(1)
efig = core.editableFigure('figure')
efig.addMaterial("mate", shader)
efig.addMesh("mesh", "mate")
efig.addJoint("joint")
efig.setMaterialParam("mate", "DiffuseColor", (1.0, 1.0, 1.0, 1.0))
return efig
figure2 = core.figure('bone')
figure2.position = (0, 0, 0)
aabbBox2 = createEditableFigure()
min, max = figure2.getAABB(-1, core.WorldSpace)
poss, noms, uvs, idxs = shapes.makeBoxFromAABB(min, max)
aabbBox2.setVertexElements("mesh", core.ATTRIBUTE_ID_POSITION, poss)
aabbBox2.setVertexElements("mesh", core.ATTRIBUTE_ID_NORMAL, noms)
aabbBox2.setVertexElements("mesh", core.ATTRIBUTE_ID_UV0, uvs)
aabbBox2.setTriangles("mesh", idxs)
aabbBox2.setMeshPrimitiveType(0, core.GL_LINE_STRIP)
cam = core.camera()
#cam.orthographicProjection = True
#cam.widthBase = True
#cam.orthoWidth = 1.0
"""
import igeCore as core
from igeCore.apputil import graphicsHelper
import igeVmath as vmath
#asset convert
from igeCore import devtool
devtool.convertAssets('.', '.', core.TARGET_PLATFORM_MOBILE, 0.1)
core.window(True, 640, 480)
core.shaderGenerator().globalShadowBias = 0.001
#ground plane
ground = core.figure('ground')
for i in range(ground.numMaterials):
shaderGen = ground.getShaderGenerator(i) #get current shader
shaderGen.setShadow(
False, True, True
) #add shadow function(no make shadow, receive shadow, depth shadow)
ground.setShaderGenerator(i, shaderGen) #set new shader
#scene object
box = core.figure('box')
for i in range(box.numMaterials):
shaderGen = box.getShaderGenerator(i) #get current shader
shaderGen.setShadow(
True, True,
True) #add shadow function(make shadow, receive shadow, depth shadow)
box.setShaderGenerator(i, shaderGen) #set new shader
"""
"""
import igeCore as core
from igeCore.apputil import graphicsHelper
import igeVmath as vmath
from igeCore import devtool
devtool.convertAssets('.', '.', core.TARGET_PLATFORM_ANDROID, 0.1)
core.window(True, 800, 320)
#core.autoSaveShader("shaders")
#core.autoReadShader("shaders")
box = core.figure('char0/char0')
box.setMaterialParam(0, "ScrollSpeedSet1", (0.0, -0.08))
box.setMaterialParam(0, "DistortionStrength", (0.02, ))
box.setMaterialParamTexture(0,
"NormalSampler",
"char0/NormalMap",
wrap_s=core.SAMPLERSTATE_WRAP,
wrap_t=core.SAMPLERSTATE_WRAP,
minfilter=core.SAMPLERSTATE_LINEAR,
magfilter=core.SAMPLERSTATE_LINEAR)
ground = core.figure('ground/ground')
cam = core.camera()
cam.position = (-100, 100, 100)
cam.target = (0, 0, 0)
world = igeBullet.world(True)
efig = utl.GetFigure()
efig.clearMesh()
shape = igeBullet.shape(igeBullet.BOX_SHAPE_PROXYTYPE, halfExtents=(15, 2, 15))
body1 = igeBullet.rigidBody(shape, 0, (0, 0, 0), (0, 0, 0, 1))
world.add(body1)
utl.AddShapeMesh(shape)
shape = igeBullet.shape(igeBullet.BOX_SHAPE_PROXYTYPE, halfExtents=(3, 3, 3))
body2 = igeBullet.rigidBody(shape, 5, (5, 8, 0), (0, 0, 0, 1))
world.add(body2)
utl.AddShapeMesh(shape)
sphere = core.figure('box')
poss = sphere.getVertexElements(0, core.ATTRIBUTE_ID_POSITION)
tris = sphere.getTriangles(0)
soft = igeBullet.softBody(world, poss, tris, mass=5.5, springStiffness=50.0)
soft.transform = ((0, 30, 0), (0, 0, 0, 1))
print(soft.transform)
#soft.collisionGroupBit = 0
#soft.collisionGroupMask = 0
cam = core.camera()
cam.position = (0, 50, 50)
cam.target = (0, 0, 0)
showcase = core.showcase("case")
showcase.add(efig)
