Hbp is a c++ app to build human body limbs to modelize interactions.

Each limb is connected to trunc(as a limb) through a double linked node collection.
It features to propagate backward and forward (up2u).
As you may know, double linked node let you connect a prev and a next node, but what happen if you have to connect multiple nodes to a target node ?
In order to do that you can set a prev on a node attaching this way multiple limbs to a single limb(arms,legs,head->trunc), then use the member backReference to get all neighbour nodes.

No external dependencies required to build app from the makefile.
Using CMake would require CMake.
Testing app with Boost would require Boost framework.

We figure out to sum both limbs surfaces and volumes for given parsed options input.
You could think about howto modelize a specific limb root to operate so.
Volumes and surfaces ratios are approximated, use your own datas to match your features.

make

hpb executable will be generated in root project.

./build.sh

hpb executable will be generated in build folder.
hbp_test executable will be generated in build\test folder.

Tests are only enable if you build with cmake.

Just run

./test.sh

In order to test app we build a static lib first (hbp_lib => libhbp_lib.a).
Then we run tests suites against this.

Check boost build hbp_test options :

build/test/hbp_test --help

Verbose run command

build/test/hbp_test -l all

Running tests suites with a simple progressbar command would be

build/test/hbp_test -i true -p true

Sample output

Running 12 test cases...
Platform: linux
Compiler: GNU C++ version 6.3.0 20170516
STL     : GNU libstdc++ version 20170516
Boost   : 1.78.0

0%   10   20   30   40   50   60   70   80   90   100%
|----|----|----|----|----|----|----|----|----|----|
***************************************************

Essential report command would be

build/test/hbp_test --list_content

Sample output

TestSuiteHumanRatios*
    MaleGetter*
    FemaleGetter*
    MaleWeight*
    MaleSize*
    FemaleWeight*
    FemaleSize*
TestSuiteEllipsoid*
    GetZeroes*
    GetOnes*
    GetTwos*
TestSuiteModelEllipsoid*
    InCsvZeroes*
    InCsvOnes*
    InCsvRamp*

Reports can be generated for various format (check --report_format option) to make CI easy.

• Integrate surface/volume calc from ellipsoid for limb modelization.
• Externalize and specialize human body callbacks on propagation backward and forward.
• Use assets loader from human body (csv) to assimilate limb's datas as ellipsoid object.
• Introduce thermodynamic calc from datas (surface/volume) on body pulse.