obj1_datamask = RectArray(obj1_rect, 1, dtype=np.bool)
obj1_datamask.SetValue(immask)
#
#obj1_mask_rect = Rect(Point(75, 75), size2)
#obj1_true_datamask = RectArray(obj1_mask_rect, 1, dtype=np.bool)
#obj1_true_datamask.SetValue(False)
#
#obj1_datamask.AddRectArray(obj1_true_datamask, CSYS='local')
#
#
obj1 = Obj(obj1_data, obj1_datamask)
trans = Trans(obj1)
#pts = trans.GenTrans('py')
trans_opts = GetTransOpts()
trans_opts['xz_theta'] = func.RandomAngle(np.pi / 2)
trans_opts['py'] = func.RandomDis((-100, -100), (100, 100))
trans.GenTrans('py', trans_opts)
trans.GenTrans('xz', trans_opts)
trans.ImposeTrans()
#DisplayObject(obj1)
mainboard = Board([640, 480])
mainboard.addTrans(trans)
mainboard.Gen()
mainboard.Save({'imA': '../data/ds_v2/TEST2/1A.jpg'})
mainboard.Save({'imB': '../data/ds_v2/TEST2/1B.jpg'})
mainboard.Save({'flowA_viz': '../data/ds_v2/TEST2/1gt.jpg'})
look = mainboard.Save({'flowA': '../data/ds_v2/TEST2/1gt.flo'})
#print(obj1)
#####################################
# 1111111111111111111111111111111
# 随机obj1的初始位置及大小
pos1 = func2.RandomPoint([50, 50], [300, 300])
size1 = im.shape[0:2]
# 初始化obj1
obj1_rect = Rect(pos1, size1)
obj1_data = RectArray(obj1_rect, 3)
obj1_data.SetRectData(im)
obj1_datamask = RectArray(obj1_rect, 1, dtype=np.bool)
obj1_datamask.SetValue(immask)
obj1 = Obj(obj1_data, obj1_datamask)
# 初始化trans
trans1_0 = Trans(obj1)
trans_opts = GetTransOpts()
trans_opts['xz_theta'] = func.RandomAngle(-np.pi/2, np.pi/2)
trans_opts['py'] = func.RandomDis((-100, -100), (100, 100))
trans1_0.QuickTrans(['py', 'xz'], trans_opts)
trans1_1 = Trans(trans1_0.obj_imB)
trans_opts = GetTransOpts()
trans_opts['xz_theta'] = func.RandomAngle(-np.pi/36, np.pi/36)
trans_opts['py'] = func.RandomDis((-40, -40), (40, 40))
trans1_1.QuickTrans(['py', 'xz'], trans_opts)
trans1_2 = Trans(trans1_1.obj_imB)
trans_opts['xz_theta'] += func.NormalAngle(0, 1, 'd')
trans_opts['py'] += func.NormalDis(0, 2)
trans1_2.QuickTrans(['py', 'xz'], trans_opts)
###############################################
img,imgmask = materialGenerator.RandomGet()
im = np.array(img)
immask = np.array(imgmask) > 0
pos = func2.RandomPoint(obj_minIniPos, obj_maxIniPos)
size = (im.shape[1],im.shape[0])
# 初始化obj
obj_rect = Rect(pos, size)
obj_data = RectArray(obj_rect, 3)
obj_data.SetRectData(im)
obj_datamask = RectArray(obj_rect, 1, dtype=np.bool)
obj_datamask.SetValue(immask)
obj = Obj(obj_data, obj_datamask)
# 通过trans初始化obj的姿态，初始化不保存光流
trans = Trans(obj)
trans_opts = GetTransOpts()
trans_opts['xz_theta'] = func.RandomAngle(-np.pi/2, np.pi/2)
trans_opts['py'] = func.RandomDis((-100, -100), (100, 100))
trans.QuickTrans(['py', 'xz'], [trans_opts])
# 更新board
initboard.addTrans(trans)
# 存入列表
obj_list.append(trans.obj_imB)
# 生成、保存
initboard.Gen()
name_front = 0
initboard.Save({'imB': name[name_front]})
name_front += 1
# =============== 第一次生成区域 ==================
# 生成背景
obj_back = obj_list[0]
