ref: 02597db21d25fedde53513967cd979d38acbceec
parent: 978b44f127e2eeda9ec73849ab9041ead5519ca6
author: rodri <[email protected]>
date: Wed Aug 7 07:49:20 EDT 2024
use the new readobjmodel function.
--- a/mkfile
+++ b/mkfile
@@ -14,8 +14,8 @@
HFILES=dat.h fns.h
LIB=\
- libobj/libobj.a$O\
libgraphics/libgraphics.a$O\
+ libobj/libobj.a$O\
</sys/src/cmd/mkmany
--- a/solar.c
+++ b/solar.c
@@ -733,7 +733,6 @@
Channel *keyc;
Entity *subject;
Model *model;
- OBJ *obj;
Point lblsiz;
int i, j;
@@ -750,11 +749,7 @@
confproc();
- if((obj = objparse("mdl/planet.obj")) == nil)
- sysfatal("objparse: %r");
- model = newmodel();
- loadobjmodel(model, obj);
- objfree(obj);
+ model = readobjmodel("mdl/planet.obj");
/*
* normalize the vertices so that we can scale
* each planet based on its radius
--- a/vis.c
+++ b/vis.c
@@ -872,7 +872,6 @@
Renderer *rctl;
Channel *keyc;
Entity *subject;
- OBJ *obj;
char *texpath, *mdlpath, *s;
int i, fd, fbw, fbh, scale;
@@ -909,16 +908,11 @@
scene = newscene(nil);
while(argc--){
mdlpath = argv[argc];
- model = newmodel();
+ model = readobjmodel(mdlpath);
subject = newentity(mdlpath, model);
// subject->p.x = argc*4;
scene->addent(scene, subject);
- if((obj = objparse(mdlpath)) == nil)
- sysfatal("objparse: %r");
- loadobjmodel(model, obj);
- objfree(obj);
-
if(argc == 0 && texpath != nil){
fd = open(texpath, OREAD);
if(fd < 0)
@@ -957,7 +951,9 @@
cams[i]->view->setscalefilter(cams[i]->view, UFScale2x);
else if(scale == 3)
cams[i]->view->setscalefilter(cams[i]->view, UFScale3x);
-fprint(2, "scalex %g scaley %g\n", cams[i]->view->bx.x, cams[i]->view->by.y);
+ cams[i]->view->p.x = (Dx(screenb->r) - cams[i]->view->getwidth(cams[i]->view))/2;
+ cams[i]->view->p.y = (Dy(screenb->r) - cams[i]->view->getheight(cams[i]->view))/2;
+fprint(2, "off %v scalex %g scaley %g\n", cams[i]->view->p, cams[i]->view->bx.x, cams[i]->view->by.y);
}
maincam = cams[3];
light.p = Pt3(0,100,100,1);