def run_gendaymtx(info, spektrum, sky_resolution):
cmd_list = [str(info.radiance_bin.joinpath("gendaymtx"))]
if spektrum == "visible spektrum":
spektrum_cmd = "0"
output_file_path = info.smx_O0_path
elif spektrum == "full spektrum":
spektrum_cmd = "1"
output_file_path = info.smx_O1_path
else:
raise Exception('''Unknown input for variable: spektrum
Options are: (visible spektrum, full spektrum)''')
cmd_list.append(f"-O{spektrum_cmd}")
assert sky_resolution in [1, 2, 4], "Unkown input for variable: resolution"
cmd_list.extend(["-m", f"{sky_resolution}"])
cmd_list.extend(["-r", "0.0", f"{info.wea_path}"])
run_command(info, cmd_list, output_file_path)
def run_rfluxmtx_radiation(info, engine):
if engine == "Radiance":
cmd_list = [str(info.radiance_bin.joinpath("rfluxmtx"))]
elif engine == "Accelerad":
cmd_list = [str(info.accelerad_bin.joinpath("accelerad_rfluxmtx"))]
##https://www.radiance-online.org/learning/tutorials/matrix-based-methods
# page 41
# - denotes that sender will be given through standard input
cmd_list.extend(["-y", f"{info.rad_no_of_sensor_points}", "-I"])
cmd_list.extend(rtrace_parameters(info.sim_resolution))
cmd_list.extend([
"-", #This specifies that sender is from stdin
f"{info.skyrad_dst}",
f"{info.context_dst}",
f"{info.vmt_facade_dst}",
f"{info.vmt_rest_dst}"
])
run_command(info,
cmd_list,
output_file_path=info.rad_coefficients,
input_file_path=info.rad_points_all)
def run_epw2wea(info):
cmd_list = [
str(info.radiance_bin.joinpath("epw2wea")),
str(info.epw_dst),
str(info.wea_path)
]
run_command(info, cmd_list)
def run_rmtxop_day(info, i):
cmd_list = [
str(info.radiance_bin.joinpath("rmtxop")), "-c", "47.435", "119.93",
"11.635", "-fa", f"{info.day_results_rgb_list[i]}"
]
output_file_path = info.day_results_ill_list[i]
run_command(info, cmd_list, output_file_path)
def run_dctimestep_day(info, i):
cmd_list = [
str(info.radiance_bin.joinpath("dctimestep")),
f"{info.vmx_matrix_path_list[i]}", f"{info.day_tmx}",
f"{info.dmx_matrix_path_list[i]}", f"{info.smx_O0_path}"
]
output_file_path = info.day_results_rgb_list[i]
run_command(info, cmd_list, output_file_path)
def run_dctimestep(info, simulation_type):
if simulation_type == "RADIATION_ANALYSIS":
cmd_list = [
str(info.radiance_bin.joinpath("dctimestep")),
f"{info.rad_coefficients}", f"{info.smx_O1_path}"
]
output_file_path = info.rad_results_rgb
run_command(info, cmd_list, output_file_path)
def run_rmtxop(info, simulation_type):
if simulation_type == "RADIATION_ANALYSIS":
cmd_list = [
str(info.radiance_bin.joinpath("rmtxop")), "-c", "0.265", "0.67",
"0.065", "-fa", f"{info.rad_results_rgb}"
]
#-fa = format ascii
#179*(0.265*R + 0.67*G + 0.065*B) = 47.435*R + 119.93*G + 11.635*B
output_file_path = info.rad_results_wh
run_command(info, cmd_list, output_file_path)
def run_rfluxmtx_day_dmx(info, i, engine):
if engine == "Radiance":
cmd_list = [str(info.radiance_bin.joinpath("rfluxmtx"))]
elif engine == "Accelerad":
cmd_list = [str(info.accelerad_bin.joinpath("accelerad_rfluxmtx"))]
cmd_list.extend(rtrace_parameters(info.sim_resolution))
cmd_list.extend([
f"{info.window_radfile_path_list[i]}", f"{info.skyrad_dst}",
f"{info.context_dst}", f"{info.vmt_radfile_path_list[i]}",
f"{info.vmt_rest_dst}"
])
run_command(info, cmd_list, output_file_path=info.dmx_matrix_path_list[i])
def run_rfluxmtx_day_vmx(info, i, engine):
if engine == "Radiance":
cmd_list = [str(info.radiance_bin.joinpath("rfluxmtx"))]
elif engine == "Accelerad":
cmd_list = [str(info.accelerad_bin.joinpath("accelerad_rfluxmtx"))]
room = info.approved_rooms[i]
cmd_list.extend(["-y", f"{room.no_of_sensorpoints}", "-I"])
cmd_list.extend(rtrace_parameters(info.sim_resolution))
cmd_list.extend([
"-", #This specifies that sender is from stdin
f"{info.window_radfile_path_list[i]}",
f"{info.room_radfile_path_list[i]}"
])
run_command(info,
cmd_list,
output_file_path=info.vmx_matrix_path_list[i],
input_file_path=info.day_points_path_list[i])