commit bb4859557c8a495cbe32920a5be9ecc08cb81691 parent 755abffdf095b7154fa940a4dd9a40db21d2cc7b Author: Anders Damsgaard <anders@adamsgaard.dk> Date: Thu, 26 Mar 2020 12:25:55 +0100 Add high-amplitude scenario, calculate result for variable runs Diffstat:
| M | flux_estimate/Makefile | | | 33 | ++++++++++++++++++++++++++++++--- |
1 file changed, 30 insertions(+), 3 deletions(-)
diff --git a/flux_estimate/Makefile b/flux_estimate/Makefile @@ -45,11 +45,38 @@ variable.output00048.txt: -e $$(echo 3600.0*24.0*2.0 | bc -l) -I 1800.0 \ variable -variable_flux: variable.output00048.txt - $(SHEAFLUX) variable.output*.txt > $@ +variable_flux: + # variable water-pressure, low amplitude + @avg_spec_flux=$$($(SHEARFLUX) variable.output*.txt | awk '{sum+=$$1} END{print sum/NR}') && \ + avg_flux=$$(awk "BEGIN { print $(WIDTH)*$$avg_spec_flux }" ) && \ + yearly_volume=$$(awk "BEGIN { print $$avg_flux*3600.0*24.0*365.0 }" ) && \ + duration=$$(awk "BEGIN { print $(TARGET_VOL)/$$yearly_volume }" ) && \ + printf 'Specific flux: %.5g m^2/s\n' "$$avg_spec_flux" && \ + printf 'Avg. flux: %.5g m^3/s\n' "$$avg_flux" && \ + printf 'Yearly volume: %.5g a\n' "$$yearly_volume" && \ + printf 'Duration: %.5g a\n' "$$duration" + +variable_hi.output00048.txt: + $(BIN) $(FLAGS) \ + -F -a 50e3 \ + -q $(FREQ) \ + -k $(PERMEABILITY) \ + -e $$(echo 3600.0*24.0*2.0 | bc -l) -I 1800.0 \ + variable_hi + +variable_flux_hi: + # variable water-pressure, high amplitude + @avg_spec_flux=$$($(SHEARFLUX) variable.output*.txt | awk '{sum+=$$1} END{print sum/NR}') && \ + avg_flux=$$(awk "BEGIN { print $(WIDTH)*$$avg_spec_flux }" ) && \ + yearly_volume=$$(awk "BEGIN { print $$avg_flux*3600.0*24.0*365.0 }" ) && \ + duration=$$(awk "BEGIN { print $(TARGET_VOL)/$$yearly_volume }" ) && \ + printf 'Specific flux: %.5g m^2/s\n' "$$avg_spec_flux" && \ + printf 'Avg. flux: %.5g m^3/s\n' "$$avg_flux" && \ + printf 'Yearly volume: %.5g a\n' "$$yearly_volume" && \ + printf 'Duration: %.5g a\n' "$$duration" amplitude_dependence: - for A in 10e3 20e3 40e3 80e3 160e3 320e3; do \ + for A in 10e3 20e3 30e3 40e3 50e3 100e3; do \ $(MAXDEPTH) -p $(POROSITY) -k $(PERMEABILITY) -a $$A -q $(FREQ); \ done