void description(void) {
printboxtop();
psl(
" TRILL -- by Craig Stuart Sapp <*****@*****.**> -- 22 April 2000");
psl("");
printboxbottom();
}
void description(void) {
printboxtop();
psl(
"DECAY -- by Craig Stuart Sapp <*****@*****.**> -- 22 April 2000");
psl("");
printintermediateline();
printboxbottom();
}
void description(void) {
printboxtop();
psl(
"ripple -- by Craig Stuart Sapp <*****@*****.**> -- 21 April 2000");
psl("");
psl(
" Description: Creates glissandos when you press a key on the keyboard.");
psl(" Computer keyboard keys are assigned random attack velocities.");
printintermediateline();
psl(" User commands:");
psl(
" \"-\" = decrease step \"=\" = increase step \"\\\" = change "
"direction");
psl(" \"[\" = increase rate \"]\" = decrease rate ");
psl(" \"0\"-\"9\" = octave number of computer keyboard notes");
psl(" Notes: s d g h j ");
psl(" z x c v b n m ");
printboxbottom();
}
void description(void) {
printboxtop();
psl(
" TUMBLE -- by Craig Stuart Sapp <*****@*****.**> 16 Oct 2001");
psl("");
psl(" Description: continues a melodic sequence of a given length.");
psl(" Computer keyboard keys are assigned random attack velocities.");
printintermediateline();
psl(" User commands:");
psl(
" \"-\" = decrease seq. \"=\" = increase seq. \"\\\" = change "
"direction");
psl(" \"0\"-\"9\" = octave number of computer keyboard notes");
psl(" Notes: s d g h j ");
psl(" z x c v b n m ");
printboxbottom();
}
void D3D11Renderer::BuildBatchLists(
std::vector< Entity >& entities,
std::map< std::string, RenderBatch >& batches )
{
batches.clear();
std::vector< Entity >::iterator e_iter = entities.begin();
while( e_iter != entities.end() )
{
const RenderableComponent::Data& render_data =
static_cast< const RenderableComponent::Data& >(
_entity_system.GetComponentData( *e_iter, COMPONENT_RENDERABLE ) );
/* TODO: Right now, we're just sorting by mesh name. That will
* likely have to change at some point.
*/
/* If the batch has already been created then its entities vector
* won't be empty.
*/
std::string key = render_data._mesh_name;
if( batches[ key ]._entities.size() == 0 )
{
MeshLocator ml( _device );
VertexShaderLocator vsl( _device );
PixelShaderLocator psl( _device );
batches[ key ]._mesh_res_ptr =
ml.RequestPtr( render_data._mesh_name );
batches[ key ]._vertex_shader_res_ptr =
vsl.RequestPtr(
render_data._vertex_shader_filename,
render_data._vertex_shader
);
batches[ key ]._layout_res_ptr =
vsl.GetInputLayout( batches[ key ]._vertex_shader_res_ptr );
batches[ key ]._pixel_shader_res_ptr =
psl.RequestPtr(
render_data._pixel_shader_filename,
render_data._pixel_shader
);
}
batches[ key ]._entities.push_back( *e_iter );
++e_iter;
}
}
void description(void) {
printboxtop();
psl(
" Shadow -- by Craig Stuart Sapp <*****@*****.**> -- 5 Jan 1998");
psl("");
psl(
" This program will echo the input notes at a certain distance from the");
psl(
" original notes. The range of the shadow is from 1 to 24 half-steps on");
psl(
" either side of the original note.");
printintermediateline();
psl(
" User commands:");
psl(
" \"-\" = decrease shadow length \"=\" = increase shadow length ");
psl(
" \"\\\" = switch shadow side ");
printboxbottom();
}
void description(void) {
printboxtop();
psl(" TESTGLISS - by Craig Stuart Sapp <*****@*****.**>"
" - 11 Jan 2000");
psl("");
printintermediateline();
psl(" User commands:");
psl(" \"[\" = speed up. \"]\" = slow down. ");
psl(" \"{\" = speed up by 5. \"}\" = slow down by 5. ");
psl(" \"1\" = lower bottom of range. \"2\" = raise bottom of range. ");
psl(" \"3\" = lower range. \"4\" = raise range. ");
psl(" \"5\" = lower step. \"6\" = raise step. ");
psl(" \"-\" = lower top of range. \"=\" = raise top of range. ");
psl(" \"u\" = gliss up. \"d = gliss down. ");
psl(" ");
psl(" Type 'h' for more information ");
printboxbottom();
}
void description(void) {
cout << '\n';
printboxtop();
pcl("2dpos: by Craig Stuart Sapp <*****@*****.**> 22 Nov 1998");
printintermediateline();
psl(" NIDAQ device initially on channel 0. Initial sensor range will ");
psl(" adapt as sensor moves. So go through whole range of sensor");
psl(" to fix the software range.");
psl(" Commands:");
psl(" \"0\"-\"9\" = select NIDAQ analog input channel");
psl(" type \"k\" before number to select key channel");
psl(" type \"v\" before number to select velocity channel");
psl(" \"-\", \"=\" = change instruments, \" \" = sustain pedal");
psl(" \"z\" = reset key sensor range, \"x\" = reset vel sensor range");
psl(" \"a\" = switch key sensor range, \"s\" = switch vel sensor range");
psl(" \"d\" = toggle sensor display.");
printboxbottom();
}
