meeting_3_20

entrance_tank.yaml

{% macro render() %}{% include "ET.yaml"%}{% endmacro %}

# inputs which will be passed in explicitly later: OD_ent_pipe, q, temp, depth_end

{% set L_ET_max = opt.L_ET_MAX %} # optional input
{% set SDR_drain = 26 %} # materials database

# calculate drain diameter
{% set OD_drain = ent.drain_OD(q, temp, depth_end, SDR_drain) %}

# calculate number of plates and length
{% set num_plates = ent.num_plates_ET(q, W_chan) %}
{% set L_plate = ent.L_plate_ET(q, W_chan) %}

{% set materials = aide_render(materials.yaml) %}
# materials.yaml
---
a: {{ b }}
b: {{ c }}
c: {{ a }}

---
{% set constants = aide_render(strip_jinja(constants.yaml)) %}

# aide_render.render(template_name: str, context_dict: dict)-> dict:
# First render non-jinja variables and inject into the current namespace with aide_render.render

{% set ent_tank = aide_render.render(ent_tank) %}
# equivalent in jinja: {{ ent_tank["constants"]["vel_capture"] }} === {{ ent_tank.ent_tank.constants.vel_capture }}

#pipe.yaml
---
---
{% set conduction_line = aide_render.render(pipe) %}
{{ conduction_line.L }}


{{ }} -> evaluates the python commands and prints the result
{% %} -> evaluates the python commands


ent_tank: # delete this because it is redundant
  cp:
    L_max : 2.2 m
    PIPE_ROUGH_PVC : {{ materials.PIPE_ROUGH_PVC }}
    K_MINOR_PIPE_ENTRANCE : {{ constants.K_MINOR_PIPE_ENTRANCE }}
    K_MINOR_PIPE_EXIT : {{ constants.K_MINOR_PIPE_EXIT }}
    K_MINOR_EL90 : {{ constants.K_MINOR_EL90 }}
    S_plate : 2.5 cm
    B_plate : {{ constants.S_plate + materials.THICKNESS_ENT_TANK_PLATE }}
    vel_capture : 8 millimeter/second
    angle_plate : 50 degree
    sdr : 26
 dp:
   L : {{ function(S_plate) }}
   W : {{ W_chan }}
   OD_ent_pipe : {{ OD_ent_pipe }} # user input
   OD_drain : {{ OD_drain }}
   num_plates : {{ num_plates }}
   L_plate : {{ L_plate }}