Closed Jing-Lee-tj closed 1 month ago
Environment: Operating System: macOS 14.5 (23F79) Compiler: CXX = clang++
I followed the steps in the tutorial to create the Dynamic.c and Dynamic.R files, but when I tried to compile, I encountered the following errors:
“ RT CLB/d2q9_shanchen/Global.cpp Error in eval(ei, envir) : Reading fields [f[0], f[1], f[2], f[3], f[4], f[5], f[6], f[7], f[8], rho] in stage 'BaseInit' werent yet written in action 'Init' error in rtemplate::RTscript(): ”
the related code is just like in the tutorial: for Dynamic.R
# Stages and Actions # Initialization list AddStage("BaseInit" , "Init", save=Fields$group %in% c("f", "density", "neighbour_type_group"), load=DensityAll$group%in% c("f","density")) # Iteration list AddStage("BaseIteration", "Run" , save=Fields$group %in% c("f", "density", "neighbour_type_group") , load=DensityAll$group %in% c("f","density","neighbour_type_group")) AddStage("PsiIteration" , "calcPsi" , save=Fields$name=="psi", load=DensityAll$group %in% c("f", "density")) AddAction("Init" , c("BaseInit", "PsiIteration")) AddAction("Iteration", c("BaseIteration", "PsiIteration"))
for Dynamic.c
CudaDeviceFunction void Init(){ real_t u[2] = {VelocityX, VelocityY}; real_t d = Density; SetEquilibrium(d,u); rho = calcRho(); // calculate rho from equilibrium distributions. neighbour_type=0; if ((NodeType & NODE_BOUNDARY) == NODE_Wall) { neighbour_type=1; } }
I finally discovered that the file extension was missing 'rt'. The issue has been resolved.
Environment: Operating System: macOS 14.5 (23F79) Compiler: CXX = clang++
I followed the steps in the tutorial to create the Dynamic.c and Dynamic.R files, but when I tried to compile, I encountered the following errors:
the related code is just like in the tutorial: for Dynamic.R
for Dynamic.c