tc.setColorBounds(20,35)
tc.setBackgroundColor((1,1,1))
from_time = "2015-08-24 00:00:00" # hier Betrachungszeitraum festlegen
to_time = "2015-08-24 23:59:59"
df = pd.read_table(os.path.join(os.environ["HOME"], "tsysblend/examples/temp_kbau_remastered.csv"), delimiter = "\t")
df["Time"]= pd.to_datetime(df["Time"])
df =df.set_index("Time")
datafr = np.round(df[from_time:to_time],1)
dtime = datafr.reset_index()
tc.createLegend((0,15,12),"Legende","°C",elements=7, text_size=0.8)
tc.animateSingleElement((0,-5,16),dtime, "Time", text_size=0.8)
tc.animateSingleElement((0,-5,14),datafr,"KIT Temperature", unit="°C", text_size=0.8)
a= 2
b = 3
c = 0.3
z = 5
# 0.Stock
k0aso = CubeState(datafr, "k0aso", location=(-a,-b,0), scale=(a,b,c), unit="°C")
k0asw = CubeState(datafr, "k0asw", location=(-a,b,0), scale=(a,b,c), unit="°C")
k0ano = CubeState(datafr, "k0ano", location=(a,-b,0), scale=(a,b,c), unit="°C")
k0anw = CubeState(datafr, "k0anw", location=(a,b,0), scale=(a,b,c), unit="°C")
# This is to be the first example import bpy from tsysblend.state import LayerState, CubeState from mathutils import Vector from tsysblend.flow import MassFlow, HeatFlow import tsysblend.config as tc import pandas as pd import pdb tc.clearScene() tc.setColorBounds(45,85) tc.setBackgroundColor((1,1,1)) tc.createLegend((0,11,10.5),"Legende","°C",elements=5) datafr = pd.read_table(os.path.join(os.environ["HOME"], "tsysblend/examples/storage_ocp_ode.csv"), delimiter = ",", index_col = 0) # Szene erstellen (Wärmeaustauscher, Tankschichten, Ströme) T_hx_storage = CubeState(datafr, "T_hx_storage", location=(0,-12,6.3), text_location=(0,-19,6.3), scale=(1,1,2.5), unit="°C") T_strat_0 = LayerState(datafr, "T_strat_0", location=(0,0,10.5), text_location=(0,2.5,10.4), unit="°C") T_strat_1 = LayerState(datafr, "T_strat_1", location=(0,0,7.5), text_location=(0,2.5,7.4), unit="°C") T_strat_2 = LayerState(datafr, "T_strat_2", location=(0,0,4.5), text_location=(0,2.5,4.4), unit="°C") T_strat_3 = LayerState(datafr, "T_strat_3", location=(0,0,1.5), text_location=(0,2.5,1.4), unit="°C") medians = [Vector((0, -1.25, 9.5)), Vector((0,-1.25,8.0))] normals = [Vector((0, 0, -1)), Vector(( 0, 0, 1))] mdot_strat_0_out = MassFlow(datafr, "mdot_strat_-_0", "T_strat_0","T_strat_1", text_location=(0,1.75,9.5), medians=medians, normals=normals, value=1.2, unit="kg/s")
