# Parameter Table for PipeTree
# The head of comment line should be "#"
# Format of input line:
# [number] [name] [value] [comment]

# Parameters for AllocatorTerminal
resource_min			0.00e+0 # [g]
bud_table_precision		1.00e-1 # [g]

# stem_length = a * stem_d^b
d_to_length			2.80e+1 # ``a''
d_to_length_power		1.10e+0 # ``b''
density_wood			4.00e-1 # [g cm^-3]

# foliage_weight = a * stem_d^2 / SLA
stem_to_foliage			25.0    # [g cm^-2] originally 25.0

# branching
branching_point_order0		0.0  3.0  8.0  12.0  16.0  # [cm]
branching_point_order1		-9.9   4.0 # [cm] no branching if negative
branching_point_order2		-9.9   3.0 # [cm]
branching_point_order3		-9.9   2.0 # [cm]
branching_point_order4		-9.9   1.0 # [cm]
branching_point_order5		-9.9   0.5 # [cm]

# angles
phi_min_vertical		0.45    # [* M_PI]
phi_min_lateral			-0.20   # [* M_PI]
modifier_vertical		0.00   0.50   1.0 # []
modifier_lateral		1.50   0.498  1.0 # [curving]
phototropism_intensity		0.0     # [0, 1]: phototropism = # * darkness

branching_vertical		0.0    0.15   1.0 # [Polar]
branching_lateral		0.03   0.25   1.0 # [Polar]
branching_lateral		0.97   0.25   1.0 # [Polar]
branching_range_vertical	0.20   0.02   0.0 # noise of branching angle
branching_range_lateral         0.00   0.05   0.0 # noise of branching angle

# TubeMaker
tube_vertex_factor		3.0 # [/cm] number = int(# * R^0.5)
tube_vertex_max			12  # max number of vertex
tube_vertex_min			4   # min number of vertex

# needle triangles
foliage_longevity		4    # [years]
triangle_area_min		0.1  # [cm^2] min area of vit_triangle
triangle_head			0.9  # [0, 1]

needle_vertical			0.0   0.05  1.5 # [Polar]
needle_vertical			0.666 0.05  1.5 # [Polar]
needle_vertical			1.333 0.05  1.5 # [Polar]

needle_lateral			0.00  0.05  3.3 # [Polar]
needle_lateral			1.00  0.05  3.0 # [Polar]
needle_lateral			1.50  0.05  3.0 # [Polar]

# eye location (origin: xyz_root of terminal PipeBundle)
eye_rotate_vertical		0.00  0.50  1.02
eye_rotate_lateral		0.50  0.45  0.70

# growth_cost
resource_max_vertical		30.0  # [g]
resource_max_lateral		30.0  # [g]

# net production =
np_light_min			0.4   # # * spec_light
np_max				1.6   # # * spec_light
np_dark_factor			2.5   # # / spec_light

# respiration
root_cost			0.0    # [0, 1]
respiration_surface		5.0e-4 # [g/cm^2]
pipe_recycle_rate		0.80   # [0, 1]
# mortality
mortality_resource		5.0e+1 # Prob = exp(-# * resource/area)

# bud scoring
light_factor			0.50   # score = pow(light, #)
cos_phi_factor			0.05   #         * (1 - cos_phi * #)
bud_main_dark_vertical		0.00   # [0, 1]
bud_main_light_vertical		0.60   # [0, 1]
bud_main_dark_lateral		0.40   # [0, 1]
bud_main_light_lateral		0.40   # [0, 1]